MNR14ERAPJ510

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Resistor Networks, Arrays

MNR14ERAPJ510 is a fixed-resistance network array, comprising of 14 individual resistors in Aluminum Housed, surface mount devices. The combination of the 14 different resistors within the array provides a wide range of vales in 1% increments, up to 0.001%.

The MNR14ERAPJ510 device is the perfect solution for high performance applications in which accurate and reliable resistor values are paramount. Typical application areas for the MNR14ERAPJ510 include: analog pre-amplifiers, signal conditioners, filters, operational amplifiers, bridge circuits, and more.

The MNR14ERAPJ510 device offers a wide range of flexibility in the design of electronic circuits, being available in 14 different resistor values: from 10 Ω to 59.9 KΩ, in 1% increments. Although the device has 14 different resistors, these are all contained in a small, compact package, allowing for easy installation in tightly packed circuits.

In terms of its working principle, the MNR14ERAPJ510 device is formed by connecting the metallic pads of the individual resistors to the contacts of the Aluminum Housing. This creates a structure of interconnected resistors, which can be customized based on the desired output and the required application. By connecting resistors in this way, the desired values are achieved within a specified tolerance (ranging from 1% to 0.001%).

The MNR14ERAPJ510 also reduces the need for external components, such as additional capacitors, diodes and transistors. Through the use of ohmic equivalent variable resistors, all the values within the range of 10 Ω to 59.9 KΩ can be programmed into the device. This not only reduces the complexity of the circuit, but also reduces the board space and power consumption.

The MNR14ERAPJ510 is ideal for applications requiring accurate resistor values, such as audio preamplifiers, signal conditioners, filters, operational amplifiers, bridge circuits, and more. The device’s small size and easy installation makes it perfect for tight space applications, and the wide range of resistor values available in 1% increments provides a great deal of flexibility. Furthermore, the device’s low power consumption, ease of use, accuracy, and reliability make it the ideal choice for digital signal processing applications.

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