DG413CY+

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DG413CY+ is a single Channel CMOS Analog Multiplexer/Demultiplexer. This device is designed to operate using a range of single supply voltages that the user can provide. There is a range of operating voltages to choose from with the option of a positive and negative level of the input signal. The DG413CY+ also has a wide temperature range so it can function in extreme operating conditions.

The application field of the DG413CY+ is in the design of switching systems with a low-power fixed bias voltage source. For instance, it can be used for signal switching in analog-to-digital and digital-to-analog converters, for low speed data acquisition systems, for sensor platforms that require low-power bias sources, and for multiplexed switching of CMOS logic signals.

The operating principle of the DG413CY+ is quite simple: when the X (input address) pin is at logic high, the device allows the input voltage to pass through channel A. Conversely, if the X pin is at logic low, the device allows the input voltage to pass through channel B. Furthermore, the device also features a disable pin (EN) that allows the user to switch the device on and off.

Moreover, the device features a low-power current-mirror bias scheme that eliminates the need for an external bias voltage. This ensures that the device operates efficiently and consumes very low power. Additionally, the DG413CY+ has a high off-state resistance, negating the need for an external resistor.

Furthermore, the device also has an internal charge pump circuitry that compensates for the undesirable effects of charger sharing associated with analog multiplexers. This extends the device’s performance in applications like bridge sensors and remote transmission.

Overall, the DG413CY+ is an ideal device for applications requiring low-power, high-performance analog multiplexers and demultiplexers. It is a highly reliable and cost-effective device and is suitable for use in a wide range of applications.

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