With the maximum output power of 217 W, the T3PSx3200P Series, the multi -channel programmable DC power supply, includes four models:

• T3PS13206P (0~32 V/0~6 A) for single-channel output
• T3PS23203P for dual-channel output (CH1: 0~32 V/0~3 A, CH2: 0~32 V/0~3 A)
• T3PS33203P for three- channel output (Ch1: 0~32 V/0~3 A, CH2: 0~32 V/0~3 A, CH3: 1.8 V, 2.5 V, 3.3 V, 5.0 V/5 A)
• T3PS43203P for four channel output (CH1: 0~32 V/0~3 A, CH2: 0~32 V/0~3 A, CH3: 0~5 V/0 ~1 A, CH4: 0~15 V/0~1 A)

This series not only provides high program resolution (1 mV/0.1 mA) and read back resolution (0.1 mV/0.1 mA), but also features optimal low-ripple noise characteristics ≤ 350 μVrms/≤ 2 mArms and output transient recovery capability ≤ 50 μS. Independent output on-off switch is provided for each channel. For series and parallel applications of CH1 and CH2, the tracking function of the T3PSx3200P Series utilizes the internal circuit to automatically switch the output to serial or parallel output without additional external wiring, providing users with convenience not only in operating procedures but also a more stable output. The tracking function design of other brands requires additional external wiring connections for the output in series or parallel. However, excessively long, thin or inconsistent external wiring may cause inaccurate voltage or current output.

The T3PSx3200P Series offers a variety of display modes, including single or multi-channel setting values, measurement values, and waveform displays. The Monitor function of the T3PSx3200P Series allows users to set monitoring conditions according to requirements, sound alarms or stop output during the measurement process, and stop measurement and protect the customer’s DUT. The T3PSx3200P Series provides output recorder function, which records the voltage/current of the output process to the internal memory, and the result can be stored as a (*.REC) or (*.CSV) file, which can then be transferred to the USB flash drive and be exported to the PC for PC software or Excel to conduct future analysis.