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© National Semiconductor Corporation, March 2004. National Semiconductor, and LLP are registered trademarks andLMH is a trademark of National Semiconductor Corporation. All rights reserved.
570159-010
Features• 900 MHz – 3 dB bandwidth (AV = 1)• 90 mA linear output current• 1400 V/µs slew rate• 0.8 mV input offset voltage• 7 mA supply current (no load)• 6V to 12V supply voltage range• .01/.026 differential gain/phase PAL• 3.1 nV/ Hz voltage noise• Improved replacement for CLC440, CLC420,
and CLC426Applications
• Test equipment• IF/RF amplifier• A/D input driver• Active filter• Integrator• DAC output buffer• Transimpedance amplifier
High-speed amplifier productsSelection guide
N a t i o n a lSemiconductor
The Sight & Sound of Information
LMH6609 – High-speed, voltage feedback op amp
LMH6502/03/04 – Wideband, variable gain amplifiers
LMH6502/03 features • 100 MHz gain control bandwidth • >70 dB gain adjustment range • 1800 V/µs slew rate • Device-to-device gain matching within ±0.7 dB • ±75 mA linear output current • LMH6502/03 are replacements for CLC520/22 • Available in TSSOP-14 and SOIC-14 packages
LMH6504 features • 150 MHz gain control bandwidth • 1500 V/µs slew rate • Device-to-device gain matching within ±0.42 dB • 11 mA supply current • LMH6504 is a replacement for CLC5523 • Available in MSOP-8 and SOIC-8 packages
Applications• Communication systems• Test and instrumentation • Video equipment• Medical equipment
N a t i o n a lSemiconductor
The Sight & Sound of Information
Summer 2004
New products
Our LMH™ op amps are based on the VIP10 processDeveloped in National’s wafer fabrication site in Arlington, Texas, VIP10 is a high-speed, dielectrically-isolated,complimentary bipolar IC process that utilizes deep trench technology on a bonded wafer for complete dielectric isolationand optimal high-speed amplifier performance. Trench technology with bonded wafers helps minimize parasiticcapacitance for optimal power-to-bandwidth performance, lower distortion and decreased die size. VIP10 is the processtechnology that allows National to design the most power-efficient, highest performance, high-speed amplifiers on themarket today.
National Semiconductor provides a comprehensive set of support services. Product information, includingsales literature and technical assistance is available through National's Customer Support Centers.
AmericasEmail: [email protected]: 1-800-272-9959
EuropeFax: +49 (0) 180-530 85 86Email: [email protected]:
Deutsch +49 (0) 69 9508 6208English +44 (0) 870 24 0 2171Français +33 (0) 1 41 91 87 90
Asia PacificEmail: [email protected]
JapanFax: 81-3-5639-7507Email: [email protected]: 81-3-5639-7560
See us on the World Wide Web at: www.national.comAmplifiers homepage link: amplifiers.national.comTo access the CLC to LMH Cross Reference table see: www.national.com/see/CLC2LMH
Ceramic Small Outline Integrated Circuit(SOIC)
Thin Shrink Small Outline Package (TSSOP)
Molded Small Outline Package (SOT-23)
Leadless Leadframe Package(LLP)
High-speed amplifier products
Released productsPartnumber
Packagetype
SSBWMHz
AvV/V1
2nd/3rd HD intoRL = 100 Ω
Slew rateV/µs
ICCmA/ch
NTSC diff.G/P %/deg.
IOUT
mA (typ.)Settling time
(2V step) ns to %VOS
typ./temp. mVSpec. supply
range (V)2Temp.range Package
Blankeval. board
SPICEmodelKey features
LMH6732 Single
LMH6639 Single 228 1 -71 at 5 MHz200 4.18 0.11/0.053 112 33 to 0.1 1/73 to ±6 I SOIC-8, SOT23-6AY220 MHz rail-to-rail output with disable 1.1416
LMH6644 Quad 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75 68 to 0.1 1/73 to 12.8 I SOIC-14, TSSOP-14CY130 MHz, 75 mA rail-to-rail output 0.917
540
LMH6626 Dual 1.3 GHz/85 1/20 -63/-80 at 10 MHz320 12 - 80 18 to 0.1 0.1/0.7±2.5 to ±6 E SOIC-8, MSOP-8B
2
LMH6672 Dual 130 2 -92/-95 at 1 MHz170 6.2 - 200 - 0.2/4±2.5, 5 to ±6
YUltra-low noise, wideband 1.81.0
-60/-64 at 20 MHz
LMH6560 Quad 680 1 -58/-52 at 20 MHz3100 11.5 0.1/0.03 74 9 to 0.1 2/253 to ±5 I SOIC-14, TSSOP-14EYHigh-speed, closed loop buffer 0.93
2700
I LLP-8, SOIC-8, PSOP-8B, HY12V, low distortion, line driver 1.74.5
9
LMH6642 Single 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75
0.02/0.01 115
LMH6720* Single 400 2 -58/-70 at 20 MHz1800 5.6 0.02/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-8, SOT23-6AYWideband video, disable
18 to 0.04
LMH6714* Single 400 2 -58/-70 at 20 MHz1800 5.6 0.01/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-8, SOT23-5AYWideband video
3/9.9±4.5 to ±6
