Instek PEL-3032E DC Electronic Load, Single Input, 500V, 15A, 300W, PEL-3000E Series

• Single-channel, 300 W, 2.5 to 500 VDC, 15A
• 7 Operating Modes: CC, CV, CR, CP, CC+CV, CR+CV, CP+CV
• Fast/Normal Sequence Function
• Soft Start
• Battery discharge test
• OCP - OPP test Automation
• Max. Slew Rate: 2.5A/us
• Dynamic mode
• Protection: OVP, OCP, OPP, OTP, RVP, UVP
• Remote Sense
• Integrate voltage, current and power measurement functions
• External Voltage or Resistance Control
• Rear Panel BNC Trigger IN/OUT
• Analog External Control
• USB interface standard; GPIB optional
• Two-year warranty

Ideal for output characteristics evaluation for power supply products
PEL-3032E provides 300W (2.5 to 500 V, 15 A) current sink capability. Inherited from the PEL-3000 series, PEL-3032E has an easy-to-read LCD panel and user-friendly interface. It also features high speed and accurate measurement capability for electronic component, battery, portable charger and power products that require low to medium power consumption.

The PEL-3032E has seven operating modes. Among them, four basic operating modes are constant current, constant voltage, constant resistance, and constant power. Three other combined operating modes are constant current + constant voltage, constant resistance + constant voltage, constant power + constant voltage. You can select operating modes based upon products' test requirements.

PEL-3032E is not only ideal for charger/adapter manufacturers with the requirements of over 60 mA constant current load and measurement applications, but also for manufacturers of various power supply components and portable charging devices which demand the standby power consumption greater than 60 mA. For manufacturers who require charger/adapter with the constant current load and measurement applications lower than 60mA, we recommend the PEL-3000 series which has three current levels to meet low power consumption application requirements.

Among the PEL-3032E's features:

• Operating Mode
  The unit provides four fundamental operating modes and three add-on modes of CC (current), CR (resistance) and CP (power) separately combining with CV (voltage). Users can set different drawn current condition under different operating modes such as setting operating range for current sink level, Current Slew Rate, input voltage and current sink.
• Static/Dynamic/Sequence mode
  The PEL-3032E can, according to different test conditions, step or continuous changes, test speeds, and selectable modes, has three operating functions: Static, Dynamic and Sequence. The Static function is used to sink a constant current; the Dynamic function is to periodically switch between two sink conditions; the Sequence function is to provide tests for more than two sink conditions.
• Fast Sequence & Normal Sequence
  Set a complete sequence editing function to obtain following waveforms, saving development cost and time without using a PC to control electronic load and writing programs.
• Soft start
  The Soft Start function of PEL-3032E allows you to determine the rise time of current sink that is to decide how much time is required to reach electronic load's set current, resistance or power value. The soft start function prevents inrush current and surge voltage from happening on DUT. For instance, test applications using a power supply, LED and a DC load (activating the soft start function) can prevent in rush current and surge voltage from causing damages on LED.
• Analog Channel Control
  The PEL-3032E provides the external analog channel control function, which allows you to connect J1 connectors on the rear panel to input voltage or to connect resistance to control electronic load operation, then integrate this function into test system and utilize signals generated from the test system to control the PEL-3032E.

Please refer to Data Sheet for complete specifications.

Included with PEL-3032E: Quick Start Guide, user/programming manual CD, power cord, two (2) front terminal washers (M6 Spring washers) and GTL-105A remote sense cables (1 each red & black).