MAX389CWG+

The MAX389CWG+ is an interface analog switch, multiplexer, and demultiplexer integrated circuit that is ideally suited for applications such as data acquisition systems, remote sensing, signal routing, and signal conditioning. This powerful device contains four independent, full featured, low on resistance, low power analog switches that are designed to handle both analog and digital signals. The MAX389CWG+ is specifically designed for use in high performance applications where high speed switching and low analog signal distortion are required.

The MAX389CWG+ features an integrated power control circuit, allowing it to achieve a maximum supply voltage of 15V, and allows for a variety of operating voltages. Each analog switch is capable of switching up to 6volts peak-to-peak.The multiplexer/demultiplexer section of the IC is designed to provide a low on-resistance, high-speed, analogue switching between several analog input signals.The on-resistance of each switch is very low. The total leakage current of all the switches can be kept under 1pA.

The MAX389CWG+ also features an integrated power supply tracking circuit that minimizes power dissipation during switch operation. This feature also allows the device to operate in a low voltage environment without loss of performance. The circuit can be powered from a single supply 5V to 15V operation and requires very little current. It also features a low power shut down feature that allows the circuit to be completely shut off and enter into a low power state.

The MAX389CWG+ is capable of a wide range of analog/digital signal conditioning and switch applications. The device is ideal for use in process control and high performance applications. The device can also be used for data acquisition systems, remote sensing, signal routing, and signal conditioning.The integrated circuit also features low noise signals, low power consumption and is ideal for PC board mountable applications such as motor control, lighting, level and switch control.

The MAX389CWG+ is an ideal device for applications requiring fast switching, high speed performance and low power consumption. It is an ideal choice for a wide range of analog/digital signal conditioning and switching applications. Its low on-resistance, high speed performance and low power consumption make it an ideal choice for a variety of applications.