TS507CDT

The TS507CDT features an output stage with a high common-mode rejection and a wide output voltage range (Vdif). This makes it suitable for a variety of applications, including linear-amplifiers, instrumentation, OP-amps, buffer amplifiers, high-speed data converters, and low-frequency switching circuits. Additionally, this OP-AMP also supports low output voltage noise and reduced downstreak noise. It provides excellent performance at low voltages and low frequency and can be used in applications from 1.2V to 13V supply voltage. The TS507CDT is highly reliable, cost-effective and suitable for a wide range of applications.

The TS507CDT’s main purpose is to amplify signals and convert them into precise, small current or voltage signals. It is capable of amplifying signals up to 1MHz in frequency with a high common-mode rejection rate. This makes it suitable for use in applications like low frequency switching circuits, high speed data converters, linear amplifiers and buffered amplifiers.

The working principle of the TS507CDT is based on the inputs and outputs of two differential amplifiers AV and AVM. The two input pins, named IN+ and IN-, are connected to the two differential amplifiers, with the output of the first amplifier connected to the input of the second one. The output of the second amplifier is then connected to the output pin of the device, called OUT+. The common mode voltage, VCM, is used to shift the amplifier’s output to provide an accurate output level.

The TS507CDT is an ideal OP-AMP for a variety of applications, including linear amplifiers, instrumentation, OP-AMPs, buffers, and high-speed data converters. It can provide precision current or voltage signals to feed a wide dynamic range A/D converter. It is capable of amplifying signals up to 1MHz in frequency with a high common-mode rejection rate and provides excellent performance at low voltages and low frequency.