Silicon Diode, Dual, Common Anode, High Speed

Description: The NTE596 consists of two silicon diodes in an SOT–23 type surface mount package. The anodes are common and the device is intended for high–speed switching applications in thick and thin–film circuits.

Silicon Diode, Dual, Common Anode, High Speed

Silicon Power Rectifier Diode, 25 Amp

Features: ● 25 Amp @ TC = +100°C ● 300 Amp Surge Capability ● Rugged Construction ● Available in Standard (NTE5962, NTE5966) and Reverse (NTE5963, NTE5967) Polarity

Silicon Power Rectifier Diode, 25 Amp

Features: ● 25 Amp @ TC = +100°C ● 300 Amp Surge Capability ● Rugged Construction ● Available in Standard (NTE5962, NTE5966) and Reverse (NTE5963, NTE5967) Polarity

Silicon Power Rectifier Diode, 25 Amp

Features: ● 25 Amp @ TC = +100°C ● 300 Amp Surge Capability ● Rugged Construction ● Available in Standard (NTE5962, NTE5966) and Reverse (NTE5963, NTE5967) Polarity

Silicon Power Rectifier Diode, 25 Amp

Features: ● 25 Amp @ TC = +100°C ● 300 Amp Surge Capability ● Rugged Construction ● Available in Standard (NTE5962, NTE5966) and Reverse (NTE5963, NTE5967) Polarity

Rectifiers

Rectifiers

PNP SILICON PLANAR HIGH VOLTAGE TRANSISTOR

SOT89 PNP SILICON PLANAR HIGH VOLTAGE TRANSISTOR PARTMARKING DETAIL - P96

UHF LINEAR POWER TRANSISTOR

The RF Line UHF Linear Power Transistor . . . designed for very high output 1.5 V MATV amplifiers up to 860 MHz and 500 mW Band V TV transposer stages. Gold metallization and diffused emitter ballast resistors are used to enhanced reliability, ruggedness and linearity. • Band IV and V (470–860

UHF LINEAR POWER TRANSISTOR

The RF Line UHF Linear Power Transistor . . . designed for very high output 1.5 V MATV amplifiers up to 860 MHz and 500 mW Band V TV transposer stages. Gold metallization and diffused emitter ballast resistors are used to enhanced reliability, ruggedness and linearity. • Band IV and V (470–860

CAPACITOR MICROPHONE APPLICATIONS

CAPACITOR MICROPHONE APPLICATIONS FEATURES * Especially Suited for use in Audio, Telephone Capacitor Microphones * Excellent Voltage characteristic * Excellent Transient Characteristic