DG413DJZ

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DG413DJZ is a monolithic CMOS analog switch/multiplexer/demultiplexer series, manufactured by Intersil Corporation. The parts feature low on-capacitance, fast switching, and low-voltage operation. It is available in a variety of packages and pinouts and is suited for a wide range of applications.

The DG413DJZ switches are designed for use in a variety of peripheral interface, digital communications, sensor, medical, power and test and measurement equipment. It is compatible with both 3.3 and 5V logic families, as well as LVTTL/LVCMOS logic. The dual/quad versions are also suitable for applications that need to switch multiple signals in a single package.

The DG413DJZ series offers two different switch types: SPST, and SPDT. The single switches feature two individual channels, while the dual and quad versions include up to four. Each channel consists of an independent switch and control logic, allowing the user to control up to eight separate channels from a single package. In addition to the switches, the series also includes dual and quad multiplexers, which allow the user to select between two or four inputs to be routed to a common output.

The DG413DJZ switches are designed for low on-capacitance and fast switching time. The low-voltage operation allows for efficient power consumption, and makes them well suited for low-power applications. The series also offers best-in-class off-isolation, meaning less crosstalk and lower probability of error.

The parts are also designed to integrate easily into existing systems. The use of CMOS logic simplifies control, and the pin compatibility between the SPST, SPDT, and multiplexer versions makes them easy to replace in existing systems. In addition, the 3-pin enable/disable feature allows the user to enable or disable all channels as needed.

The DG413DJZ series is suitable for a wide range of applications, including serial digital communications, sensor and medical, power, and test and measurement. Its low on-capacitance, fast switching, and low-voltage operation make it ideal for low-power applications, and its easy integration allows for an efficient and reliable operation.

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