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Array Electronic Co Ltd

Elektronische DC-Lasten der Serie Array 375X

Elektronische DC-Lasten der Serie Array 375X

SKU: 3752A

Ausgangsleistung
Normaler Preis
€1.752,95 EUR exc tax
Normaler Preis Verkaufspreis
€1.752,95 EUR exc tax
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Key Features

Equipped with RS232, USB, and GPIB interfaces for easy control and supports SCPI standard commands and LabView
Suitable for scientific research and production fields such as aerospace, shipbuilding, automotive electronics, solar cell, and fuel cell
High-speed sequence and transient testing, short-circuit, and battery discharge tests
Allows for programmable control and supports up to 10 steps of programming to be stored and controlled by a PC
Intelligent cooling system to reduce system temperature and enhance power density

Overview

The Array 375X Series of Electronic Load is a new-generation high-performance programmable electronic load that provides powerful test functionality and a friendly human-machine interface.

The electronic load is equipped with RS232, USB, and GPIB interface and supports SCPI standard commands for programmable instrumentation and LabView development platform, which is widely used in the scientific research and production fields of aerospace, shipbuilding, auto electronics, solar cell, and fuel cell.


Downloads

Die elektronische Last der Serie Array 375X ist eine programmierbare elektronische Last der neuen Generation mit hoher Leistung, die leistungsstarke Testfunktionen und eine benutzerfreundliche Mensch-Maschine-Schnittstelle bietet.

Die elektronische Last ist mit einer RS232-, USB- und GPIB-Schnittstelle ausgestattet und unterstützt SCPI-Standardbefehle für programmierbare Instrumente und die LabView-Entwicklungsplattform, die in den wissenschaftlichen Forschungs- und Produktionsbereichen der Luft- und Raumfahrt, des Schiffbaus, der Autoelektronik, der Solarzellen und der Brennstoffzellen weit verbreitet ist.


Engineer Q&A

Questions and Answers

10 questions
  • What Protection Features and Safety Mechanisms Are Built Into the Array 375XA Electronic Load?

    The 375XA has these protection functions:

    • Over-Current Protection (OCP)
    • Over-Power Protection (OPP)
    • Over-Temperature Protection (OTP)
    • Over-Voltage (OV) alarm
    • Reverse-Voltage (RV) alarm

    A high-speed power limiting circuit limits input power during overload; a sustained overload trips OPP. A high-efficiency intelligent cooling system supports long-term continuous operation at full power.

    Answered by John LeggUpdated 8 Oct 2026
  • What Are the Advantages of the Array 375XA's High-Speed Transient Testing?

    It reaches transient frequencies up to 50kHz, with current slew rates from 7.5 to 22A/µs depending on model (15A/µs on the 3751A).

    Its 16-bit D/A converters run at up to 500kHz. This supports power supply transient response testing, battery resistance measurement and impedance analysis, and Array lists automotive electronics and aerospace among its applications.

    Answered by John LeggUpdated 8 Oct 2026
  • How Easy Is the Array 375XA Electronic Load to Use?

    It has a high-resolution TFT-LCD, numeric keypad and rotary knob.

    The automatic ON/OFF function simplifies tests, and Save/Recall stores up to 10 groups of common settings. The front panel shows voltage, current, power and operating status.

    Answered by John LeggUpdated 8 Oct 2026
  • What Sequential Programming and Automation Features Does the Array 375XA Offer?

    Sequential (list) test functions allow step times from 10µs to 99,999 seconds.

    Each list holds up to 50 steps, 10 lists can be stored, and lists can be controlled from a PC. The loop count is programmable, and lists can be linked for complex procedures such as battery cycle testing, power supply burn-in and repetitive QA testing. SCPI support allows integration into automated test equipment (ATE) systems.

    Answered by John LeggUpdated 8 Oct 2026
  • Why Choose the Array 375XA Series From Debug Store?

    The 375XA series gives programmable loads from 1,000W to 5,000W with SCPI control.

    We provide application support and technical guidance. Array lists aerospace, automotive and new-energy testing among its target applications. It suits development teams and smaller organisations as well as larger labs.

    Answered by John LeggUpdated 8 Oct 2026
  • What Are the Key Technical Specifications of the Array 375XA Series Electronic Load?

    The 375XA series has models rated from 1,000W to 5,000W, with voltage ranges up to 240V and varying current capability.

    • 3751A: 0-150A and 2,000W at 40°C
    • 3756A: up to 260A and 5,000W
    • 16-bit D/A and 24-bit A/D converters, with D/A conversion rates up to 500kHz
    • Minimum operating voltage below 1.8V at full rated current

    The low minimum voltage suits fuel cell, solar cell and automotive charger testing.

    Answered by John LeggUpdated 8 Oct 2026
  • Which Operating Modes Does the Array 375XA Electronic Load Support?

    It supports four basic modes: Constant Current (CC), Constant Voltage (CV), Constant Resistance (CR) and Constant Power (CP).

    It also has twelve advanced modes: CCL, CCH, CVL, CVH, CRL, CRH, CP, CCL+CV, CCH+CV, CRL+CV, CRH+CV and CP+CV. These let you simulate a wide range of real-world loads.

    Answered by John LeggUpdated 8 Oct 2026
  • How Does the Array 375XA Compare with High-End Electronic Loads?

    The 375XA offers the core functions of high-end electronic loads, including transient testing up to 50kHz, current slew rates up to 22A/µs depending on model, and SCPI command support.

    Answered by John LeggUpdated 8 Oct 2026
  • What Communication Interfaces and Programming Capabilities Does the 375XA Electronic Load Provide?

    RS232 and USB are standard, and GPIB is optional. It supports SCPI commands and the LabVIEW development platform.

    You can control and program it from the supplied PC software, and build it into test systems for aerospace, shipbuilding, automotive electronics, solar cell and fuel cell applications.

    Answered by John LeggUpdated 8 Oct 2026
  • How Does the Array 375XA Electronic Load Handle Battery Testing and Discharge?

    Its minimum operating voltage is below 1.8V at full rated current, which suits fuel cell testing and battery discharge, where the voltage falls very low.

    List mode, with step times from 10µs to 99,999 seconds, lets you build discharge profiles. There is no dedicated battery test function.

    Answered by John LeggUpdated 8 Oct 2026

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