The BK Precision DML301 DC Electronic Load Module populates one slot of the DML001 DC Electronic Load Mainframe to create a flexible system for testing a variety of power sources. The front panel interface allows for quick adjustments of voltage, current, slew rate, pulse width, and more.
Module Only - Mainframe Sold Separately
Number of Channels: 1
Input Voltage: 0 to 80V
Input Current: 0 to 60A
Input Power: 300W
Module Only - Mainframe Sold Separately
Populates one slot of DML001 Modular 2-Slot Programmable DC Electronic Load Mainframe (sold separately)
Modular system provides flexibility to test variety of power sources including multi-output DC power supplies, batteries, fuel cells, and photovoltaic arrays
Adjustable slew rate in CC mode, users can control rate or slope of change in current in transient response test
Ability to simulate loading behavior of typical LEDs for testing LED drivers
Configure common LED characteristics including operating resistance, forward voltage, and operating current
Safely discharge batteries with configurable stop conditions including voltage and time
Fast transient operation and sweep modes for dynamic load conditions
Sweep mode offers simple way to capture overshoot and undershoot of power supply by applying two configurable load levels at swept frequency
Maximum power point test determines maximum power provided by power supply and voltage/current corresponding to maximum power
Transient operation allows module to periodically switch between two load levels
Transient mode simulates varying combinations up to 25 kHz in CC mode
Highly configurable list mode (sequence mode) with 100 user-programmable steps
List mode programs can be set up to repeat up to 65,535 times or indefinitely
Automatic test modes enables execution of multiple test sequences
Constant current (CC), constant voltage (CV), constant resistance (CR), and constant power (CW) operating modes
16-bit voltage and current measurement system provides high resolution
Remote sense compensates for voltage drops
Intuitive front panel interface offers independent analog control and monitoring of each module to quickly adjust key parameters
Instrument settings and test configurations can be saved directly to internal memory for quick recall
Comprehensive built-in protections and automatic power-on self-test ensure stable and reliable operation