ORNV20015001UF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

​Resistor Networks, Arrays are the essential components used in various industries. The ORNV20015001UF series resistors are the member of this group, with qualities that make them stand out among the competition and the ability to be used in many different applications. This article will delve into the application field and working principle of the ORNV20015001UF series resistors.

Application Field

The ORNV20015001UF series resistors’ application fields mainly include electricity communication, aerospace, electronic equipment, automotive, industrial control and medical fields.

In the electrity communication industry, ORNV20015001UF series resistors are used in power analog systems, SPDT (Single-Pole Double-Throw) and DPDT (Double-Pole Double-Throw) signal transmission circuits. Their wide resistance range, linearity and noise resistance meet the needs of complex signal transmission systems, which helps ensure the quality of signal transmission in various communication terminals.

In the aerospace industry, the ORNV20015001UF series resistors are used to supply power for rotating motor and test the electric efficiency of the electronic flight control system. Adopting Smo (Surface Mount Technology), the ORNV20015001UF series resistors are distinguished by light weight, small volume and low power consumption, while ensuring the normal operation of the flight control system in harsh environment.

The ORNV20015001UF series resistors are also used in electronic equipment for electronic stabilization and signal amplification, and in automotive industry for motor starters and electronic fuel injection systems. In the industrial control and medical fields, they are respectively used to control the running speed of the motor and the signal amplification of the MRI scanner.

Working Principle

The ORNV20015001UF series resistors are resistance networks composed of multiple 13x3 resistors connected in series or in parallel. With a linearity of 0-5%, they can be connected in series and parallel to realize the electro-parametric attenuation response. The surface is essentially composed of valve base material of the resistor array and high-frequency inversion inversion film.

Depending on the specific application, the ORNV20015001UF series resistors can be either connected in series, in parallel or in combination with several circuits. When connected in series, the aggregate resistance of the resistor array is equal to the sum of each resistor. On the other hand, when connected in parallel, the aggregate resistance of the resistor array is equal to the inverse of the sum of the reciprocals of the resistance of each resistor. In combination with several circuits, the resistance and impedance characteristics of the resistor array can be further adjusted, allowing for more accurate control in multiple-stage process control systems.

The benefit of using ORNV20015001UF series resistors in multiple-stage process control systems is that it can provide high precision and high frequency response. The linear distribution of resistance helps to ensure an accurate signal transmission, while its high frequency response helps to ensure the stability of the signal.

Conclusion

The ORNV20015001UF series resistors are versatile components with a wide range applicability and various working principles. They can be used in multiple industries, from electricity communication and aerospace to electronic equipment, automotive, industrial control and medical industry, to provide high accuracy and precision level. Furthermore, its comprehensive performance makes ORNV20015001UF series resistors an impeccable choice for sophisticated multiple-stage process control.

The specific data is subject to PDF, and the above content is for reference