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Miniware MDP-XP Smart Digital Power Supply Kit
· MPN: FIT0889
The MDP-XP kit brings Miniware’s modular Mini Digital Power System into a programmable linear DC supply setup for lab, repair and development work. It suppor...
The MDP-XP kit brings Miniware’s modular Mini Digital Power System into a programmable linear DC supply setup for lab, repair and development work. It supports flexible stacking, 2.4G wireless display and control, microsecond transient response, high frame rate real-time waveform sampling and ultra-low ripple performance.
The kit consists of an MDP-M01 display control module and an MDP-P906 digital power supply module. The MDP-M01 has a 2.8-inch TFT screen for real-time voltage/current waveform display, data statistics, automatic pairing and control of up to 6 sub-modules, plus dual thumb wheels with a 90-degree scrolling interface.
Control is handled by an STM32 smart chip, allowing parameter editing and firmware upgrades. The supply also supports programmable output, timing output, sequential control and automatic compensation for varied test requirements.
Included in the kit are MDP-M01 x1, Cable (2.5mm jack to Micro USB) x1, MDP-P906 x1, Output Cable (4mm Banana Plug to Alligator-Clip) x2, Data Cable (2.5mm jack to USB-A) x1 and User Manual x1.
Features:
- 2.4G wireless connection
- High-speed transient response
- Intelligent line loss compensation.
- Support 1+6 Modules
- Extremely Low Load Regulation
Specifications:
- Input voltage: DC4.2V-30V
- Input current: 14A(MAX)
- Input charging support: Support QC3.0
- Output voltage: 0-30V
- Output current: 0-10A
- Output power: 300W(MAX)
- Load adjustment rate: ＜±0.01^%
- Power adjustment rate: ＜±0.01^%
- Ripple and noise: 250uVrms/3mVpp
- Transient response time: ≤4uS
- Line loss compensation range: 5mR-100mR
- Protection: Input over-voltage
- Protection: under-voltage
- Protection: anti-reverse
- Protection: output anti-backflow
- Protection: over temperature
- Data record max storage: 7MB
- Data record max recording time: 24 hours.
- Other: Automatically shut down and enter micro-power mode
- Other: Support USB firmware upgrade
- Other: Support user calibration
- Size MDP-M01: 101.5x64x12mm
- Size MDP-P906: 112x66x20mm
- Weight MDP-M01: 133g
- Weight MDP-P906: 181g
Typical applications include R&D lab testing, teaching experiments, mobile phone and laptop maintenance, RF and microwave circuit testing, quality inspection, Hi-Fi audio power supply work, and emergency power for model aeroplanes and vehicles.
Jargon buster
Plain-language definitions for the technical terms used above.
- banana plug
- A banana plug is a common 4 mm connector used on bench power supplies, multimeters and lab leads. Knowing the output uses banana plugs helps you choose compatible test leads and adapters.
- line loss compensation
- Line loss compensation adjusts the output to make up for voltage lost in the cables between the power supply and the device being powered. This matters when using high current or long leads, because the voltage at the device can otherwise be lower than the voltage shown on the supply.
- linear DC supply
- A bench power supply that provides adjustable direct-current output using linear regulation rather than high-frequency switching. This matters when testing sensitive circuits because linear supplies usually have lower electrical noise, but can be less efficient and produce more heat.
- load regulation
- Load regulation describes how much a power supply’s output voltage changes when the connected device draws more or less current. Better load regulation helps keep test circuits powered at the voltage you set, even as their current demand changes.
- QC3.0
- Quick Charge 3.0 is a USB charging standard that lets compatible chargers and devices negotiate higher charging voltages. For this product, it matters because it tells you what kind of input power source can be used for charging or powering the unit.
- RF
- RF means radio frequency, referring to signals used for wireless communication and other high-frequency electronics. A low-noise, stable power supply is important for RF circuits because power noise can affect signal quality and measurements.
- ripple and noise
- Ripple and noise are small unwanted variations on top of a power supply’s DC output. Lower ripple and noise matter when powering sensitive audio, radio or measurement circuits that can be affected by tiny voltage disturbances.
- STM32
- STM32 is a family of microcontroller chips commonly used in embedded electronics. Knowing a product uses an STM32 can help when looking at firmware updates, pin connections, or low-level serial control options.
- TFT screen
- A thin-film transistor display is a type of colour LCD screen with faster refresh and better image control than simple character displays. On a power supply, it matters because it can show live waveforms, settings and measurements clearly.
- transient response
- Transient response describes how quickly a power supply recovers when the load suddenly changes, such as when a circuit switches on a motor or radio. A faster response helps keep the output voltage stable during sudden current changes.
- waveform sampling
- Waveform sampling means repeatedly measuring a changing signal over time so it can be displayed or recorded as a graph. For a power supply, it helps you see voltage and current changes during tests instead of only seeing a single number.
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