ISL54401IRZ-T

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ISL54401IRZ-T is a special-purpose analog switch from Intersil Corporation. It is designed specifically to improve the signal integrity at high speeds while spreading the switching signals exceptionally well. This analog switch is commonly used in connecting and disconnecting video and audio signals, such as routing video signals in the switching of video amplifiers, switching receivers and transmitters, routing audio signals in audio signal conditioning, etc.

ISL54401IRZ-T is capable of switching higher frequencies up to 16GHz. The switch has a low on resistance of 0.75Ω and a high signal integrity with very good isolation (35dB of isolation at 10GHz). These features allow the signal to be passed through with minimal distortion that supports high-definition audio and video. It also has a low power on state power dissipation that helps to reduce the power consumption.

ISL54401IRZ-T operates in the single supply voltage of 3.3V in a wide temperature range of -30℃ to 85℃. The size of the package is only 4mm x 4mm and it is designed to reduce the noise effect caused by ground loops. With its small size, low power consumption, and low on resistance, it is very suitable for high performance applications without sacrificing the bandwidth.

The operating principle of the ISL54401IRZ-T is based on the application of an internal PMOS switch driven by the control gate. When a gate voltage is applied on the input section, it allows the gate voltage to be fed across the switch and thereby allow the switch to be turned on and off. The switch can be controlled through a single gate and also has an enable/disable state that can be set through a single pin.

The ISL54401IRZ-T is an ideal choice for applications where high-speed signal switching and control are required. It has low power consumption with high frequency response and excellent signal integrity. The switch is available in a small form factor that is perfect for space-constrained circuits and provides a great solution for communication, audio/video, and high-speed switching applications.

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