**The ADG507AKNZ: A Comprehensive Guide to the 8-Channel CMOS Analog Multiplexer**

In the realm of precision signal routing and data acquisition systems, the analog multiplexer (mux) serves as a critical component, enabling a single channel to process signals from multiple sources. Among these devices, the **ADG507AKNZ from Analog Devices stands out as a high-performance, 8-channel CMOS analog multiplexer** engineered for a wide array of demanding applications. This guide delves into its key features, operational principles, and typical use cases.

**Constructed with advanced CMOS technology**, the ADG507AKNZ offers significant advantages over older technologies. It features **very low power consumption**, making it an ideal choice for battery-powered and portable equipment. Furthermore, the CMOS design ensures **high off-isolation and low on-resistance** (typically 100Ω), which are paramount for maintaining signal integrity and minimizing errors in precision measurement systems. The device operates from a single positive power supply ranging from +10.8 V to +16.5 V, with dual-supply operation also possible for handling bipolar analog signals.

A fundamental characteristic of the ADG507AKNZ is its **3-bit binary address line (A0, A1, A2)**. By applying a specific binary code to these inputs, a single channel out of the eight available is selected to connect to the common output. An enable pin (EN) provides additional control, allowing the entire multiplexer to be disabled when not in use, which simplifies system design and can further reduce power consumption. The device is designed to handle analog signals within the range of the power supplies, typically up to ±15 V when using dual supplies.

The robust performance of this multiplexer is highlighted by its **break-before-make switching action**. This crucial feature ensures that the currently selected channel is fully disconnected before a new one is connected, preventing any momentary shorting of input signals. This is essential for protecting sensitive source equipment and preventing glitches in the output signal during channel switching.

**Typical applications for the ADG507AKNZ are extensive and varied**. It is commonly deployed in:

* **Data Acquisition Systems (DAQs):** Where it multiplexes analog signals from numerous sensors (e.g., temperature, pressure) into a single analog-to-digital converter (ADC).

* **Audio and Video Signal Routing:** For switching between different input sources.

* **Automated Test Equipment (ATE):** To route various test signals to a device under test (DUT) and back to measurement instruments.

* **Communication Systems:** For channel selection and frequency band switching.

* **Medical Instrumentation:** Where high reliability and signal accuracy are non-negotiable.

**ICGOOODFIND**: The ADG507AKNZ is a quintessential component for sophisticated electronic design, offering a reliable and efficient solution for analog signal multiplexing. Its combination of low power consumption, high integration, and robust switching performance makes it a versatile choice for designers across industries including industrial automation, telecommunications, and test and measurement.

**Keywords**: CMOS Analog Multiplexer, Low On-Resistance, Break-Before-Make Switching, Data Acquisition Systems, Low Power Consumption.