THS3201DG4

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The THS3201DG4 is a high-performance wideband instrumentation amplifier, designed for use in a variety of applications. It is designed to provide superior signal conditioning in data acquisition systems and other instrumentation applications where high performance and accuracy are essential.

The THS3201DG4 provides wideband gain and selectable feedback resistors to allow selection of gain, offset and noise rejection. It also features a common-mode rejection ratio of better than 80 dB at 10 GHz, allowing it to effectively handle low-level signals. The dual common-mode feedback amplifier provides high common-mode rejection and low noise over a wide range of frequencies.

When it comes to its working principle, the THS3201DG4 features two gain stages which are selected by a two-pole rotary switch. The input stage works as an instrumentation amplifier, whereas the second stage uses an active impedance converter to provide high current and wideband operation. The active impedance converter provides gain and voltage gain compensation, while the common-mode feedback amplifier provides common-mode noise rejection. The THS3201DG4 also features a built-in temperature compensation circuit which helps prevent gain and offset drift due to temperature variations.

The THS3201DG4 is ideal for use in data acquisition systems, scientific instruments, industrial test and measurement systems, and medical instrumentation. Its excellent common-mode rejection ratio, wideband gain, and low noise make it an excellent choice for applications requiring high-performance signal conditioning. Its adjustable gain, offset and noise rejection make it suitable for a wide range of applications. In addition, the THS3201DG4 is also available in an 8-pin DIP package for easy prototyping.

The THS3201DG4 is a high-performance wideband instrumentation amplifier that is ideal for a variety of applications. Its adjustable gain, offset and noise rejection make it suitable for a wide range of applications. The THS3201DG4 also features a built-in temperature compensation circuit, which helps prevent gain and offset drift due to temperature variations. Additionally, its common-mode rejection ratio of better than 80 dB at 10 GHz allows it to effectively handle low-level signals, making it an excellent choice for data acquisition systems, scientific instruments, industrial test and measurement systems, and medical instrumentation.

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