RT1460B7TR7

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The RT1460B7TR7 is an integrated, non-volatile resistor network, with a wide range of applications and a comprehensive working principle. It is a solid-state component that provides for accurate and reliable interconnection of resistor elements, with a repeatability that is suitable for both fixed and adjustable networks.

The RT1460B7TR7 works with two types of resistor elements, fixed-value and adjustable. Each resistor element consists of the same type of resistor element material, such as metal film or ceramic, and the same type of trace resistors. These elements can be combined in order to form complex networks.

The RT1460B7TR7 features an in-line switching system, which allows for quick switching of resistors, thus reducing the size of the installed component. The switch includes multiple op-amps, and is designed for bidirectional control of the connected resistors. This feature allows for precise control of the resistance value, making it highly suitable for adjustable networks.

The RT1460B7TR7 offers a wide range of applications for many industries, including medical and automotive. In the medical industry, it is used in applications that require bi-level control of the voltage or current, such as infusion pumps and sensor lines. In the automotive industry, it is used in applications that involve engine control, fuel injection, transmission, powertrain, lighting, and noise suppression.

The working principle of the RT1460B7TR7 is simple and elegant. Its in-line switching system allows for quick and precise control of the resistor elements, with a repeatability that makes it suitable for both fixed and adjustable networks. Furthermore, the components are designed for low-signal noise levels and are highly reliable.

The RT1460B7TR7 is a versatile and reliable resistor network, with a wide range of applications in different industries. Its in-line switching system provides for accurate and repeatable control of the resistor elements, which makes it highly suitable for both fixed and adjustable networks. Furthermore, the components are designed for low-signal noise levels and are highly reliable.

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