NLAS7213MUTAG

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The NLAS7213MUTAG is a special purpose analog switch designed for use in applications that require high performance, reliability, and performance. This switch is designed for use in applications involving signal isolation, sample and hold, and impedance matching. The device features an input signal path impedance of 50 ohms, low noise and power consumption, and excellent signal isolation.

The switching element is a single pole double throw (SPDT) analog switch that can be used to connect a signal to either one of two input channels or to ground. The output is a grounded high impedance reference terminal. The device is designed to be used with either SMA or SMB connectors, allowing for ease of connection and integration.

The NLAS7213MUTAG is designed for use in a range of applications. It is ideal for signal switching, signal conditioning, sample and hold, filter switching, and impedance matching. It can be used to switch between a single output or multiple inputs and outputs, allowing for flexible signal routing. It can also be used to switch signals from one branch of a circuit to another, allowing for a low-noise, low-power signal conversion.

In terms of performance, the NLAS7213MUTAG is capable of providing a high-speed, highly-saturated, low-noise switching action. The response time is around 30 ns, and the switching speed is around 75 MHz. The low noise performance of the switch is achieved through the use of an internal biasing network and a low-noise amplifier. The low power consumption of the device makes it ideal for portable applications.

The NLAS7213MUTAG is an excellent choice for applications requiring high reliability, low power, and high-speed performance. The device provides excellent signal isolation, low power consumption, and excellent noise performance. The switch is designed for use in a range of applications, including signal switching, signal conditioning, sample and hold, filter switching, and impedance matching. It can switch between a single output or multiple inputs and outputs, allowing for flexible signal routing and low power conversion.

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