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A Two Kilowatt Amplifier Using the EIMAC 8877 Triode · The two sections of the pi-L network are ... since it is impossible to assume a meter is ... one-watt in size and one-megohm

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Page 1: A Two Kilowatt Amplifier Using the EIMAC 8877 Triode · The two sections of the pi-L network are ... since it is impossible to assume a meter is ... one-watt in size and one-megohm
Page 2: A Two Kilowatt Amplifier Using the EIMAC 8877 Triode · The two sections of the pi-L network are ... since it is impossible to assume a meter is ... one-watt in size and one-megohm
Page 3: A Two Kilowatt Amplifier Using the EIMAC 8877 Triode · The two sections of the pi-L network are ... since it is impossible to assume a meter is ... one-watt in size and one-megohm
Page 4: A Two Kilowatt Amplifier Using the EIMAC 8877 Triode · The two sections of the pi-L network are ... since it is impossible to assume a meter is ... one-watt in size and one-megohm
Page 5: A Two Kilowatt Amplifier Using the EIMAC 8877 Triode · The two sections of the pi-L network are ... since it is impossible to assume a meter is ... one-watt in size and one-megohm
Page 6: A Two Kilowatt Amplifier Using the EIMAC 8877 Triode · The two sections of the pi-L network are ... since it is impossible to assume a meter is ... one-watt in size and one-megohm