6983R100KBLF

Resistor Networks, Arrays are components with many components connected by an external assembly that accomplish current flow between components. One example of a resistor network today is the 6983R100KBLF Resistor Network.

6983R100KBLF Application Field

The 6983R100KBLF is a surface mount resistor array that is designed for use in high-reliability applications such as aerospace, military, industrial, and communication systems. The network features a resistor array design composed of three series 100K ohm resistors connected in parallel. The resistors are mounted on an aluminum nitride substrate with small size and low cost, making it ideal for modernizing and enhancing military systems, satellite payloads, avionics, and other critical applications. It is also used in automotive, instrumentation, automated test equipment, and telecom industry.

6983R100KBLF Working Principle

The 6983R100KBLF resistor network is based on the Wheatstone bridge principle, which states that a voltage applied across a bridge of four resistors at the points of intersection will produce a voltage output that is proportional to the ratio of the two arms of the bridge. The two resistors in series form one arm of the bridge, while the two parallel resistors form the other arm. When power is applied to the network, current flows through the resistors on either arm. The voltage output from the bridge is a result of the ratio between the resistance of the two arms.

The 6983R100KBLF uses an aluminum nitride substrate that helps provide low thermal resistance and low inductance, which helps to prevent current leakage. The component’s small size, low cost, and lightweight structure help to reduce parts count, making it easier to integrate into existing systems. Additionally, the component’s high temperature characteristics help to make it suitable for many high-reliability applications.

Conclusion

The 6983R100KBLF Resistor Network is a versatile and reliable component for high-reliability applications. Its aluminum nitride substrate provides low thermal resistance and low inductance, while its small size, low cost, and lightweight construction help reduce parts count and make it easy to integrate into existing systems. Additionally, its high temperature characteristics make it suitable for many critical applications.