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MFP-3000 Series 4 Channel Programmable DC Power Supply

MFP-3000Series 4 Channel Programmable DC Power Supply

  • Parameters: 32V, 10A, 160W; 3 or 4 channels
  • Maximum output power of 3/4 channels: 384W
  • High resolution: 1mV/0.1mA
  • All channel outputs are current-isolated and ungrounded
  • Battery charging curve simulation function

Want a custom configuration?

Matrix Technology Inc. is specialised in the design and production of high-performance power platforms aimed at verification labs, manufacturing test lines and system integrators. With an engineering heritage rooted in precision output regulation and multi-channel control, our portfolio extends from bench-level modules to advanced rack systems that operate as a variable power supply, multi-channel dc power supply, and advanced high voltage power supply for demanding workloads. Our customers include electronics OEMs, research institutions, calibration labs and service centres that depend on accurate and reliable tools from a recognised power supply manufacturer.

As a committed dc power supply manufacturer and experienced power supply supplier, Matrix provides robust standard units and custom configurations at high volume, supporting wholesale power supply programs and global logistics. We emphasise measurable performance, durable reliability and scalable support rather than marketing exaggeration. Engage our applications engineering team to define your channel requirements and initiate your procurement timeline!

ModelVoltageCurrentPower
MFP-30030-32V*3CH0-10A*3CH160W*3CH
MFP-30040-32V*4CH0-10A*4CH160W*4CH
Base SpecificationRated input voltageAC 110V/220V±10%
Variable pressure modeLinear power supply
RegulationLoad regulation rateVoltage: ≤0.01% + 2 mV | Current: ≤0.01% + 250 μA
Power supply regulationVoltage: ≤0.01% + 2 mV | Current: ≤0.01% + 250 μA
ResolutionSet / Readback resolutionVoltage: 1mV | Current: <1A: 0.2mA; ≥1A: 1mA
AccuracySetting accuracy (25℃±5℃)Voltage: ≤0.05% + 5 mV | Current: ≤0.1% + 5 mA
Readback accuracy (25℃±5℃)Voltage: ≤0.05% + 5 mV | Current: ≤0.1% + 2 mA
Signal IntegrityRipple (20Hz-20MHz)Voltage: ≤ 1.5 mV (RMS) | Current: ≤ 1 mA (RMS)
PerformanceSeries/Parallel LimitsMax Series V: 128V | Max Parallel I: 40A
Electronic fuseResponse: <10ms | Delay: 0ms to 250ms (10ms step)
EnvironmentTemperature CoefficientOperating: 5~40℃≤80%RH | Storage: -20~70℃≤80%RH
PhysicalInterfaceStandard RS-232+USB (Optional LAN)
Size (W*H*D) / weight285 × 136 × 405 mm / 14kg

Frequently Asked Questions

Q.How is the multi-channel unit deployed in a test bench or production cell?

The unit is designed for installation on a bench or within a rack system. Users connect AC input, configure the outputs (voltage/current) for each channel independently via front panel or remote interface, and select the appropriate sequence for use as a programmable power supply in multi-channel workflows.

Q.What support and warranty coverage is provided for large orders?

Matrix offers warranty coverage for manufacturing defects and calibration drift over a set period, in addition to technical support for installation, firmware updates and service parts. This structure underpins our role as a trusted power supply supplier in volume deployments.

Q.Can this unit integrate with instrumentation and automation systems?

Yes. The system supports standard remote control and communication interfaces, enabling integration with data loggers, electronic loads, oscilloscopes and test automation controllers. As a 1000w power supply (or greater) solution, it is designed for integration within comprehensive test frameworks.

Q.What lead time should customers expect for custom or bulk orders?

Lead time depends on model selection, configuration and quantity, but Matrix maintains production readiness to satisfy wholesale power supply requirements. Customers should provide full specifications and scheduling information early to ensure alignment with manufacturing planning.

Q.How are safety, data integrity and remote operations managed when network-enabled?

The unit operates via command-based control and does not retain personal user data. Built-in protection features—such as over-voltage, over-current, thermal protection and short-circuit safeguards—are included to ensure safe output when used as a high voltage power supply or multi-channel system. Secure network connections are recommended when enabling remote operations.