3m textool test socket catalog

Multiple Use Flexibility in a High Performance Product The 3M Textool Flexible Array Solution for Test Sockets (FAST) is an adaptable

platform that meets the challenges of today’s testing and burning-in low volume/

high mix array packages or high volume/low mix functional testing. A FAST

socket is an upgradeable socket that helps protects a customer’s test board

investment by anticipating the next generation of integrated circuits (IC) pinouts

– by simply switching out the cartridge, test engineers can use existing equipment

and test boards, saving both time and money. Moreover, these innovative, custom-

designed sockets provide a highly flexible test and burn-in solution, which can

help reduce time-to-market for suppliers of ICs.

Increased Flexibility, Decreased Time and CostBy incorporating the FAST platform into test equipment, users experience greater

flexibility during the test process by taking advantage of the socket’s ability to

accommodate different IC package thicknesses and sizes, as well as ball pitches

and patterns. In addition, by incorporating FAST sockets as part of the initial

design foundation, IC suppliers can benefit by then reusing the same test boards for

future generation devices, which saves time and is cost effective.

3M™ Textool™ Flexible Array Solution for Test Sockets (FAST)

3M™ Flexible Array Solution for Test Sockets (FAST)

3M™ Pitch-Free Cartridges, made by PCB process

Key Advantages

3M™ Textool™ Flexible Array Solution for Test Sockets (FAST)

Modular cartridge construction• Accepts multiple cartridge designs

Accommodates different:• IC package thicknesses and sizes• Ball pitches and patterns• Non-standard or differing ball

pitches

Adaptable to many needs• Pitch conversions• Power and/or ground distribution• Power noise decoupling• Signal Integrity (SI) improvement

Incorporates cartridges made with 3M™ Embedded Capacitance Material (ECM) which addresses power supply noise and ground distribution issues• Lowers impedance of power

distribution system• Dampens board resonances• Reduces noise on power plane• Reduces radiated emissions

Important NoticeAll statements, technical information, and recommendations related to 3M’s products are based on information believed to be reliable, but the accuracy orcompleteness is not guaranteed. Before using this product, you must evaluate it and determine if it is suitable for your intended application. You assume all risks andliability associated with such use. Any statements related to the product which are not contained in 3M’s current publications, or any contrary statements contained onyour purchase order shall have no force or effect unless expressly agreed upon, in writing, by an authorized officer of 3M.

Warranty; Limited Remedy; Limited Liability. This product will be free from defects in material and manufacture for a period of one (1) year from the time of purchase. 3M MAKES NO OTHER WARRANTIESINCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.If this product is defective within the warranty period stated above, your exclusive remedy shall be, at 3M’s option, to replace or repair the 3M product or refund thepurchase price of the 3M product. Except where prohibited by law, 3M will not be liable for any indirect, special, incidental or consequential loss or damagearising from this 3M product, regardless of the legal theory asserted.

3M and Textool are trademarks of 3M Company.

3

Electronic Solutions DivisionInterconnect Products6801 River Place Blvd.Austin, TX 78726-90001-800-225-5373www.3MTextool.com

Please recycle. Printed in USA© 3M 2011. All rights reserved.80-4000-7004-3

Upgradeability, flexibilityThe 3M™ Textool™ Flexible Array Solution for Test Sockets (FAST) allows a previous cartridge for larger

pitch package to be swapped out for a new cartridge with a similar pin pattern but reduced pitch compatible

with the new package.

Benefits:• Speed• Expense• Tooling• Sockets• Test boards

Thickness changeLow volume high mix testing!

3M™ Textool™ Open-Top Test and Burn-In Sockets for Ball Grid Array Packages

3Innovation

3M™ Textool™ Open-Top Sockets for BGA Packages

Table of Contents

Product Advantages .............................................................................................................1

Contact Durability ................................................................................................................1

Contact Reliability ...............................................................................................................2

Micro-Wiping and Solder Ball Deformation .......................................................................3

Package Alignment ..............................................................................................................4

Package Dimension Requirements ......................................................................................5

Socket Mechanism and Operating Instructions ...................................................................6

Ordering Information ...........................................................................................................8

3M Textool Open-Top BGA Sockets 0.65 mm ...................................................................9 3M Textool Open-Top BGA Sockets 0.80 mm ................................................................10 3M Textool Open-Top BGA Sockets 1.0 mm ..................................................................11 3M Textool Open-Top BGA Sockets 1.27 mm ................................................................12

For the most current product and technical information, click on the product names within this PDF, which will take you to the specific 3M Textool Test and Burn-In Sockets product page on the website.

1

First to market in 1992 with BGA sockets, 3M continues to expand our product range and available options. The versatile product design and four product platforms enable quick-turn and low cost proliferation of new sizes. 3M provides reliable performance for test and burn-in applications, with a proven design perfected with years of customer experience. 3M provides sockets for most types of BGA packages, standard or custom, in a variety of pitches, including 0.65 mm, 0.80 mm, 1.00 mm and 1.27 mm.

3M Textool Open-Top Test and Burn-in Sockets provide the following benefits:

Dual-Beam Contact Design• Minimizes ball deformation with low actuation force, minimal shear stress and contact points above center plane• Maximizes contact durability due to lower stress per contact beam• Enhances electrical reliability by expanding contact interface zone

Micro-Wiping Effect• Optimizes contact interface by removing oxide build-up• Minimizes solder transfer to contact tips

Open-Top Socket Design• Accommodates a wide range of package dimensions• Compatible with most automated device loaders• Enables easy manual operation with low actuation force• Can reduce lead time and cost with modular tooling and optimal footprint density

Global Support• Local sales and technical service personnel in all major markets worldwide• Design resources and materials expertise in both the United States and Japan• Quick-turn product samples shipped anywhere in the world• Website provides easy access to technical information worldwide


Closed Open

Force

Stress 3M

Stress A

G3M

GA

• Since both beams of the 3M contact are moving, each one only has to move G

3M/2.

• For a single beam contact to accommodate the same ball (G

3M= G

A ), one beam must cover the

entire gap, thus accelerating the force applied to the beam in motion as the contact travels.

• The added stress of additional travel in the single beam contact increases the likelihood of fatigue-related failures.

• The dual-beam motion of the 3M Textool socket contact prolongs socket mechanical life cycle, which may decrease total cost of ownership.

3M’s Dual-Beam Contact Motion

Single-Beam Contact Motion

3M Contact Durability3M’s dual-beam contact increases socket durability with its patented dual-beam motion.

2


Piercing Contact

• Encourages solder build-up over time, which in turn increases long-term electrical resistance and decreases reliability.

• Can reduce socket total life cycle and may increase total cost of ownership.

• Expensive cleaning and restoration procedures are sometimes necessary, requiring added cost and board downtime.

3M’s Dual-Beam Micro-Wiping Contact

• Provides larger contact area and micro-wiping motion to reduce solder build-up over time, thus maintaining long-term electrical resistance, increasing reliability and prolonging the life cycle of the socket.

• Can decrease total cost of ownership.

3MFlat Area Contact

Competition’sEdge Point Contact

# BI Cycles

Co

nta

ct R

esis

tan

ce

Concentrated contact point accumulates solder over time.

Contact Mark

Multiple Contact Points

It is difficult to accumulate solder on this larger area. Micro-wiping helps

keep contacting surfaces clean.

Competition’s Edge-Point Contact

3M Contact Reliability3M’s micro-wiping contact increases electrical reliability and is intended to decrease total cost of ownership.

3M’s Micro-Wiping Contact

Contact Mark

3

Micro-Wiping and Solder Ball Deformation


Contact MarkWith Micro-Wiping

Contact

Contact

Solder Ball

FREE STATE OPEN CLOSED

FR

FL

The 3M Textool Open-Top BGA Socket contact is designed to minimize deformation of the solder ball. This is achieved by means of a low-force, dual-beam design that touches the ball at two opposing points away from the BGA seating plane. The result is a system producing only minor indentations which have no effect on solder ball coplanarity.

1.0 mm Solder Ball Deformation After 24 Hours at 125°C

Note: FL = Force Left, FR = Force Right

Micro-Wiping

FR = FL

• The contact arms grasp the solder ball above its center. The shape of the contact arm exerts a component of the applied force in a downward direction, enhancing package retention.

• The dual-beam contact provides balanced forces, reducing the sheer stress on the solder ball.

Contact

Contact

Solder Ball

FR

1.27 mm 1.00 mm, 0.80 mm, 0.65 mm

1.27 mm Solder Ball Deformation After 48 Hours at 125°C

Contact MarkWith Micro-Wiping

FL

4


Loading SequenceSee Illustration Below

1. The top cover is pushed down until fully depressed.

2. The downward motion of the top cover is translated to lateral motion bringing the package guides to the loading position. Concurrently, the nest combs move to open the contact arms to the open position.

3. A BGA package is loaded between the guides to achieve proper alignment of solder balls with socket contacts.

4. Raised features on the nest serve as physical stops that control package entry to the correct depth for proper socket operation.

Socket ConstructionPackage Alignment

Top Cover

Top Cover

Package Guide

Package

Package Stop

Contact

Nest Comb

Nest Comb Nest (2)

Lever (2)

Base

Alignment Plate

Contacts

Package Guide

Package Stop (4)

Retainer Clip (2)

5


BGA packages are available from multiple sources in a wide variety of designs, materials, body sizes, matrices, pin pattern configurations, pitches and thicknesses. To assure proper mating of package to socket and reliable socket performance, all package parameters must be precisely specified and the corresponding socket feature designed to match the package specification. To properly select or design a socket, the following package dimensions must be specified accurately.

Contact Gap Adjustment3M Textool Open-Top BGA Sockets are designed to function with common solders under normal production burn-in conditions. In addition, for customers using eutectic solder-balls in long-term testing and/or high-stress environments such as “life testing” and “HAST,” 3M can customize sockets to control solder ball deformation by making an adjustment of the socket contact gap. This adjustment is called “custom gapping” and is based on actual measurement of BGA samples that are provided by the customer. This disclaimer is intended to cover eutectic and other low melt-point solder applications only. Higher melt-point solders, such as 90/10 and lead-free, do not require custom gapping. Please contact 3M Customer Service with your specific needs and conditions. Custom gapping tailors the socket for an exact solder ball diameter and should only be considered for stable production applications where solder ball dimensions are not expected to vary.

BGA Packages and Relation to Socket

D

D 1 ZD

ø be

e

E E1

ZE

A

A2

A1

D2

E2

D2

E2

D3

E3

DE

D2

E2

Tapered Edge

Square Edge

Essential BGA Package Dimensions

±

±

±

±

±

±

±

±

±

±

±

±

±

Overall Height

Substrate Thickness

Ball Diameter

Dimensions

D

E

E1

MD

e

n

ME

ZD

ZE

D1

E2

D2

A

A2

Total Pitch

Minimum Mold Cap(If Retainer Clip is Used)

E3

D3Maximum Mold Cap(If Retainer Clip is Used)

Number of Rows

Number of Balls

Ball Pitch

Pattern Need Pattern Drawing

Package Overhang

Ball Height A1

Body Size

ob

If retainer clip is specified, style of clip depends on package profile. The dimensions D2 & E2 and D3 & E3

noted at right are required to select the proper clip design.

Note: To assure proper match of socket to package, the preferred information is the latest revision of the customer package drawing. The package drawing should contain all of the information in the above table. Send the current package drawing to 3M Customer Service.

6


Socket Mechanism and Operating Instructions

Stage 1Free State. Socket, with normally closed contacts, in free state, ready for actuation.

Stage 2Contacts Open. A downward force is applied to the top plate, which translates to a lateral motion of the nest combs, and opens the contacts to receive the solder ball.

Note: Depress top cover before inserting package.

3/TEXTOOL

BGA Package

Contact

Base Plate

Nest-2Nest-1 Nest-2

3/TEXTOOL

Solder Ball

7


3/TEXTOOL

Socket Mechanism and Operating Instructions

Stage 4The vertical actuation force is removed, the contacts close and each ball is gripped above its horizontal center.

Stage 3A BGA device is placed into the top opening. Alignment features guide the package into proper position so each ball rests between the open contact arms.

3/TEXTOOL

ZIF(Zero Insertion Force)

8


Socket Part Numbering System

3/TEXTOOL

Optional Package Retainer Optional Length of

Contact Tail

Optional Board Locating Post on Alignment Plate (2)

Optional Board Locating Post on Socket Base (2)

2 X X X - 9 X X X - X X - X X X 1Material Type1 = PES/BeCu/Au

Solder Tail Length(Available options vary by pitch)

Retainer4 = Without (Standard for 1.0 mm and 1.27 mm)5 = With (Standard for 0.65 mm and 0.80 mm)

Board Locating Post0 = Without1 = With (Both Alignment Plate and Base)2 = With (Alignment Plate Only)3 = With (Base Only)

Product Series Number

Product Platforms0 = Type-01 = Type-I

2 = Type-II3 = Type-III

Package Size/Matrix Variation

Pin Count

Product Variation(3M Assigned)

Ordering Information1. Submit your detailed package drawing to 3M Customer

Service.2. Specify optional features desired: • With or without board locating posts • With or without retainer3. 3M Customer Service will assign complete part

number.

Retainer Clip Feature3M Textool sockets are designed to function properly without the use of retainer clips. The retainer clip feature is desirable for high vibration/shock applications and with small or non-spherical solder balls or to serve as a visual aid during package loading. The purpose of the retainer clip feature is to retain the DUT in the socket should there be an event or conditions leading to dislodgement of the solder balls from the socket contacts. Retainer clips are custom-designed based on specific package dimensions and should only be considered for stable production applications where package dimensions are not expected to vary. In cases of non-spherical and small solder balls, 3M Technical Service may request package samples for fit analysis.

Socket Options

9

Note: Contact 3M Customer Service Rep or 3M Authorized Distributor for information on sizes not listed on the above chart. Contact patterns can be customized to match the package.

Socket Type Series Number Package Body Size (mm) Matrix Count Maximum Pin Count I 9610 8x8 10x10 100 9611 8x8 11x11 121 9612 9x9 12x12 144 9613 9x9 13x13 169 9614 10x10 13x13 169 9615 10x10 14x14 196 9616 11x11 15x15 225 9617 11x11 16x16 256 9618 12x12 16x16 256 9619 12x12 17x17 289 II 9671 9x9 13x13 169 9620 13x13 18x18 324 9621 13x13 19x19 361 9670 13x13 20x20 400 9622 14x14 19x19 361 9623 14x14 20x20 400 9625 15x15 20x20 400 9624 15x15 21x21 441 9672 15x15 22x22 484 9626 16x16 22x22 484 9627 16x16 23x23 529 9628 17x17 24x24 576 9629 17x17 25x25 625

3M™ Textool™ Open-Top BGA Sockets 0.65 mm

BGA 0.65 mm Pitch Socket Platforms

BGA 0.65 mm Pitch Socket Available Package Guide Sizes

*Note: At time of publication, Type III was not released for sale. Please contact 3M Customer Service for current availability.

