N-Channel Enhancement Mode Field Effect Transistor

VOLTAGE 30 Volts CURRENT 4 Ampere FEATURE * Small flat package. (SC-59 ) * High density cell design for extremely low RDS(ON). * Rugged and reliable. * High saturation current capability. APPLICATION * Servo motor control. * Power MOSFET gate drivers. * Other switching applications.

N-Channel Enhancement Mode Field Effect Transistor

Silicon PNP Transistor High Current, High Speed Switch (Compl to NTE2304)

Description: The NTE2314 is a silicon PNP transistor in a TO3P type package. Typical applications include relay drivers, high–speed inverters, converters, and other general high–current switching applications. Features: • Low Collector–Emitter Saturation Voltage • Wide ASO and Resist

4-Channel Input Audio Processor IC?

Description PT2314 is a four-channel input digital audio processor utilizing CMOS Technology. Volume, Bass, Treble and Balance are incorporated into a single chip. Loudness Function and Selectable Input Gain are also provided to build a highly effective electronic audio processor having the highe

4-Channel Input Audio Processor IC?

Description PT2314 is a four-channel input digital audio processor utilizing CMOS Technology. Volume, Bass, Treble and Balance are incorporated into a single chip. Loudness Function and Selectable Input Gain are also provided to build a highly effective electronic audio processor having the highe

GENERAL PURPOSE LOW NOISE AMPLIFIER

Product Description The RF2314 is a general purpose, low-cost, high performance amplifier designed for operation from a 2.7V to 6V supply with low current consumption. The circuit configuration with resistive feedback allows for broadband cascadable amplification. Feedback with capacitive compens

GENERAL PURPOSE LOW NOISE AMPLIFIER

Product Description The RF2314 is a general purpose, low-cost, high performance amplifier designed for operation from a 2.7V to 6V supply with low current consumption. The circuit configuration with resistive feedback allows for broadband cascadable amplification. Feedback with capacitive compens