TSV635AIPT

The TSV635AIPT is a low-noise, high-performance amplifier, designed for use in instrumentation, operational amplifiers, buffered amplifiers and other linear amplification applications. In these applications, its vast range of features and specifications make it an ideal choice for a variety of applications.

The TSV635AIPT is a fully differential amplifier with an input signal range of ± 5 V, an output current range up to 100mA, an output voltage range from –1.8V to +3.3V, and a unity gain frequency perspective up to 50 MHz. This amplifier has a 3-stage gain structure which consists of a differential input stage, a voltage-output amplifier stage and a transconductance output stage.

The TSV635AIPT is designed to provide precision signal conditioning and maximize line unity gain stability in instrumentation, operational amplifiers and buffered amplifier applications. It features a low-offset voltage of 10μV, low-noise output of 2nV/√Hz and drift-free voltage noise of 90nV/√Hz. Additionally, it has a high-CMRR of 90dB, a wide output step-voltage of 5V and a wide power bandwidth of 40MHz.

The TSV635AIPT is an ideal amplifier solution for low-power, high-performance and reliable linear application solutions. It operates on a wide voltage range of 2.5V to 12V, making it compatible with multiple systems. It has a low power consumption of 3mW and offers a consistent and repeatable performance over a wide temperature range of -40°C to 85°C. Its package size is also minimal, measuring only 3mm x 3mm.

The TSV635AIPT is designed to provide precision signal conditioning with maximum line unity gain stability in instrumentation, operational amplifiers and buffered amplifiers applications. Its features and specifications make it an ideal choice for a variety of linear amplification applications. The amplifier offers excellent performance, low power consumption and controllable noise figure. It also has a wide operating range, low input offset voltage and an excellent CMRR to ensure performance accuracy and stability.