LMH6657 Single 270 1 -70/-57 at 5 MHz700 6.5 0.03/0.1 110 35 to 0.1 1/73 to 12 I SC70-5, SOT23-5AY270 MHz single supply, CMIR < 0V 2.111
I
LMH6658
SOIC-8, SOT23-6
LMH6715* Dual 400 2 -60/-75 at 20 MHz1300 5.8 0.02/0.02 70 12 to 0.05 2/8±5 to ±6 I SOIC-8BYWideband video
Dual 270 1 -70/-57 at 5 MHz700 6.5 0.03/0.1 110 35 to 0.1 1/73 to 12 I SOIC-8, MSOP-8BY270 MHz single supply, CMIR < 0V 2.1
A
LMH6722* Quad 400 2 -58/-70 at 20 MHz1800 5.6 0.01/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-14CYWideband video
68 to 0.1 1/73 to 12.8 I SOIC-8, SOT23-5AY130 MHz, 75 mA rail-to-rail output
Y
LMH6643 Dual 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75 68 to 0.1 1/73 to 12.8 I SOIC-8, MSOP-8BY130 MHz, 75 mA rail-to-rail output
Adjustable supply current
LMH6645 Single 55 1 -22 0.73 - 20
11
LMH6682 Dual 190 2 -66/-54 at 5 MHz940 6.5 0.01/0.08 85 42 to 0.1 1/73 to 12 I SOIC-8, MSOP-8BY190 MHz, CMIR < 0V, low diff. gain/phase
1.8
LMH6624* Single 1.5 GHz/95 1/20 -63/-80 at 10 MHz350 12 - 100 18 to 0.1 0.1/0.7±2.5 to ±6 E SOT23-5, SOIC-8AYUltra-low noise, wideband
312LMH6683 Triple 190 2 -66/-54 at 5 MHz940 6.5 0.01/0.08 85 42 to 0.1 1/73 to 12 I SOIC-14, TSSOP-14
2.5
LMH6628* Dual 300 1 -65/-74 at 10 MHz550 9 - 85 12 to 0.1 0.5/2±2.5 to ±6 I SOIC-8BYWide bandwidth, very low noise
CY190 MHz, CMIR < 0V, low diff. gain/phase 312
- 1/42.5 to 12 I SOIC-8, SOT23-5AYRail-to-rail input/output, low powerLMH6646 Dual 55 1 -22 0.73 - 20
Buffers
LMH6723 Single 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-8, SOT23-5AY370 MHz, 1 mA high-output current
- 1/42.5 to 12 I SOIC-8, MSOP-8BYRail-to-rail input/output, low powerLMH6647 Single 55 1 -22 0.73 - 20 - 1/42.5 to 12 I SOIC-8, SOT23-6AYRail-to-rail input/output, low power, 10 µA shutdownLMH6654 Single 250 1 -80/-85 at 5 MHz200 4.5 0.01/0.025 80
LMH6724 Dual 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-8BY370 MHz, 1 mA high-output current
LMH6718 Dual 130 2 -84/-84 at 1 MHz600 2.6 0.04/0.03 200 17 to 0.05 0.2/15±2.5, ±5 to 6 I SOIC-8BYProgrammable gain buffer, AV = -1, +1 or +2
LM6171 Single 160 1 -72/-70 at 1 MHz3600 4 0.03/0.5 100 48 to 0.1 3/8±5 to ±15 I SOIC-8-Y30V, high slew rateLM6172* Dual 160 1 -72/-70 at 1 MHz3000 2.3 0.28/0.6 90 65 to 0.1 0.4/4±5 to ±15 I, M SOIC-8-Y30V, high slew rate
LM6181 Single 100 2 -50 at 10 MHz1400 7.5 0.05/0.04 100 50 to 0.1 2/4±5 to ±15 I SOIC-8-Y30V, general purpose
LM7121 Single 235 1 -1300 5.3 0.3/0.65 40 74 to 0.1 0.9/15+5 to ±15 C SOIC-8, SOT23-5-Y30V, general purpose, SOT-23LM7171* Single 220 2 -75/-55 at 5 MHz4100 6.5 0.01/0.02 100 42 to 0.1 0.2/4±5.5 to ±15 I, M SOIC-8-Y30V, very high slew rate, AV = +2 (min.)
Current noise inn(pA/ Hz)
Voltage noise(nV/ Hz)
25 to 0.1 1/4±2.5 to ±6 I SOT23-5, SOIC-8AYLow noise, 250 MHz, low power
LM7372 Dual
1.23.4
1.23.41.43.4
1.23.4
220 2 -80/-91 at 1 MHz3000 6.5
2.30.92
22
0.01/0.02 150 50 to 0.1
64.3
2.2/8±5, ±15 I LLP-8, SOIC-16, PSOP-8HN
64.3
98
112112
34
1.9171.514
30V, low distortion, line driver
0.9170.917
0.75170.75170.75171.74.5
1.514
LMH6655 Dual 250 1 -80/-85 at 5 MHz200 4.5 0.01/0.025 80 25 to 0.1 1/4±2.5 to ±6 I MSOP-8, SOIC-8BYLow noise, 250 MHz, low power 1.74.5
Variable gain amplifier products
LMH65043
Device
Single/dual/trip/quad
Signalchannel
BW
Controlchannel
BW
S
Slew rateSR
(V/µS)
Supplycurrent
IS(mA)
Common mode
input rangeCMIR (V)
Supplyvoltage
VS(V)
Temp.range
Gain adjustrange(dB) Comments
150 MHz
Linear in dB, replacement for CLC520
PackageEval.board
SPICEmodel
150 MHz 1500
LMH65023 S 130 MHz 100 MHz
11
1800 27 ±2.2±5 I70
Linear in V/V, replacement for CLC522
±3.2 Linear in dB, replacement for CLC5523
SOIC-14, TSSOP-14F Y
±5 I
LMH65033 S 135 MHz 100 MHz
80
1800 37 ±2.2±5 I70 SOIC-14, TSSOP-14F Y
SOIC-8, MSOP-8G Y
Mode
CFB = Current feedback
BUF = Closed loop bufferPGB = Programmable gain buffer
VFB = Voltage feedback
Eval. board*
SOIC SOT-23 SOPA CLC730227/CLC730027 CLC730216B CLC730036 CLC730123C CLC730031/CLC730231 CLC730131D CLC730245 CLC730136E CLC730145 CLC730132F CLC730033G CLC730066H CLC730121J CLC730147 CLC730148K CLC730039 CLC730149L CLC730150 CLC730151M LMH730275* Eval. boards accompany sample requests
and cannot be ordered separately.
Footnotes
1 Closed loop gain used tospecify most parameters.
2 Spec. supply range is therange of total supply voltagewhere operation is possiblebut parameters are not necessarily guaranteed.Refer to datasheets for more details.
3 AVMAX = 10
Temperature range code
C = Commercial (0°C to +70°C)
E = Extended(-40°C to +125°C)
I = Industrial (-40°C to +85°C)
M = Military (-55°C to +125°C)
All values are typical atroom temperature, unlessotherwise specified.
