LTC1380CS#PBF

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The LTC1380CS#PBF is an analog multiplexer developed by Linear Technology Corporation. It is an 8-channel, 20V, dual 4:1 multiplexer that can be used for a variety of applications, such as analog signal switching, audio/video switching, and I/O expansion. The device is configured as two independent 4:1 multiplexers, each with a choice of two selectable switching options.

The LTC1380CS#PBF is designed to provide flexibility and very low on-state resistance while maintaining devices overall performance characteristics. The operating voltage range is from 10V to 20V and the operating current is from 0 to 30mA. The device has a low crosstalk figure of -45dB at 1MHz and a high isolation figure of 85dB at 1MHz. It features excellent signal handling of typically 6V p-p (5V to 7V p-p into loads greater than 5kΩ) and fast settling time of 0.1μs (at 10V).

The working principle of a multiplexer is to allow multiple signals to be connected to a single data line. The multiplexer switches between each signal by selecting different input channels at various times. In the case of the LTC1380CS#PBF, it has two sets of 4-channel multiplexers, which can be configured to handle 8 different signals. It also has two select options, which allow the user to decide which signal they want to connect.

The LTC1380CS#PBF can be used in a variety of different analog signal switching applications, such as audio/video switching, data acquisition systems, and industrial controllers. It can also be used to expand the I/O capabilities of a device, such as an A/D converter. The low on-state resistance and fast settling time make it ideal for applications that require rapid switching, while the low crosstalk and high isolation ensure high-quality signals.

The LTC1380CS#PBF is an excellent device for a variety of applications and is an ideal solution for a wide range of analog signal switching needs. It offers superior performance characteristics and flexibility, making it the perfect choice for cost-sensitive applications that require reliability and accuracy.

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