Type Maximum Body Size (mm) Maximum Matrix Maximum Ball Count Status I 12x12 17x17 289 Available II 17x17 25x25 625 Available III 21x21 31x31 961 Inquire*

In an effort to better serve our customers, 3M continually updates our technical documents.

Please visit our website for the most up-to-date technical information.

www.3M.com/electronics

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10





Type Maximum Body Size (mm) Maximum Matrix Maximum Ball Count Status I 12x12 13x13 169 Available II 17x17 19x19 361 Available III 21x21 25x25 625 Available IV 24x24 31x31 961 Inquire*

Socket Type Series Number Package Body Size (mm) Matrix Count Maximum Pin Count I 9014 9x9 9x9 81 9015 9x9 10x10 100 9016 10x10 10x10 100 9017 10x10 11x11 121 9016 10x10 12x12 144 9018 11x11 11x11 121 9019 11x11 12x12 144 9018 11x11 13x13 169 9010 12x12 13x13 169 II 9026 12x12 14x14 196 9027 13x13 14x14 196 9028 13x13 15x15 225 9029 14x14 15x15 225 9020 14x14 16x16 256 9029 14x14 17x17 289 9021 15x15 16x16 256 9022 15x15 17x17 289 9021 15x15 18x18 324 9023 16x16 18x18 324 9024 16x16 19x19 361 9025 17x17 19x19 361 III 9030 17x17 20x20 400 9031 18x18 20x20 400 9032 18x18 21x21 441 9031 18x18 22x22 484 9033 19x19 21x21 441 9034 19x19 22x22 484 9033 19x19 23x23 529 9035 20x20 23x23 529 9036 20x20 24x24 576 9037 21x21 24x24 576 9038 21x21 25x25 625




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11


Socket Type Series Number Package Body Size (mm) Matrix Count Maximum Pin Count 0 9342 6x6 6x6 36 9348 11x11 10x10 100 9340 12x10 10x8 80 9300 12x12 11x11 121 9301 13x13 11x11 121 9302 13x13 12x12 144 9303 14x14 12x12 144 9304 14x14 13x13 169 9305 15x15 13x13 169 9306 15x15 14x14 196 9307 17x17 15x15 225 9308 17x17 16x16 256 9344 18x12 16x10 160 9343 18x18 15x15 225 9309 19x19 17x17 289 I 9352 14x10 13x9 117 9355 15x15 14x14 196 9356 17x17 15x15 225 9357 17x17 16x16 256 9358 19x19 17x17 289 9310 19x19 18x18 324 9311 21x21 19x19 361 9312 21x21 20x20 400 9313 23x23 21x21 441 9314 23x23 22x22 484 9315 25x25 23x23 529 9316 25x25 24x24 576 9317 27x27 25x25 625 9318 27x27 26x26 676 9319 29x29 27x27 729 II 9360 29x29 28x28 784 9320 31x31 29x29 841 9321 31x31 30x30 900 9322 33x33 31x31 961 9323 33x33 32x32 1024 9324 35x35 33x33 1089 9325 35x35 34x34 1156 9326 37.5x37.5 36x36 1296 9327 37.5x37.5 37x37 1369 9328 40x40 38x38 1444 9329 40x40 39x39 1521 III 9331 42.5 41 1681 9332 42.5 42 1764 9333 45 43 1849 9334 45 44 1936 9335 47.5 45 2025




Type Maximum Body Size (mm) Maximum Matrix Maximum Ball Count Status 0 19x19 17x17 289 Available I 29x29 27x27 729 Available II 40x40 39x39 1521 Available III 45x45 45x45 2025 Available




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12


Socket Type Series Number Package Body Size (mm) Matrix Count Maximum Pin Count II 9222 29 x 29 21 x 21 441 9223 29 x 29 22 x 22 484 9224 31 x 31 23 x 23 529 9225 31 x 31 24 x 24 576 9226 33 x 33 24 x 24 576 9227 33 x 33 25 x 25 625 9228 35 x 35 26 x 26 676 9229 35 x 35 27 x 27 729 III 9232 37.5 x 37.5 28 x 28 784 9233 37.5 x 37.5 29 x 29 841 9234 40 x 40 30 x 30 900 9235 40 x 40 31 x 31 961 9236 42.5 x 42.5 32 x 32 1024 9237 42.5 x 42.5 33 x 33 1089 9238 45 x 45 34 x 34 1156 9239 45 x 45 35 x 35 1225


BGA 1.27 mm Pitch Socket Available Package Guide

*Note: At time of publication, Type I was not released for sale. Please contact 3M Customer Service for current availability.


Type Maximum Body Size (mm) Maximum Matrix Maximum Ball Count Status II 35x35 27x27 729 Available III 45x45 35x35 1225 Available




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3M and Textool are trademarks of 3M.

3Electronics6801 River Place Blvd.Austin, TX 78726-9000www.3M.com/electronics1-800-225-53731-800-932-9373 (fax) © 3M 2005

Important NoticeAll statements, technical information, and recommendations related to 3M’s products are based on information believed to be reliable, but the accuracy or completeness is not guaranteed. Before using this product, you must evaluate it and determine if it is suitable for your intended application. You assume all risks and liability associated with such use. Any statements related to the product which are not contained in 3M’s current publications, or any contrary statements contained on your purchase order shall have no force or effect unless expressly agreed upon, in writing, by an authorized officer of 3M.

Warranty; Limited Remedy; Limited Liability. This product will be free from defects in material and manufacture for a period of one year from the time of purchase. 3M MAKES NO OTHER WARRANTIES INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. If this product is defective within the warranty period stated above, your exclusive remedy shall be, at 3M’s option, to replace or repair the 3M product or refund the purchase price of the 3M product. Except where prohibited by law, 3M will not be liable for any indirect, special, incidental or consequential loss or damage arising from this 3M product, regardless of the legal theory asserted.

Type II

1.27 mm

Type III

1.00 mm

Type 0

Type II

.65 mm

Type II

.80 mm

Type II

Type I

Type III

Type I

• Accommodates a wide range of package thicknesses without requiring socket adaptations.• Allows excellent air flow around device.• Includes a retractable locating guide for easy board mounting, even with hundreds of leads.• Compatible with most robotic handlers.• Easy manual operation.• Double beam contact delivers balanced, opposing forces to solder ball with minimal shear stress.• Contact tips touch ball above its center plane, producing only slight indentations and negligible ball deformation.• Package Retainer Option• At user’s request, sockets can be equipped with mechanical package retainers. This option provides additional holddown protection for high shock or vibration environments.

3M Electronic & Interconnect Solutions Division6801 River Place Blvd.Austin, TX 78726-9000

3M™ Textool™ 0.65 mm pitch, Open Top, BGA Test & Burn-In Sockets

34

Date Issued: December 13, 2002TS-9600-02Sheet 1 of 2

Physical

Electrical

Environmental

Mechanical

Operating Temperature Rating: - 55 °C to + 150 °C

For technical, sales or ordering information call 800-225-5373or visit our website: www.3M.com/eisd

Type II

Body: Material: Polyethersulfone (PES) Flammability: UL 94V-0 Color: Black Contact: Material: Beryllium Copper Plating: Gold over NickelOther Metal Parts: Stainless Steel Marking: 3M Logo/Textool

Insulation Resistance: >1000MΩ at 100 VdcDielectric Withstanding Voltage: 100 Vrms at Sea Level Initial Contact Resistance: <50mΩ measured at 1.0 mA applied current Current Rating: 0.5 A max @ 25°C

Durability: 20,000 actuations (10,000 devices load/unload) at room temperature Initial Contact Force: 8.5gf (0.087N) Nom for 0.4 mm diameter solder ball Initial Operating Force: Type II – 5Kg Max @ Full Pin Count Contact Wiper Gap - Fully Open: 0.55 mm Nom

TS-9600-02Sheet 2 of 2

3M™ Textool™ 0.65 mm pitch, Open Top, BGA Test & Burn-In SocketsType II

.0

0.13

.00

0.25

Dimensions inMillimeters

Tolerance

Dimension

*For 1.6 mm thick PCB, use self-tapping, STN.STL. screws size M2 x 4.0 mm long. For other PCB thicknesses, contact 3M or your preferred 3M Distributor.

0.5Standoffs

15.8

38.0

38.033.00 ± 0.10

33.00 ± 0.10

22.00 ± 0.10

22.00 ± 0.10

0.65 ± 0.05Pitch 0.65 ± 0.05

Pitch

15.60± 0.10

Max Matrix

15.60± 0.10

Max Matrix

24.0

24.0

OptionalPCB LocatingPosts

Package Outline

0.65Pitch

0.12 x 0.15Contact Tail

2.0Contact Tail

8.3 Pkg Seating Plane

4X 1.50Alignment Posts

PCB HOLE PATTERN

OptionalPackage Retainers

2X Ø 1.55 - 1.60For Locating Posts on Socket Alignment Plate

2X Ø 2.20 - 2.30For Mounting Screws (*)

2X Ø 2.10 - 2.18For Optional Locating Posts on Socket Base

625X Ø 0.22 MinContact Hole

Ordering InformationPACKAGE SPECIFICATIONS

Max Package Size

Max Matrix

Ball Diameter

25 x 25 Max

0.35 - 0.45 mm Min

Ball Height 0.30 mm Min

P.C.B. RECOMMENDATIONS

Board Thickness

Through Hole Diameter

17.0 0.10 mm SQ Max

1.6 mm

0.22 mm Min



3

Interconnect Solutionshttp://www.3M.com/interconnects/

3M is a trademark of 3M Company.For technical, sales or ordering information call

800-225-5373

3M™ Textool™ Test & Burn-In Ball Grid Array Sockets0.80 mm pitch, Types I, II, III and IV 9000 Series

Physical

Electrical

Environmental

Mechanical

Textool is a trademark of 3M company.

Body Material: Polyethersulfone (PES)Body Flammability: UL 94V-0

Body Color: BlackAlignment Plate Material: Liquid Crystal Polymer (LCP)

Alignment Plate Flammability: UL 94V-0 Alignment Plate Color: Black

Contact Material: Beryllium CopperContact Plating: 30µ" [ 0.76 µm ] Gold over 50µ" [ 1.27 µm ] Nickel

Other Metal Parts: Stainless SteelMarking: 3M Logo/Textool

Current Rating: 0.5 A max at 25°CInitial Contact Resistance: <50 mΩ measured at 1.0 mA applied current

Insulation Resistance: >700 MΩ at 500 VDC

Withstanding Voltage: 500 VRMS at sea level

Operating Temperature Rating: -55°C to +150°C

Durability: 20,000 actuations (10,000 devices load/unload) at room temperature

Initial Contact Force: 12 gf [ 0.12N ] normal for 0.4 mm diameter solder ball15 gf [ 0.15N ] normal for 0.5 mm diameter solder ball

Initial Actuation Force:Type I-3 Kg max at full pin countType II-5 Kg max at full pin countType III-7 Kg max at full pin countType IV-11 Kg max at full pin count

Contact Wiper Gap - Fully Open: 0.65 mm normal


Date Modified: March 9, 2007

• Double-beam normally-closed contact delivers balanced, opposing forces to solder ball with minimal shear stress

• Contact tips touch ball above its center plane moving ball deformation away from seating plane

• Designed to allow excellent air flow around device

• Includes a retractable locating guide for easy board mounting even with hundreds of leads

• Compatible with most robotic handlers• Helps provide easy manual operation• See Regulatory Information Index (RIA) for

chemical compliance information

3



800-225-5373



Type I, II and III

Dimension Type I Type II Type III

Dim. A 33.00 40.00 45.00Dim. B 27.00 32.00 37.00Dim. C 17.00 21.00 26.00Dim. D 33.00 40.00 45.00Dim. E 17.00 21.00 26.00Dim. F 26.00 33.00 38.00Dim. G 15.00 20.00 25.00Dim. H 26.00 33.00 38.00Dim. I 15.00 20.00 25.00Dim. J 9.60 14.40 19.20Dim. K 9.60 14.40 19.20

Dim. A

Dim. D

Dim. BDim. C

Dim. E

Dim. G ± 0.10

Dim. F ± 0.10

Dim. I± 0.10

Dim. H± 0.10

17.30

9.70 Seating Plane

1.50

2.50 Contact Tail

0.80 Pitch

Optional PCBLocating Posts

Package Outline

Dia. 1.50

0.15 x 0.22 Contact Tails

2XXX-90XX

/ TEXTOOL

2XØ2.00 Guide Hole for Automatic Loader/ Unloader

Optional Package Retainers

Dim. J± 0.10

Dim. K± 0.10

0.80 ± 0.05Pitch Typ.

0.80 ± 0.05Pitch Typ.

2XØ2.20 Min.For Optional

Mounting Screws

4XØ1.60 Min.For Optional PCB

Locating Posts

Ø0.30 Min.Contact Hole

C of MatrixL

C of MatrixL

C of MatrixL

C of MatrixL

PCB Hole Pattern

0.55 Standoffs

Note: For package specifications and P.C.B. recommendations, see table on sheet 3.

3



800-225-5373



Type IV

Max. PackageSize

Max.Matrix

BallDiameter

BoardThickness

Through Hole

Diameter

I 12.0 ± 0.1 SQ Max. 13 x 13 Max. 0.35 - 0.55 0.8 - 1.6 0.30 Min.

II 17.0 ± 0.1 SQ Max. 19 x 19 Max. 0.35 - 0.55 0.8 - 1.6 0.30 Min.

III 21.0 ± 0.1 SQ Max. 25 x 25 Max. 0.35 - 0.55 0.8 - 1.6 0.30 Min.

IV 27.0 ± 0.1 SQ Max. 31 x 31 Max. 0.35 - 0.55 0.8 - 1.6 0.30 Min.

Type

Package Specifications P.C.B. Recommendations

2 XXX - 90 X X - XX - X X X 1

Board Locating Post:0 = Without1 = With (Both alignment plate & base)2 = With (Alignment plate only)3 = With (Base only)

Ordering Information(RIA E1 & C1 apply)

Pin CountProduct Series

Matrix Pattern Variation:(Assigned by 3M)

Product Platforms:1 = Type I2 = Type II3 = Type III4 = Type IV Product Variation:

(Assigned by 3M)

Solder Tail Length:0 = 2.50 [0.10] (Standard)1 = 1.00 [0.04]

Retainer:4 = Without (Standard)5 = With

Material Type:1 = PES/BeCu/Au

19.01 9.70 Seating Plane

1.50

2.50 Contact Tail

0.80 Pitch

Package Outline

Dia. 1.50

0.15 x 0.22 Contact Tails

2XXX-904X-XX-XX01

/ TEXTOOL

0.80 ± 0.05Pitch Typ.

0.80 ± 0.05Pitch Typ.

48.00

48.00

33.01

33.00

43.00 ± 0.10

43.00 ± 0.10

24.00 ± 0.10

32.00± 0.10

2XØ2.10 For Base Locating Post

2XØ2.10For Screw

32.00 ± 0.10

24.00± 0.10

2XØ1.60 For Alignment

Plate Locating PostØ0.30 Min.

