RM2012B-104/204-NWWP10

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 essential components in modern electronic circuitry. The RM2012B-104/204-NWWP10 series resistor network, array is a popular family of highly reliable, high quality integrated resistors. This series of resistor network has a wide application field and working principle.

The RM2012B-104/204-NWWP10 series resistor network, array is composed of two or four matched to the same resistance, and a low-resistance shunt connected to the load circuit. Each resistor is offered in a variety of resistance values to accommodate various resistive loads. Additionally, the resistor can be adjusted to provide more flexibility. For instance, it can be configured for floating, fixed, intermittent or continuous operation.

The primary application field of RM2012B-104/204-NWWP10 series resistor network, array is to provide precise resistance values in series and parallel configurations. It is suitable for controlling power to electronic components, such as an amplifier, as well as sensing current or voltage in high-accuracy applications. In addition, it can also be used to constrain the input-output current of multi-stage amplifiers and for discharging energy in time-constant applications.

Regarding its working principle, the RM2012B-104/204-NWWP10 series resistor network, array uses two or four resistors in series. The structure of the resistor network will determine the resistance values in the load circuit. Typically, a network is designed with a positive and a negative resistance connected in parallel, while the other circuit is designed with two resistors in series. By using the resistance value of each resistor to calculate the total resistance, the desired resistance value is achieved.

In general, the RM2012B-104/204-NWWP10 series resistor networks, arrays are used for a wide variety of purposes, such as providing precise resistance values for controlling power to electronic components, sensing current or voltage, and discharging energy. Its working principal is based on a simple resistor network structure, which consists of two or four resistors in a serial or parallel configuration.

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