Y1747V0189BT9R

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The Y1747V0189BT9R Resistor Network is a solution designed by Vishay Intertechnology, Inc. to address a variety of network configuration requirements. It is a type of resistor network that accurately functions as a desired resistance, voltage divider, amplifier, and mixer for various applications. It includes up to eight resistors and two complementary connections. The device also includes an adjustable setting to customize the network to optimal levels. It uses thin film technology for high accuracy and is fabricated on substrates to provide improved temperature stability and reliability.

Applications

The Y1747V0189BT9R Resistor Network has broad applications because of its high accuracy and reliable performance. Besides its basic network applications, the device is widely used in input networks of power amplifiers to increase their linearization capability, automatic gain control (AGC) circuit, VCO, and PLL. It is also used in many other areas, such as analog-to-digital conversion, signal processing and sensing, A/D and D/A converter interfaces, audio and video signal processing, data acquisition and communications, automotive power control, power supplies, and various types of industrial equipment.

Working Principle

The Y1747V0189BT9R Resistor Network is basically an integrated network of eight resistors and two complementary connections. These components can be adjusted to achieve an ideal resistance value, which gives it unique resistance configurations for customizing the load and signal transmission. The eight resistors are connected together using a cell structure which allows them to be arranged in varying combinations according to the application needs. In addition, the resistors are isolated from each other which eliminate any parasitic effects caused by the other components in the circuit. The two complementary connections are adjustable, which make it suitable for signal transmission and load optimization.

When connections are properly adjusted, it accurately provides the expected output with higher accuracy, stability, and reliability than conventional resistor networks. It also requires fewer connections and components, enabling easier and cheaper integration into the circuit. This is especially useful in applications where space is at a premium, as it can give greater efficiency with fewer components. The Y1747V0189BT9R Resistor Network is therefore suitable for a wide range of applications involving precision signal transmission and load optimization.

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