The ADG409BNZ is an integrated circuit (IC) component manufactured by Analog Devices. It is a multiplexer, which allows the selection of one signal from multiple inputs and connects it to a single output. The IC is designed using a complementary metal-oxide-semiconductor (CMOS) process technology, offering several key features.
One of the notable features of the ADG409BNZ is its versatile input/output configuration. It consists of four independent CMOS analog switches with each switch having two inputs and one output. The IC provides a single pole/double throw (SPDT) configuration for each switch, enabling the connection of one of the inputs to the output terminal.
Another important feature of the IC is its low Ron specification. Ron refers to the "on-resistance" of the analog switch and indicates the resistance encountered by the signal when passing through the switch. The ADG409BNZ boasts very low Ron, which minimizes any signal degradation, ensuring accurate and efficient signal transmission.
Furthermore, the ADG409BNZ offers a wide operating voltage range, allowing it to be used in various applications. It can operate from a single supply voltage of +3 V to +18 V or dual supply voltage of ±3 V to ±9 V. This flexibility makes the IC suitable for diverse circuit designs and ensures compatibility with different power supply configurations.
The IC also features excellent latch-up performance, making it resistant to latch-up events that can occur due to high voltages or environmental disturbances
