MNR34J5ABJ223 Resistors

Resistor Networks, Arrays

Resistor networks and arrays are integrated circuits composed of resistors, which are often used in applications such as signal conditioning, power supplies, and voltage regulation. In particular, the MNR34J5ABJ223 is a medium-sized resistor network array with a variety of uses.

Application Field

The MNR34J5ABJ223 is a medium-sized, 3-terminal single-in-line resistor network array designed for a wide range of applications, including high-frequency electronics, signal conditioning, power supplies, and voltage regulation. It is designed with low resistance values to minimize power losses and has long-term stability and reliability with its surface-mount packaging. The MNR34J5ABJ223 is ideal for end-products requiring high resistance tolerances and power dissipation. It can also be used in precision circuits such as high-speed switching, amplifiers, frequency dividers, automatic compensators, and A/D converters.

Working Principle

The MNR34J5ABJ223 resistor network array is composed of an array of resistors connected between three terminals, which are the anode, cathode, and central pin. The resistors are connected in a pattern that follows the shape of a line, often referred to as a “daisy-chain”. This daisy-chain pattern allows for a maximum of resistance accuracy and stability. The central pin is the most important element within the array and it is connected to the other pins through each of the resistor elements.

The MNR34J5ABJ223 features an array of five resistors in daisy-chain configuration. Each resistor in the array is rated with a value of 3.64k Ω, and each resistor also has a tolerance of ± 10%, which helps to maintain high levels of accuracy and reliability.

The daisy-chain configuration of the MNR34J5ABJ223 helps to improve electrical parameters such as resistance, voltage, and current. This is achieved by connecting the resistors in a way that ensures that the current flowing through each individual resistor is equal to the total current through the entire array. This feature allows for greater levels of accuracy and stability, which makes the MNR34J5ABJ223 an ideal choice for applications such as high-frequency electronics, signal conditioning, power supplies, and voltage regulation.

Conclusion

The MNR34J5ABJ223 resistor network array is an ideal choice for applications requiring a combination of accuracy, stability, and reliability. It is designed with a daisy-chain configuration that ensures equal current division and high levels of accuracy and stability. This makes the MNR34J5ABJ223 a highly suitable choice for end-products requiring high resistance tolerances and power dissipation in areas such as signal conditioning, power supplies, and voltage regulation.