Contact Hole

PCB Hole Pattern

C of MatrixL

C of MatrixL

C of MatrixL

C of MatrixL

Optional Package Retainers

Optional PCBLocating Posts

0.55 Standoffs

3M


3M and Textool are trademarks of 3M Company.For technical, sales or ordering information call

800-225-5373

3M™ Textool™ BGA Test & Burn-In Sockets1.00 mm, Types 0, I, II and III Open Top

Physical

Electrical

Environmental

Mechanical

* RoHS = Directive 2002/95/EC, Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment"RoHS compliant" means that the product or part does not contain any of the following substances in excess of the following maximum concentration values

in any homogeneous material, unless the substance is in an application that is exempt under RoHS: (a) 0.1% (by weight) for lead, mercury, hexavalentchromium, polybrominated biphenyls or prolybromianted diphenyl ethers; or (b) 0.01% (by weight) for cadmium. Unless otherwise stated by 3M in writing,

this information represents 3M's knowledge and belief based upon information provided by third party suppliers to 3M.

Body Material: Polyethersulfone (PES)Flammability: UL 94V-0

Color: BlackAlignment Plate Material: Liquid Crystal Polymer (LCP)

Flammability: UL 94V-0Color: Black

Contact Material: Beryllium CopperPlating: 30µ" (0.76 µm) Gold over 50µ" (1.3 µm) Nickel

Other Metal Parts: Stainless Steel

Insulation Resistance: >1000MΩ at 500 VdcWithstanding Voltage: 500 Vrms at sea level

Initial Contact Resistance: <50mΩ measured at 1.0 mA applied currentCurrent Rating: 1.0 A max @ 25°C


Durability: 20,000 actuations (10,000 devices load/unload) at room temperature

Initial Contact Force: 17 gf (0.17N) Nom for 0.6 mm diameter solder ball14 gf (0.14N) Nom for 0.5 mm diameter solder ball

Initial Actuation Force: Type II-5Kgf @ full pin countContact Wiper Gap - Fully Open: 0.85 mm Nom


Date Modified: June 16, 2005

• Double-beam normally-closed contact delivers balanced, opposing forces to solder ball with minimal shear stress

• Contact tips touch ball above its center plane producing only slight indentations and minimal ball deformation

• Allows excellent air flow around device• Includes a retractable locating guide for easy

board mounting even with hundreds of leads• Compatible with most robotic handlers while it

provides easy manual operation• Accepts package body sizes up to 29 mm square

with a maximum matrix of 27 x 27• RoHS* compliant

3M



800-225-5373

3M™ Textool™ BGA Test & Burn-In Sockets1.00 mm, Types 0, I, II and III Open Top Type 0

Package SpecificationsMax Package Size: 19.0 mm ± 0.1 mm SQ Max

Max Matrix: 17 × 17Ball Diameter: 0.40 mm - 0.70 mm

Ball Height: 0.40 mm MinP.C.B. Recommendations

Board Thickness: 1.6 mmThrough Hole Diameter 0.35 mm Min


3M



800-225-5373

3M™ Textool™ BGA Test & Burn-In Sockets1.00 mm, Types 0, I, II and III Open Top Type I

Package SpecificationsMax Package Size: 29 mm ± 0.1 mm SQ Max

Max Matrix: 27 × 27 MaxBall Diameter: 0.40 mm - 0.70 mm




3M



800-225-5373

3M™ Textool™ BGA Test & Burn-In Sockets1.00 mm, Types 0, I, II and III Open Top Type II






1521 Ø 0.35 MinContact Hole

3M



800-225-5373

3M™ Textool™ BGA Test & Burn-In Sockets1.00 mm, Types 0, I, II and III Open Top Type III






3M™ Textool™ 1.27 mm pitch, Open Top, BGA Test & Burn-In Sockets

34

Date Issued: December 13, 2002TS-9200-07Sheet 1 of 3

Physical

Electrical

Environmental

Mechanical

Operating Temperature Rating: - 55 °C to + 150 °C

• Double-beam, normally-closed contact delivers balanced, opposing forces to solder ball with minimal shear stress. Includes unique Micro- wiping effect• Contact tips touch ball above it's center plane producing only slight indentations and minimal ball deformation. • Allows excellent air flow around device. • Includes a retractable locating guide for easy board mounting even with hundreds of leads. • Compatible with most robotic handlers while it provides easy manual operation.

Type Device Size Matrix

II 35mm Square 27 X 27

III 45mm Square 35 X 35

Types II, III

Body: Material: Polyethersulfone (PES) Flammability: UL 94V-0 Color: Black Alignment Plate: Material: Liquid Crystal Polymer (LCP) Flammability: UL 94V-0 Color: Black Contact: Material: Beryllium Copper Plating: Other Metal Parts: Stainless Steel Marking: 3M Logo/Textool

Insulation Resistance: >1000MΩ at 500 VdcDielectric Withstanding Voltage: 500 Vrms at Sea Level Initial Contact Resistance: <50mΩ measured at 1.0 mA applied current Current Rating: 0.5 A max @ 25°C

Durability: 20,000 actuations (10,000 devices load/unload) at room temperature. Initial Contact Force: 17gf (0.17N) Nom Initial Actuation Force: Type II – 2.5Kg Max @ 352 pin count 3.8Kg Max @ 480 pin count Type III – 7Kg Max @ 540 pin count 3.8Kg @ 900 pin countContact Wiper Gap - Fully Open: 1.05mm Nom

30 µ" (0.76 µm) Gold over 50 µ" (1.3 µm) Nickel



Ordering Information


3M™ Textool™ 1.27 mm pitch, Open Top, BGA Test & Burn-In SocketsType II

PACKAGE SPECIFICATIONS

Max Package Size

Max Matrix

Ball Diameter

27x27

0.75 ± 0.10 mm


Board Thickness


35.0 ± 0.2 mm SQ Max

1.6 mm

0.50 mm Min

56.7

41.0


56.7

48.70

41.0

2X Ø 2.00Guide Holefor automatic loader/unloader

45.00±0.05

52.50±0.10

38.40±0.05

1.27 ±0.05Pitch

1.27 ±0.05Pitch

45.00 ±0.05

52.50 ±0.10

38.40 ±0.05 729x .05 mmContact HoleMin Diameter

33.02±0.10

Max Matrix

33.02±0.10

Max Matrix

2X Ø 2.00 Min

2X Ø 1.60 Minfor optionalPCB LocatingPosts

4X Ø 2.50 Minfor optionalMounting Screws*

PCB HOLE PATTERNPackage Outline

18.0

0.5Standoffs

OptionalPCB LocatingPosts

1.27Pitch

0.15 x 0.28Contact Tails

1.502.4Contact Tail

8.20Seating Plane


.0

0.13

.00

0.25


Tolerance

Dimension





3M™ Textool™ 1.27 mm pitch, Open Top, BGA Test & Burn-In SocketsType III

0.50 mm Min

35x35 Max

1.6 mm

0.75 ± 0.10 mm


PACKAGE SPECIFICATIONS

45.0 ± 0.2 mm SQ Max Max Package Size

Max Matrix

Ball Diameter

Board Thickness


69.1

60.0

51.2

69.1

51.2

2X Ø 2.00Guide Hold for AutomaticLoader /Unloader


58.00

50.80

58.00± 0.05

± 0.05

± 0.05

± 0.05

± 0.05

± 0.05

64.80 ± 0.10

± 0.05

64.80± 0.10

50.80

Max Matrix

43.18Pitch

1.27± 0.05

PCB HOLE PATTERN

2X Ø 2.00 MinOptional

2X Ø 1.60 MinFor Locating Posts1225X 0.50mm Min

Contact Hole

Max Matrix43.18

Pitch1.27

20.5

Standoffs0.8

OptionalPCB LocationsPosts

Pitch1.27 Contact Tails

0.15 X 0.28

Contact Tail2.40

Seating Plane8.20

1.50

Package Outline

4X Ø 2.50 Minfor optionalMounting Screws*


.0

0.13

.00

0.25


Tolerance

Dimension



3M Electronic Handling and Protection Division6801 River Place Blvd.Austin, TX 78726-9000

Test & Burn-In PGA Kit SocketsPin Grid Arrays

10

Date Issued: June 20, 2001TS-0675-09Sheet 1 of 2

Physical

InsulationMaterial: Polyethersyfone (PES)


Marking: 3M Logo & Part Number IdentifierCam Handle

Material: Stainless SteelContact

Material: Beryllium CopperPlating Options:

Electrical

Current Rating: 1 AmpInsulation Resistance: > 1 ¥ 1012 W at 500 VdcWithstanding Voltage: 1000 Vrms at Sea Level

Environmental

Temperature Rating Operating: - 55°°C to + 150°°C

MechanicalA: When used as a test socket at room temperature 24°°C the socket will last 25,000 actuations.B: Based on field experience, under normal burn-in conditions up to a maximum of 150°°C, the socket should last an average of four years.

• Available in 10 x 10 matrix through 25 x 25 matrix • Used when only a few test sockets are needed • Provides individual components ready for assembly • Open pattern top plate; load only those contacts needed for your specific device pin pattern

For technical, sales or ordering information call 800-328-0411or visit our website: http://www.3M.com/ehpd

30 m" (0.76 mm) Gold over 50 m" (1.3 mm) Nickel


Test & Burn-In PGA Kit SocketPin Grid Arrays

Part Number Matrix Size Description

200-6310-9UN-1900 10 x 10

200-6311-9UN-1900 11 x 11

200-6313-9UN-1900 13 x 13

200-6315-9UN-1900 15 x 15S k t Kit W/O C t t

200-6317-9UN-1900 17 x 17Socket Kit W/O Contacts

200-6319-9UN-1900 19 x 19

200-6321-9UN-1900 21 x 21

200-6325-9UN-1900 25 x 25

300-6300-CNA-0002B Each Contact–BeCu/Au Plated

200-4660-14-1900 Set of 10 Extra Hole Plugs



4X Phillips Pan-Hd#0-80 x 5/16 LongAssy Screw

10X Hole Plugs

Top Plate

Contact( Order Separately )

Cam Plate

Base Plate

Cam Handle

Standard Handle

Assembly Instructions1. Load hole plugs into top plate by

pressing fitting into place. Remove from tie bar by cutting with commercially available 6 1/2"flush diagonal cutter pliers.

2. Place cam plate into recessedarea of base plate, loadcontacts in desired locations,being careful that the bent leafof the contact is loaded incorrect position ( away fromcam handle. )

3. Insert cam handle into positionin the base plate.

4. Now make a final check that allcontacts are in desired locationand that all are fairly even at thetop. Also check cam to makesure it is still in position. Nowtake the top plate and place intoposition and start to lower overcontacts. Start at the rear of thesocket and rotate downwardtoward the front and then snaplocating bosses into place.Several very slight back andforth motions may be necessaryin order to get contacts to snapinto place. Care should be takenthat too much downwardpressure isn't applied whichcould bend or damage thecontacts. Insert screws andtighten.

5. Now make an operation checkby rotating handle 90°. Make avisual check of movement andclosure of all contacts. Rotatehandle and check the freedomof movement of cam plate andthat the moving leaf of thecontact clears the entry hole. Acontinuity check can be madebefore final soldering by placingdevice in socket, then closingand making check. Solderingshould be done with socket inthe open position.

Notes:1 Contact and extra Hole Plugs are ordered separately.2 See Test & Burn-In PGA socket section on page 29 for dimensional information on assembled sockets.


1


3M Textool, Interstitial Pin Grid Array Test & Burn-In Sockets

34


Physical

Electrical

Environmental

Mechanical

Operating Temperature Rating: - 55°°C to + 150°°C

• 19 X 19 outer matrix with 18 X 18 inner staggered matrix holds up to 685 leads.• Lever actuated, zero insertion force mechanism. • Rugged, 3-plate construction for durability and electrical reliability. • Accommodates two lead diameter variations .25 - .40 mm (.010" - .016") inquire* .35 - .51 mm (.014" - .020") available *Note : Please contact 3M customer service for availability.


Insulation: Material: Polyethersulfone (PES) Flammability: UL 94V-0 Color: Black Cam Handle: Material: Aluminum Alloy, Die Cast Contact: Material: Beryllium Copper Plating: Other Metal Parts: Stainless Steel Marking: 3M Logo / Textool Logo

Insulation Resistance: >500MW at 500 Vdc Dielectric Withstanding Voltage: 500 Vrms at Sea Level Initial Contact Resistance: 25mW max. initially Current Rating: 1.0 A max.

Durability: When used as a test socket at room temperature the socket will last 3,000 actuations.



3M Textool, Interstitial Pin Grid ArrayTest & Burn-In Sockets



(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch


TE

XT

OO

L

2X

XX

-13

58

.012 X.012 Contact Tails[0.3 X 0.3]

.470 11.93

.20 5.0

.10

2.5

2.463 62.56

2.21

56.2

1.810

45.97

2.05

52.0

Finger AccessFeatue

2.64 67.0

3.22

81.8

.75

19.1

.46

11.8

.08 Contact Tail Length

2.0

3.28 83.2

.050 1.27

.07

1.8

.44

11.3

.06 Standoffs

Standoffs 1.5

P. C. BOARD PATTERN

1.800

45.72

.100 .002

2.54 0.05

.050 .002

1.27 0.05

.050 .002

1.27 0.05

.100 .002

2.54 0.05

1.800

45.72

685x Ø .024 [.62] MinContact Hole4x Ø .06 [1.5] Hole for

Mounting Screw

2XXX - 1358 - XX - 1902

Number of Contacts:( 685 Maximum )

Lead Diameter Variations:000 = 0.25 mm-0.40 mm

[ .010"-.016" ]050 = 0.35 mm-0.51 mm

[ .014"-.020" ]

Fro

nt

Fro

nt


Key:1. This mark indicates holes only, no contacts.2. This mark indicates holes with contacts.


Interstitial Worksheet

Notes:1. This is only a work sheet. Do not proceed with any layout until a part number is assigned by 3M Textool. The pattern is subject to repositioning.

2. Lead diameter = .016 [ 0.39 ] min, .020 [ 0.51 ] max. The standard socket has been designed to accept these lead diameters only. For all others please consult the factory.

3. Use this sheet to indicate which positions you intend to use.4. The device lead must be a minimum of 2.54 [.100 ] below the standoffs on the device leads.


3M Textool, Interstitial Pin Grid ArrayTest & Burn-In Sockets

A1


Test & Burn-In IPGA Socket

9


Physical

InsulationMaterial: Polyethersulfone (PES)

Flammability: UL 94V-0Color: Black (PES)

Marking: 3M LogoCam Handle

Material: Aluminum Alloy Die CastStopper & Screw Material: Stainless Steel

ContactMaterial: Beryllium Copper

Plating Options:

Electrical

Insulation Resistance: > 5 ¥ 108 W at 500 VdcDielectric Withstanding Voltage: No appearance of arcing or breakdown

Leak Current; 1mA Max.Contact Resistance: Initial; 25mW Max. After tests; 40mW Max.

