CRA04P083820RJTD

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Resistor Networks, Arrays are built up of different connected resistors and arrays of resistors, which are used for distributed sensing, noise cancelling, and signal conditioning across a wide range of applications. One common model in this field is the CRA04P083820RJTD resistor network. The CRA04P083820RJTD is a 4-resistor network, designed to provide a parallel combination resistant to 600 Volts. The resistors in this network are constructed of a proprietary, high-strength copper alloy.

The CRA04P083820RJTD is ideal for applications that require precise resistance tuning, such as signal conditioning and resistance measurement. The device is also suitable for distributed sensing applications, including strain gauges and sensors. Additionally, the resistors in the network are suitable for noise cancelling applications, providing a low-noise, low-resistance solution.

The CRA04P083820RJTD resistor network is designed to provide a precise amount of resistance, depending on the application. The resistors in the network are constructed to provide an accurate resistance value over the expected operating temperature range. With a tight resistance tolerance and excellent temperature coefficient of resistance (TCR), the CRA04P083820RJTD is ideal for a variety of precision applications.

The CRA04P083820RJTD employs a special interconnect structure, which enables the individual resistors to be connected in a parallel configuration. This structure also provides excellent thermal performance, allowing the resistors to remain operational at extended temperatures. The connection pins are designed to reduce thermal stress, extending the life of the device and increasing reliability in the most demanding applications.

The working principle of the CRA04P083820RJTD is simple; it is essentially a tandem resistor network, which operates on the principle of series combination resistance. In a series combination, two or more resistors are connected in a row, such that the total resistance of the pair is equal to the sum of the individual resistances. This is achieved by connecting the individual resistors in a parallel measuring circuit.

The CRA04P083820RJTD resistor network operates on this same principle. The total resistance of the network is equal to the sum of the individual resistance values of each resistor in the network. This ensures accuracy and repeatability of the measured resistance values. Additionally, by connecting the resistors in a parallel configuration, the temperature coefficient of resistance (TCR) is markedly improved, further enhancing the precision of the measured values.

The CRA04P083820RJTD resistor network is designed for simplicity of use and reliable performance, making it ideal for distributed sensing and signal conditioning applications. The high-strength copper alloy resistors provide a precise amount of resistance, and the interconnect structure ensures reliable thermal operation, even in the most demanding applications. With its precision and reliability, the CRA04P083820RJTD resistor network is a popular choice for a variety of applications.

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