MPS-1000 Series High-Precision Programmable DC Power Supply
•Voltage output range: 0~150V; Current output range: 0~10A; Maximum power coverage: 36W~360W
•Display resolution: 0.1mV for voltage, 1uA for current
•DVM voltmeter measurement function
•Battery charging function
•Waveform curve display function
•Resistance measurement function
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The MPS-1000 Series are single-channel high-precision programmable linear DC power supplies, including models from MPS-1001 to MPS-1012, with output voltage from 0~150V, current from 0~10A, and power from 36W to 360W, suitable for laboratory R&D and electronic testing scenarios. They achieve precise control with 0.1mV voltage resolution and 1uA current resolution, paired with a 4.3-inch high-brightness color screen for clear parameter display. Supporting dual-mode parameter setting via a numeric keypad and knob, they offer rich functionality: List sequence operation (99 steps, with automatic/button/external triggering and up to 99999 cycles); Battery charging function (configurable with standard voltage/current, trickle voltage/current, end current, and charging time, with automatic termination protection); DVM voltmeter function (measuring DC voltage below 80V); waveform display (real-time monitoring of voltage/current/power waveforms); and resistance measurement (0.0001Ω~999.999KΩ, with 1A/0.1A ranges). They also support storage and recall of 99 parameter groups, adjustable voltage/current rise slopes (0-250mS/V/A), a standard RS-232 interface, and SENSE remote compensation. An intelligent temperature-controlled fan balances cooling and quiet operation, while multiple protections (OVP/OCP/OTP) ensure safety.
Product Overview
The MPS-1000 Series is a premium benchtop programmable DC power supply developed by MATRIX Technology Inc. Designed for high-precision testing and precision power supply applications, it features industry-leading 0.1mV voltage resolution and 1μA current resolution. Integrating multiple functions including waveform display, sequence output, battery charging, and resistance measurement, it balances stability and intelligence, perfectly adapting to rigorous scenarios such as scientific research experiments, electronic R&D, production line inspection, and component aging. It serves as a core power supply device for laboratories and industrial testing environments.
Product Description
As MATRIX’s flagship single-channel DC regulated power supply, theMPS-1000 breaks through the precision bottlenecks of conventional power supplies. Adopting an advanced linear regulation architecture, it delivers pure, low-ripple output to ensure consistent power stability throughout operation. Equipped with a high-definition display, it supports real-time waveform curve monitoring for intuitive tracking of voltage and current dynamics. Paired with the list sequence output function, it enables automatic cyclic testing with multi-segment parameters, greatly improving R&D and inspection efficiency.
Built-in battery charging mode and resistance measurement function expand the product’s application scope, allowing battery performance testing and component resistance screening without external auxiliary equipment. It comes standard with comprehensive over-voltage protection (OVP), over-current protection (OCP), and over-temperature protection (OTP), providing all-round safety for both the device under test and the power supply itself. The MPS-1000 supports remote communication control and can be integrated into automated test systems to meet industrial batch testing demands, making it the preferred high-precision power solution for high-end electronic manufacturing, scientific research institutions, and testing laboratories.
Certified by international authoritative standards including CE and RoHS, the MPS-1000 complies with global industrial control specifications. Its compact benchtop design saves space while delivering efficient heat dissipation, supporting long-term full-load operation without compromise. Combining portability and durability, it precisely matches full-scenario testing needs from laboratory R&D and small-batch trial production to production line quality inspection.
Application Scenarios
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Scientific Research Laboratories: Precision power supply for university physics and electronics labs, performance testing of new materials and microelectronic devices, parameter calibration of low-power chips, and experimental data acquisition.
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Electronic R&D: Prototype circuit debugging, sensor precision calibration, power consumption testing of portable electronic products, and verification of power stability and extreme performance.
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Industrial Production Lines: Electronic component aging testing, finished product factory quality inspection, and batch power supply testing for automated production lines to ensure product yield and quality consistency.