Environmental

Operating Temperature Rating: - 55°°C to +150°°C

• 17 x 17 outer matrix with 16 x 16 inner staggered matrix holds up to 432 leads • Lever actuated zero insertion force mechanism • Rugged 3-plate construction for durability and electrical reliability • Accommodate two lead diameter variations .25 - .40 mm (.010" - .016") and .35 - .51 mm (.014" - .020")




Test & Burn-In IPGA Sockets



OPEN

CLOSED

8. 0

10.5(1

6)??

??

(57)

(15)

0 .3

Sq.

(59)

Ø1.0Ø1.5

48.0

± 1.

0

42.9

64.0 ± 1.0

Typ. Entry Hole

13.14

4.0

2.54

40.64±0.10 Sq.

58.9

2.54± 0.05

1.27± 0.05

432x Ø .024 (.62) Min Contact Hole

Ordering Information2XXX - 1353 - XX - 3302

Number of Contacts:( 432 Maximum )

Lead Diameter Variations:000 = 0.25 mm-0.40 mm

[ .010"-.016" ]050 = 0.35 mm-0.51 mm

[ .014"-.020" ]

.0DIM

0.13

.00

DIMENSIONS INMILLIMETERS

0.25TOL

Fro

nt

Fro

nt

P. C. BOARD PATTERN


Test & Burn-In IPGA Sockets



3M

Key:1. This mark indicates holes only, no contacts.2. This mark indicates holes with contacts.

Notes:1. This is only a work sheet. Do not proceed with any layout until a part number is assigned by 3M Textool. The pattern is subject to repositioning.

2. Lead diameter = .016 [ 0.39 ] min, .020 [ 0.51 ] max. The standard socket has been designed to accept these lead diameters only. For all others please consult the factory.

3. Use this sheet to indicate which positions you intend to use.4. The device lead must be a minimum of 2.54 [.100 ] below the standoffs on the device leads.


Test & Burn-In SPGA Socket

9


Physical

Package and Board Specifications

Body: Glass Reinforced PEI (UL 94V-0) Contact: Beryllium Copper Gold Plating 20 micro inch Min. Cam Lever Part: Stainless steel Screw: Stainless steel (No.0-80 UNF) Plain Washer: Stainless steel Nut: Stainless steel

Package Lead Diameter: Ø0.20±0.05 mm Diameter A: 1.4 mm - 1.8 mm Lead count: 528 Max. Matrix: Standard product; 37x37 Max., 11 rows Plating: Gold plating

PC Board Board Thickness: A type — 1.6 mm B type — 3.2 mm C type — 5.0 mmThrough Hole Diameter: Ø0.4 mm Min.

Dielectric Withstanding Voltage: No appearance of arcing and break down Leak current.; 1mA Max. Insulation Resistance: 1000MW Max. Contact Resistance: Initial; 50mW Max. After tests; 500mW Max.

Electrical

• Package for 1.27 mm (.050") pitch PGA• Zero insertion force• Double mating contact• Lever mechanism for opening and shutting switch over• Maximum grid 37x37 and lead count of 600


lc device

Socket

Dim.A

Lead pin

83.0MAX.

No.0-80 UNF [Ø 1.52]

[45.

52]

0.25

65.0

MA

X.

C/L of Solder Tail PatternC/L of Entry Hole Pattern CLOSE(FREE)

(Hole No,Al Side)

54.0

1.3Standoffs

25.0

MA

X.

AContact TailLength B

Mounting Screw Length

15.0

0.27

9.0

[34.28]

[67.11]72.5

0.20OPEN

1.27x36=45.72 ±0.08

1.27

x36=

45.7

2 ±0

.08

1.27 ± 0.05

11.23

34.28

67.11

1.27

± 0

.05

45.5

2

20.3

2 S

q.

600x

Ø 0

.40

Min.

Conta

ct Hole

XX

X2

371A

11

36

AU

3M

TE

XT

OO

L

4x Ø 1.65 Min.Hole for Mounting Screw

P.C. BOARD PATTERN

Part Number A B PCB Thickness2xxx-1361-SA-3302 2.8 4.2 1.62xxx-1361-SB-3302 4.3 7.2 3.22xxx-1361-SC-3302 6.0 7.2 5.0


Test & Burn-In SPGA Sockets




2XXX-1361-SX-3302

Number of Contacts

Solder Tail LengthA = 2.8 mmB = 4.3 mmC = 6.0 mm

.0DIM

0.13

.00

DIMENSIONS INMILLIMETERS

0.25TOL

Fro

nt

Fro

nt


Test & Burn-In SPGA Sockets


Notes:1. Use this sheet to indicate which positions you intend to use.2. For best results, keep the patterns as symmetrical with the centerline as possible.


2 X X X 1 3 6 1

1

A AU

37

TEXTOOL3M

This mark indicates holes only, no contacts.This mark indicates holes with contacts.


.050" (1.27 mm) x .100" (2.54 mm) Axial Lead ZIP Strip Sockets

21

Date Issued: February 20, 2001TS-0364-08Sheet 1 of 2

Physical

InsulationMaterial: Glass Filled Polysulfone

Flammability: UL 94V-0Color: Green

Marking: 3M Logo & Part Number IdentifierContact

Material: Beryllium CopperPlating:

Electrical


Environmental


• For devices with .050" (1.27 mm) lead centers unformed or extending axially from package • Socket without top-plate cover enables horizontal insertion of leads • Frequently used in pairs to handle any non- standard Flat Pack with leads on .050" (1.27 mm) centers • Order left and right hand versions separately to obtain a complete pair • Lever actuated zero insertion force mechanism • Accepts pins up 0.14" (0.36 mm) to 0.25" (0.64 mm) square




Contact DimensionsContactQuantity A B C

34 2.65 [ 67.3 ] 1.650 [ 41.91 ] 2.46 [ 62.5 ]

35 2.65 [ 67.3 ] 1.700 [ 43.18 ] 2.46 [ 62.5 ]

51 3.45 [ 87.6 ] 2.500 [ 63.50 ] 3.27 [ 83.1 ]

Socket Part Number Contact Quantity

234-3034-01-060234

234-3034-02-060234

235-3019-01-060235

235-3019-02-060235

251-5949-01-060251

251-5949-02-060251

A

B

.050 Typ[ 1.28 ]

.43[ 10.9 ]

Max

Ganging Bar

.35 Max[ 8.8 ]

.18[ 4.6 ]

.40[ 10.2 ]

.050 Typ[ 1.27 ]

.10[ 2.5 ]

.55[ 14.0 ]

.19 Contact Tail Length[ 4.9 ]

.18[ 4.7 ]

2X #0-80 Mounting Screws

.012 X .028[ 0.31 ] [ 0.71 ]

Contact Tail

C

.580[ 14.73 ]

.09[ 2.3 ]

.74[ 18.8 ]

Max



CL

Contact Pattern

See Contact Details

(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch

-02 Pattern-01 Pattern

.050" (1.27 mm) x .100" (2.54 mm) Axial Lead ZIP Strip Sockets



.050" (1.27 mm) x .100" (2.54 mm)

32 Position

Date Issued: November 1, 1999TS-0363-08Sheet 1 of 2

19

Physical




Material: Beryllium CopperPlating: 30 m " (0.76 m m) Gold – MIL-G-45204, Type II, Grade C, over 50 m " (1.27 m m)

Nickel – QQ-N-290A, Class 2

Electrical


Environmental

Operating Temperature Rating: - 55 °C to +150°C

Staggered ZIP Strip Sockets

• For devices with .050" (1.27 mm) lead centers formed in staggered rows with .100" (2.54 mm) between centers and rows • Socket with top-plate cover requires vertical insertion of leads • Frequently used in pairs to handle devices with standard leads on opposite sides of the package • Order left and right hand strips separately to obtain a complete pair • Lever actuated zero insertion force mechanism



32 Position


232-1270-01-0602J 32

232-1270-02-0602J 32

.43 Max[ 10.9 ]

2.45 [ 62.1 ]

1.550 [ 39.37 ]31X .050 [ 1.27 ]

.050 Typ[ 1.27 ]

GangingBar

.38 Max[ 9.7 ]

.40[ 10.2 ]

.050 Typ[ 1.27 ]

.76 Max[ 19.3 ]

Mounting Screw2X #0-80

.09[ 2.3 ]

.469[11.91]

.011 x .029[ 0.28 ] [ 0.74 ]

Contact Tail

2.26 [ 57.3 ]

.13 [ 3.4 ]

.20 [ 5.1 ]

.43[ 10.9 ]

.02 [ 0.5 ]



Contact Pattern:

SeeDetails

CL

(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch

±001 Pattern ±002 Pattern

.050" (1.27 mm) x .100" (2.54 mm) Staggered ZIP Strip Sockets


3M



800-225-5373

3M™ Textool™ Burn-In Grid ZIP SocketsPin Grid Arrays

Physical

Electrical

Environmental

Mechanical

Textool is a trademark of 3M Company.

InsulationMaterial: Polyethersulfone (PES)

Flammability: UL 94V-0Color: Black PES

Marking: Part Number Identifier and Logo on AllCam Handle

Material: Stainless SteelContact

Material: Beryllium CopperPlating: 30µ" (0.76 µm) Gold over 50µ" (1.3 µm) Nickel

Current Rating: 1 AmpInsulation Resistance: > 1 × 1012 at 500 Vdc

Withstanding Voltage: 1000 Vrms at sea level


PES/BeCu A. When used as a test socket at room temperature 24°C the socket will last 25,000 actuations.B. Based on field experience, under normal burn-in conditions up to a maxi-mum of 150°C for PES, the socket should last an average of 4 years.


Date Modified: November 8, 2004

• Lever actuated zero insertion force mechanism• Rugged 3-plate construction for durability and

electrical reliability• Available in 10 x 10 through 25 x 25 matrices• PTFE coated stainless steel handle - durable

and safe in high humidity environments• Optical locating holes for robotics loading/

unloading• Repairable - contacts, handles, top-plate, and cam

plate are replaceable

3M



800-225-5373


2XXX - 63XX - XXX - 1902Number of Contacts

6310-10x106311-11x116313-13x136315-15x156317-17x176319-19x196321-21x216324-25x25

0UA = Molded Pattern9UA = All holes open

Plating PES:1902 with /30µ" Au/Ni on BeCu



Note: Additional ten hole plugs can be ordered separately, part #200-4660-14-1900

3M



800-225-5373



3M



800-225-5373




Receptacles for DIP Sockets

43


Physical





Environmental

Current Rating: 1 AmpInsulation Resistance: >1 ¥ 109 W at 500 VdcWithstanding Voltage: 1000 Vrms at Sea Level

Environmental


• Matching receptacle for every ZIP DIP Socket, including “Universal DIP” and “Shrink DIP” • Mounting flanges hold receptacle to board• Pre-tapped holes in receptacle body mate with screw-hole in socket to hold socket firmly to receptacle (2 screws provided with each receptacle) • Available in wire-wrap and solder-tail options, with and without mounting flanges




Receptacle for DIP Sockets

Receptable Part NumbersDimensions

Receptable Part NumbersA B C D E F G H

214-3339-XX 1.00[ 25.4 ]

.60[ 15.2 ]

1.28[ 32.5 ]

.820[ 20.83 ]

.300[ 7.62 ]

.600[ 15.26 ]

216-3340-XX .96[ 24.4 ]

.56[ 14.2 ]

1.37[ 34.8 ]

.773[ 19.63 ]

.700[ 17.78 ]

218-3341-XX .95[ 24.1 ]

.55[ 14.0 ]

1.49[ 37.8 ]

.770[ 19.56 ]

.300[ 7.62 ]

.804[ 20.42 ]

220-3342-XX 1.00[ 25.4 ]

.60[ 15.2 ]

1.58[ 40.1 ]

.820[ 20.83 ]

[ 7.62 ]

.900[ 22.86 ]

222-3343-XX 1.06[ 26.9 ]

.65[ 16.5 ]

1.69[ 42.9 ]

.870[ 22.09 ]

.400[ 10.16 ]

1.005[ 25.53 ]

.100[ 2.54 ]

.40[ 10.2 ]

224-1275-XX 1.26[ 32.0 ]

.86[ 21.8 ] 1.77

1.080[ 27.43 ]

.600[ 15.24 ] 1.100

[ 2.54 ] [ 10.2 ]

224-5248-XX .96[ 24.4 ]

.56[ 14.2 ]

1.77[ 45.0 ] .773

[ 19.63 ].300

[ 7.62 ]

1.100[ 7.62 ]

228-1277-XX 1.26[ 32.0 ]

.86[ 21.8 ] 1.98

1.085[ 27.56 ]

.600[ 15.24 ]

1.300[ 33.02 ]

228-4817-XX 1.06[ 26.9 ]

.66[ 16.8 ]

1.98[ 50.3 ] .887

[ 22.53 ] .400

1.301[ 33.05 ]

228-1290-XX 1.09[ 27.9 ]

.70[ 17.8 ]

1.59[ 40.5 ]

.92[ 23.4 ]

.400[ 10.16 ] .970

[ 24.74 ].070

[ 1.78 ].41

[ 10.4 ]

232-1285-XX 1.25 [ 32.0 ]

.86[ 21.9 ]

2.17[ 55.2 ]

1.08[ 27.5 ]

.600[ 15.24 ]

1.500[ 38.10 ]

240-3639-XX 1.66[ 42.2 ]

1.26[ 32.0 ] 2.58

1.480[ 37.59 ]

1.000[ 25.4 ]

1.900[ 48.26 ]

.100[ 2.54 ]

.40[ 10.2 ]

240-1280-XX 1.27[ 32.3 ]

.86[ 21.8 ]

2.58[ 65.5 ] 1.085

[ 27.56 ].600

[ 15.24]1.900

[ 48.26 ]

[ 2.54 ] [ 10.2 ]

242-1293-XX 1.30[ 33.0 ]

.90[ 22.9 ]

2.08[ 52.9 ]

1.12[ 28.5 ]

.600[ 15.24 ]

1.460[ 37.08 ]

.070[ 1.78 ]

.41[ 10.4 ]

242-1281-XX 1.26[ 32.0 ] .86

2.68[ 68.1 ]

1.080[ 27.43 ]

.600[ 15.24 ]

2.00[ 50.80 ] .100

.40[ 10.2 ]

248-1282-XX 1.25[ 31.8 ]

.86[ 21.8 ] 2.98

[ 75.8 ]1.070

[ 27.18 ].600

[ 15.24 ]2.500

[ 63.50 ]

.100[ 2.54 ] .50

[ 12.7 ]

264-1300-XX 1.52[ 38.5 ]

1.11[ 28.3 ]

2.85[ 72.5 ]

1.34[ 34.0 ]

.800[ 20.32 ]

2.230[ 56.64 ]

.070[ 1.78 ]

.41[ 10.4 ]

264-4493-XX 1.70[ 43.2 ]

1.30[ 33.0 ]

3.95[ 100.3 ]

1.520[ 38.61 ] .900

3.243[ 82.37 ]

.100[ 2.54 ]

.50[ 12.7 ]

290-1294-XX 1.61[ 40.8 ]

1.19[ 30.2 ]

3.77[ 95.7 ]

1.42[ 36.0 ]

.900[ 22.86 ] 3.150

[ 80.01 ].070

[ 1.78 ].41

[ 10.4 ]


C

F

A D

.30[ 7.6 ]

ERef

B

.13 or .62[ 3.3 ] or [ 15.7 ]

E

.09[ 2.3 ]

.27[ 6.9 ]

GH

2X #0-80 Tapped Hole.025 Sq Typ

Contact TailLength

[ 0.64 ]

(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch

2X Dia. .093 Typ(2.36)



Receptacles for DIP Sockets.


