DG411DVZ

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The DG411DVZ is a high-performing single-pole double-throw analog switch. It is designed for a wide range of applications, including signal routing, analog filters, multiplex data, output switching and video switching. This device is part of the industry-leading family of analog switches from Texas Instruments.

The DG411DVZ is optimized to provide a low on-resistance of 6.7Ω maximum with a minimal signal disortion. This, along with its wide supply voltage range of 2.7V to 16V, makes it ideal for applications with higher signal precision and dynamic range. And due to its low leakage current, the DG411DVZ is capable of providing excellent isolation between adjacent nodes.

The DG411DVZ is designed to work with a wide range of signals, from audio signals to high-speed digital signals. It features a high isolation and low crosstalk performance of -95dB, making it an excellent choice for data communication applications. The device is also designed to minimize signal distortions for higher dynamic range applications.

Designed with a low power consumption of only 0.15mA, the DG411DVZ uses advanced technologies to reduce power consumption, allowing for improved signal precision and dynamic range performance. Additionally, the device comes in a small 8-pin TSOP package, providing a space-saving design while ensuring stable operation in low-temperature environments.

The DG411DVZ contains two main parts: a CMOS and an analog switch. The CMOS portion is responsible for selecting the appropriate input signal to be routed to the output. The analog switch is then used to route the signal to the desired output. The device is capable of handling both single-ended and differential signal styles, ensuring optimal performance with multiple signal configurations.

Given its excellent performance, low power consumption and wide supply voltage range, the DG411DVZ is an ideal choice for applications that require high signal precision and isolation performance. It is a perfect solution for signal routing, analog filters, multiplex data, output switching, and video switching.

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