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Battery Testing: Charging performance, discharge efficiency, and cycle life testing of lithium batteries, button cells, and energy storage cells, with accurate collection of charge-discharge data.
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Testing & Certification: High-precision power supply and parameter measurement for third-party testing agencies and metrology calibration laboratories, supporting the issuance of compliant test reports.
Product FAQs
FAQ 1
Q: What are the core advantages of the MPS-1000 compared to ordinary DC power supplies?
A: The MPS-1000 focuses on ultra-high precision with 0.1mV voltage resolution and 1μA current resolution, far exceeding conventional power supplies. It features four exclusive functions: waveform display, sequence output, battery charging, and resistance measurement, along with remote programming and enhanced protection mechanisms. It meets high-precision testing needs, boosts testing efficiency, and is ideal for high-end R&D and quality inspection scenarios.
FAQ 2
Q: Does the MPS-1000 support integration with automated test systems? What communication interfaces are available?
A: Yes, it is fully compatible with automated test equipment (ATE) systems, enabling remote programming, data acquisition, and batch testing. The product comes standard with USB and RS232 communication interfaces, with RS485 expansion available for select models. It is compatible with mainstream industrial control software for effortless unattended automated testing.
FAQ 3
Q: What specific functions does the MPS-1000’s list sequence output feature provide?
A: This function allows users to preset multiple sets of voltage, current, and time parameters, enabling one-click automatic cyclic output. It simulates power supply environments under different working conditions, such as component aging testing, battery cyclic charge-discharge, and dynamic power consumption testing of electronic products, eliminating manual repeated parameter adjustments and drastically improving testing efficiency.
FAQ 4
Q: Is the MPS-1000 suitable for testing low-power devices? Will its precision drift during operation?
A: Absolutely. The MPS-1000 adopts a high-precision sampling circuit and linear regulation design, maintaining stable precision without drift even at low current outputs. Its 1μA current resolution accurately captures current changes in micro-power devices, and it delivers consistent high stability under both full-load and light-load conditions, fully meeting the testing requirements of precision components such as low-power chips and sensors.
| Model | MPS-1001 | MPS-1002 | MPS-1003 | MPS-1004 | MPS-1005 | MPS-1006 | |
| Rated output voltage | 0~20V | 0~20V | 0~20V | 0~36V | 0~36V | 0~36V | |
| Rated output current | 0~3A | 0~6A | 0~10A | 0~1A | 0~3A | 0~6A | |
| Rated output power | 60W | 120W | 200W | 36W | 108W | 216W | |
| Load regulation rate |
Voltage | 0.05%+5mV | 0.05%+8mV | 0.05%+10mV | 0.05%+5mV | 0.05%+5mV | 0.05%+8mV |
| Current | 0.1%+2mA | 0.1%+2mA | 0.1%+5mA | 0.1%+2mA | 0.1%+2mA | 0.1%+2mA | |
| Line regulation rate |
