ADG417BNZ

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ADG417BNZ is a high-speed monolithic CMOS analog multiplexer designed to select one of eight analog inputs in response to a 3-bit digital code. It can be used in 8-channel analog data acquisition systems, sample and hold amplifiers and analog-to-digital converters. It is also used for buffered analog switching applications. The device can operate with a single bipolar supply with a range of 5V to ±10V or +/-15V. ADG417BNZ has an on-resistance (RON) of typically less than 50Ω and a switching speed of less than 5ns.

One of the primary applications of ADG417BNZ is in sample and hold circuits. Sample and hold circuits are used to capture an analog signal once and then hold its voltage level at a fixed value. The ADG417BNZ multiplexer is used in this type of application to selectively channel the analog signal being sampled. The multiplexer is able to switch the analog signal at high speeds, meaning that it can be used to capture highspeed analog signals without distortion.

ADG417BNZ is also used for buffered analog switching applications. Buffered analog switches are used to switch an analog signal in a circuit, but with higher levels of isolation than a basic switch. This enables signal conditioning and buffering, as well as galvanic isolation. The benefit of using the ADG417BNZ in a buffered analog switching application is its low power consumption, fast switching speed and low on-resistance, which is beneficial for applications which require high levels of isolation and blistering speeds.

Another application of the ADG417BNZ is in analog-to-digital conversion applications. Analog-to-digital converters are used to convert analog signals into digital form, so they can be used in digital systems. The ADG417BNZ can be used to select signals to be converted into digital form, and its high switching speed allows the device to handle high speed analog signals without distortion.

The working principle of the ADG417BNZ is fairly simple; it utilizes a digital code of three bits to select one of the eight analog inputs. For example, a 3-bit digital input with a logic value of 000 would select the first analog input and a 3-bit digital input with a logic value of 111 would select the eighth analog input. The device is able to switch and select signals quickly, providing high speed and low distortion analog multiplexing.

In conclusion, ADG417BNZ is a high-speed monolithic CMOS analog multiplexer designed to select one of eight analog inputs in response to a 3-bit digital code. It is typically used in sample and hold circuits, buffered analog switched applications, and analog-to-digital conversion applications. The working principle of the device is simple; it utilizes a digital code of three bits to select one of the eight analog inputs. The switch features low power consumption, fast switching speed, and low on-resistance, which makes it suitable for a variety of analog switching applications.

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