NLAS4717MR2

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The NLAS4717MR2 analog switch is a high frequency, low voltage logic signal ground referenced switch, which offers high bandwidth with low signal distortion. It provides high isolation between inputs and outputs with its unique low voltage signal formulation. It is an ideal switch for applications that require low noise and low signal distortion. The switching signal is generated by a low voltage logic (LTL) signal and is selected automatically by the NLAS4717MR2 analog switch. The LTL signal is typically supplied by an external power source.

The NLAS4717MR2 analog switch is designed to switch signals with a wide variety of logic levels, including TTL and CMOS signals, between two ground-referenced lines. It utilizes a unique low voltage signal formulation which provides high isolation between the selecting input, the outputs, and the ground referenced line.

The NLAS4717MR2 provides excellent reliable and repeatable performance for levels up to 4.5 volts. It has a 50pF other capacitive loading with a 0.5 ohm on and off resistance and a maximum power dissipation of 0.5 watts. The NLAS4717MR2 also provides excellent temperature stability and is available in various temperature grades and configurations.

The NLAS4717MR2 is suitable for a wide range of applications including switching signals between two ground-referenced lines, buffering single-ended inputs and differential inputs, sensor switch applications, and low voltage switching applications. The device is also well-suited for audio, video, and mobile applications.

The NLAS4717MR2 works on the principle of voltage difference. When the voltage at the selecting input goes high, the device switches the two corresponding ground-referenced lines. When the voltage at the selecting input goes low, the lines are disconnected. This is the most basic working principle of the device.

The NLAS4717MR2 is an ideal choice for applications requiring high bandwidth and low distortion. It is an excellent choice for switching digital and analog signals in mobile, video, and audio applications, buffering single ended inputs, and providing isolation in sensor switch applications. It is an ideal device for high frequency and low voltage logic applications where high-isolation and low distortion are required. It is suitable for applications where power consumption must be minimized.

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