LMH6622 Dual 160 2 -90/-94 at 1 MHz85 4.3 0.03/0.03 90 40 to 0.1 0.2±2.25 to ±6 I SOIC-8, MSOP-8BYVery low noise 1.51.6
LMH6678 Dual 50 5.4 -91/-57 at 1 MHz, 31Ω700 Prog. - 580 - -12V, VDD = 3.3V I LLP-24CallYLow power, 2 channel, xDSL line driver --
LMH6725 Quad 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-14CallY370 MHz, 1 mA high-output current 64.3
LMH6723/24/25 – 370 MHz low-power, current feedback op amps
Features• Large signal bandwidth and slew rate 100% tested• 370 MHz bandwidth (AV = 1, VOUT = 0.5 VPP)• 260 MHz (AV = +2 V/V, VOUT = 0.5 VPP)
-3 dB BW• 1 mA supply current• 110 mA linear output current• 0.03%, 0.11° differential gain, phase• 0.1 dB gain flatness to 100 MHz• Fast slew rate: 600 V/µs• Unity gain stable• Single supply range of 4.5 to 12V• LMH6723 is an improved replacement for CLC450
or CLC452• LMH6724 is an improved replacement for
CLC6502 or CLC5622Applications
• Line drivers• Portable video applications• A/D drivers• Portable DVDs
New products
LMH6559 Single 1.75 GHz 1 -58/-53 at 20 MHz4580 10 0.06/0.02 74 9 to 0.1 3/253 to ±5 I SOIC-8, SOT23-5DYUltra-high slew rate, closed loop buffer 1.62.8
LMH6702* Single 720 2 -63/-70 at 60 MHz3100 12.5 0.024/0.02 80 13.4 to 0.1 1/6±5 to ±6 I SOIC-8, SOT23-5AYUltra-low distortion, wide bandwidth 31.83
LMH6609 Single 900 1 -63/-57 at 20 MHz1400 7 0.01/0.026 90 15 to 0.05 0.8/3.5±3.3 to ±6 I SOIC-8, SOT23-5AY900 MHz high-output current voltage feedback 1.63.1
Partnumber
LMH6732
LMH6639
LMH6644
LMH6626
LMH6672
LMH6560
LMH6642
LMH6720
LMH6714
LMH6657LMH6658
LMH6715
LMH6722
LMH6643
LMH6645
LMH6682
LMH6624
LMH6683
LMH6628
LMH6622
LMH6646
Buffers
LMH6678
LMH6723
LMH6647
LMH6725
LMH6654
LMH6559
LMH6724
LMH6702
LMH6609
LMH6718
LM6171LM6172
LM6181
LM7121LM7171LM7372
LMH6655
Bold items in tables denote target specs
June 2004LMH6572 Triple 380 1 -80/-85 @ 5 MHz
Partnumber
Packagetype
SSBWMHz
AvV/V1
2nd/3rd HD intoRL = 100 Ω
Slew rateV/µs
1500 8 0.04/0.02
ICCmA/ch
NTSC diff.G/P %/deg.
IOUT
mA (typ.)Settling time
(2V step) ns to %VOS
typ./temp. mVSpec. supply
range (V)2Temp.range Package
Blankeval. board
SPICEmodelKey features
80
Releasedate
Current noise inn(pA/ Hz)
15 1±3.3 to ±6 I SSOP-16YTriple 2:1 buffered video mux
Voltage noise (nV/ Hz)
May 2004LMH6739 Triple 750 1 -80/-90 @ 5 MHz3300 11.5 0.02/0.01 90 0.58 to 12 I SSOP-16MYTriple programmable gain buffer (-1, +1, +2)
LMH6572
1.8
Partnumber
May 2004LMH6704 Single 800 1 -80/-85 @ 10 MHz3300 11.5 0.02/0.01 1008 to 12 I SOT23-6, SOIC-8YProgrammable gain buffer (-1, +1, +2), shutdown 1.8LMH6739LMH6704
LMH6738 Triple 750 1 -80/-90 at 5 MHz3300 11.5 0.02/0.01 90 13.4 to 0.01 0.5/4.58 to 12 I SSOP-16MY800 MHz, shutdown, 90 mA high-output current 42.4LMH6738
Current feedback Current feedback
New
New
New
* Mil/space qualified
Voltage feedbackVoltage feedback
Current feedback Current feedback
Coming soon
New
New
New
New
New
New
High-speed amplifier products
Released productsPartnumber
Packagetype
SSBWMHz
AvV/V1
2nd/3rd HD intoRL = 100 Ω
Slew rateV/µs
ICCmA/ch
NTSC diff.G/P %/deg.
IOUT
mA (typ.)Settling time
(2V step) ns to %VOS
typ./temp. mVSpec. supply
range (V)2Temp.range Package
Blankeval. board
SPICEmodelKey features
LMH6732 Single
LMH6639 Single 228 1 -71 at 5 MHz200 4.18 0.11/0.053 112 33 to 0.1 1/73 to ±6 I SOIC-8, SOT23-6AY220 MHz rail-to-rail output with disable 1.1416
LMH6644 Quad 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75 68 to 0.1 1/73 to 12.8 I SOIC-14, TSSOP-14CY130 MHz, 75 mA rail-to-rail output 0.917
540
LMH6626 Dual 1.3 GHz/85 1/20 -63/-80 at 10 MHz320 12 - 80 18 to 0.1 0.1/0.7±2.5 to ±6 E SOIC-8, MSOP-8B
2
LMH6672 Dual 130 2 -92/-95 at 1 MHz170 6.2 - 200 - 0.2/4±2.5, 5 to ±6
YUltra-low noise, wideband 1.81.0
-60/-64 at 20 MHz
LMH6560 Quad 680 1 -58/-52 at 20 MHz3100 11.5 0.1/0.03 74 9 to 0.1 2/253 to ±5 I SOIC-14, TSSOP-14EYHigh-speed, closed loop buffer 0.93
2700
I LLP-8, SOIC-8, PSOP-8B, HY12V, low distortion, line driver 1.74.5
9
LMH6642 Single 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75
0.02/0.01 115
LMH6720* Single 400 2 -58/-70 at 20 MHz1800 5.6 0.02/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-8, SOT23-6AYWideband video, disable
18 to 0.04
LMH6714* Single 400 2 -58/-70 at 20 MHz1800 5.6 0.01/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-8, SOT23-5AYWideband video
