PI5A4626TEX

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PI5A4626TEX is an analog switch designed for use in communications, instrumentation or medical device applications. It features low signal distortion, high isolation and wide frequency range, ideal for signal switching in applications such as signal distribution, sample and hold circuits, instrumentation signal routing and signal source selection.

The device incorporates two ultra-low-power low-voltage CMOS switches provided in single 8-lead packages. Each switch can be used to multiplex and demultiplex a signal or to select one or multiple signals from any number of input sources. It features a high impedance off-state and low resistive on-state with an estimated on-resistance of less than 5.6Ω. The on-state resistance ensures low signal distortion when multiplexing large signals, while the impedance off-state ensures low power consumption when idle and allows the device to switch between two large signals with minimal crosstalk and attenuation.

The device operates with a single 0.9V to 3.3V supply with a maximum on-state current of 300mA, offering wide signal compatibility with single-supply circuits. On-state/off-state switching is done using the single control input, allowing for manual control or digital control via a 3 to 5V logic level control line.

In applications requiring a wide bandwidth the device can control signals from DC up to the gigahertz range, adding versatility and flexibility. The high isolation prevents unintentional loading from other signals and ensures proper isolation of signals from each other. The device features a low gate-source voltage of 0.5V, enabling fast on-state/off-state switching. Up to three channels may be used for multiplexing, offering higher levels of signal routing flexibility.

Overall, PI5A4626TEX is a versatile analog switch suitable for applications requiring low signal distortion, high isolation and wide frequency range up to the GHz range. It provides a wide range of signal control options and is suitable for both manual and digital control, making it a great choice for signal routing and source selection in communications, instrumentation and medical device applications.

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