Y1747V0008AT9R

The Y1747V0008AT9R is a Resistor Networks, Arrays type that is used to mitigate the adverse effects of large voltage drops or peaks, or high current impedance. It is primarily designed to provide protection, referencing, and biasing for circuits or components.

A Resistor Networks, Arrays circuit is composed of multiple rows of resistors arranged in a grid array. Each row can have a different value of resistance, allowing for different kinds of protection by referencing, biasing, and equalizing various voltages, currents, and impedances. Common arrays include simple resistor ladders, divider networks, and bridge networks.

The Y1747V0008AT9R is a multilayer chip resistor array package that contains eight network components in a single package, minimizing interconnection between two different components. It features a voltage drop rating of 200 volts, a resistance range from 4.7 Ω up to 10K Ω, and an operating temperature range from -55°C to +155°C. The Y1747V0008AT9R also features a noise rating of 0.1% and a tolerance accuracy of ±20%.

The Y1747V0008AT9R is a standard component used for many general applications. It is particularly useful for current measurement, voltage isolation, mute control, voltage reference, thermal sensing, and power management. It is also used in audio and video audio processing applications, as well as in power line and output controller applications.

The Y1747V0008AT9R works by using an array of resistors connected in parallel, with each individual resistor having a unique resistance value. This allows for different electrical potentials to be created, providing a range of possible configurations and applications. By changing the resistance of each individual resistor, varying currents can be delivered over different portions of the circuit, making it ideal for applications such as audio and video circuits, as well as power management.

The Y1747V0008AT9R is a versatile component that is designed to be used in a variety of applications. It is easy to install and can be used to provide protection, referencing, and biasing for circuits or components. Additionally, its resistance range makes it suitable for current measurement, voltage isolation, mute control, voltage reference, thermal sensing, and power management.