Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps

The TSV992IDT is a low voltage, high voltage output operational amplifier with an open loop bandwidth of 100 MHz, making it ideal for use in instrumentation and control systems. It features an input range of 3.3V to 20V and an output range of 4V to 42V, with a maximum output current of 4A. The device also offers low input offset voltage, low bias current and low power consumption. It is protected against short circuits and reverse polarity input.

The TSV992IDT is designed for a wide range of applications including:

• Instrumentation Amplifiers
• Power Electronics
• Precision Analog Signal Processing
• Power Supply Control
• Sensor Detection
• Data Acquisition Systems

The TSV992IDT operates as a voltage follower. The input is connected to its non-inverting (+) input and its output is connected to the load. When the load current increases, the output voltage increases until the current reaches its maximum output value. This allows the device to provide a constant voltage to the load.

The TSV992IDT has the ability to respond quickly to changes in input signals. It has a fast settling time of less than 1 µs and a high slew rate of 250 V/µs. It also features a wide gain bandwidth product of 5MHz and a low bias current of 5 nA. This makes it suitable for a wide range of applications that require fast response times.

The TSV992IDT is designed to provide precise and efficient instrumentation. It is a low voltage, high voltage output operational amplifier with a high slew rate, fast settling time and low bias current. The device can be used for a wide range of precision analog signal processing applications including power electronics, sensor detection, data acquisition systems and power supply control.

The TSV992IDT is a useful amplifier for a wide range of instrumentation and control applications. Its wide gain bandwidth and low bias current make it suitable for precise analog signal processing and high speed applications. Its open loop bandwidth of 100MHz ensures the device can handle complex signals with accuracy and low power consumption.