RT2430B6TR13

Resistor Networks, Arrays

The RT2430B6TR13 is part of a family of resistor networks from the diamond series by Bourns. It is an array of two 8-pin resistors in an SIP package, with four resistors connected in each row. This network also features a variety of different resistors, such as 1/2W, 1W, and 2W resistors.

The resistive values are systematically arranged by the company and are available in two values of resistance. The available resistors are 120₂, 180₂, 240₂, 330₂, 470₂, 560₂, 680₂, and 1K₂. The RT2430B6TR13 is suitable for various applications, including consumer electronics, automotive electronics, as well as many other industries.

The array of resistors provides improved board density and space savings when compared with other resistor networks. The design incorporates six times the power handling ability of a single resistor network. Furthermore, it exhibits better uniformity and better thermal stability and accuracy. It is also resistant to temperature drift, fluctuations in pressure, and other environmental conditions.

Application Field

The RT2430B6TR13 is a versatile and flexible device which can be used in a wide range of applications. Some of the most common applications for this array include:

• Power line protection
• Overload protection
• Current sensing
• Voltage divider applications
• Audio and Video signal processing
• Network communication devices

The RT2430B6TR13 is also suitable for use in applications which require high precision and reliable performance. The device is thermally stable and can be used in high temperature environments. It is also well suited for use in applications which require accuracy and temperature stability.

Working Principle

The RT2430B6TR13 is designed to work as a resistor network. It consists of four resistors arranged in two rows and connected in series. The four resistors form a total resistance equal to the combination of their individual resistances. For example, if four resistors each of resistance 10₂ are connected, the total combined resistance will be 40₂.

The resistance value of the resistor network can be adjusted by changing the individual components. The resistors can be switched between two resistances, which are specified in the product data sheet. The resistors have high accuracy and an excellent thermal performance over their full operating temperature range.

The RT2430B6TR13 offers many advantages over other resistor networks. It provides improved board density and space savings. It is resistant to temperature drift and fluctuations in pressure and other environmental conditions. Additionally, it also exhibits better uniformity and better thermal stability and accuracy. The array of resistors is also ideal for power line protection, current sensing, and voltage divider applications.

Conclusion

The RT2430B6TR13 is a versatile and flexible resistor network which offers improved board density and space savings. It is resistant to temperature drift and fluctuations in pressure and other environmental conditions. The device is suitable for use in many applications, including current sensing, power line protection, and voltage divider applications. Additionally, it also exhibits excellent uniformity and excellent thermal stability and accuracy.