RAVF104DFT47K0

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Resistor networks and arrays are electronic components which feature connections between individual resistors for either precise ratios or specific equivalent resistance values. As a versatile, efficient, and reliable form of passive component, they are frequently used in circuit designs. The RAVF104DFT47K0 is a commonly used network of resistors featuring a variety of uses and applications in many different fields.

Applications

The RAVF104DFT47K0 is often used in audio circuitry, as it can act as a voltage variable resistor. Such a device can control the amount of voltage passing through in order to achieve a desired sound level. This makes the resistive network ideally suited for controlling the gain of an amplifier, providing quick and reliable adjustments. This type of resistive network can also be employed as audio filters in amplifiers, speakers, and headphones, and is also beneficial for producing precise impedance ratios.

In addition, the RAVF104DFT47K0 has a variety of uses in automotive electronics. The resistor network can replace individual resistors in order to reduce the complexity of the design. Digital circuits, such as those used in engine management systems, can benefit from having the reduced parts count that a resistor network provides. The RAVF104DFT47K0 is often used in circuits to intercept power in order to protect components from damage.

Working Principle

A resistor network is composed of several individual resistors connected in a specific configuration. These resistors interact with one another in order to produce a desired effect. The RAVF104DFT47K0 is a 4-resistor network with resistors of 47 kΩ values. The internal connections between the resistors determine the performance of the network. The resistances and connection points can be configured in order to create the desired application.

The resistive network can be used to provide a combination of resistances in addition to a specific voltage. For example, when used as a voltage divider, the resistive network provides two different voltages, which can be programmed according to the application. This type of resistive network also offers more resistance than a single resistors. By connecting individual resistors in series, the total resistance value is increased, allowing for more precise resistance values with minimal adjustments.

The RAVF104DFT47K0 is an effective and reliable type of resistive network, and it is employed in many different industries. The precise control and adjustability of its components make it an ideal choice for applications that require reliable performance. By utilizing the combination of resistors in a network, engineers can achieve desired results with fewer components and complexity.

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