RAVF104DJT130K

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Resistor networks and arrays provide many benefits to the technological industry, including the ability to precisely control electrical signals in various applications. One of the most popular types of resistor networks is the RAVF104DJT130K, a 4-resistor network with an enhanced DC current rating. This resistor network provides a wide range of applications and is extremely reliable in terms of performance and power handling. In this article, we will discuss the application field and working principle of the RAVF104DJT130K resistor network.

The RAVF104DJT130K is a surface-mount, 4-pin, 4-resistor network that is designed for DC current handling up to 130K. It has a wide-range of features, including dip switch resistance selection, an adjustable resistance pad as well as an enhanced temperature range tolerance for improved performance. Additionally, this network features very low inductance and reduced EMI/RFI noise which makes it suitable to use in high-frequency applications. These features, when combined with the high current handling and wide temperature tolerance, make the RAVF104DJT130K an ideal solution for a variety of applications.

The primary application fields of the RAVF104DJT130K are in power supply where electrical signals need to be precisely controlled and regulated. This resistor network can be used to accurately adjust the output voltage of a power supply, or to protect sensitive electrical equipment from over-voltage events. Additionally, it can be used in electronic circuits as an active impedance matching device, allowing signals to be transmitted without introducing any additional noise or distortion into the signal path. The high current rating of the resistor network make it well suited for use in automotive applications, especially in high-voltage power circuits.

The working principle of the RAVF104DJT130K is based on the use of resistors connected in series with each other. When a voltage is applied across the resistors, current will flow through the network and cause the voltage drop across each resistor to vary. This allows the user to precisely adjust the output voltage of the power supply or system, as well as fine-tune the impedance match between two components. Furthermore, the resistors in the RAVF104DJT130K can also be used to provide an adjustable current limit, allowing the user to safeguard delicate electrical components from over-voltage events.

In conclusion, the RAVF104DJT130K is a versatile and reliable resistor network that is specifically designed for applications requiring precise electrical signal control. Its wide temperature range, high current rating, and adjustable impedance matching capabilities make it an ideal solution for a variety of power supply and other automotive applications. Additionally, its working principle provides a simple and effective way to adjust the voltage output of a system or to provide protection from over-voltage events.

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