SN74CBTS3306PWE4

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The SN74CBTS3306PWE4 is an ultra-low capacitance and low on-state resistance bidirectional bus switch designed for and optimized for data-dependent communication applications in high-speed signal processing systems. It is a signal switching device that uses logic and signal switching technology to perform signal switching, multiplexing, and decoding efficiently. The SN74CBTS3306PWE4 is especially suitable for system designs with tight signal control times. This device provides signal control and low on-state resistance of just 6 ohms with a propagation delay of only 6 ns.

The SN74CBTS3306PWE4 is operated through logic control signals. These signals determine what type of signal switching operation will take place: switching between two signal paths, multiplexing up to three different signals onto one signal line, or utilizing the chip as an embedded decoder. When the logic control signal is low the switch is disabled, when the logic control signal is high the switch enables the signal flow. This control signal is taken from a controller such as a microcontroller or other I/O circuit.

The SN74CBTS3306PWE4 features both a high speed signal path and an isolation barrier that isolates the input signals from each other. The signal path consists of two non-blocking gate circuits that direct high logic signals and low logic signals to separate high and low power buffers. The isolation barrier consists of several MOSFET transistors, which isolate the signal paths from each other. To ensure reliable operation the device also has several built-in protections such as ESD protection, over-current protection, and smart power management.

The SN74CBTS3306PWE4 is ideal for applications requiring high-speed signal switching, multiplexing and decoding. It is a robust and reliable device with a wide range of built-in protections and low on-state resistance. It is suitable for a variety of systems, wireless and wired alike, and provides signal control and ultra-low capacitance. Thanks to its low-cost and efficient operation it is an ideal choice for high-speed signal switching and multiplexing applications.

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