Receptable Part Numbers Contact DimensionsReceptable Part Numbers Contact

Quantity Contact Spacing Distance Between Rows214-3339-XX-0602J 14

216-3340-XX-0602J 16300 [ 7 62 ]

218-3341-XX-0602J 18.300 [ 7.62 ]

220-3342-XX-0602J 20

222-3343-XX-0602J 22 .100 [2.54 ] .400 [ 10.16 ]

224-1275-XX-0602J24

.100 [2.54 ]

.600 [ 15.24 ]

224-5248-XX-0602J24

.300 [ 7.62 ]

228-1277-XX-0602J .600 [ 15.24 ]

228-4817-XX-0602J 28400 [ 10 16 ]

228-1290-XX-0602J

28

.070 [ 1.78 ].400 [ 10.16 ]

232-1285-XX-0602J 32 .600 [15.24 ]

240-3639-XX-0602J40

.100 [2.54 ] 1.000 [25.40 ]

240-1280-XX-0602J40

.100 [2.54 ]

242-1293-XX-0602J42

.070 [ 1.78 ]600 [15 24 ]

242-1281-XX-0602J42

100 [2 54 ]

.600 [15.24 ]

248-1282-XX-0602J 48.100 [2.54 ]

264-1300-XX-0602J64

.070 [ 1.78 ] .800 [ 20.32 ]

264-4493-XX-0602J64

.100 [2.54 ]900 [ 22 86 ]

290-1294-XX-0602J 90 .070 [ 1.78 ].900 [ 22.86 ]

Contact Tail Length:


XX = 09, .13 [ 3.3 ] Solder Tail w/ flanges = 19, .62 [ 15.8 ] Wire Wrap w/ flanges = 29, .13 [ 3.3 ] Solder Tail w/out flanges = 39, .62 [ 15.8 ] Wire Wrap w/out flanges


1 Available with -09, -19, -29 and -39 options.

2 Only available with the -09 & -29 option for the .070" (1.78 mm) spacing

3 Only available with -09 and -19 options

3

3

3

3

3

1

3

1

3

2

1

3

1

2

1

1

2

3

2

(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch

3M™ ZIP Strip Sockets.100” [2.54 mm] In-Line ZIP Strip Sockets

Physical

Electrical

Environmental

• Forsingle-in-linepackageson.100”(2.54mm) centers •Canbeusedinsetsoftwoormoretocreatea socketfornon-standardleadedpackageson 100”(2.54mm)centers•SIPpincountsfrom10through36leads• Leveractuatedzeroinsertionforcemechanism•Acceptspinsupto.025”(0.6mm)square•Socketcontactpointof.085”(2.2mm)belowtop surfaceofsocket• SeeRegulatoryInformationAppendixforchemi-

calcomplianceinformation.ParagraphsE1andC1apply.

DateModified:March17,2009 TS-0362-ASheet 1 of 2

Insulation Material: GlassFilledPolysulfone Flammability: UL 94V-0 Color: Green Marking: 3M Logo & Part Number Identifier Contact Material: Beryllium Copper Plating: 30 m” (0.76 mm) Gold over 50 m” (1.3 mm) Nickel

Current Rating: 1Amp Insulation Resistance: >1x109 Wat500V

DC

Withstanding Voltage: 1,000VRMS

atSeaLevel

Operating Temperature Rating: -55°Cto+150°C

Electronic Solutions DivisionInterconnect Solutionshttp://www.3M.com/interconnects


800-225-5373

3

3M™ ZIP Strip Sockets.100” [2.54 mm] In-Line ZIP Strip Sockets

Electronic Solutions DivisionInterconnect Solutionshttp://www.3M.com/interconnects


800-225-5373

A

C.56[ 14.2 ]

D

.40[ 10.2 ]

.095 Typ[ 2.41 ]

Note: Stabilizing ears present onlyon 32 & 36 positions.

.38 Max[ 9.7 ]

.42 Max[ 10.7 ]

.73 Max[ 18.5 ]

.13[ 3.3 ] .09

[ 2.3 ]

Contact T

Contact TailLength

ails

.012 x .030[ 0.30 ] [ 0.76 ]

B

2X #0-80 Screw .22[ 5.8 ]

.41[ 10.4 ]

.100 Typ[ 2.54 ]

.20[ 5.0 ]

(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00(.0)

inch


.050 Typ[ 1.27 ]

.144 Typ[ 3.66 ]

Contact DimensionsContactQuantity A B C D

10 1.77 [ 45.0 ] 1.60 [ 40.8 ] .900 [ 22.86 ] N/A20 2.77 [ 70.4 ] 2.57 [ 65.3 ] 1.900 [ 48.26 ] N/A24 3.15 [ 80.0 ] 2.97 [ 75.4 ] 2.300 [ 58.42 ] N/A32 3.97 [ 100.8 ] 3.81 [ 96.8 ] 3.100 [ 78.74 ] 2.00 [ 50.8 ]36 4.35 [ 110.5 ] 4.17 [ 105.9 ] 3.500 [ 88.90 ] 2.28 [ 57.8 ]


210-2599-00-0602 10220-2600-00-0602 20224-5809-00-0602 24232-2601-00-0602 32236-6225-00-0602 36

3

TS-0362-ASheet 2 of 2

Important Notice

All statements, technical information, and recommendations related to 3M’s products are based on information believed to be reliable, but the accuracy or completeness is not guaranteed. Before using this product, you must evaluate it and determine if it is suitable for your intended application. You assume all risks and liability associated with such use. Any statements related to the product which are not contained in 3M’s current publications, or any contrary statements contained on your purchase order shall have no force or effect unless expressly agreed upon, in writing, by an authorized officer of 3M.

Warranty; Limited Remedy; Limited Liability.

This product will be free from defects in material and manufacture for a period of one (1) year from the time of purchase. 3M MAKES NO OTHER WARRANTIES INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. If this product is defective within the warranty period stated above, your exclusive remedy shall be, at 3M’s option, to replace or repair the 3M product or refund the purchase price of the 3M product. Except where prohibited by law, 3M will not be liable for any indirect, special, incidental or consequential loss or damage arising from this 3M product, regardless of the legal theory asserted.

Please recycle. Printed in USA.© 3M 2008. All rights reserved.RIA-2217B-E

3

3M Electronics Solutions Division6801 River Place Blvd.Austin, TX 78726-9000U.S.A.1-800-225-5373www.3m.com/interconnects 3M is a trademark of 3M Company.

Appendix C3: China RoHSElectronic Industry Standard of the People’s Republic of China, SJ/T11363-2006, Requirements for Concentration Limits for Certain Hazardous Substances in Electronic Information Products.

This symbol, per Marking for the Control of Pollution Caused by Electronic Information Products, SJ/T11364-2006, means that the product or part does contain a substance, as detailed in the chart below, in excess of the following maximum concentration values in any homogeneous material: (a) 0.1% (by weight) for lead, mercury, hexavalent chromium, polybrominated biphenyls or polybrominated diphenyl ethers (excluding decaBDE); or (b) 0.01% (by weight) for cadmium. Unless otherwise stated by 3M in writing, this information represents 3M’s best knowledge and belief based upon information provided by third party suppliers to 3M.

The numerical reference in the symbol above should not be construed as a representation regarding the product’s life or an extension of a product warranty. The product warranty is stated below. In the event any product is proven not to conform with 3M’s Regulatory Information Appendix, then 3M’s entire liability and Buyer’s exclusive remedy will be in accordance with the product Warranty stated below.


.100" (2.54 mm) Universal DIP Sockets


13

Physical





Electrical


Environmental


Mechanical

When used as a test socket at room temperature 24°°C the socket will last 20,000 actuations.

• For DIP's with .100" (2.54 mm) lead spacing • Extra wide contact zone allows insertion of DIP's with distance between rows from .300" (7.62 mm) through .600" (15.24 mm) • Lever actuated zero insertion force mechanism • Socket contact point of .090" (2.29 mm) below top surface of socket




.100" (2.54 mm) Universal DIP Sockets

ContactDimensions

ContactQuantity A B C

24 1.77 [ 45.0 ] 1.61 [ 40.9 ] 1.100 [ 27.94 ]

28 1.99 [ 50.5 ] 1.81 [ 46.0 ] 1.300 [ 33.02 ]

32 2.19 [ 56.6 ] 2.01 [ 51.1 ] 1.500 [ 38.10 ]

40 2.59 [ 65.8 ] 2.41 [ 61.2 ] 1.900 [ 48.26 ]

42 2.69 [ 68.2 ] 2.51 [ 63.8 ] 2.000 [ 50.80 ]

Socket Part Number Contact Quantity Mating Receptacle Part Number

224-1286-00-0602J 24 224-1275-XX-0602J

228-1371-00-0602J 28 228-1277-XX-0602J

232-1287-00-0602J 32 232-1285-XX-0602J

240-1288-00-0602J 40 240-1280-XX-0602J

242-1289-00-0602J 42 242-1281-XX-0602J

.48 ± .05[ 12.1 ]

.46 ± .05[ 11.6 ]

.46 ± .05[ 11.6 ]

B

A

C .41 [ 10.4 ]

.450[ 11.43 ]

.90[ 22.9 ]

.28[ 7.1 ]

.600[ 15.24 ]

Closed

.11 [ 2.9 ] Contact Tail Length

.12 [ 3.0 ] Contact Tail Length applies only on 42 position socket.

.100[ 2.54 ]Pitch .012 [ 0.30]

.100 Ref[ 2.54 ]

.090 [ 2.29 ]

.020[ 0.51 ]

Contact Tail Length:XX = 09 Solder Tail .13 [ 3.3 ] w/ flanges

= 19 Wire Wrap Tail .62 [15.8] w/ flanges= 29 Solder Tail .13 [3.3] w/out flanges= 39 Wire Wrap Tail .62 [15.8] w/out flanges



(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch

.030[ 0.76 ]


1

1


.100" (2.54 mm) DIP SocketsZIP DIP

TS-0365-14Sheet 1 of 3Date Issued: July 11, 2001

12

Physical





Electrical


Environmental

Operating Temperature Rating: - 55 °C to +150°C

Mechanical

When used as a test socket at room temperature 24°C the socket will last 20,000 actuations.

• For DIPs with .100" (2.54 mm) lead spacing • Pin counts for 14-64 leads• Lever actuated zero insertion force mechanism• Socket easily disassembles for repairability • Socket contact point of .110" (2.79 mm) below top surface of socket





2XX-XXXX-00

TE

XT

OO

L 3M

A

F

D .325[ 8.26 ]

C B

.100 Typ.[ 2.54 ]

.46[ 11.6 ]

Closed

E

2.40[ 61.0 ]

.48[ 12.3 ]

.012 X .030[ 0.30 X 0.76 ]Contact Tails

.020[ 0.51 ]

Standoffs.110

[ 2.79 ]Contact Tail

Length

.47[ 11.9 ]


See tables on the next page.


.09[ 2.3 ]

Notes:1 This dimension is .105 [ 2.67 ] for the 48 and 64 lead sockets. This dimension is .40 [ 10.2 ] for the 48 and 64 lead sockets. 224-1275-00-0602J, 228-1277-00-0602J, 232-1285-00-0602J, 240-1280-00-0602J,

242-1281-00-0602J, and 248-1182-00-0602J have thru holes and no screws.

(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch

23

1

2

3




Contact Quantity Device Row Spacing Accepted Dim A Dim B Dim C Dim D Dim E Dim F

14 .17 – .43 [ 4.3 ] – [ 10.9 ]

1.30[ 33.0 ]

.60[ 15.2 ]

1.11[ 28.2 ]

16 .17 – .43 [ 4.3 ] – [ 10.9 ]

1.39[ 35.3 ] .60 .300

.70[ 17.8 ] .30

1.21[ 30.7 ]

18 .17 – .43 [ 4.3 ] – [ 10.9 ]

1.49[ 37.8 ]

.60[ 15.2 ]

.300[ 7.62 ] .80

[ 20.3 ]

.30[ 7.6 ] 1.31

[ 33.3 ]

20 .17 – .43 [ 4.3 ] – [ 10.9 ]

1.59[ 40.4 ]

.90[ 22.9 ]

1.41[ 35.8 ]

22 .27 – .53[ 6.9 ] – [ 13.5 ]

1.69[ 42.9 ]

.70[ 17.8 ]

.400[10.16 ]

1.00[ 25.4 ]

.35[ 8.9 ]

1.51[ 38.4 ]

24

.47 – .73[ 11.9 ] – [ 18.5 ]

1.79

.90[ 22.9 ]

1.78[ 45.3 ]

.600[ 15.25 ] 1.10

.45[ 11.4 ] 1.61

24.17 – .43

[ 4.3 ] – [ 10.9 ] [ 45.5 ].60

[ 15.2 ].300

[ 7.62 ]

1.10[ 27.9 ] .30

[ 7.6 ]

1.61[ 40.9 ]

28

.47 – .73[ 11.9 ] – [ 18.5 ]

1.99

.90[ 22.9 ]

.600[ 15.25 ] 1.30

.45[ 11.4 ]

1.81[ 46.0 ]

28.27 – .53

[ 6.9 ] – [ 13.5 ] [ 50.5 ]

1.98[ 50.4 ]

.70[ 17.8 ]

.400[10.16 ]

1.30[ 33.0 ] .35

[ 8.9 ]1.83

[ 46.0 ]

32 .47 – .73[ 11.9 ] – [ 18.5 ]

2.19[ 55.5 ] .90 .600

1.50[ 38.1 ] .45

2.01[ 51.1 ]

40

.47 – .73[ 11.9 ] – [ 18.5 ]

2.58[ 65.6 ]

.90[ 22.9 ]

.600[ 15.25 ]

1.90

.45[ 11.4 ] 2.41

[ 61.2 ]40

.87 – 1.13[ 22.1 ] – [ 28.7 ]

2.58[ 65.5 ]

1.30[ 33.0 ]

1.000[ 25.40 ]

1.90[ 48.3 ] .65

[ 16.5 ]2.40

[ 61.0 ]

42 .47 – .73[ 11.9 ] – [ 18.5 ]

2.68[ 68.2 ] .90 .600

2.0[ 50.8 ] .45

2.51[ 63.8 ]

48 .47 – .73[ 11.9 ] – [ 18.5 ]

2.98[ 75.8 ]

.90[ 22.9 ]

.600[ 15.25 ] 2.30

[ 58.4 ]

.45[ 11.4 ] 2.81

[ 71.4 ]

64 .77 – 1.03[ 19.8 ] – [ 26.2 ]

3.95[ 100.3 ]

1.30[ 33.0 ]

.900[ 22.86 ]

3.10[ 78.7 ]

65[ 16.5 ]

3.73[ 94.7 ]

Socket Part Number Contact Quantity Distance Between Rows Mating Receptacle Part Number

214-3339-00-0602J 14 214-3339-XX-0602J

216-3340-00-0602J 16300 [ 7 62 ]

216-3340-XX-0602J

218-3341-00-0602J 18.300 [ 7.62 ]

218-3341-XX-0602J

220-3342-00-0602J 20 220-3342-XX-0602J

222-3343-00-0602J 22 .400 [ 10.16 ] 222-3334-XX-0602J

224-1275-00-0602J24

.600 [ 15.24 ] *224-1275-XX-0602J

224-5248-00-0602J24

.300 [ 7.62 ] 224-5248-XX-0602J

228-1277-00-0602J28

.600 [ 15.24 ] *228-1277-XX-0602J

228-4817-00-0602J28

.400 [ 10.16 ] 228-4817-XX-0602J

232-1285-00-0602J 32600 [ 15 24 ]

*232-1285-XX-0602J

240-1280-00-0602J40

.600 [ 15.24 ]240-1280-XX-0602J

240-3639-00-0602J40

1.00 [ 25.4 ] 240-3639-XX-0602J

242-1281-00-0602J 42600 [ 15 24 ]

*242-1281-XX-0602J

248-1282-00-0602J 48.600 [ 15.24 ]

*248-1282-XX-0602J

264-4493-00-0602J 64 .900 [ 22.86 ] 264-4493-XX-0602J


*Only these P/N's available with -09, -19, -29, and -39 receptacle options.All others only available with -09, and -19 options.

