MPMT2002BT1

Resistor Networks, Arrays

The MPMT2002BT1 is a wide-range resistor network designed for use in applications where the measurement of medium- to high-voltage signals is required. The network consists of an array of two series-connected resistors, each with a value of 15kΩ, connected between the negative voltage supply and the measurement sensor. The MPMT2002BT1 is suitable for use in a variety of high-voltage measurement systems, including automotive electrical, battery management, industrial monitoring and control, and electronics testing.

In order to measure the current flowing through the resistors, a current-sensing resistor is placed in parallel with the other two resistors. The current-sensing resistor has a value of 1MΩ with a tolerance of ±0.1%. This is used as an input signal for the measurement system, allowing for the measurement of the current flowing through the array. This current can then be used to calculate the voltage at the measurement sensor, by multiplying the current by the resistance of the two resistors in series.

The MPMT2002BT1 is also designed to provide protection against transient over-voltages and transient dips in DC voltage. This protection is provided by an internal circuit which senses the voltage at the measurement sensor and automatically switches off the power supply to the two resistors in the event of an over-voltage or transient dip. This provides a high degree of protection against false readings due to external transients.

The MPMT2002BT1 is a valuable tool for measuring medium- to high-voltage signals in a wide range of applications. It provides an accurate and reliable measurement of the voltage at the measurement sensor, and also offers protection against transient over-voltages and dips. The integrated current-sensing resistor makes it easy to measure the current flowing through the network, allowing for the calculation of the voltage in the system. The MPMT2002BT1 is a reliable and easy to use resistor network that is well suited for a variety of applications.