4611X-101-272LF

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Resistors are a type of electrical device used in a wide array of electronic circuit designs. Resistor networks are one type of architecture used to achieve precise control of circuit characteristics. The 4611X-101-272LF is a resistor network manufactured by Vishay that can be used for a variety of applications, and its working principles are explained below.

The 4611X-101-272LF is a 4-bit resistor network with a maximum resistance of 4.7 KΩ. It is built using the thick-film technology, and it has excellent resistance and temperature coefficient for a precise resistance control. The package of 4611X-101-272LF is 0.5 mm × 0.5 mm, and it is available in several formats such as surface mount technology (SMT), metric grid array (MGA), and leaded arrays with and without power pads for power dissipation.

The 4611X-101-272LF is suitable for a wide range of applications including audio, display, and communication. For audio applications, it is used to create a two-channel audio path, with a single channel output. It can also be used to filter out unwanted frequencies in a signal or to provide a variable impedance, depending on the application. In the display application, it is used to precisely control the brightness. It is also used for communication applications, such as cable termination and filters.

The working principle of the 4611X-101-272LF is based on the bridge circuit, which consists of four resistors in a bridge-like configuration. It allows for precise resistor values, as each resistor can be adjusted independently. The bridge circuit offers high impedance ratios and the output voltage is proportional to the resistance of each resistor in the network. This makes it a suitable choice for precision controls that require either low current draw or precise resistor ratios.

The 4611X-101-272LF is an ideal choice for a variety of applications since it is extremely small and offers excellent performance. It is a reliable and cost-effective solution for applications that require resistors with precise resistance control. With its small package size and excellent temperature coefficient, it makes it suitable for high-density designs, and for applications that require precise resistance control.

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