Voltage | 0.05%+5mV | 0.05%+8mV | 0.05%+10mV | 0.05%+5mV | 0.05%+5mV | 0.05%+8mV |
| Current | 0.1%+2mA | 0.1%+2mA | 0.1%+5mA | 0.1%+2mA | 0.1%+2mA | 0.1%+2mA | |
| Setting resolution |
Voltage | 0.1mV | 0.1mV | 0.1mV | 0.1mV | 0.1mV | 0.1mV |
| Current | 0.1mA | 0.1mA | 0.1mA | 0.1mA | 0.1mA | 0.1mA | |
| Read back resolution |
Voltage | 0.1mV | 0.1mV | 0.1mV | 0.1mV | 0.1mV | 0.1mV |
| Current | 0.1mA/1uA | 0.1mA/1uA | 0.1mA/1uA | 0.1mA/1uA | 0.1mA/1uA | 0.1mA/1uA | |
| Setting accuracy (25℃±5℃) |
Voltage | ≤0.1%+5mV | ≤0.1%+5mV | ≤0.1%+5mV | ≤0.1%+5mV | ≤0.1%+5mV | ≤0.1%+5mV |
| Current | ≤0.2%+1mA | ≤0.2%+1mA | ≤0.2%+1mA | ≤0.2%+1mA | ≤0.2%+1mA | ≤0.2%+1mA | |
| Read back accuracy (25℃±5℃) |
Voltage | ≤0.1%+1mV | ≤0.1%+1mV | ≤0.1%+1mV | ≤0.1%+1mV | ≤0.1%+1mV | ≤0.1%+1mV |
| Current | ≤0.2%+1mA/5uA | ≤0.2%+1mA/5uA | ≤0.2%+1mA/5uA | ≤0.2%+1mA/5uA | ≤0.2%+1mA/5uA | ≤0.2%+1mA/5uA | |
| Ripple and noise (25℃±5℃) |
Voltage | 3mVrms | 3mVrms | 5mVrms | 3mVrms | 3mVrms | 3mVrms |
| Current | 3mArms | 3mArms | 5mArms | 3mArms | 3mArms | 3mArms | |
| Temperature coefficient |
Voltage | 300ppm | 300ppm | 300ppm | 300ppm | 300ppm | 300ppm |
| Current | 300ppm | 300ppm | 300ppm | 300ppm | 300ppm | 300ppm | |
| Machine size (W*H*D) |
mm | 300*195*480 | 300*195*480 | 300*195*480 | 300*195*480 | 300*195*480 | 300*195*480 |
| Packing size (W*H*D) |
mm | 230*110*395 | 230*110*395 | 230*110*395 | 230*110*395 | 230*110*395 | 230*110*395 |
| Net weight | kg | 6.7 | 4.5 | 6.7 | 7.5 | 5.6 | 7 |
| Gross weight | kg | 7.8 | 5.6 | 7.8 | 8.6 | 6.7 | 8 |
| Model | MPS-1007 | MPS-1008 | MPS-1009 | MPS-1010 | MPS-1011 | MPS-1012 | |
| Rated output voltage | 0 – 36V | 0 – 60V | 0 – 60V | 0 – 60V | 0 – 100V | 0 – 150V | |
| Rated output current | 0 – 10A | 0 – 1A | 0 – 3A | 0 – 5A | 0 – 1A | 0 – 1A | |
| Rated output power | 360W | 60W | 180W | 300W | 100W | 150W | |
| load regulation rate | Voltage | 0.05% + 10mV | 0.05% + 5mV | 0.05% + 5mV | 0.05% + 8mV | 0.05% + 5mV | 0.05% + 5mV |
| Current | 0.1% + 5mA | 0.1% + 2mA | 0.1% + 2mA | 0.1% + 2mA | 0.1% + 2mA | 0.1% + 2mA | |
| line regulation rate | Voltage | 0.05% + 10mV | 0.05% + 5mV | 0.05% + 5mV | 0.05% + 8mV | 0.05% + 5mV | 0.05% + 5mV |
| Current | 0.1% + 5mA | 0.1% + 2mA | 0.1% + 2mA | 0.1% + 2mA | 0.1% + 2mA | 0.1% + 2mA | |
| setting resolution | Voltage | 0.1mV | 0.1mV | 0.1mV | 0.1mV | 0.1mV | 0.1mV |
| Current | 0.1mA | 0.1mA | 0.1mA | 0.1mA | 0.1mA | 0.1mA | |
| read back resolution | Voltage | 0.1mV | 0.1mV | 0.1mV | 0.1mV | 0.1mV | 0.1mV |
| Current | 0.1mA/1uA | 0.1mA/1uA | 0.1mA/1uA | 0.1mA/1uA | 0.1mA/1uA | 0.1mA/1uA | |
| setting accuracy (25℃±5℃) | Voltage | ≤0.1% + 5mV | ≤0.1% + 5mV | ≤0.1% + 5mV | ≤0.1% + 5mV | ≤0.1% + 5mV | ≤0.1% + 5mV |
| Current | ≤0.2% + 1mA | ≤0.2% + 1mA | ≤0.2% + 1mA | ≤0.2% + 1mA | ≤0.2% + 1mA | ≤0.2% + 1mA | |
| read back accuracy (25℃±5℃) | Voltage | ≤0.1% + 1mV | ≤0.1% + 1mV | ≤0.1% + 1mV | ≤0.1% + 1mV | ≤0.1% + 1mV | ≤0.1% + 1mV |
| Current | ≤0.2% + 1mA/5uA | ≤0.2% + 1mA/5uA | ≤0.2% + 1mA/5uA | ≤0.2% + 1mA/5uA | ≤0.2% + 1mA/5uA | ≤0.2% + 1mA/5uA | |
| Ripple and noise (25℃±5℃) | Voltage | 5mVrms | 3mVrms | 3mVrms | 3mVrms | 3mVrms | 3mVrms |
