ADG702LBRMZ

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A ADG702LBRMZ is an analog switch device with a low on-state resistance and low voltage operation. It uses an advanced MOSFET technology, which is characterized by ultra-low power consumption, high switching speeds, and a wide range of capacitance values. The ADG702LBRMZ is capable of switching 4 different channels and has low voltage operation, up to 10 V. It is available in a 28-pin SSOP package.

Application Field

The ADG702LBRMZ is a high performance analog switch device and exhibits very good performance when used in a wide range of applications. It can be used in RF switch matrixes, analog multiplexers, sensor interfaces, data converters, audio switching and video switching applications. It is often used as a signal routing device and is highly popular in industrial control systems, automotive systems, and other high-performance applications.

Working Principle

The ADG702LBRMZ device is an analog switch with a low on-state resistance and low voltage operation. The device consists of four independent Cascaded Array Multiplexers (CAMs), which are controlled by four individual control inputs. The CAMs are configured as a 2-to-19 channel multiplexer. All of the CAMs can be independently addressed via the control inputs. The multiplexers can be routed to two, three or four output lines, depending on the application. The device is capable of switching both analog and digital signals.

The ADG702LBRMZ can switch signals at high speeds, with total propagation delay times as low as 40 ns. The device has low on-state resistance, typically just 0.9 ohms. The device has a wide range of capacitance values, which makes it suitable for a variety of applications. The device is tolerant of negative signals and has extremely low power consumption when in the off-state.

The ADG702LBRMZ is available in a small 28-pin SSOP package and requires a low voltage to operate, up to 10 V. The device is compatible with a wide range of logic circuits and can be used in a variety of analog and digital switching applications.

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