IT6800A/B Series Single Channel Programmable DC Power Supply

Support panel programming, numeric keypad operation

♦ High accuracy and resolution 1mV/0.1mA

Voltage and current outputs can be programmed.

Voltage and current can be adjusted with knobs.

Low ripple and low noise

Remote compensation function

RS232/USB/GPIB interfaces are standard.^*1

♦ Intelligent fan control, energy saving and noise reduction

*1: Configuration of GPIB communication interface is limited to IT6800B single-channel series.

Supports panel programming functions (List)

IT6800A/B series single-channel programmable DC power supply generates various output change sequences by sequentially operating the value and time of each single step. Parameters in the sequences include the time unit, single step voltage, single step current, single step time, as well as whether it is the next step, cycle step, and whether it saves the file. When a trigger signal is received after the sequential operation editing is complete, the power supply starts to run until the sequential operation is completed or another trigger signal is received again.

In order to compensate for the voltage drop caused by long wires connected to the load, the remote compensation function allows measurement directly on the terminals to be measured and compensates for the voltage to improve the test accuracy.S+, S-: are the remote measurement terminals. S+, S-: are remote measurement terminals. +, - are output positive and negative terminals. When using the remote compensation function, it is necessary to disconnect the wires connected to the "+, -" terminals, lead out S+, S-, and connect to the object to be measured.

This series supports the output timer function, turn on this function in Menu and set the timing time, the timing will start from the power output turning on, and the power will automatically turn off the output after the set time. Timing time setting range 0.1-9999.9S or 0.1-9999.9M.

Constant voltage/constant current automatic switching function
With this function, the power supply can maintain uninterrupted operation during the transition from constant voltage mode to constant current mode that occurs with load changes.