TS514IN

TS514IN is a high-performance linear amplifier module designed for amplifier systems with low-power instrumentation, such as audio systems, medical telemetry, and automatic test equipment. It features a highly accurate output voltage and a wide operating temperature range that ensures reliable operation in harsh environments.

The TS514IN linear amplifier module is ideal for instrumentation and control systems which require low-noise, low distortion performance. It offers excellent linearity and RV linearity over a wide range of input and output amplitudes with minimal crosstalk and transient errors.

The working principle of TS514IN is based on the concept of negative feedback. The working principle helps to reduce distortion of an amplifier and maintain its accurate output, and also increase the stability of the system.

The input signal amplitude and the resistance value of the feedback network are used to determine the gain of the amplifier. The input is first amplified to the required gain value and then fed back to the input so that the net gain is close to the specified value. This process helps to reduce the distortion and improve the accuracy of the amplifier.

The TS514IN module features an ultralow offset, low nonlinearity, and fast settling time which allows it to be used for applications where stability and precision are required. The module provides wide gain bandwidth, a high slew rate, and a large settable output range. It can also be used for frequency-controlled and linearized operation.

The module features an adjustable output current limit and a programmable soft-clipping circuit that helps to reduce the distortion of the output signal. It also includes a fault indicator which alerts the user when an adverse condition is detected.

The module is protected against over-voltage, over-current, over-temperature, and static electricity. It includes an adjustable output level control as well as adjustable output slew rate. It meets the EMC, CE, and FCC regulations and can be used with both AC and DC power sources.