NPN SILICON RF POWER TRANSISTOR

DESCRIPTION: The ASI SD1460 is Designed for Class C, FM Broadcast Applications up to 108 MHz. FEATURES: • Class C Operation • PG = 9.0 dB at 150 W/108 MHz • Omnigold™ Metalization System

VHF Power Transistor

The SD1460 is a 28V VHF Transistor designed primarily to be used in FM broadcast applications in class A,B or C modes of operation. The device utilizes gold top and back metal, and incorporates emitter resistors for improved ruggedness. - 108MHz - 150 Watt Pout - 28V Supply - lOdB Gain - Gold

RF & MICROWAVE TRANSISTORS FM BROADCAST APPLICATIONS

DESCRIPTION The SD1460 is a 28 V gold metallized epitaxial silicon NPN planar transistor designed for VHF FM broadcast transmitters. This device utilizes diffused emitter resistors to achieve infinite VSWR at rated operating conditions. FEATURES SUMMARY ■ 108 MHz ■ 28 VOLTS ■ EFFICIENCY 75 ■

Trans GP BJT NPN 25V 16A 4-Pin(4+Tab) Case M-174

VARIABLE CAPACITANCE DIODE

DESCRIPTION The KV1460 variable capacitance diode was specially developed for use as FM tuning elements in car radios, radio cassettes, and other consumer radios. The KV1460 uses a special process to provide a very high capacitance ratio in low voltage operation. The KV1460 is available in the

VARIABLE CAPACITANCE DIODE

DESCRIPTION The KV1460 variable capacitance diode was specially developed for use as FM tuning elements in car radios, radio cassettes, and other consumer radios. The KV1460 uses a special process to provide a very high capacitance ratio in low voltage operation. The KV1460 is available in the

Low-Power, 16-Bit Smart ADC

General Description The MAX1460 implements a revolutionary concept in signal conditioning, where the output of its 16-bit analog- to-digital converter (ADC) is digitally corrected over the specified temperature range. This feature can be readily exploited by industrial and medical market segments

Low-Power, 16-Bit Smart ADC

General Description The MAX1460 implements a revolutionary concept in signal conditioning, where the output of its 16-bit analog- to-digital converter (ADC) is digitally corrected over the specified temperature range. This feature can be readily exploited by industrial and medical market segments

CMOS 4-bit 1-chip MICROCOMPUTER

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