Contact Tail Length:

= 09 Solder Tail .13 [ 3.3 ] w/ flanges= 19 Wire Wrap Tail .62 [15.8] w/ flanges= 29 Solder Tail .13 [3.3] w/out flanges= 39 Wire Wrap Tail .62 [15.8] w/out flanges


XX



.070" DIP SocketsShrink DIP

TS-0366-12Sheet 1 of 2Date Issued: June 20, 2001

14

Physical




Material: Beryllium CopperPlating: Gold Flash over 50 m" (1.3 mm) Nickel

Electrical


Environmental


Mechanical

When used as a test socket at room temperature 24°°C the socket will last 20,000 actuations.

• For DIPs with .070" (1.78 mm) lead spacing • Pin counts from 28 through 90 leads• Lever actuated zero insertion force mechanism • Socket contact point of .090" (2.29 mm) below top surface of socket




.070" DIP SocketsShrink DIP

ContactDimensions

ContactQuantity A B C D E

28 1.60 [ 40.5] 1.42 [ 36.1] .70 [ 17.8] .40 [ 10.16] .91 [ 23.14]

1.73 [ 44.0 ] 1.56 [ 39.6 ] .70 [ 17.8 ] .40 [ 10.16 ] 1.05 [ 26.67 ]

42 2.10 [ 52.9] 1.90 [ 48.5] .90 [ 22.9] .60 [ 15.24] 1.40 [ 35.60 ]

64 2.90 [ 72.5] 2.68 [ 68.0] 1.10 [ 28.3] .80 [ 20.70] 2.20 [ 55.18]

56 2.57 [ 65.4] 2.40 [ 61.0] .90 [ 22.9] .60 [ 15.24] 1.89 [ 48.01]

90 3.77 [ 95.7] 3.59 [ 91.3] 1.23 [ 31.3] .90 [ 22.86] 3.08 [ 78.32]

Socket Part Number Contact Quantity Mating Receptacle Part Number

228-1290-00-0602J 28 228-1290-XX-0602J

232-1291-00-0602J 32 NOT AVAILABLE

242-1293-00-0602J 42 242-1293-XX-0602J

264-1300-00-0602J 64 264-1300-XX-0602J

256-1292-00-0602J 56 NOT AVAILABLE

290-1294-00-3302J 90 290-1294-XX-0602J

TE

XTO

OL

PA

T. NO

3763455

2XX-XXXX-00

A

C

B

DRef

.09[2.2 ]

2X .13[3.3]

.46[11.7 ]

Closed

.49[12.4]

.41[10.4]

.12[3.3 ]

Contact

.020 [0.51]Standoffs

TailLength

.46[11.6 ]

.070[1.78 ]Pitch

.014 x .030[ 0.36 ] [ 0.76 ]

Contact Tails

E

D

2X Dia. .080 ± .002 [ 2.00 ± .05 ](Clearance for mounting screw)



Note:1 This socket is available only in black polyetherimide plastic.

(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch

32

1

Contact Tail Length:XX = 09 Solder Tail w/ flanges = 29 Solder Tail w/out flanges



Test & Burn-In SOIC Sockets

34


Physical

InsulationMaterial: Glass Filled Polyethersulfone



Material: Beryllium-CopperPlating:

Environmental


Environmental


• Lid can be actuated from top or front and is compatible with automated load/unload equipment • Compact envelope and side to side stackability maximize board density • Tweezer slot for easy manual loading/unloading • Lid applies 80 grams normal force per lead for maximum electrical reliability • Accepts Gull Wing JEDEC device sizes in .150" (3.81 mm) and .300" (7.62 mm) body widths





PartN b

DimensionsNumber A B C D

7391

7390 1.45 [ 36.8 ] .47 [ 11.9 ] .79 [ 20.0 ] 1.52 [ 38.0 ]

7383

1.45 [ 36.8 ] .47 [ 11.9 ] .79 [ 20.0 ] 1.52 [ 38.0 ]

7224

7223 1.59 [ 40.4 ] .57 [ 14.5 ] .86 [ 21.8 ] 1.64 [ 41.7 ]

7201

1.59 [ 40.4 ] .57 [ 14.5 ] .86 [ 21.8 ] 1.64 [ 41.7 ]

7397

7396 1.69 [ 42.9 ] .80 [ 20.3 ] .92 [ 23.3 ] 1.74 [ 44.2 ]

7474

1.69 [ 42.9 ] .80 [ 20.3 ] .92 [ 23.3 ] 1.74 [ 44.2 ]

Part Number Leads SOIC Body Width

208-7391-55-1902 8

214-7390-55-1902 14 .150 [ 3.81 ]

216-7383-55-190216

.150 [ 3.81 ]

216-7224-55-190216

218-7223-55-1902 18

220-7201-55-1902 20 .300 [ 7.62 ]

224-7397-55-1902 24

.300 [ 7.62 ]

228-7396-55-190228

228-7474-55-190228

.330 [ 8.38 ]

3MT

EX

TO

OL

A

B

D

.20[ 5.1 ]

Recommended Spacing

Centerline of Contact Pattern.024 x .018

[ 0.61 ] x [ 0.46 ]Contact Tails

.14[ 3.8 ]

Contact TailLength

.64[ 16.3 ]



.020[ 0.51 ]

StandoffsC

(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch




Hin

ge E

nd

14X .050[ 1.27 ]

.350[ 8.89 ]

.640[ 16.26 ]

2x .200[ 5.08 ]

12X .050[ 1.27 ]

PCB Centerlineof Pattern

SocketOutline

2X .200[ 5.08 ]

.640[ 16.26 ]

.300[ 7.62 ]

.240[ 6.10 ]

.790[ 20.07 ]

.790[ 20.07 ]


SocketOutline

Hin

ge E

nd

.240[ 6.10 ]

216-7383-55-1902

214-7390-55-1902

.640[ 16.26 ]

2X .200[ 5.08 ]

.240[ 6.10] 8X Dia. .035 [ 0.89 ]

Minimum thru hole

6X .050[ 1.27 ]

Dia. .062 [ 1.57 ](Clearance hole for

mounting screw)

PCB Centerlineof Pattern.790

[ 20.07 ]

Hin

ge E

nd

SocketOutline .150

[ 3.81 ]

208-7391-55-1902


SocketOutline

.860[ 21.84 ]


Hin

ge E

nd

.804[ 20.42 ]

.404[ 10.26 ]

2X .200[ 5.08 ]

.350[ 8.89 ]

14X .050[ 1.27 ]

216-7224-55-1902

P.C. BOARD PATTERNS

14 Position8 Position

16 Position

.450[ 11.43 ]

.404[ 10.26 ]

2X .200[ 5.08 ]

.804[ 20.42 ]


SocketOutline

.860[ 21.84 ]

Hin

ge E

nd

18X .050[ 1.27 ]

220-7201-55-1902


SocketOutline

.860[ 21.84 ]

.400[ 10.16 ]

.804[ 20.42 ]

.404[ 10.26 ]

2x .200[ 5.08 ]

Hin

ge E

nd

218-7223-55-1902

18 Position 20 Position

16X .050[ 1.27 ]


mounting screw)


mounting screw)


mounting screw)


mounting screw)


mounting screw)

14X Dia. .035 [ 0.89 ]Minimum thru hole



18X Dia. .035 [ 0.89 ]Minimum thru hole 20X Dia. .035 [ 0.89 ]

Minimum thru hole


(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch




.804[ 20.42 ]

2X .200[ 5.08 ]

.550[ 13.97 ]

.404[ 10.26 ]


22X .050[ 1.25 ]

224-7397-55-1902

PCB Centerline of Pattern

SocketOutline

.920[ 23.36 ]

Hin

ge E

nd

26X .050[ 1.25 ]

.804[ 20.42 ]

.404[ 10.26 ]

.650[ 16.51 ]

Hin

ge E

ndPCB Centerlineof Pattern


SocketOutline

228-7396-55-1902


228-7474-55-1902

26X .050[ 1.25 ]

.650[ 16.51 ]

Hin

ge E

nd


SocketOutline

.920[ 23.36 ]

24 Position

28 Position

2X .200[ 5.08 ]

2X .200[ 5.08 ]

.920 [ 23.36 ]

.480[ 12.19 ]

.880[ 22.35 ]

Note: P.C. Board patterns are “component side”.


mounting screw)


mounting screw)


mounting screw)


(mm)

(.00)

(± .25) (± .13)

Tolerance

± .010 ± .005

.000

Tolerance

Dimension .00

(.0)

inch

2

Table of ContentsBGA/LGA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

PGA/IPGA/SPGA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

DIP/Receptacle . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

ZIP Strip . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

SOIC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Discrete . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

Plastic Properties Information . . . . . . . . . . . . . . . . . . . . . . . . 24

For the most current product and technical information, click on the product names within this PDF, which will take you to the specific 3M Textool Test and Burn-In Sockets product page on the website.

3M™ Textool™ Test and Burn-In Sockets

First to market in 1992 with BGA sockets, 3M continues to expand the product range and options available. The versatile product design and six product platforms enable quick-turn and low cost proliferation of new sizes. 3M provides reliable performance for testing and burn-in applications with a design that has been proven with years of customer experience. 3M can provide a socket for most types of BGA or LGA packages, standard or custom, in a variety of pitches. Reference the 3M Textool BGA Socket brochure for more detailed information on BGA sockets. Contact your local distributor or 3M sales representative for information.

Important Notes About 3M Textool Zero Insertion Pressure (ZIP) Sockets

1. Installation Instructions for Lever Actuated Zero Insertion Force Sockets

• When mounting to the PC board, the socket must be soldered with the contacts in the “OPEN” position.

• When mounting into a receptacle, it is recommended that the contacts remain in the “OPEN” position during insertion.

• When fastening sockets to PC boards with screws and nuts, these screws and nuts must be tightened prior to soldering, with the contacts in the “OPEN” position.

• High lead count sockets may have a tendency to rise during soldering operations. Care should be taken to prevent this from occurring.

• If hard wiring is to be used, wire no heavier than 30 gauge multi-strand should be considered to prevent damage to the contacts.

• Care should be taken to reduce the potential for solder flux from entering into the sockets during the soldering process.

2. Polyethersulfone Plastic

• Clean only with isopropyl alcohol or water and detergent.

3. Caution!• Overheating of product may release vapors which may cause eye

and respiratory irritation. Skin contact with heated product may cause burns.

4. Precautions• Provide appropriate local exhaust ventilation when product is heated.

Avoid skin contact with hot material. Wear appropriate gloves to prevent burns.

• Consult Material Safety Data Sheet for further information on health hazards, precautions and suggested first aid.

5. Product Information Source

For Material Safety Data Sheet contact: 3M Electronic Solutions Division 6801 River Place Blvd. Austin, TX 78726-9000 (800) 225-5373

3M™ Textool™ Test and Burn-In Sockets

Typical Part Number Identification

2 256-1386-00-19 02

Prefix2 – Socket

Numerical Sequence

No. Leads

Plastic MaterialContact and Plating Material

Dash No.00 thru 99 – Modifications(Assigned by 3M)

1

2

Open-Top Design • Accommodates a wide range of package thicknesses

without requiring socket adaptations• Allows excellent air flow around device• Includes a retractable locating guide for easy board

mounting, even with hundreds of leads

Vertical Actuation • Compatible with most robotic handlers• Easy manual operation

Normally Closed Contact Design • Dual beam contact delivers balanced, opposing forces

to solder ball with minimal shear stress• Contact tips touch ball above its center plane producing only

slight indentations and negligible ball deformation

Retainer Clip Feature

3M Textool Sockets are designed to function properly without the use of retainer clips. The retainer clip feature is desirable for high vibration/shock applications and with small or non-spherical solder balls. The purpose of the retainer clip feature is to retain the DUT in the socket should there be an event or conditions leading to dislodgement of the solder balls from the socket contacts. Retainer clips are custom-designed based on specific package dimensions and should only be considered for stable production applications where package dimensions are not expected to vary. In cases of non-spherical and small solder balls, 3M Technical Service may request package samples for fit analysis.

3M Textool BGA Open-Top Sockets, 0.65 mm Maximum Maximum Maximum Type Body Size (mm) Matrix Ball Count Status

I 12 x 12 17 x 17 289 Available II 17 x 17 25 x 25 625 Available III 21 x 21 31 x 31 961 Inquire*


2 XXX-96 X X-XX-X X X 1Pin Count


Product Platforms1 = Type I2 = Type II Board Locating Post

0 = Without1 = With (both alignment plate and base)2 = With (alignment plate only)3 = With (base only)

Retainer4 = Without (standard)5 = With

Solder Tail Length0 = 2.0 mm

Material Type1 = PES/BeCu/Au

Package Size / Matrix Variation

(Assigned by 3M)

Product Variation(Assigned by 3M)

3M™ Textool™ BGA/LGA Open-Top Sockets, 0.65 mm

*Note: At time of publication, Type III was not released for sale. Please contact 3M Customer Service for current availability.

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3

3M™ Textool™ BGA Open-Top Sockets, 0.80 mm





Normally Closed Contact Design • Dual beam contact delivers balanced, opposing forces to

solder ball with minimal shear stress• Contact tips touch ball above its center plane producing only




3M Textool BGA Open-Top Sockets, 0.80 mm

Maximum Maximum Maximum Type Body Size (mm) Matrix Ball Count Status

I 12 x 12 13 x 13 169 Available II 17 x 17 19 x 19 361 Available III 21 x 21 25 x 25 625 Available IV 24 x 24 31 x 31 961 Inquire*

2 XXX-90 X X-XX-X X X 1Ordering Information

Pin Count


Product Platforms1 = Type I2 = Type II3 = Type III Board Locating Post

0 = Without1 = With (both alignment plate and base)2 = With (alignment plate only)3 = With (base only)


Solder Tail Length0 = 2.0 mm1 - 1.0 mm


Package Size / Matrix Variation

(Assigned by 3M)


*Note: At time of publication, Type IV was not released for sale. Please contact 3M Customer Service for current availability.

