ADG426BNZ

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The ADG426BNZ is a quad 8-channel single-pole double-throw (SPDT) switch currently in production by Analog Devices, Inc. This device is typically used to provide an interface between two devices which need to be connected, such as an analog test system and a data acquisition system. The ADG426BNZ also serves as a multiplexer and demultiplexer as well as an analog switch, allowing the user to select different input and output signals.

The ADG426BNZ comes in a space efficient 5 mm x 5 mm LFCSP-16 package, making it well-suited for compact designs. The device has a low off-isolation of -90 dB, low power consumption of 8 mW (typical), and a high signal integrity of -83 dB (typical). All of these features make the device an ideal choice for a variety of applications including test and measurement, communications and industrial control.

The ADG426BNZ offers a range of different features for different applications and working conditions. For example, the device can be configured to provide a range of different voltage and current ratings, as well as operating temperature ranges. Additionally, the device can be connected to different types of digital logic, such as a 3-state logic (3VL) or a 4-state logic (4VL), allowing the user to select which type of logic they want to use.

The working principle of the ADG426BNZ is based on the concept of digital control. Depending on the input digital logic levels, the device will switch between its two different states, connecting to either one input or the other. For example, when a logic level of HIGH is applied to the control input, the switch will connect to its A input, otherwise it will connect to its B input. This allows the user to select which signals or devices are connected together.

The ADG426BNZ is an excellent choice for those looking for a reliable switching device with a range of different features and performance. The device is ideal for applications such as analog test systems, data acquisition systems, communications, and industrial control. By combining different features and operational principles, the device can be used to provide a flexible and cost-effective interface between two systems. This makes it an ideal choice for a variety of different applications.

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