ORNV25022502TF

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Resistor Networks, Arrays, and the ORNV25022502TF

Resistor networks are groups of resistors interconnected by a common, or bonded, set of contacts. This type of circuit configuration provides a way to improve and control the electrical performance of a circuit, while eliminating the need for manual soldering or wiring. Examples of resistor networks used in a variety of applications include high frequency oscillators, current mirrors, active filters, and switch-mode power supplies.

The ORNV25022502TF is a surface-mount resistor array that is designed to provide users with a simple way to achieve a desired electrical performance. It includes two sets of contacts for surface-mounting, one for the T port and one for the Cf port. The array utilizes six resistors connected in series, and these resistors are placed in a parallel configuration. With an individual resistor value of 250 ohms, the total resistance of the array is 8.3 kohms.

The ORNV25022502TF serves two primary functions, depending on the configuration of the resistors within the array. First, it can be used to create a high-impedance, low-frequency filter. The resistor value of 250 ohms provides the series connection, while the parallel connection arrangement transmits the signal around the resistor elements. This creates a high-impedance filter with the desired low-frequency response. In this configuration, the resistor array acts like an impedance-matching network, allowing frequency bands of desired signal frequencies to pass and attenuating those not desired.

The second application for the ORNV25022502TF is for forming a low-impedance, high-frequency filter. As opposed to the previous configuration, the resistor array in this instance acts as a voltage-dividing network. By connecting the end resistors of the array together, the current flows in a loop, creating a low-impedance path for frequencies within the desired frequency band, while still allowing the signal to pass through the desired frequencies. This produces a high-frequency filter, eliminating unwanted frequencies from the signal.

In addition to these main applications, the ORNV25022502TF can also be used in other circuit configurations, such as divider circuits and average processors. With the use of a current-following circuit, the resistor array can also be used to minimize signal distortion and ensure accurate signal transmission.

When looking to satisfy the needs of an application or circuit, the ORNV25022502TF can provide a simple solution. With its high-impedance filtering or low-impedance filtering capabilities, the array can be conveniently and effectively used to provide the necessary electrical performance parameters for desired applications.

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