MAX4614EPD+

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MAX4614EPD+ is a dual monolithic CMOS analog switch that can be used to switch signals between two bussed analog signal lines. This product includes two mux/demux chips with a nominal on resistance of 0.25 ohms (typical) and an off-leakage current of 1.0nA (max). In addition, this product comes with two "form C" contacts for a positive and negative signal line and a ground/signal device.

It is designed with a low voltage interface that helps reduce noise from the mux/demux operation. The MAX4614EPD+ offers bandwidths from DC up to 20MHz and can operate from a single 2.7V to 5.5V supply. It is also incorporated with low power consumption, low bounce, low processing time and "make-before-break" switching for signal integrity.

MAX4614EPD+ features push-pull outputs which allow bidirectional switching and can be used as a signal line demultiplexer/multiplexer, analog multiplexer, signal switch and signal line digital multiplexer. It can be used in several applications such as in digital gaming, instrumentation, portable audio systems, medical instruments, data-acquisition and serial data-converter.

The MAX4614EPD+ operates on a controlled and precise timing between the logic states and analog switches. This controls the logic pins and ensures that an analog signal is switched quickly and with no jitter. The logic pins also interface with a device-level interface and provide the necessary signals for making the switch.

The working principle of the MAX4614EPD+ is quite simple. It is essentially two transmission lines in a single package. A channel selector pin is used to select either of the two output lines for routing the signal. The selected channel is then switched on and the signal passes through, while the other channel is switched off. The logic pins are then used to control the transmission line.

The MAX4614EPD+ is a versatile interface component that can be used in a wide array of applications. Its low voltage interface, low noise operation, low power consumption and low bounce make it ideal for demanding analog applications.

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