The PVX-2506 is designed with a bi-directional MOSFET output stage using DEI’s DE-Series Fast Power MOSFETs. This design provides fast rise and fall times with minimal overshoot, undershoot, and ringing, and fast settling times. The controlled-voltage waveform allows the device under test (DUT) to stabilize at voltage within a few hundred nanoseconds, allowing I-V measurements to be made before device heating begins. A quiescent (bias) voltage may be applied to the pulse generator, allowing the DUT to be held at a voltage other than zero, then pulsed above or below this voltage.
The pulse generator is a direct coupled, air cooled, solid state design, offering equally fast pulse rise and fall times, low power dissipation, and minimal overshoot, undershoot, or ringing. It has overcurrent detection and shutdown circuitry to protect the pulse generator from potential damage due to arcs and shorts in the load or interconnect cable.
- Designed for precision pulsing of semiconductor devices for pulsed I-V characterization
- Output Voltage To +50V
- Output Current To 10A
- 50% Maximum Duty Cycle
- Pulse widths from <1uS to 100uS
- Instrument-quality analog voltage and current monitors for data acquisition
Designed for precision pulsing of semiconductor devices for pulsed I-V characterization