EXB-V8V270JV Resistors

The EXB-V8V270JV is a resistor network, array or chip that consists mainly of sixteen resistors connected in serial pairs. It is typically used for moderate-frequency DC link clamps, such as those served by switched-mode power supplies and other low-level AC and DC circuit designs. It is also commonly used as a reference voltages in audio/video applications such as digital-to-analog converters.

The underlying principle behind the EXB-V8V270JV is to achieve a desired resistance value by connecting several individual resistor elements in series in pairs. In this way, sixteen resistors can be connected in such a way that the total resistance is the sum of the individual elements. An advantage of this design is that a larger resistance can be obtained by simply adding another resistor element, without altering the existing pairs.

The EXB-V8V270JV is composed of a frame of sixteen thin-film resistors with a low TCR (temperature coefficient of resistance). As with other low TCR resistors, this provides for higher accuracy values under extreme temperature conditions. The resistor network is designed to be highly stable, with a 15ppm/0C rate of change that provides for high accuracy and repeatability values.

The EXB-V8V270JV also offers resistor circuit protection features and is able to withstand currents of up to 1.0 Amps. It is designed to meet with RoHS and Military standards and is available in a wide range of resistance values.

This EXB-V8V270JV array is ideal for use in medium frequency applications due to its low TCR and accuracy. With its great stability and resistance to current, it can also be used for low-level AC and DC circuit designs. These features make it suitable for a variety of applications, including digital-to-analog converters, switched-mode power supplies, amplifiers, and other audiophile components.