PA78DK

The PA78DK is a medium-power amplifier integrated circuit ideal for use in instrumentation and buffer amp applications. The IC operates from a wide supply range of 2.5V up to 15V and can deliver up to 500mA of output current. It features low distortion and allows for gains of up to 20dB. It is well suited for use in driving an op amp or a high power speaker.

The PA78DK is a single ended operational amplifier with an internal gain of up to 20dB. It is a current driven device with a differential input and output stage. The device has a high common-mode range of up to 165V and low input offset voltage of up to 250uV. It features an open-collector output and is capable of driving speakers with a power rating up to 10W.

The PA78DK has a wide range of uses in both low and high power applications. It is well suited for use in driving op amps, buffers, and other high power audio amplifiers. It can be used in instrumentation applications such as filters, voltage followers and gain blocks. It is also suitable for use in analog-to-digital and digital-to-analog converters. Its low distortion, high common-mode range and low input offset voltage make it ideal for use in applications requiring precise performance.

The PA78DK can operate from 2.5V to 15V power supplies and can provide up to 500mA of output current. Its open-collector output can be connected directly to a speaker or other type of loading device. It features low distortion, low power consumption and a wide gain range. It can be used to drive loads such as op amps, audio amplifiers and buffers with precision and accuracy.

The PA78DK is a versatile device that can be used in many different applications, including instrumentation, buffers and audio amplifiers. It offers high performance and precise performance, while providing a high common-mode range and low power consumption. Its open-collector output allows for easy connection to a wide range of loads, and its wide supply range and high output current makes it an ideal choice for driving op amps and other precision load devices.