LT1793IS8#TRPBF

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The LT1793IS8#TRPBF is a high-performance, low-power amplifier integrated circuit (IC) designed to provide a wide range of linear amplifications, instrumentation operations, operational amplifications (OpAmps), and buffer amplifications.

Description

The LT1793IS8#TRPBF incorporates a wide range of features that make it ideal for high-performance, low-power applications. It offers low-noise, unity-gain-stable amplifications with 160MHz bandwidth and 0.1 dB gain flatness. It also utilizes a low-noise feedback and input circuitry to provide a high-performance gain response. Additionally, the LT1793IS8#TRPBF IC has a two-stage high-speed Video, Audio and Instrumentation input/output amplifier circuit with glitch-free mute. It offers zero-crossing-detection, pop-protected shutdown and soft-start circuitry.

Features

• Low-noise, high-performance, low-power amplifier
• Unity-gain stability
• Soft-start and glitch-free mute
• High-speed Video, Audio and Instrumentation input/output circuit
• 160MHz bandwidth and 0.1 dB gain flatness
• High input-output isolation performance

Applications

• Telecommunications
• Computer Peripherals
• Medical Imaging
• Instrumentation Amplifiers
• High-speed OP-Amps
• Buffer Amplifiers

Working Principle

The LT1793IS8#TRPBF is a two-stage high-speed amplifier with a unity-gain stability. The first stage amplifies the input signal while reducing the noise by using a low-noise feedback and input circuit. The second stage amplifies the signal with a low-power design to reduce the output memory. The low-power design is used to minimize the power consumption of the device. Additionally, it implements a zero-crossing-detection circuitry to reduce the distortion of the output signal.

The LT1793IS8#TRPBF has a high-speed Video, Audio and Instrumentation input/output amplifier circuit with glitch-free mute. This allows the device to control the high-frequency signals and reduce the noise while switching operations. The input/output circuit includes a pop-protected shutdown circuit and a soft-start circuitry. The soft-start circuitry limits the current inrush when turning the device on.

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