RVUDCTP-B24

RVUDCTP-B24 is a programmable current regulator used in multiple applications including regulation of currents supplying a wide variety of electrical load such as linear and non-linear resistive, capacitive and inductive loads as well as pulse transformer, ferroresonant transformer and transmission line loads. The RVUDCTP-B24 can supply a wide range of currents up to 24 amps.

The basic operation of RVUDCTP-B24 is to regulate the output current by controlling power to the load. It does this by sensing the current in the load and then adjusting the voltage applied to the load to keep current constant. This is known as the “current mode” of operation. The RVUDCTP-B24 also supports “voltage mode” operation, where the output voltage is sensed and set to the desired value. By combining voltage and current mode operation, the RVUDCTP-B24 can provide precise, stable control of both voltage and current.

The RVUDCTP-B24 has a wide range of features and settings for controlling current and voltage. The range of input and output voltages is 0-24 VDC. The current can be adjusted from 0.5 to 24 amps, with adjustable hysteresis and current fold-back. The current fold-back features allows the current to be decreased once it reaches the desired set point. This can help to reduce power losses and extend the life of components.

The RVUDCTP-B24 also includes advanced programming options such as programmable current limit, soft start, and pulse width modulation. These features provide additional accuracy and flexibility to the current regulation. Programmable current limit allows the user to set the maximum current draw that the RVUDCTP-B24 will allow. Soft start prevents rapid increases in current draw when the RVUDCTP-B24 is first powered up. PWM (pulse width modulation) is used to control the output current by varying the width of the pulses delivered to the load.

The RVUDCTP-B24 is a versatile, programmable current regulator with applications in many fields. It can be used to power and control a wide range of devices, from medical and laboratory equipment to industrial machinery and robotics. It is an ideal choice for applications requiring precise control of current and voltage.