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3M™ Textool™ BGA Open-Top Sockets,1.0 mm


0 19 x 19 17 x 17 289 Available I 29 x 29 27 x 27 729 Available II 40 x 40 39 x 39 1521 Available III 47.5 x 47.5 45 x 45 2025 Available










2 XXX-93 X X-XX-X X X XOrdering Information

Pin Count


Product Platforms0 = Type 01 = Type I2 = Type II3 = Type III

Board Locating Post0 = Without1 = With (both alignment plate and base)2 = With (alignment plate only)3 = With (base only)




Package Size / Matrix Variation (Assigned by 3M)


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5

3M™ Textool™ BGA Open-Top Sockets,1.27 mm


II 35 x 35 27 x 27 729 Available III 45 x 45 35 x 35 1225 Available

2 XXX-92 X X-XX-X X X X











Pin Count


Product Platforms2 = Type II3 = Type III

Board Locating Post0 = Without1 = With (both alignment plate and base)2 = With (alignment plate only)3 = With (base only)




Package Size / Matrix Variation (Assigned by 3M)


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6

• Modular construction allows for cost effective socket proliferation for standard and custom packages

• Coarse alignment on device body followed by a secondary fine alignment to the solder balls (BGA only)

• Flat contact head that provides for minimum solder ball deformation

• Can be adapted to either BGA or LGA formats• Available with inserts for mounting screws

(screws not included with socket)

2 XXX X-1381-XX-X X 0 1

Pin Count

Matrix Pattern Variation(Assigned by 3M)

Board Locating Post0 = Without1 = With

Threaded Inserts0 = Without 1 = With

Solder Tail Length0 = .10 [ 2.5 ]0 = .14 [ 3.5 ]



3M Textool BGA/LGA Lidded Sockets, 1.27 mm Maximum Maximum Maximum Maximum Pins Package Package Type Pitch Matrix Lead Count Size Thickness Lid Style

TYPE II 1.27 mm 27 x 27 729 38 x 38 mm 5.00 mm Standard TYPE II 1.27 mm 27 x 27 729 38 x 38 mm 3.50 mm Low Force & Low Profile TYPE III 1.27 mm 39 x 39 1521 50 x 50 mm 8.00 mm Low Force TYPE III 1.27 mm 39 x 39 700 50 x 50 mm 4.00 mm Low Force & Low Profile

3M™ Textool™ BGA/LGA Standard Lidded Sockets,1.27 mm Type II


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7

3M™ Textool™ BGA/LGA Standard Lidded Sockets,1.27 mm Type II

3M Textool BGA/LGA Standard Lidded Sockets, 1.27 mm Type II Device Device Device Device Alignment Type Pitch (mm) Length (mm) Width (mm) Matrix Method Accepted

1.27 19.00 19.00 12 x 12 BALL BALL 1.27 20.95 24.07 14 x 17 BALL BALL 1.27 20.95 24.70 16 x 19 BODY BALL or PAD (LGA) 1.27 21.00 21.00 16 x 16 BALL BALL 1.27 23.00 23.00 15 x 15 BODY BALL or PAD (LGA) 1.27 23.00 23.00 17 x 17 BALL BALL 1.27 23.00 23.00 18 x 18 BALL BALL 1.27 24.70 24.70 19 x 19 BALL BALL 1.27 25.00 25.00 19 x 19 BALL BALL 1.27 27.00 27.00 19 x 19 BODY BALL or PAD (LGA) 1.27 27.00 27.00 20 x 20 BALL BALL 1.27 27.00 27.00 21 x 21 BALL BALL 1.27 29.00 29.00 21 x 21 BALL BALL 1.27 29.00 29.00 22 x 22 BALL BALL 1.27 30.00 30.00 23 x 23 BALL BALL 1.27 31.00 31.00 22 x 22 BALL BALL 1.27 31.00 31.00 23 x 23 BALL BALL 1.27 31.00 31.00 24 x 24 BALL BALL 1.27 32.00 32.00 24 x 24 BODY BALL or PAD (LGA) 1.27 32.33 32.33 25 x 25 BALL BALL 1.27 32.33 32.33 25 x 25 BODY BALL or PAD (LGA) 1.27 33.00 33.00 25 x 25 BALL BALL 1.27 33.00 33.00 26 x 26 BALL BALL 1.27 33.71 33.71 24 x 24 BALL BALL 1.27 35.00 35.00 24 x 24 BODY BALL 1.27 35.00 35.00 25 x 25 BALL BALL 1.27 35.00 35.00 26 x 26 BALL BALL 1.27 35.00 35.00 27 x 27 BALL BALL


8

3M™ Textool™ BGA/LGA Low Closing Force Lidded Sockets,1.27 mm Type II

Low Profile Version• Modular construction allows for cost effective socket

proliferation for standard and custom packages• Coarse alignment on device body followed by a secondary

fine alignment to the solder balls• Flat contact head that provides for minimum solder ball

deformation• Can be adapted to either BGA or LGA formats• Built-in alignment plates• Available with screw inserts (screws not included)• Lid closing force reduction ratio of 13-to-1• Accepts maximum pin count of 729 and maximum package

thickness of 3.50 mm• Low profile lid reduces total socket height• Recommended for sockets with lead counts of >300

3M Textool BGA/LGA Low Closing Force Lidded Sockets, 1.27 mm Type II Device Device Device Device Next Alignment Device Type Pitch (mm) Length (mm) Width (mm) Matrix Method Accepted

1.27 19.00 19.00 12 x 12 BALL BALL 1.27 20.95 24.07 14 x 17 BALL BALL 1.27 20.95 24.70 16 x 19 BODY BALL or PAD (LGA) 1.27 21.00 21.00 16 x 16 BALL BALL 1.27 23.00 23.00 15 x 15 BODY BALL or PAD (LGA) 1.27 23.00 23.00 17 x 17 BALL BALL 1.27 23.00 23.00 18 x 18 BALL BALL 1.27 24.70 24.70 19 x 19 BALL BALL 1.27 25.00 25.00 19 x 19 BALL BALL 1.27 27.00 27.00 19 x 19 BODY BALL or PAD (LGA) 1.27 27.00 27.00 20 x 20 BALL BALL 1.27 27.00 27.00 21 x 21 BALL BALL 1.27 29.00 29.00 21 x 21 BALL BALL 1.27 29.00 29.00 22 x 22 BALL BALL 1.27 30.00 30.00 23 x 23 BALL BALL 1.27 31.00 31.00 22 x 22 BALL BALL 1.27 31.00 31.00 23 x 23 BALL BALL 1.27 31.00 31.00 24 x 24 BALL BALL 1.27 32.00 32.00 24 x 24 BODY BALL or PAD (LGA) 1.27 32.33 32.33 25 x 25 BALL BALL 1.27 32.33 32.33 25 x 25 BODY BALL or PAD (LGA) 1.27 33.00 33.00 25 x 25 BALL BALL 1.27 33.00 33.00 26 x 26 BALL BALL 1.27 33.71 33.71 24 x 24 BALL BALL 1.27 35.00 35.00 24 x 24 BODY BALL 1.27 35.00 35.00 25 x 25 BALL BALL 1.27 35.00 35.00 26 x 26 BALL BALL 1.27 35.00 35.00 27 x 27 BALL BALL

2 XXX X-1386-XX-X X 0 1

Pin Count




Solder Tail Length0 = 2.5 mm0 = 3.6 mm





9

3M™ Textool™ BGA/LGA Low Closing Force Lidded Sockets,1.27 mm Type III

2 XXX X-1381-XX-X X 0 1

Pin Count




Solder Tail Length0 = .11 [ 2.5 ]



Standard Profile Version• Modular construction allows for cost effective socket


fine alignment to the solder balls• Flat contact head that provides for minimum solder ball

deformation• Can be adapted to either BGA or LGA formats• Built-in alignment plates• Available with screw inserts as standard option• Lid closing force reduction ratio of 50-to-1• Accepts maximum pin count of 1521 and maximum device

thickness of 8.00 mm

3M Textool BGA/LGA Lidded Sockets, 1.27 mm Type III Device Device Device Device Next Alignment Device Type Pitch (mm) Length (mm) Width (mm) Matrix Method Accepted

1.27 37.50 37.50 27 x 27 BALL BALL 1.27 37.50 37.50 29 x 29 BALL BALL 1.27 40.00 40.00 29 x 29 BALL BALL 1.27 40.00 40.00 30 x 30 BALL BALL 1.27 40.00 40.00 31 x 31 BALL BALL 1.27 41.00 41.00 31 x 31 BALL BALL 1.27 42.00 42.00 32 x 32 BODY BALL or PAD (LGA) 1.27 42.50 42.50 31 x 31 BALL BALL 1.27 42.50 42.50 32 x 32 BALL BALL 1.27 42.50 42.50 33 x 33 BALL BALL 1.27 43.00 43.00 33 x 33 BALL BALL 1.27 45.00 45.00 33 x 33 BALL BALL 1.27 45.00 45.00 34 x 34 BALL BALL 1.27 45.00 45.00 35 x 35 BALL BALL 1.27 47.50 47.50 35 x 35 BALL BALL 1.27 47.50 47.50 36 x 36 BALL BALL 1.27 47.50 47.50 37 x 37 BALL BALL 1.27 50.00 50.00 39 x 39 BALL BALL



10

3M™ Textool™ BGA/LGA Low Closing Force Lidded Sockets,1.27 mm Type III

2 XXX X-1387-XX-X X 0 1

Pin Count



Threaded Inserts1 = With




Low Profile Version• Modular construction allows for cost effective socket


fine alignment to the solder balls (BGA only)• Flat contact head that provides for minimum solder ball

deformation• Can be adapted to either BGA or LGA formats• Built-in alignment plates• Available with screw inserts as standard option• Lid closing force reduction ratio of 50-to-1• Accepts maximum pin count of 700 and maximum

device thickness of 4.00 mm

3M Textool BGA/LGA Low Profile Lidded Sockets, 1.27 mm Type III Device Device Device Device Next Alignment Device Type Pitch (mm) Length (mm) Width (mm) Matrix Method Accepted

1.27 37.50 37.50 27 x 27 BALL BALL 1.27 37.50 37.50 29 x 29 BALL BALL 1.27 40.00 40.00 29 x 29 BALL BALL 1.27 40.00 40.00 30 x 30 BALL BALL 1.27 40.00 40.00 31 x 31 BALL BALL 1.27 41.00 41.00 31 x 31 BALL BALL 1.27 42.00 42.00 32 x 32 BODY BALL or PAD (LGA) 1.27 42.50 42.50 31 x 31 BALL BALL 1.27 42.50 42.50 32 x 32 BALL BALL 1.27 42.50 42.50 33 x 33 BALL BALL 1.27 43.00 43.00 33 x 33 BALL BALL 1.27 45.00 45.00 33 x 33 BALL BALL 1.27 45.00 45.00 34 x 34 BALL BALL 1.27 45.00 45.00 35 x 35 BALL BALL 1.27 47.50 47.50 35 x 35 BALL BALL 1.27 47.50 47.50 36 x 36 BALL BALL 1.27 47.50 47.50 37 x 37 BALL BALL 1.27 50.00 50.00 39 x 39 BALL BALL



11

3M™ Textool™ BGA/LGA Lidded Sockets,1.0 mm

The modular design of the 3M Textool BGA/LGA Lidded Socket, 1.0 mm enables 3M to cost effectively provide a socket that mates with almost any 1.0 mm pitch package. The nest "Package Guide" can be adjusted to match the specific body size and matrix of your particular package. The socket contacts are inserted to match the ball count and pattern of your package.

3M Textool BGA/LGA Lidded Sockets, 1.0 mm Socket Max. Package Max. Max. Lid Series Product Number Type Body Size Matrix Pin Count Feature BGA LGA Status

I 23 x 23 21 x 21 441 with Lid 9110 9115 Available 23 x 23 21 x 21 441 w/o Lid 9114 9119 Available

II 40 x 40 39 x 39 1521 with Lid 9120 9125 Available 40 x 40 39 x 39 1521 w/o Lid 9124 9129 Available III 47.5 x 47.5 45 x 45 2025 with Lid 9130 9135 Available 47.5 x 47.5 45 x 45 2025 w/o Lid 9134 9139 Available




Threaded Insert0 = Without1 = With

Board Locating Post0 = Without1 = With (Alignment Plate Only) Standard

Pin Count


Product Series Number9110 = Type I BGA w/ lid9114 = Type I BGA w/o lid9115 = Type I LGA w/ lid9119 = Type I LGA w/o lid9120 = Type II BGA w/ lid9124 = Type II BGA w/o lid9125 = Type II LGA w/ lid9129 = Type II LGA w/o lid9130 = Type III BGA w/lid9134 = Type III BGA w/o lid9135 = Type III LGA w/ lid9139 = Type III LGA w/o lid

2 XXX-91XX-XX-X X X X

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12

3M™ Textool™ PGA Sockets

3M Textool PGA Sockets are well known for their durability and reliability in test or burn-in of devices in PGA packages or other packages with pin outs in a matrix format. They are available in matrices from 10 x 10 through 25 x 25 on .100" (2.54 mm) centers. 3M also offers three interstitial, staggered, .100" (2.54 mm) centers (effective pitch 70.7 mil). One with 17 x 17 outer matrix and an inner matrix of 16 x 16, one with an outer matrix of 19 x 19 and an inner matrix of 18 x 18 and the other with an outer matrix of 23 x 23 and an inner matrix of 22 x 22. In addition, we offer an SPGA socket with 37 x 37 matrix with .050" (1.27 mm).

