AD7506JNZ

AD7506JNZ is an 8-channel analog multiplexer/demultiplexer manufactured by Analog Devices, Inc. (ADI). It’s a member of the AD750x family of multiplexer/demultiplexer products. This analog switch is designed to provide high resistance and low on-state switch capacitance over a very wide dynamic range. The device is available in a tiny 8-pin SOIC package. It can switch up to 6 channels on the input side and up to 8 channels on the output side.

Application Field

AD7506JNZ is suitable for a wide range of applications including signal routing, communication equipment and portable devices, etc. It can be used for tasks such as input multiplexing, where a single input is routed from one of several sources, and output multiplexing, where multiple outputs are routed to one of several destinations. It is especially useful in low-power applications as it consumes low power and has a low propagation delay.

Working Principle

The device consists of two N-channel FET switches and an N-channel logic driver. The FETs are normally OFF when no control signals are applied. The logic driver senses the control voltage inputs and switches the FETs ON when the correct voltage level is applied. The device is designed so that the on-state resistance is low and the on-state switch capacitance is low.When a control voltage is applied to the Select pins, the corresponding FET is switched on and a signal path is created from the Input pins to the Output pins. When the control voltage is removed, the FET is switched off and the signal path is disconnected. The AD7506JNZ is typically used in systems where either the input signal is multiplexed to several outputs, or where several inputs are multiplexed to a single output.

Conclusion

AD7506JNZ is an 8-channel analog multiplexer/demultiplexer manufactured by Analog Devices, Inc. It provides high resistance and low on-state switch capacitance over a wide dynamic range. The device is suitable for a wide range of applications including signal routing, communication equipment and portable devices, etc. It is especially useful in low-power applications as it consumes low power and has a low propagation delay.

The specific data is subject to PDF, and the above content is for reference