3/9.9±4.5 to ±6
LMH6657 Single 270 1 -70/-57 at 5 MHz700 6.5 0.03/0.1 110 35 to 0.1 1/73 to 12 I SC70-5, SOT23-5AY270 MHz single supply, CMIR < 0V 2.111
I
LMH6658
SOIC-8, SOT23-6
LMH6715* Dual 400 2 -60/-75 at 20 MHz1300 5.8 0.02/0.02 70 12 to 0.05 2/8±5 to ±6 I SOIC-8BYWideband video
Dual 270 1 -70/-57 at 5 MHz700 6.5 0.03/0.1 110 35 to 0.1 1/73 to 12 I SOIC-8, MSOP-8BY270 MHz single supply, CMIR < 0V 2.1
A
LMH6722* Quad 400 2 -58/-70 at 20 MHz1800 5.6 0.01/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-14CYWideband video
68 to 0.1 1/73 to 12.8 I SOIC-8, SOT23-5AY130 MHz, 75 mA rail-to-rail output
Y
LMH6643 Dual 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75 68 to 0.1 1/73 to 12.8 I SOIC-8, MSOP-8BY130 MHz, 75 mA rail-to-rail output
Adjustable supply current
LMH6645 Single 55 1 -22 0.73 - 20
11
LMH6682 Dual 190 2 -66/-54 at 5 MHz940 6.5 0.01/0.08 85 42 to 0.1 1/73 to 12 I SOIC-8, MSOP-8BY190 MHz, CMIR < 0V, low diff. gain/phase
1.8
LMH6624* Single 1.5 GHz/95 1/20 -63/-80 at 10 MHz350 12 - 100 18 to 0.1 0.1/0.7±2.5 to ±6 E SOT23-5, SOIC-8AYUltra-low noise, wideband
312LMH6683 Triple 190 2 -66/-54 at 5 MHz940 6.5 0.01/0.08 85 42 to 0.1 1/73 to 12 I SOIC-14, TSSOP-14
2.5
LMH6628* Dual 300 1 -65/-74 at 10 MHz550 9 - 85 12 to 0.1 0.5/2±2.5 to ±6 I SOIC-8BYWide bandwidth, very low noise
CY190 MHz, CMIR < 0V, low diff. gain/phase 312
- 1/42.5 to 12 I SOIC-8, SOT23-5AYRail-to-rail input/output, low powerLMH6646 Dual 55 1 -22 0.73 - 20
Buffers
LMH6723 Single 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-8, SOT23-5AY370 MHz, 1 mA high-output current
- 1/42.5 to 12 I SOIC-8, MSOP-8BYRail-to-rail input/output, low powerLMH6647 Single 55 1 -22 0.73 - 20 - 1/42.5 to 12 I SOIC-8, SOT23-6AYRail-to-rail input/output, low power, 10 µA shutdownLMH6654 Single 250 1 -80/-85 at 5 MHz200 4.5 0.01/0.025 80
LMH6724 Dual 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-8BY370 MHz, 1 mA high-output current
LMH6718 Dual 130 2 -84/-84 at 1 MHz600 2.6 0.04/0.03 200 17 to 0.05 0.2/15±2.5, ±5 to 6 I SOIC-8BYProgrammable gain buffer, AV = -1, +1 or +2
LM6171 Single 160 1 -72/-70 at 1 MHz3600 4 0.03/0.5 100 48 to 0.1 3/8±5 to ±15 I SOIC-8-Y30V, high slew rateLM6172* Dual 160 1 -72/-70 at 1 MHz3000 2.3 0.28/0.6 90 65 to 0.1 0.4/4±5 to ±15 I, M SOIC-8-Y30V, high slew rate
LM6181 Single 100 2 -50 at 10 MHz1400 7.5 0.05/0.04 100 50 to 0.1 2/4±5 to ±15 I SOIC-8-Y30V, general purpose
LM7121 Single 235 1 -1300 5.3 0.3/0.65 40 74 to 0.1 0.9/15+5 to ±15 C SOIC-8, SOT23-5-Y30V, general purpose, SOT-23LM7171* Single 220 2 -75/-55 at 5 MHz4100 6.5 0.01/0.02 100 42 to 0.1 0.2/4±5.5 to ±15 I, M SOIC-8-Y30V, very high slew rate, AV = +2 (min.)
Current noise inn(pA/ Hz)
Voltage noise(nV/ Hz)
25 to 0.1 1/4±2.5 to ±6 I SOT23-5, SOIC-8AYLow noise, 250 MHz, low power
LM7372 Dual
1.23.4
1.23.41.43.4
1.23.4
220 2 -80/-91 at 1 MHz3000 6.5
2.30.92
22
0.01/0.02 150 50 to 0.1
64.3
2.2/8±5, ±15 I LLP-8, SOIC-16, PSOP-8HN
64.3
98
112112
34
1.9171.514
30V, low distortion, line driver
0.9170.917
0.75170.75170.75171.74.5
1.514
LMH6655 Dual 250 1 -80/-85 at 5 MHz200 4.5 0.01/0.025 80 25 to 0.1 1/4±2.5 to ±6 I MSOP-8, SOIC-8BYLow noise, 250 MHz, low power 1.74.5
Variable gain amplifier products
LMH65043
Device
Single/dual/trip/quad
Signalchannel
BW
Controlchannel
BW
S
Slew rateSR
(V/µS)
Supplycurrent
IS(mA)
Common mode
input rangeCMIR (V)
Supplyvoltage
VS(V)
Temp.range
Gain adjustrange(dB) Comments
150 MHz
Linear in dB, replacement for CLC520
PackageEval.board
SPICEmodel
150 MHz 1500
LMH65023 S 130 MHz 100 MHz
11
1800 27 ±2.2±5 I70
Linear in V/V, replacement for CLC522
±3.2 Linear in dB, replacement for CLC5523
SOIC-14, TSSOP-14F Y
±5 I
LMH65033 S 135 MHz 100 MHz
80
1800 37 ±2.2±5 I70 SOIC-14, TSSOP-14F Y
SOIC-8, MSOP-8G Y
Mode
CFB = Current feedback
BUF = Closed loop bufferPGB = Programmable gain buffer
VFB = Voltage feedback
Eval. board*
SOIC SOT-23 SOPA CLC730227/CLC730027 CLC730216B CLC730036 CLC730123C CLC730031/CLC730231 CLC730131D CLC730245 CLC730136E CLC730145 CLC730132F CLC730033G CLC730066H CLC730121J CLC730147 CLC730148K CLC730039 CLC730149L CLC730150 CLC730151M LMH730275* Eval. boards accompany sample requests
and cannot be ordered separately.