• Lever actuated zero insertion force mechanism • Rugged 3-plate construction for durability and electrical

reliability • Available with flush handle option for use with test probes

and ease of board stacking• Available in 10 x 10 through 25 x 25 matrices • Contacts, handles, top-plate and cam plate are replaceable Note: Additional ten hole plugs can be ordered separately,

part #200-4660-14-1900

2 XXX-63XX-XXX-1902

Number of Contacts

0UA = Molded Pattern, Standard Handle

9UA = All holes open, Standard Handle

1902 PES with / 30 µ” Au/Ni on BeCu

6310 – 10 x 106311 – 11 x 116313 – 13 x 136315 – 15 x 156317 – 17 x 176319 – 19 x 196321 – 21 x 216325 – 25 x 25


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13

3M™ Textool™ PGA Kit Sockets

• Available in 10 x 10 matrix through 25 x 25 matrix • Used when only a few test sockets are needed • Provides individual components ready for assembly • Open pattern top plate; load only those contacts needed for

your specific device pin pattern

Part Number Matrix Size Description

200-6310-9UN-1900 10 x 10 200-6311-9UN-1900 11 x 11200-6313-9UN-1900 13 x 13200-6315-9UN-1900 15 x 15200-6317-9UN-1900 17 x 17 Socket Kit w/o Contacts200-6319-9UN-1900 19 x 19200-6321-9UN-1900 21 x 21 200-6325-9UN-1900 25 x 25

300-6300-CNA-0002B Each Contact - BeCu/Au Plated

200-4660-14-1900 Set of 10 Extra Hole Plugs

Interstitial PGA Socket Outer Matrix 17 x 17• 17 x 17 outer matrix with 16 x 16 inner staggered matrix

holds up to 432 leads • Lever actuated zero insertion force mechanism • Rugged 3-plate construction for durability and electrical

reliability • Accommodates two lead diameter variations .25 - .40 mm (.010" - .016") and .35 - .51 mm (.014" - .020")

2 XXX-1353-XX-3302

Number of Contacts(432 maximum)

Lead Diameter Tail Variations:00 = 0.25 mm - 0.40 mm – 3.3 mm tail50 = 0.35 mm - 0.51 mm – 3.3 mm tail60 = 0.35 mm - 0.51 mm – 7.0 mm tail70 = 0.35 mm - 0.51 mm – 7.8 mm tail80 = 0.35 mm - 0.51 mm – 3.5 mm tail

3M™ Textool™ Interstitial PGA Sockets


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3M™ Textool™ Interstitial PGA Sockets

Interstitial PGA Socket Outer Matrix 19 x 19• 19 X 19 outer matrix with 18 X 18 inner

staggered matrix holds up to 685 leads• Lever actuated, zero insertion force mechanism• Rugged, 3-plate construction for durability and electrical reliability• Accommodates two lead diameter variations .25 - .40 mm (.010" - .016") inquire* .35 - .51 mm (.014" - .020") available *Note: Please contact 3M Customer Service for

availability.

2 XXX-1358-XX-1902


Lead Diameter Variations:00 = 0.10” - .016” [0.25 mm - 0.40 mm] – 2.0 mm tail50 = 0.14” - .020” [0.25 mm - 0.51 mm] – 2.0 mm tail70 = 0.14” - .020” [0.25 mm - 0.51 mm] – 2.8 mm tail80 = 0.14” - .020” [0.35 mm - 0.51 mm] – 3.5 mm tail

Interstitial PGA Socket Outer Matrix 23 x 23• 23 x 23 outer matrix with 22 x 22 inner staggered matrix

holds up to 792 leads• Lever actuated zero insertion force mechanism• Rugged 3-plate construction for durability and electrical

reliability• Accommodates two lead diameter variations

.25 - .40 mm (.010" - .16")

.35 - .51 mm (.014" - .020")

2 XXX-1357-XX-1902


Lead Diameter Variations:00 = 0.10” - .016” [0.25 mm - 0.40 mm] – 3.3 mm tail50 = 0.14” - .020” [0.35 mm - 0.51 mm] – 3.3 mm tail





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3M™ Textool™ Shrink PGA Sockets

• Applicable package for 1.27 mm (.050") pitch PGA• Zero insertion force• Double mating contact• Lever actuation mechanism • Maximum grid 37 x 37 and lead count of 600

2 XXX-1361-SX-3302

Number of Contacts

Solder Tail Length:A = 2.8 mmB = 4.3 mmC = 6.0 mm


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3M™ Textool™ DIP Sockets and Receptacles

The classic 3M Textool ZIP DIP Sockets have reliably served the needs of semiconductor producers and users for over twenty years. For test, burn-in or programming of devices in dual-in-line packages, the lever actuated zero insertion force mechanism allows easy insertion and withdrawal without lead damage. Companion receptacles allow easy socket replacement for high use applications such as DUT boards and programming.

Use of receptacles can be a very cost-effective and practical approach for high-use applications such as programming. A worn-out or damaged socket can be simply unplugged and replaced with a new one without the expense of downtime or replacing the entire board.

DIP Sockets .100" (2.54 mm) • For DIPs with .100" (2.54 mm) lead spacing • Pin counts for 14-64 leads• Lever actuated zero insertion force mechanism • Socket contact point of .110" (2.79 mm) below top surface of socket


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3M™ Textool™ DIP Sockets

Universal DIP Sockets .100" (2.54 mm) • For DIPs with .100" (2.54 mm) lead spacing • Extra-wide contact zone allows insertion of any DIP package

with distance between rows from .300" (7.62 mm) through .600" (15.24 mm)

• Lever actuated zero insertion force mechanism • Socket contact point of .090" (2.29 mm) below top surface

of socket

Socket Contact Mating Receptacle Part Number Quantity Part Number

224-1286-00-0602J 24 224-1275-XX-0602J

224-1371-00-0602J 28 224-1277-XX-0602J

224-1287-00-0602J 32 224-1285-XX-0602J

224-1288-00-0602J 40 224-1280-XX-0602J

224-1289-00-0602J 42 224-1281-XX-0602J

Contact Tail Length/Mounting Flanges:XX = 09 Solder Tail.13 [ 3.3 ] w/flanges = 19 Wire Wrap Tail .62 [ 15.8 ] w/flanges = 29 Solder Tail .13 [ 3.3 ] w/out flanges = 39 Wire Wrap Tail .62 [ 15.8 ] w/out flanges

DIP Sockets .070" (1.78 mm) • For DIPs with .070" (1.78 mm) lead spacing • Pin counts from 28 through 90 leads• Lever actuated zero insertion force mechanism • Socket contact point of .090" (2.29 mm) below top

surface of socket

Socket Contact Mating Receptacle Part Number Quantity Part Number

228-1290-00-0602J 28 228-1290-XX-0602J

232-1291-00-0602J 32 NOT AVAILABLE

242-1293-00-0602J 42 242-1293-XX-0602J

256-1292-00-0602J 56 NOT AVAILABLE

264-1300-00-0602J 64 264-1300-XX-0602J

290-1294-00-3302J 90 290-1294-XX-0602J

Contact Tail Length/Mounting Flanges:XX = 09 Solder Tail w/flanges = 29 Solder Tail w/flanges

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3M™ Textool™ DIP Sockets

DIP Socket Receptacles• Matching receptacle for most available ZIP DIP Socket,

including Universal DIP and Shrink DIP • Mounting flanges hold receptacle to board• Pre-tapped holes in receptacle body mate with screw-hole

in socket to hold socket firmly to receptacle (two screws provided with each receptacle)

• Available in wire-wrap and solder-tail options, with and without mounting flanges


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3M™ Textool™ ZIP Strip/Flat Pack Sockets

Socket Contact Part Number Quantity

210-2599-00-0602 10

220-2600-00-0602 20

224-5809-00-0602 24

232-2601-00-0602 32

236-6225-00-0602 36

3M Textool ZIP Strip/Flat Pack Sockets are a very versatile family of sockets available in a variety of formats. Used singly, they mate with single-in-line or staggered-in-line packages. Used in pairs, they will interconnect a variety of non-standard package formats with leads extending from two sides of the package, in axial or radial lead configurations, or in-line or staggered pin outs. The lever actuated zero insertion force mechanism allows easy insertion and withdrawal without lead damage.

In-Line ZIP Strip 100" (2.54 mm) • For single-in-line packages on .100" (2.54 mm) centers • Can be used in sets of two or more to create a socket for

non-standard leaded packages on .100" (2.54 mm) centers • ZIP Strip pin counts from 10 through 36 leads• Lever actuated zero insertion force mechanism • Accepts pins up to .025" (0.6 mm) square • Socket contact point of .085" (2.2 mm) below top

surface of socket

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3M™ Textool™ ZIP Strip Sockets

Staggered ZIP Strip Sockets, .050" (1.27 mm) x .100" (2.54 mm) • For devices with .050" (1.27 mm) lead centers formed

in staggered rows with .100" (2.54 mm) between centers and rows

• Socket with top-plate cover requires vertical insertion of leads

• Frequently used in pairs to handle devices with standard leads on opposite sides of the package

• Order left- and right-hand strips separately to obtain a complete pair

• Lever actuated zero insertion force mechanism


232-1270-01-0602J 32

232-1270-02-0602J 32

Contact Pattern: See Tech Sheet


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3M™ Textool™ ZIP Strip Sockets

Axial Lead ZIP Strip/Flat Pack Sockets, .050" (1.27 mm) x .100" (2.54 mm) • For devices with .050" (1.27 mm) lead centers unformed or

extending axially from package • Socket without top-plate cover enables horizontal insertion

of leads • Frequently used in pairs to handle any non-standard flat

pack with leads on .050" (1.27 mm) centers • Order left- and right-hand versions separately to obtain a

complete pair • Lever actuated zero insertion force mechanism • Accepts pins up .014" (0.36 mm) to .025" (0.64 mm)

square


234-3034-01-0602 34

234-3034-02-0602 34

235-3019-01-0602 35

235-3019-02-0602 35

251-5949-01-0602 51

251-5949-02-0602 51



Staggered ZIP Strip Sockets• For devices with .050" (1.27 mm) lead centers formed

in staggered rows with .100" (2.54 mm) between centers (in same rows) and .075" (1.90 mm) between rows

• Frequently used in pairs to handle devices with staggered leads on opposite sides of the package

• Order left- and right-hand strips to obtain a complete pair • Lever actuated zero insertion force mechanism


239-5605-01-0602 39

239-5605-02-0602 39

255-7322-01-0602 55

255-7322-02-0602 55



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3M™ Textool™ SOIC Sockets

A user friendly, compact size 3M Textool Lidded Socket is available for SOIC gull wing packages on 50 mil centers.

• Lid can be actuated from top or front and is compatible with automated load/unload equipment

• Compact envelope and side-to-side stackability maximize board density

• Tweezer slot for easy manual loading/unloading • Lid applies 80 grams normal force per lead for maximum

electrical reliability • Accepts Gull Wing JEDEC device sizes in .150" (3.81 mm)

and .300" (7.62 mm) body widths

Part Number Leads SOIC Body Width

208-7391-55-1902 8 .150 [ 3.81 ]

214-7390-55-1902 14 .150 [ 3.81 ]

216-7383-55-1902 16 .150 [ 3.81 ]

216-7224-55-1902 16 .300 [ 7.62 ]

218-7223-55-1902 18 .300 [ 7.62 ]

220-7201-55-1902 20 .300 [ 7.62 ]

224-7397-55-1902 24 .300 [ 7.62 ]

228-7396-55-1902 28 .300 [ 7.62 ]

228-7474-55-1902 28 .330 [ 8.38 ]


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Laser Diode Sockets• Compact miniature socket size for maximum board density • Accommodates most TO package formats with pin circle

options of .079" (2.0 mm) or .100" (2.54 mm), including popular laser diode devices with .018” (0.46 mm) diameter leads

• Three and four lead options available • Funneled entry holes to assist lead insertion

Part Number Contact Qty. Pin Circle Mounting Flange

203-6585-00-0602J 3 .100 [ 2.54 ] Yes

203-6585-50-0602J 3 .100 [ 2.54 ] No

203-6970-00-0602J 3 .079 [ 2.0 ] Yes

203-6970-50-0602J 3 .079 [ 2.0 ] No

204-6585-00-0602J 4 .100 [ 2.54 ] Yes

204-6585-50-0602J 4 .100 [ 2.54 ] No

204-6585-00-0602J 4 .079 [ 2.0 ] Yes

204-6970-50-0602J 4 .079 [ 2.0 ] No

3M™ Textool™ Discrete Sockets

Power In-Line Sockets

• Accepts a wide variety of in-line devices up to three leads including TO-220 with lead cross sections that fit within a diameter range of .020”-.045” (0.51-1.14 mm)

• Kelvin contacts • Body and contacts are repairable • Two slotted-out entry ports accept devices with .075"

(1.90 mm) to .200" (5.1 mm) between leads • Must be mounted to board with screws• Temperature rating 125°C


203-2737-55-1102

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THERMAL

Heat Deflection Temp 264 PSI °F 365 420 505 410 530

Thermal Conductivity BTU-IN HR. FT. 2F 2.2 1.1 3.1 1.5 —

Coeff. of Linear Exp. IN/IN/F 1.4 x 10-5 — 1.5 x 10-5 1.1 x 10-5 1.7 x 10-5

Flammability — 94V-0 94V-0 94V-0 94V-0 94V-0

3M™ Textool™ Typical Plastic Properties

PLASTIC MATERIAL POLYETHER- POLYPHENYLENE- (TEXTOOL PART I.D.) *POLYSULFONE SULFONE SULFIDE POLYETHERIMIDE Physical Units (-006) (-019) (-011) (-033)

Specific Gravity — 1.45 1.60 1.65 1.51

Water Absorption 24 Hours 73°F % 0.20 .34 .01 .18

Operating Temperature °C Consult the specific Product Data Sheet

*Clean polysulfone material only with methyl alcohol or water and detergent.

MECHANICAL

Tensile Strength PSI 18,000 18,000 23,000 24,500

Elongation % 3.0 1-3 3-4 3

Flexural Strength PSI 24,000 27,000 32,000 37,000

Flexural Modulus PSI 1,200,000 1,220,000 1,800,000 1,230,000

Compressive Strength PSI 24,000 — 24,700 23,500

Izod Impact Notched FT-LBS/IN 1.8 1.4 1.5 1.7

Rockwell Hardness — M-92 — R-123 M-125

ELECTRICAL

Dielectric Strength S/T VOLTS/MIL 480 440 375 630 560

Dielectric Constant 106 Hz — 3.49 4.17 3.80 3.5 —

Dissipation Factor 106 Hz — 0.0049 0.0094 0.0013 .0015 —

Arc Resistance SECS 115 121 50 85 —

Volume Resistivity OHMS-CM 1017 1015 - 1016 1016 3 x 1016 1017

3M and Textool are trademarks of 3M.

3Electronics6801 River Place Blvd.Austin, TX 78726-9000www.3M.com/electronics1-800-225-53731-800-932-9373 (fax)

© 3M 2005

Important NoticeAll statements, technical information, and recommendations related to 3M’s products are based on information believed to be reliable, but the accuracy or completeness is not guaranteed. Before using this product, you must evaluate it and determine if it is suitable for your intended application. You assume all risks and liability associated with such use. Any statements related to the product which are not contained in 3M’s current publications, or any contrary statements contained on your purchase order shall have no force or effect unless expressly agreed upon, in writing, by an authorized officer of 3M.

Warranty; Limited Remedy; Limited Liability. This product will be free from defects in material and manufacture for a period of one year from the time of purchase. 3M MAKES NO OTHER WARRANTIES INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. If this product is defective within the warranty period stated above, your exclusive remedy shall be, at 3M’s option, to replace or repair the 3M product or refund the purchase price of the 3M product. Except where prohibited by law, 3M will not be liable for any indirect, special, incidental or consequential loss or damage arising from this 3M product, regardless of the legal theory asserted.

For technical, sales or ordering information, contact your local 3M distributor or 3M Customer Service at:

Phone 1-800-225-5373 Fax 1-800-932-9373

Documents

3m textool test socket catalog