ORNV25025002T1

Resistor networks and arrays are integral component in numerous manufactured goods. The ORNV25025002T1 resistor matrix offers unique advantages to a range of applications in terms of size and performance. This article will detail the ORNV25025002T1 application field and working principle.

Application Field

The ORNV25025002T1 is an 8-terminal resistor network that provides resistance values from 10 ohms to 250 ohms. This allows the device to be used for numerous applications, such as distributed load circuits, output shift register circuits, signal distribution circuits, and many others. Additionally, the ORNV25025002T1 resistor matrix is specifically designed to be used on multi-layer substrates (PCB), which allows it to be used in equipment that requires soldering and reflow soldering technologies.

Working Principle

The ORNV25025002T1 is constructed using thin-film resistor networks, which offer numerous benefits. The resistors are constructed using layers of aluminium oxide, tantalum pentoxide, or silicon dioxide, with a resistive element sandwiched in-between them. The resulting structure is extremely thin and light, making it suitable for tight spaces and intricate components. Additionally, the resistor elements themselves have very low temperature coefficients, allowing them to remain stable even when subjected to temperature variations.

The ORNV25025002T1 has a reduced series resistor design, which gives it the ability to offer high voltage ratings and superior performance when compared to other resistor networks. The resistor design also allows for very low characteristic inductances and tungsten self-capacitance, helping to reduce terms and limit noise between adjacent circuit elements.

The resistor network also has a low current leakage characteristic, meaning that they are ideal for use in applications where current leakage is a concern. The low current leakage, combined with the resistance values offered by the device, makes the ORNV25025002T1 suitable for use as a switching element in circuits and also as a resistor in circuits.

Conclusion

The ORNV25025002T1 resistor network is an invaluable tool in many different modern applications. This 8-terminal resistor matrix provides precise resistance values, high voltage ratings, low temperature coefficients, low characteristic inductances and low current leakage, making it ideal for a variety of applications. The ultra-thin design ensures that it fits in tight spaces, while the soldering and reflow soldering compatible construction allows it to be used in numerous different applications.