TSV912IYD

Linear Amplifiers

Linear amplifiers are components used to alter or increase the level of a signal. They can be used to detect signals, notably voltage, current and frequency levels, or to drive outputs to other components or systems.

Instrumentation Amplifiers

Instrumentation amplifiers are linear amplifiers specifically designed to provide an extremely precise level of amplification and control. An instrumentation amplifier is composed of three basic components: a differential amplifier, a gain control, and a bias current source.

OP Amps

An operational amplifier (or op amp) is a DC-coupled, high-gain, differential amplifier. It contains one or more inputs and one output. The most common type of op amp has two differential inputs, called inverting and non-inverting, and one output. An op amp amplifies the difference between the input signals and outputs the result.

Buffer Amps

Buffer amplifiers (or buffers) are an example of linear amplifiers often used for signal conditioning. Buffers are designed to isolate a device from external interferences, such as electrostatic discharge (ESD). Buffers can also be used to isolate source signals from load effects, such as capacitance in transmission lines.

TSV912IYD application field and working principle

The TSV912IYD is a low-power, low-voltage, instrumentation amplifier. It is designed to provide accurate and consistent signal measurement in a wide range of applications, including industrial temperature measurement, pressure Control, and acoustics testing.

The TSV912IYD is composed of two main components: a differential amplifier pair and a gain control amplifier. The differential amplifier sections provide the basic amplification of the signal and the gain control amplifier provides the necessary additional gain and adjustability to enable accurate results.

The TSV912IYD is optimized for supply voltage range from 4V to 28V, and can provide gains up to 200,000. It has a wide common-mode input range (0V to 28V), and a minimum CMRR (Common-mode rejection ratio) of 120 dB.The device also features dynamic offset voltage compensation, resulting in a low 1mV zero-offset voltage.

The TSV912IYD is designed to minimize power consumption and extend battery life for applications where low power is a major concern. The device is also designed for smart temperature protection, providing fast recovery to normal operation when operating temperatures exceed the pre-set limits.