MNR14ERAPJ164

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Resistor networks and arrays have been used for decades to regulate electrical currents and voltages, providing very precise control and protection. The MNR14ERAPJ164, or “Four Quadrant Variable Resistor (FQVR), is one of the most versatile tools in this field. This article will explore its application fields and the working principle of this resistor network.

The MNR14ERAPJ164 is a fixed resistor network, containing four independent resistor quadrants, each of which is capable of handling up to one amp of current and 40V of voltage. This resistor network is designed for applications that require very accurate voltage or current limiting and when used correctly can provide up to 1% tolerance of accuracy. Due to its exceptional versatility, the MNR14ERAPJ164 is often employed in audio electronics, power supplies, motor speed control systems and power circuits.

The MNR14ERAPJ164 can be adjusted between 4V and 40V with an accuracy of 0.3%, making it ideal for applications that require very precise voltage control. The resistor network also has a minimum and maximum resistance resistance of 5ohm to 1000ohm. The quadrants can be set manually or digitally, allowing for fine tuning of resistance values.

The MNR14ERAPJ164 also possesses a unique four-quadrant variable resistor (FQVR) technology. This allows the unit to adjust the resistance of each quadrant independently, making it highly efficient when adjusting the resistance of an entire system. The FQVR technology also ensures that the device maintains precise performance in a wide range of operating conditions, providing an additional level of protection.

The working principle of the MNR14ERAPJ164 is based on the combination of resistor array and electronic components. It consists of four independent resistor arrays connected to a common variable voltage source. Each resistor array includes two resistors and one diode element. The resistance value is adjustable in each array by varying the voltage of the voltage source. Taking into account the voltage of each element, the total resistance of the resistor network can be calculated.

The device can be used as a current limiter, voltage limiter, power regulator or noise filter. It can also be used as a precision voltage or current controller. The exact application of the device is limited only to the imagination of the designer.

The MNR14ERAPJ164 is an invaluable tool for applications that require precise voltage or current control. It is highly efficient and easy to configure thanks to its four-quadrant variable resistor technology. The combination of the adjustable resistors, voltage and current control allows designers to achieve different levels of accuracy and protection. With its robust design and precise performance, the MNR14ERAPJ164 is the perfect resistor network for applications requiring top-notch performance.

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