Description
The KPS-6202 is a programmable laboratory DC power supply engineered for precision power control in laboratory testing, R&D, production lines, and quality control environments. Designed with a high-efficiency switching-mode architecture, it delivers stable and repeatable DC output suitable for sensitive electronic devices and automated test systems.
A built-in 10-step waveform generator allows users to simulate real-world power conditions such as ramping, cycling, and step changes in voltage and current. This makes the KPS-6202 ideal for functional testing, reliability validation, and power-related stress testing of electronic assemblies.
With USB remote programming and optional LAN connectivity, the power supply supports SCPI command control, enabling seamless integration into automated test equipment (ATE) and computer-controlled laboratory setups. Engineers can remotely configure output parameters, waveform sequences, and protection limits for unattended or long-duration testing.
Designed for Laboratory and Test Applications
This laboratory power supply provides precise constant voltage (CV) and constant current (CC) operation, with adjustable upper voltage and current limits to protect sensitive devices under test (DUTs). A 4-digit LED voltmeter and ammeter with 10 mV / 10 mA resolution ensures accurate monitoring of output conditions in real time.
Three user-defined voltage and current presets can be stored for quick recall from the front panel, improving workflow efficiency in repetitive test scenarios. Output On/Off control and key-lock functions enhance operational safety in shared laboratory and production environments.
Programmable Laboratory Power Supply with SCPI Control
The KPS-6202 supports Standard Commands for Programmable Instruments (SCPI), allowing reliable communication with test software and automation platforms. Remote control via USB or LAN enables voltage, current, waveform sequencing, and output status to be managed programmatically, making it suitable for:
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Automated production testing
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Burn-in and endurance testing
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R&D and prototype validation
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University and educational laboratories
Analogue remote control inputs provide additional flexibility when computer control is not required.
Performance, Protection, and Reliability
The power supply features universal AC input with active PFC, isolated ground design, and intelligent fan cooling with variable speed control. Comprehensive protection mechanisms—including overload, over-voltage, short-circuit, and over-temperature protection—ensure reliable operation and long service life in demanding laboratory and industrial environments.
The KPS laboratory power supply family is available in multiple power ratings, supporting a wide range of voltage and current requirements for professional test and measurement applications.
KPS Series Overview
The KPS family of laboratory programmable DC power supplies is available in multiple power ratings, including 180W, 360W, 480W, 640W, and 960W, providing flexibility for a wide range of laboratory and production test applications.
All models feature 4-digit voltage and current displays with a minimum output starting from 1 V and 0 A, offering 10 mV and 10 mA resolution for precise control and monitoring. Low-power models support universal AC input, simplifying global deployment.
Key capabilities across the KPS series include USB and optional LAN remote programming, built-in 10-step waveform generation, SCPI command support, and comprehensive protection functions. These features make the KPS series suitable for automated test systems, R&D environments, and long-term reliability testing.
Key Capabilities (Series-Wide)
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Remote programmable via USB or optional LAN
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Built-in 10-step waveform generator with programmable cycle periods
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4-digit voltmeter and ammeter with high resolution
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Three user-defined voltage and current presets
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Adjustable upper voltage and current limits for DUT protection
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Constant voltage (CV) and constant current (CC) operation
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Analogue remote control of voltage, current, and output On/Off
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SCPI-compatible command syntax
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Smart variable-speed cooling fan with self-diagnostic check
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Isolated ground, active PFC, and high power efficiency
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Overload and tracking over-voltage protection
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Constant current limit operation with open-circuit protection
