RM2012B-103/203-PBVW10 Resistors

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 a useful tool for many electrical and electronic applications. An example of this is the RM2012B-103/203-PBVW10 which is a resistive network, array whose application field and working principle are discussed in this article.

Application Areas of RM2012B-103/203-PBVW10

The RM2012B-103/203-PBVW10 resistor networks, array is designed to provide a reliable high precision resistance network in the range of 3.3ohm to 200ohm. This makes them suitable for use in circuit designs that involve complex signal processing where accuracy and stability of the resistance values are important. Additionally, the comparatively small size and low weight of the RM2012B-103/203-PBVW10 make them well suited for applications that involve wireless or satellite operations.

The RM2012B-103/203-PBVW10 resistor networks, array can also be used in automotive electronic systems. This is because they offer excellent reliability in environments that experience high temperature, humidity, and vibration. As such, they can be used in various types of electronic control systems, such as powertrain control, vehicle stability control, and climate control.

Overall, the RM2012B-103/203-PBVW10 resistor networks, array is suitable in a wide range of applications, from the electrical and electronics industries to the automotive sector and beyond. With its small size and reliable performance, it is perhaps one of the most versatile resistive network arrays on the market.

Working Principle of RM2012B-103/203-PBVW10

The working principle of the RM2012B-103/203-PBVW10 is fairly straightforward. The resistive network array consists of a series of individual resistors, each of a different value, that are interconnected in a predetermined manner. Each resistor in the array is connected to adjacent resistors via copper tinning wires. This creates the desired resistance values between the individual resistors, thus forming the resistive network.

The RM2012B-103/203-PBVW10 also features an additional metal film layer which acts as an isolator, allowing the resistors to be electrically isolated from each other. This helps to ensure that the resistors in the array remain stable and reliable when exposed to various environmental factors such as high temperature, vibration, and humidity.

The working principle of the RM2012B-103/203-PBVW10 is based on the Ohm\'s law. This states that the voltage across a resistive material is proportional to the current passing through the material. The resistive network array is made up of a certain number of resistance elements, each having a different value. The total resistance of the array is determined by the combination of all the individual resistances.

Conclusion

In conclusion, the RM2012B-103/203-PBVW10 is an example of a resistive network, array with a wide range of application areas. Its small size and low weight make it well suited for various electronic applications such as wireless and satellite systems. Additionally, the RM2012B-103/203-PBVW10 incorporates an isolator layer that helps maintain the stability and reliability of the resistors. Lastly, its operation is based on the principles of Ohm\'s law, which states that voltage is proportional to current.

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