TS5USBA224RSWR Integrated Circuits (ICs)

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The TS5USBA224RSWR is a special purpose analog switch specifically designed for applications that require a low charge injection, wide bandwidth, and a very low on resistance with moldedpackage reliability. Its working principle is based on using a single P-channel MOSFET to provide low resistance switching between two analog signals and a single bidirectional channel between two digital signals. This makes it perfect for a wide range of analog signal switching applications in communications, automotive, industrial and medical systems.

The TS5USBA224RSWR is available in a small form factor and is able to operate in a wide range of temperatures, from -40 to +85 C. It uses two high-impedance N-channel thick oxide MOSFETs and a single P-channel MOSFET to improve switching performance and reduce power consumption. The on-resistance is managed via a special low capacitance MOSFET technology design, with the output voltage range from 0.0 to I/O voltage.

The TS5USBA224RSWR is also equipped with an integrated programmable slew-rate control circuit, which can increase the switching speed up to 1MHz. This feature allows it to accurately control the switch\'s behavior over time and reduce power consumption. Additionally, the device has a ±1.5 kV ESD rating and is compatible with the SN5USSR series P-Channel MOSFETs.

The TS5USBA224RSWR is ideal for a wide range of analog signal switching applications due to its low charge injection, wide bandwidth, low on resistance and robustness. The typical applications include communications, automotive, industrial and medical systems, such as 4G and 5G LTE base stations, X-ray detectors, automotive infotainment systems, and HD video displays. The low on resistance and high-impedance design makes it suitable for current-sensing applications as well.

In summary, the TS5USBA224RSWR is an ideal choice for any application requiring low charge injection, wide bandwidth, and very low on resistance with a strong reliability. The high-impedance design and integrated programmable slew-rate control circuit make it perfect for a variety of analog signal switching applications in communications, automotive, industrial and medical systems.

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