RN104PJ620CS Resistors

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Resistor networks and arrays perform various functions in electronic circuits and systems that involve signal routing, level shifting, impedance matching, and power dissipation applications. The RN104PJ620CS array is a precision resistor network designed for precision impedance matching and high power dissipation applications. This device is made up of four resister elements in series and parallel connections, allowing it to facilitate a variety of applications in a wide range of current levels.

The RN104PJ620CS array is constructed with four resistor elements, each rated for a maximum power dissipation of 200 mW. These elements are connected in series and parallel connections to achieve different resistances and maximum dissipation ratings that can be chosen by the user. The elements are constructed with high-precision, thin-film resistor elements with a TCR of 100 ppm resistance and ±5% tolerance.

The maximum power rating of the RN104PJ620CS array is 800 mW. It is rated for temperatures between -55ºC and +125ºC, and can handle a current of up to 5A. The device is rated for a dielectric withstanding voltage of 200V DC. The RN104PJ620CS array is ESD protected and is designed for both high-frequency applications and high-current applications.

The RN104PJ620CS array can be employed in a wide range of applications in both automotive and industrial systems. It is designed to be used in applications such as voltage dividers, current dividers, isolation circuits, bridge circuits, bias networks, adjustable networks, AC voltage line extensions, and filter circuits. It can also be used to create precision voltage dividers and high-power switching networks.

The working principle of the RN104PJ620CS array involves the use of precision resistor elements that are connected in a series and parallel arrangement through three isolated terminals. The device operates by converting the input voltage into a set of resistor values that are applied to each resistor element. This creates a voltage divider network with the desired resistance. By adjusting the resistors, the user can achieve the desired resistance value and maximum power dissipation.

In addition, the RN104PJ620CS array can be used to create an adjustable high-power divider for current sensing and power dissipation. This is accomplished by adjusting the resistors to create a high-impedance voltage divider. This allows the user to accurately sense the current and reduce the power dissipation. The RN104PJ620CS array can also be used as an adjustable bias network for creating and adjusting DC voltage levels.

Overall, the RN104PJ620CS array is an ideal precision resistor network solution for high-power dissipation applications. It is designed to operate over a wide temperature range and can handle high currents at maximum power ratings. The device is ESD protected and is suitable for high-frequency applications as well as high-current applications. It can be employed in various applications such as voltage and current dividers, isolation circuits, bridge circuits, and more. This makes the RN104PJ620CS array an ideal solution for a variety of precision and power dissipation requirements.

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