Footnotes
1 Closed loop gain used tospecify most parameters.
2 Spec. supply range is therange of total supply voltagewhere operation is possiblebut parameters are not necessarily guaranteed.Refer to datasheets for more details.
3 AVMAX = 10
Temperature range code
C = Commercial (0°C to +70°C)
E = Extended(-40°C to +125°C)
I = Industrial (-40°C to +85°C)
M = Military (-55°C to +125°C)
All values are typical atroom temperature, unlessotherwise specified.
LMH6622 Dual 160 2 -90/-94 at 1 MHz85 4.3 0.03/0.03 90 40 to 0.1 0.2±2.25 to ±6 I SOIC-8, MSOP-8BYVery low noise 1.51.6
LMH6678 Dual 50 5.4 -91/-57 at 1 MHz, 31Ω700 Prog. - 580 - -12V, VDD = 3.3V I LLP-24CallYLow power, 2 channel, xDSL line driver --
LMH6725 Quad 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-14CallY370 MHz, 1 mA high-output current 64.3
LMH6723/24/25 – 370 MHz low-power, current feedback op amps
Features• Large signal bandwidth and slew rate 100% tested• 370 MHz bandwidth (AV = 1, VOUT = 0.5 VPP)• 260 MHz (AV = +2 V/V, VOUT = 0.5 VPP)
-3 dB BW• 1 mA supply current• 110 mA linear output current• 0.03%, 0.11° differential gain, phase• 0.1 dB gain flatness to 100 MHz• Fast slew rate: 600 V/µs• Unity gain stable• Single supply range of 4.5 to 12V• LMH6723 is an improved replacement for CLC450
or CLC452• LMH6724 is an improved replacement for
CLC6502 or CLC5622Applications
• Line drivers• Portable video applications• A/D drivers• Portable DVDs
New products
LMH6559 Single 1.75 GHz 1 -58/-53 at 20 MHz4580 10 0.06/0.02 74 9 to 0.1 3/253 to ±5 I SOIC-8, SOT23-5DYUltra-high slew rate, closed loop buffer 1.62.8
LMH6702* Single 720 2 -63/-70 at 60 MHz3100 12.5 0.024/0.02 80 13.4 to 0.1 1/6±5 to ±6 I SOIC-8, SOT23-5AYUltra-low distortion, wide bandwidth 31.83
LMH6609 Single 900 1 -63/-57 at 20 MHz1400 7 0.01/0.026 90 15 to 0.05 0.8/3.5±3.3 to ±6 I SOIC-8, SOT23-5AY900 MHz high-output current voltage feedback 1.63.1
Partnumber
LMH6732
LMH6639
LMH6644
LMH6626
LMH6672
LMH6560
LMH6642
LMH6720
LMH6714
LMH6657LMH6658
LMH6715
LMH6722
LMH6643
LMH6645
LMH6682
LMH6624
LMH6683
LMH6628
LMH6622
LMH6646
Buffers
LMH6678
LMH6723
LMH6647
LMH6725
LMH6654
LMH6559
LMH6724
LMH6702
LMH6609
LMH6718
LM6171LM6172
LM6181
LM7121LM7171LM7372
LMH6655
Bold items in tables denote target specs
June 2004LMH6572 Triple 380 1 -80/-85 @ 5 MHz
Partnumber
Packagetype
SSBWMHz
AvV/V1
2nd/3rd HD intoRL = 100 Ω
Slew rateV/µs
1500 8 0.04/0.02
ICCmA/ch
NTSC diff.G/P %/deg.
IOUT
mA (typ.)Settling time
(2V step) ns to %VOS
typ./temp. mVSpec. supply
range (V)2Temp.range Package
Blankeval. board
SPICEmodelKey features
80
Releasedate
Current noise inn(pA/ Hz)
15 1±3.3 to ±6 I SSOP-16YTriple 2:1 buffered video mux
Voltage noise (nV/ Hz)
May 2004LMH6739 Triple 750 1 -80/-90 @ 5 MHz3300 11.5 0.02/0.01 90 0.58 to 12 I SSOP-16MYTriple programmable gain buffer (-1, +1, +2)
LMH6572
1.8
Partnumber
May 2004LMH6704 Single 800 1 -80/-85 @ 10 MHz3300 11.5 0.02/0.01 1008 to 12 I SOT23-6, SOIC-8YProgrammable gain buffer (-1, +1, +2), shutdown 1.8LMH6739LMH6704
LMH6738 Triple 750 1 -80/-90 at 5 MHz3300 11.5 0.02/0.01 90 13.4 to 0.01 0.5/4.58 to 12 I SSOP-16MY800 MHz, shutdown, 90 mA high-output current 42.4LMH6738
Current feedback Current feedback
New
New
New
* Mil/space qualified
Voltage feedbackVoltage feedback
Current feedback Current feedback
Coming soon
New
New
New
New
New
New
High-speed amplifier products
Released productsPartnumber
Packagetype
SSBWMHz
AvV/V1
2nd/3rd HD intoRL = 100 Ω
Slew rateV/µs
ICCmA/ch
NTSC diff.G/P %/deg.
