TC7652CPD

The TC7652CPD is a high performance dual-input sample and hold amplifier that is capable of storing analog signals over its wide supply voltage range. The device provides low power loss, break-before-make operation, fast settling times and low offset/gain errors. It is widely used in linear applications such as amplifiers, instrumentation, operational amplifiers (OP Amps), buffer amplifiers, and more.

The TC7652CPD can sample, hold, and store two input signals simultaneously, and its differential input signals are digitized with 12-bit resolution for accuracy. The bipolar input of the dual input amplifier can be either unipolar or bipolar, and the output is available as either a 4- to 20-mA current or a 0- to 10-V output. It is also capable of providing high speed settling times of less than 2 m/sec without overshoot.

The TC7652CPD is designed to minimize power consumption with its low power dissipation of less than 10 mW. Its low jitter, low drift and low offset/gain errors ensures highly accurate output settling times and an optimal signal-to-noise ratio. It has an adjustable hold current feature that can increase the sample and hold time by a factor of up to 20-fold.

The TC7652CPD is widely used in linear applications such as amplifiers, instrumentation, OP Amps, buffer amplifiers and more. For example, it can be used in instrumentation applications, such as temperature and pressure measurements, because its low offset errors are ideal for thermocouple measurement systems. In buffer amplifier applications, the TC7652CPD can handle a variety of input impedances, from near zero to high, with minimal headroom requirements and low power consumption. It is also suitable for use in low voltage systems, such as battery-operated circuits, due to its low power consumption.

In summary, the TC7652CPD is a high performance dual-input Sample and Hold amplifier that is capable of storing analog signals over its wide supply voltage range. It is widely used in linear applications such as amplifiers, instrumentation, operational amplifiers (OP Amps), buffer amplifiers, and more. Its low power consumption, low offset/gain errors, and high accuracy make it an ideal choice for applications such as temperature and pressure measurements, buffer amplifiers, and low voltage systems.