4114R-2-563

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The 4114R-2-563 is an arrayed resistor network. It is a four-terminal, two resistor network containing three resistors performing a 4:1, 2:1, and 3:1 ohm line as well as an isolation resistor. Its resistors use a thin-film technology that optimizes the device\'s resistance for a wide range of applications.

Applications of this resistor array range from high frequency filtering to power line isolation. It is generally used in applications such as automatic test equipment, motor control, power management, and audio processing. It is also commonly used in power supply and motor control systems. In addition, 4114R-2-563 is suitable for applications such as DC-DC conversion, voltage regulation, and current limiting.

The four-terminal, two-resistor network of 4114R-2-563 allows it to perform multiple functions in one package. The resistors are connected in series, with one resistor connected to one terminal and the remaining resistor connected to another terminal.The result is a three-resistor line with 4:1, 2:1, and 3:1 ohms of resistance. The fourth terminal is connected to an isolation resistor in order to prevent the flow of current from the connected terminals.

The 4114R-2-563 uses a thin-film technology for its resistors, providing a much-improved resistance accuracy over conventional resistor networks. This accuracy is especially critical in power supply and power control applications, where mistakes in resistance measurement can cause system shut-downs or inaccurate readings. The thin-film technology also allows the device to operate over a wide temperature range (-55 to +125°C). This ensures that the device will be able to handle most environmental conditions.

The 4114R-2-563 is a cost-effective way to improve the performance of many types of systems. Its thin-film technology provides high-accuracy resistance measurements, and its four-terminal, two-resistor network gives the device multiple functions in a single package. Its wide operating temperature range allows the device to work in many different environments, making it a versatile solution for many applications.

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