RAVF104DFT240R

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Resistor networks or arrays, like the RAVF104DFT240R, are valuable components in embedded d electronic systems as they allow for the implementation of a wide variety of functions. They provide precise control over voltage, current, power, and impedance levels for a variety of uses, including high-variance voltage conversion and switching. Additionally, their flexibility opens up new avenues for reconfigurable designs, allowing the possibilities in a single system to be expanded beyond a single application.

The RAVF104DFT240R is a resistor network that is available in a variety of configurations, including 2- or 4-resistor arrays. It is specifically designed for applications requiring a high variance of voltage and switching. With two resistors, the array is capable of providing up to 48V on the output, while the four-resistor array can provide up to 180V. It has a nominal resistance of 200kΩ and comes in a through-hole construction.

The RAVF104DFT240R is based on a technology called “High Voltage Resistor Arrays”. In this technology, the two resistors, along with two additional components, are interconnected to create a high-voltage, low-resistance network. The two additional components consist of a diode and a common-source MOSFET. The diode is used to prevent the MOSFET from conducting any current, while the MOSFET allows for the switching of the two resistors to provide the required voltage and current levels.

The working principle behind the RAVF104DFT240R is relatively simple. When the MOSFET is turned on, current flows through both resistors, thereby raising the voltage and current outputs. When the MOSFET is turned off, current no longer flows through both resistors, resulting in a lower voltage and current outputs. This allows for the adjustment of the voltage and current levels depending on the application’s needs.

RAVF104DFT240R is extremely useful in a variety of power conversion and signal conditioning applications. It is particularly well suited for applications that require high-variance voltage conversion and switching. For example, it can be used in power supplies, as it can accurately control the power and voltage levels for a variety of devices. Furthermore, its flexibility also makes it suitable for use in reconfigurable designs.

In summary, the RAVF104DFT240R is a resistor array that is specifically designed for applications that require high-variance voltage conversion and switching. It is based on a technology called “high-voltage resistor arrays”, where two resistors along with two additional components are interconnected to create a high-voltage, low-resistance network. This makes the device extremely versatile and suitable for a wide range of power conversion and signal conditioning applications.

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