Equipment - Power Supplies (Test, Bench)

Image Part Number Description / PDF Quantity Rfq
1504

1504

Global Specialties

VARIABLE AC PWR SOURCE 0-150 4A

0

1370

1370

Global Specialties

TRIPLE OUTPUT PROGRAMMABLE DC PO

8

1420

1420

Global Specialties

VARIABLE AC POWER SUPPLY: 0-150

3

1368

1368

Global Specialties

TRIPLE OUTPUT PROGRAMMABLE DC PO

3

1403

1403

Global Specialties

DC PWR SPLY 100W TRIP OUT 20V/5A

39

1412

1412

Global Specialties

PWR SPLY 16V/5A 27V/3A 36V/2.2A

2

1515

1515

Global Specialties

VARIABLE AC PWR SRC 0-130V 15A

0

1510

1510

Global Specialties

DISCHARGE TUBE POWER SUPPLY

0

1320

1320

Global Specialties

DC POWER SUPPLY 0-32V 3A

9

1302B

1302B

Global Specialties

TRIPLE OUTPUT DC POWER SUPPLY

0

1315

1315

Global Specialties

AC/DC POWER SUPPLY 0-25V 5A

0

1332A

1332A

Global Specialties

DC POWER SUPPLY 0-32V 5A

0

1315D

1315D

Global Specialties

AC/DC PS W/DIG READOUT 0-25V 5A

0

1510GS

1510GS

Global Specialties

VARIABLE AC PWR SRC 0-130V 10A

0

Equipment - Power Supplies (Test, Bench)

1. Overview

Bench power supplies are adjustable DC or AC power sources designed for testing, troubleshooting, and development in electronic engineering. They provide stable, precise, and controllable electrical power to devices under test (DUTs) in laboratory, production, and field service environments. Their importance lies in ensuring product reliability, validating circuit performance, and supporting R&D workflows across industries.

2. Major Types and Functional Classification

TypeFunctional FeaturesApplication Examples
Linear Power SuppliesLow noise, high stability, fast transient responseLaboratory testing of analog circuits
Switching Power SuppliesHigh efficiency (>80%), wide input range, compact sizeAutomated production line testing
Programmable Power SuppliesComputer-controlled output, waveform generation, data loggingAutomotive electronics validation
Multi-channel Power SuppliesIndependent voltage/current control for multiple outputsTesting IoT devices with multiple rails

3. Structure and Components

Typical bench power supplies include:

  • Metallic enclosure with ventilation slots
  • AC/DC power module (linear/regenerative topology)
  • Control panel with digital/analog interfaces
  • Output terminals (banana jacks, binding posts)
  • Active cooling system (fan/heat sink)
  • Communication ports (USB/LAN/GPIB)

4. Key Technical Specifications

ParameterDescriptionImportance
Output Voltage Range0-200V (single/multi-range options)Determines compatibility with DUT requirements
Current Resolution1mA-10 A precisionImpacts test accuracy for low-power devices
Load Regulation<0.01% change under varying loadEnsures stable output during dynamic testing
Ripple & Noise<3mVpp @ 20MHz bandwidthCritical for sensitive analog circuit testing
Transient Response Time10-100 s recovery timeMeasures stability during sudden load changes

5. Application Fields

  • Electronics manufacturing (IC testing, PCB validation)
  • Telecom equipment (5G base station power simulation)
  • Automotive R&D (ECU power cycling tests)
  • Aerospace (avionics power quality analysis)
  • Educational labs (student project prototyping)

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductKey Features
Keysight TechnologiesN6700 Modular Power SystemHot-swappable modules, 16-bit resolution
Teledyne LeCroyTS-8080800W regenerative AC/DC source
Siglent TechnologiesSPD1168X16-bit touchscreen control, list mode
Chroma Systems62000P SeriesGrid simulation, energy recovery

7. Selection Recommendations

Key considerations:

  • Match output specs to DUT's maximum power requirements
  • Choose appropriate control interface (analog/digital)
  • Assess thermal management needs for continuous operation
  • Prioritize calibration features for traceable measurements

Example: For battery simulation applications, select a bidirectional power supply with dynamic profiling capabilities.

8. Industry Trends

Current development trends include:

  • Integration of AI-based predictive maintenance
  • Higher power density (3-5W/cm ) through GaN technology
  • Adoption of PMBus for smart power system management
  • Expansion of 800V DC test capabilities for EV applications
  • Cloud-connected power supplies for remote monitoring

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