ITECH Advanced Programmable DC Electronic Load
- Electronic Load with Multiple Testing Modes: Supports four static modes—Constant Current (CC), Constant Voltage (CV), Constant Resistance (CR), and Constant Power (CP) to meet various testing requirements.
- High Resolution and Accuracy: Voltage resolution up to 0.1mV and current resolution of 0.1mA, ensuring precise measurements.
- Dynamic Testing Function: Supports a dynamic testing frequency of up to 10kHz, suitable for evaluating the wide-bandwidth characteristics of power supplies.
- Sequence Testing (List Mode): Enables complex current variation tests with up to 84 steps, improving automation efficiency.
- Battery Discharge Testing: Provides battery discharge testing with configurable cutoff voltage, capacity, and discharge time, ideal for battery performance evaluation.
- Remote Sensing Measurement: Includes remote sensing terminals to maintain measurement accuracy under high current load conditions.
- CR-LED Testing: Simulates LED load characteristics, allowing for accurate ripple current measurements.
€514,00 – €5,653,30
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The IT8500+ series of programmable electronic load units provides a wide range of testing capabilities for various electrical components. Designed for high-precision measurements and versatile testing modes, this electronic load features static and dynamic testing options, including constant current (CC), constant voltage (CV), constant resistance (CR), and constant power (CP) modes. It supports high resolution with 0.1mV/0.1mA precision and includes advanced features such as battery discharge testing, CR-LED simulation, short-circuit simulation, sequence testing, and more. This electronic load is ideal for testing power supplies, batteries, and other electronic devices with precise measurement and versatile control.
Features:
- Four Static Modes:
- Constant Current (CC): Maintains constant current regardless of input voltage fluctuations.
- Constant Voltage (CV): Ensures input voltage remains at a fixed value by drawing current.
- Constant Resistance (CR): Operates as a fixed resistor, maintaining a constant resistance.
- Constant Power (CP): Loads at a constant power value.
- High Precision:
- Achieves resolution up to 0.1mV (voltage) and 0.1mA (current).
- Dynamic Testing:
- Up to 10kHz dynamic testing frequency for evaluating wideband power supply characteristics.
- Three operation types: Continuous, Pulse, and Flip, with customizable rise and fall slopes.
- Sequence Testing (List Mode):
- Supports high-speed, complex, and arbitrary current patterns with internal/external signal synchronization.
- Allows up to 84 steps in the sequence, with adjustable step time and slope settings.
- Battery Discharge Testing:
- Enables battery testing with conditions for shut-off voltage, capacity, and discharge time.
- CR-LED Simulation:
- Simulates diode load characteristics with adjustable diode conduction voltage, mimicking LED behavior and current ripple measurements.
- Remote Measurement:
- Provides remote measurement terminals to compensate for voltage drop in connection wires, ensuring accurate voltage measurement.
- Overvoltage and Overcurrent Protection:
- Built-in protection against overvoltage and overcurrent during testing.
- Control Software (IT9000-PV8500):
- Easy-to-use software for remote control and operation of IT8500+ series loads, providing comprehensive monitoring and control capabilities.
- Display of Discharge Curves:
- Displays voltage and current curves with tracking, zoom, and local zoom functionalities for analysis.
Applications:
- Power Supply Testing: Ideal for testing power supplies by simulating load conditions in CC, CV, CR, and CP modes.
- Battery Testing: Essential for testing battery discharge performance, with features such as discharge time, voltage, and capacity measurements.
- LED Testing: Simulates and tests LED characteristics in CR-LED mode, ideal for LED driver and power supply evaluation.
- Dynamic Characteristic Testing: Used in evaluating dynamic response in power supplies with adjustable frequency and slope settings.
- Precision Electronics Testing: Suitable for high-precision applications that require high resolution and accuracy in measurement, such as research labs or development environments.
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