MNR34J5ABJ820

Resistor Networks, Arrays

MNR34J5ABJ820 is a resistor network composed of 8 independent mini-arrays. Each mini-array has 4 individual resistors which are using Y-circuit technology to achieve uniformity and high accuracy. The network works on the principles of resistive voltage division. It uses the parallel resistor-divider circuit to provide a low source impedance and low impedance load balancing. It is designed to be used in low-power applications and as a voltage divider in order to provide proper voltage levels for the device.

The MNR34J5ABJ820 is a 9-contact component. It has 8 pins for the resistors and a common ground pin. The resistor network is able to achieve a high level of accuracy due to the fact that its individual resistors are arranged in a Y-shape. This arrangement causes the current to flow fairly evenly among all the resistors, resulting in virtually no errors. Additionally, the resistive voltages of each resistor are balanced, preventing any source-to-ground shorting.

In terms of applications, the MNR34J5ABJ820 is typically used for voltage divider and bias circuitry. It is often used in low-power devices such as microcontrollers and various analog circuit elements. Furthermore, the MNR34J5ABJ820 is commonly found in applications that require precision or uniformity, such as current/voltage measurement equipment, oscilloscope signal displaying, and waveform generation.

Another popular application for the MNR34J5ABJ820 is as the voltage regulator or the current limit resistor in power supplies. In this instance, the resistor network is used to create an adjustable, stable voltage output. By connecting the pins of the resistor network in the proper arrangement, the device can be used to limit the current flow in an application. The accuracy of the resistors also helps to ensure stability in the power supply.

The MNR34J5ABJ820 resistor network is also capable of being used in place of individual resistors. Since all its pins are connected together in a Y-pattern, this device can function as a single resistor and still maintain consistency. This is advantageous when designing an application which requires the use of a single, high-accuracy resistor without requiring the individual resistors.

Overall, the MNR34J5ABJ820 serves as an excellent choice for applications requiring accuracy, uniformity, and stability. Much like its Y-circuit technology ideal, this resistor network device is suitable for dealing with complex electronic signals and circuits. And, because of its 8-pin design, it can also be used in place of individual resistors in order to provide precision and reliability.