IOUT
mA (typ.)Settling time
(2V step) ns to %VOS
typ./temp. mVSpec. supply
range (V)2Temp.range Package
Blankeval. board
SPICEmodelKey features
LMH6732 Single
LMH6639 Single 228 1 -71 at 5 MHz200 4.18 0.11/0.053 112 33 to 0.1 1/73 to ±6 I SOIC-8, SOT23-6AY220 MHz rail-to-rail output with disable 1.1416
LMH6644 Quad 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75 68 to 0.1 1/73 to 12.8 I SOIC-14, TSSOP-14CY130 MHz, 75 mA rail-to-rail output 0.917
540
LMH6626 Dual 1.3 GHz/85 1/20 -63/-80 at 10 MHz320 12 - 80 18 to 0.1 0.1/0.7±2.5 to ±6 E SOIC-8, MSOP-8B
2
LMH6672 Dual 130 2 -92/-95 at 1 MHz170 6.2 - 200 - 0.2/4±2.5, 5 to ±6
YUltra-low noise, wideband 1.81.0
-60/-64 at 20 MHz
LMH6560 Quad 680 1 -58/-52 at 20 MHz3100 11.5 0.1/0.03 74 9 to 0.1 2/253 to ±5 I SOIC-14, TSSOP-14EYHigh-speed, closed loop buffer 0.93
2700
I LLP-8, SOIC-8, PSOP-8B, HY12V, low distortion, line driver 1.74.5
9
LMH6642 Single 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75
0.02/0.01 115
LMH6720* Single 400 2 -58/-70 at 20 MHz1800 5.6 0.02/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-8, SOT23-6AYWideband video, disable
18 to 0.04
LMH6714* Single 400 2 -58/-70 at 20 MHz1800 5.6 0.01/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-8, SOT23-5AYWideband video
3/9.9±4.5 to ±6
LMH6657 Single 270 1 -70/-57 at 5 MHz700 6.5 0.03/0.1 110 35 to 0.1 1/73 to 12 I SC70-5, SOT23-5AY270 MHz single supply, CMIR < 0V 2.111
I
LMH6658
SOIC-8, SOT23-6
LMH6715* Dual 400 2 -60/-75 at 20 MHz1300 5.8 0.02/0.02 70 12 to 0.05 2/8±5 to ±6 I SOIC-8BYWideband video
Dual 270 1 -70/-57 at 5 MHz700 6.5 0.03/0.1 110 35 to 0.1 1/73 to 12 I SOIC-8, MSOP-8BY270 MHz single supply, CMIR < 0V 2.1
A
LMH6722* Quad 400 2 -58/-70 at 20 MHz1800 5.6 0.01/0.01 70 12 to 0.05 0.2/8±5 to ±6 I SOIC-14CYWideband video
68 to 0.1 1/73 to 12.8 I SOIC-8, SOT23-5AY130 MHz, 75 mA rail-to-rail output
Y
LMH6643 Dual 130 1 -62 at 5 MHz135 2.7 0.15/0.04 75 68 to 0.1 1/73 to 12.8 I SOIC-8, MSOP-8BY130 MHz, 75 mA rail-to-rail output
Adjustable supply current
LMH6645 Single 55 1 -22 0.73 - 20
11
LMH6682 Dual 190 2 -66/-54 at 5 MHz940 6.5 0.01/0.08 85 42 to 0.1 1/73 to 12 I SOIC-8, MSOP-8BY190 MHz, CMIR < 0V, low diff. gain/phase
1.8
LMH6624* Single 1.5 GHz/95 1/20 -63/-80 at 10 MHz350 12 - 100 18 to 0.1 0.1/0.7±2.5 to ±6 E SOT23-5, SOIC-8AYUltra-low noise, wideband
312LMH6683 Triple 190 2 -66/-54 at 5 MHz940 6.5 0.01/0.08 85 42 to 0.1 1/73 to 12 I SOIC-14, TSSOP-14
2.5
LMH6628* Dual 300 1 -65/-74 at 10 MHz550 9 - 85 12 to 0.1 0.5/2±2.5 to ±6 I SOIC-8BYWide bandwidth, very low noise
CY190 MHz, CMIR < 0V, low diff. gain/phase 312
- 1/42.5 to 12 I SOIC-8, SOT23-5AYRail-to-rail input/output, low powerLMH6646 Dual 55 1 -22 0.73 - 20
Buffers
LMH6723 Single 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-8, SOT23-5AY370 MHz, 1 mA high-output current
- 1/42.5 to 12 I SOIC-8, MSOP-8BYRail-to-rail input/output, low powerLMH6647 Single 55 1 -22 0.73 - 20 - 1/42.5 to 12 I SOIC-8, SOT23-6AYRail-to-rail input/output, low power, 10 µA shutdownLMH6654 Single 250 1 -80/-85 at 5 MHz200 4.5 0.01/0.025 80
LMH6724 Dual 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-8BY370 MHz, 1 mA high-output current
LMH6718 Dual 130 2 -84/-84 at 1 MHz600 2.6 0.04/0.03 200 17 to 0.05 0.2/15±2.5, ±5 to 6 I SOIC-8BYProgrammable gain buffer, AV = -1, +1 or +2
LM6171 Single 160 1 -72/-70 at 1 MHz3600 4 0.03/0.5 100 48 to 0.1 3/8±5 to ±15 I SOIC-8-Y30V, high slew rateLM6172* Dual 160 1 -72/-70 at 1 MHz3000 2.3 0.28/0.6 90 65 to 0.1 0.4/4±5 to ±15 I, M SOIC-8-Y30V, high slew rate
LM6181 Single 100 2 -50 at 10 MHz1400 7.5 0.05/0.04 100 50 to 0.1 2/4±5 to ±15 I SOIC-8-Y30V, general purpose
LM7121 Single 235 1 -1300 5.3 0.3/0.65 40 74 to 0.1 0.9/15+5 to ±15 C SOIC-8, SOT23-5-Y30V, general purpose, SOT-23LM7171* Single 220 2 -75/-55 at 5 MHz4100 6.5 0.01/0.02 100 42 to 0.1 0.2/4±5.5 to ±15 I, M SOIC-8-Y30V, very high slew rate, AV = +2 (min.)