| Current | 5mArms | 3mArms | 3mArms | 3mArms | 3mArms | 3mArms | |
| Temperature coefficient | Voltage | 300ppm | 300ppm | 300ppm | 300ppm | 300ppm | 300ppm |
| Current | 300ppm | 300ppm | 300ppm | 300ppm | 300ppm | 300ppm | |
| Machine size (WHD) | mm | 230*110*395 | 230*110*395 | 230*110*395 | 230*110*395 | 230*110*395 | 230*110*395 |
| Packing size (WHD) | mm | 300*195*480 | 300*195*480 | 300*195*480 | 300*195*480 | 300*195*480 | 300*195*480 |
| Net weight | kg | 6.7 | 4.5 | 4.5 | 6.7 | 7.5 | 5.6 |
| Gross weight | kg | 7.8 | 5.6 | 5.6 | 7.8 | 8.6 | 6.7 |
| Rise time | <20ms | ||||||
About Us
Matrix specializes in the development and supply of precision power solutions used in laboratories, research institutes, production workshops, and engineering service environments. With a technical background rooted in regulated power architecture, the company focuses on programmable DC sources, multi-range power platforms, and bench-level test equipment that support demanding verification and diagnostic tasks. Our customer base includes electronic manufacturers, system integrators, educational institutions, and solution providers seeking dependable output performance and structured control interfaces. By positioning ourselves as a dedicated power supply manufacturer, we deliver tools aligned with professional testing requirements and long-term operational stability.
Our team emphasizes product consistency, parameter accuracy, and strong protection mechanisms, ensuring each power platform meets the expectations of engineers who rely on precise DC output. Through continued refinement of interface design and programmable control, we aim to support efficient workflows from prototype evaluation to production inspection.
Upgrade your testing workflow with a stable and precise power platform—request detailed specifications now!
FAQ
How is the device deployed in a laboratory environment?
The unit operates as a bench-top platform. Users connect it directly to the load, configure output parameters, and store presets for repetitive experiments.
What communication options are available for remote control?
It supports common interfaces such as USB or RS-485 depending on the model, enabling command-based control and integration into automated test systems.
How does the unit protect sensitive devices during operation?
It includes over-voltage, over-current, and thermal protection, ensuring safe output transitions and preventing damage to circuits under evaluation.
What is the typical supply cycle for wholesale orders?
Lead time varies by quantity and configuration, but batch orders generally follow scheduled production with stable delivery timelines.
Is the power supply compatible with existing bench equipment?
Yes. Standard connectors and programmable control modes allow easy integration with meters, load modules, oscilloscopes, and diagnostic tools.
| Standard Accessories: | Power Cable*1PC, RS-232, SENSE, Test Lead*1PC, User Manual |
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| Optional Accessories (Manufacturer installed only): | Analog Control, LAN, RS-485, USB |