RM3216B-102/202-PBVW10

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The RM3216B-102/202-PBVW10 Arrays are versatile yet highly reliable resistor network manufacturers ideal for a variety of applications. The short lead times, aggressive pricing, mechanical ruggedness, and tight tolerance of these network devices make them an attractive option for many applications, such as instrumentation circuits, analog-to-digital converters, digital-to-analog converters, and various RF applications. RM3216B-102/202-PBVW10 Arrays feature a long-boarding, black anodized casing that provides a clean, cohesive look. The automated manufacturing process of these networks ensures a consistent product quality and makes each network reliable.

RM3216B-102/202-PBVW10 Arrays are composed of a combination of high and low power resistors that are arranged in a uniform network. This networking of resistors allows for uniform resistance values to be used in creating a voltage divider. These networks also feature non-inductive resistors with high surge ratings, allowing these networks to comply with the most stringent standards in the industry. The resistance values of the network resistors are precision controlled to a very tight tolerance, which yields superior performance in any application that requires a precise resistance value.

The working principle of the RM3216B-102/202-PBVW10 Arrays is relatively simple. When teamed with a drive circuit, the resistor networks form a voltage divider, in which the voltage at each node is determined by its resistance. This feature allows several different voltages to be generated from a single drive circuit. Each resistor in the network is manufactured with a high accuracy and tight tolerance, which yields superior performance even in the most demanding applications.

The RM3216B-102/202-PBVW10 Arrays are extremely versatile devices that are suitable for both digital and analog applications. The networks provide uniform resistance values for use in multiplexing and filtering applications. These resistor networks also feature short lead times and are available in different footprints and configurations. Furthermore, the tight tolerances and superior reliability make them an ideal choice for instrumentation circuits, analog-to-digital converters, digital-to-analog converters, and various RF applications.

In conclusion, the RM3216B-102/202-PBVW10 Arrays are high quality, reliable resistor network manufacturers that offer a vast variety of uses in multiple applications. The high quality of these networks are made possible by the tight tolerances and uniform resistance values of the resistor networks. The high surge ratings and short lead times make them an excellent choice for use in instrumentation circuits, analog-to-digital converters, digital-to-analog converters, and various RF applications.

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