Current noise inn(pA/ Hz)
Voltage noise(nV/ Hz)
25 to 0.1 1/4±2.5 to ±6 I SOT23-5, SOIC-8AYLow noise, 250 MHz, low power
LM7372 Dual
1.23.4
1.23.41.43.4
1.23.4
220 2 -80/-91 at 1 MHz3000 6.5
2.30.92
22
0.01/0.02 150 50 to 0.1
64.3
2.2/8±5, ±15 I LLP-8, SOIC-16, PSOP-8HN
64.3
98
112112
34
1.9171.514
30V, low distortion, line driver
0.9170.917
0.75170.75170.75171.74.5
1.514
LMH6655 Dual 250 1 -80/-85 at 5 MHz200 4.5 0.01/0.025 80 25 to 0.1 1/4±2.5 to ±6 I MSOP-8, SOIC-8BYLow noise, 250 MHz, low power 1.74.5
Variable gain amplifier products
LMH65043
Device
Single/dual/trip/quad
Signalchannel
BW
Controlchannel
BW
S
Slew rateSR
(V/µS)
Supplycurrent
IS(mA)
Common mode
input rangeCMIR (V)
Supplyvoltage
VS(V)
Temp.range
Gain adjustrange(dB) Comments
150 MHz
Linear in dB, replacement for CLC520
PackageEval.board
SPICEmodel
150 MHz 1500
LMH65023 S 130 MHz 100 MHz
11
1800 27 ±2.2±5 I70
Linear in V/V, replacement for CLC522
±3.2 Linear in dB, replacement for CLC5523
SOIC-14, TSSOP-14F Y
±5 I
LMH65033 S 135 MHz 100 MHz
80
1800 37 ±2.2±5 I70 SOIC-14, TSSOP-14F Y
SOIC-8, MSOP-8G Y
Mode
CFB = Current feedback
BUF = Closed loop bufferPGB = Programmable gain buffer
VFB = Voltage feedback
Eval. board*
SOIC SOT-23 SOPA CLC730227/CLC730027 CLC730216B CLC730036 CLC730123C CLC730031/CLC730231 CLC730131D CLC730245 CLC730136E CLC730145 CLC730132F CLC730033G CLC730066H CLC730121J CLC730147 CLC730148K CLC730039 CLC730149L CLC730150 CLC730151M LMH730275* Eval. boards accompany sample requests
and cannot be ordered separately.
Footnotes
1 Closed loop gain used tospecify most parameters.
2 Spec. supply range is therange of total supply voltagewhere operation is possiblebut parameters are not necessarily guaranteed.Refer to datasheets for more details.
3 AVMAX = 10
Temperature range code
C = Commercial (0°C to +70°C)
E = Extended(-40°C to +125°C)
I = Industrial (-40°C to +85°C)
M = Military (-55°C to +125°C)
All values are typical atroom temperature, unlessotherwise specified.
LMH6622 Dual 160 2 -90/-94 at 1 MHz85 4.3 0.03/0.03 90 40 to 0.1 0.2±2.25 to ±6 I SOIC-8, MSOP-8BYVery low noise 1.51.6
LMH6678 Dual 50 5.4 -91/-57 at 1 MHz, 31Ω700 Prog. - 580 - -12V, VDD = 3.3V I LLP-24CallYLow power, 2 channel, xDSL line driver --
LMH6725 Quad 260 2 -65/-63 at 5 MHz600 1 0.03/0.11 110 30 to 0.05 1/3.74.5 to 12 I SOIC-14CallY370 MHz, 1 mA high-output current 64.3
LMH6723/24/25 – 370 MHz low-power, current feedback op amps
Features• Large signal bandwidth and slew rate 100% tested• 370 MHz bandwidth (AV = 1, VOUT = 0.5 VPP)• 260 MHz (AV = +2 V/V, VOUT = 0.5 VPP)
-3 dB BW• 1 mA supply current• 110 mA linear output current• 0.03%, 0.11° differential gain, phase• 0.1 dB gain flatness to 100 MHz• Fast slew rate: 600 V/µs• Unity gain stable• Single supply range of 4.5 to 12V• LMH6723 is an improved replacement for CLC450
or CLC452• LMH6724 is an improved replacement for
CLC6502 or CLC5622Applications
• Line drivers• Portable video applications• A/D drivers• Portable DVDs
New products
LMH6559 Single 1.75 GHz 1 -58/-53 at 20 MHz4580 10 0.06/0.02 74 9 to 0.1 3/253 to ±5 I SOIC-8, SOT23-5DYUltra-high slew rate, closed loop buffer 1.62.8
LMH6702* Single 720 2 -63/-70 at 60 MHz3100 12.5 0.024/0.02 80 13.4 to 0.1 1/6±5 to ±6 I SOIC-8, SOT23-5AYUltra-low distortion, wide bandwidth 31.83
LMH6609 Single 900 1 -63/-57 at 20 MHz1400 7 0.01/0.026 90 15 to 0.05 0.8/3.5±3.3 to ±6 I SOIC-8, SOT23-5AY900 MHz high-output current voltage feedback 1.63.1
Partnumber
LMH6732
LMH6639
LMH6644
LMH6626
LMH6672
LMH6560
LMH6642
LMH6720
LMH6714
LMH6657LMH6658
LMH6715
LMH6722
LMH6643
LMH6645
LMH6682
LMH6624
LMH6683
LMH6628
LMH6622
LMH6646
Buffers
LMH6678
LMH6723
LMH6647
LMH6725
LMH6654
LMH6559
LMH6724
LMH6702
LMH6609
LMH6718
LM6171LM6172
LM6181
LM7121LM7171LM7372
LMH6655
Bold items in tables denote target specs
June 2004LMH6572 Triple 380 1 -80/-85 @ 5 MHz
Partnumber
Packagetype
SSBWMHz
AvV/V1
2nd/3rd HD intoRL = 100 Ω
Slew rateV/µs
1500 8 0.04/0.02
ICCmA/ch
NTSC diff.G/P %/deg.
IOUT
mA (typ.)Settling time
(2V step) ns to %VOS
typ./temp. mVSpec. supply
range (V)2Temp.range Package
Blankeval. board
SPICEmodelKey features
80
Releasedate
Current noise inn(pA/ Hz)
15 1±3.3 to ±6 I SSOP-16YTriple 2:1 buffered video mux
Voltage noise (nV/ Hz)
May 2004LMH6739 Triple 750 1 -80/-90 @ 5 MHz3300 11.5 0.02/0.01 90 0.58 to 12 I SSOP-16MYTriple programmable gain buffer (-1, +1, +2)
LMH6572
1.8
Partnumber
May 2004LMH6704 Single 800 1 -80/-85 @ 10 MHz3300 11.5 0.02/0.01 1008 to 12 I SOT23-6, SOIC-8YProgrammable gain buffer (-1, +1, +2), shutdown 1.8LMH6739LMH6704
LMH6738 Triple 750 1 -80/-90 at 5 MHz3300 11.5 0.02/0.01 90 13.4 to 0.01 0.5/4.58 to 12 I SSOP-16MY800 MHz, shutdown, 90 mA high-output current 42.4LMH6738
Current feedback Current feedback
New
New
New
* Mil/space qualified
Voltage feedbackVoltage feedback
Current feedback Current feedback
Coming soon
New
New
New
New
New
New
© National Semiconductor Corporation, March 2004. National Semiconductor, and LLP are registered trademarks andLMH is a trademark of National Semiconductor Corporation. All rights reserved.
570159-010
Features• 900 MHz – 3 dB bandwidth (AV = 1)• 90 mA linear output current• 1400 V/µs slew rate• 0.8 mV input offset voltage• 7 mA supply current (no load)• 6V to 12V supply voltage range• .01/.026 differential gain/phase PAL• 3.1 nV/ Hz voltage noise• Improved replacement for CLC440, CLC420,
and CLC426Applications
• Test equipment• IF/RF amplifier• A/D input driver• Active filter• Integrator• DAC output buffer• Transimpedance amplifier
High-speed amplifier productsSelection guide
N a t i o n a lSemiconductor
The Sight & Sound of Information
LMH6609 – High-speed, voltage feedback op amp
LMH6502/03/04 – Wideband, variable gain amplifiers
LMH6502/03 features • 100 MHz gain control bandwidth • >70 dB gain adjustment range • 1800 V/µs slew rate • Device-to-device gain matching within ±0.7 dB • ±75 mA linear output current • LMH6502/03 are replacements for CLC520/22 • Available in TSSOP-14 and SOIC-14 packages
LMH6504 features • 150 MHz gain control bandwidth • 1500 V/µs slew rate • Device-to-device gain matching within ±0.42 dB • 11 mA supply current • LMH6504 is a replacement for CLC5523 • Available in MSOP-8 and SOIC-8 packages
Applications• Communication systems• Test and instrumentation • Video equipment• Medical equipment
N a t i o n a lSemiconductor
The Sight & Sound of Information
Summer 2004
New products
Our LMH™ op amps are based on the VIP10 processDeveloped in National’s wafer fabrication site in Arlington, Texas, VIP10 is a high-speed, dielectrically-isolated,complimentary bipolar IC process that utilizes deep trench technology on a bonded wafer for complete dielectric isolationand optimal high-speed amplifier performance. Trench technology with bonded wafers helps minimize parasiticcapacitance for optimal power-to-bandwidth performance, lower distortion and decreased die size. VIP10 is the processtechnology that allows National to design the most power-efficient, highest performance, high-speed amplifiers on themarket today.
National Semiconductor provides a comprehensive set of support services. Product information, includingsales literature and technical assistance is available through National's Customer Support Centers.
AmericasEmail: [email protected]: 1-800-272-9959
EuropeFax: +49 (0) 180-530 85 86Email: [email protected]:
Deutsch +49 (0) 69 9508 6208English +44 (0) 870 24 0 2171Français +33 (0) 1 41 91 87 90
Asia PacificEmail: [email protected]
JapanFax: 81-3-5639-7507Email: [email protected]: 81-3-5639-7560
See us on the World Wide Web at: www.national.comAmplifiers homepage link: amplifiers.national.comTo access the CLC to LMH Cross Reference table see: www.national.com/see/CLC2LMH
Ceramic Small Outline Integrated Circuit(SOIC)
Thin Shrink Small Outline Package (TSSOP)
Molded Small Outline Package (SOT-23)
Leadless Leadframe Package(LLP)
© National Semiconductor Corporation, March 2004. National Semiconductor, and LLP are registered trademarks andLMH is a trademark of National Semiconductor Corporation. All rights reserved.
570159-010
Features• 900 MHz – 3 dB bandwidth (AV = 1)• 90 mA linear output current• 1400 V/µs slew rate• 0.8 mV input offset voltage• 7 mA supply current (no load)• 6V to 12V supply voltage range• .01/.026 differential gain/phase PAL• 3.1 nV/ Hz voltage noise• Improved replacement for CLC440, CLC420,
and CLC426Applications
• Test equipment• IF/RF amplifier• A/D input driver• Active filter• Integrator• DAC output buffer• Transimpedance amplifier
High-speed amplifier productsSelection guide
N a t i o n a lSemiconductor
The Sight & Sound of Information
LMH6609 – High-speed, voltage feedback op amp
LMH6502/03/04 – Wideband, variable gain amplifiers
LMH6502/03 features • 100 MHz gain control bandwidth • >70 dB gain adjustment range • 1800 V/µs slew rate • Device-to-device gain matching within ±0.7 dB • ±75 mA linear output current • LMH6502/03 are replacements for CLC520/22 • Available in TSSOP-14 and SOIC-14 packages
LMH6504 features • 150 MHz gain control bandwidth • 1500 V/µs slew rate • Device-to-device gain matching within ±0.42 dB • 11 mA supply current • LMH6504 is a replacement for CLC5523 • Available in MSOP-8 and SOIC-8 packages
Applications• Communication systems• Test and instrumentation • Video equipment• Medical equipment
N a t i o n a lSemiconductor
The Sight & Sound of Information
Summer 2004
New products
Our LMH™ op amps are based on the VIP10 processDeveloped in National’s wafer fabrication site in Arlington, Texas, VIP10 is a high-speed, dielectrically-isolated,complimentary bipolar IC process that utilizes deep trench technology on a bonded wafer for complete dielectric isolationand optimal high-speed amplifier performance. Trench technology with bonded wafers helps minimize parasiticcapacitance for optimal power-to-bandwidth performance, lower distortion and decreased die size. VIP10 is the processtechnology that allows National to design the most power-efficient, highest performance, high-speed amplifiers on themarket today.
National Semiconductor provides a comprehensive set of support services. Product information, includingsales literature and technical assistance is available through National's Customer Support Centers.
AmericasEmail: [email protected]: 1-800-272-9959
EuropeFax: +49 (0) 180-530 85 86Email: [email protected]:
Deutsch +49 (0) 69 9508 6208English +44 (0) 870 24 0 2171Français +33 (0) 1 41 91 87 90
Asia PacificEmail: [email protected]
JapanFax: 81-3-5639-7507Email: [email protected]: 81-3-5639-7560
See us on the World Wide Web at: www.national.comAmplifiers homepage link: amplifiers.national.comTo access the CLC to LMH Cross Reference table see: www.national.com/see/CLC2LMH
Ceramic Small Outline Integrated Circuit(SOIC)
Thin Shrink Small Outline Package (TSSOP)
Molded Small Outline Package (SOT-23)
Leadless Leadframe Package(LLP)