MatMeas MPD Series Four‑Channel High Voltage Polarization System — 1

Overview

The MPD Series Four‑Channel High Voltage Polarization System from MatMeas is designed for precise oil‑bath polarization of piezoelectric ceramic samples. The system supports simultaneous polarization of multiple samples and provides independent high‑voltage output channels to ensure stable and interference‑free operation. With advanced safety protection, intelligent monitoring and multiple polarization modes, the MPD system helps researchers achieve optimal polarization performance. It is widely used in aerospace technology, laser gyroscope research, adaptive optics, precision machinery, automatic control systems, semiconductor integration and biomedical engineering laboratories.

Specifications

Parameter Value
Polarization Method oil bath polarization
Polarization Channels 4 channels
Polarization Voltage 5KV / 10KV / 30KV (Selectable)
Voltage Accuracy 5KV ±2%; 10KV/30KV ±5%
Protection Current 1mA max. per channel
Polarization Temperature RT ~ 200℃
Temperature Control Accuracy ±2℃
Minimum Detectable Current ≥100nA
Heating Rate Slope 6℃/min
Sample Materials Bulk / Thin Film
Sample Size 1mm≤Φ≤50mm, 0.3mm≤d≤10mm
Temperature Control Method PID precise temperature control
Equipment Dimensions (L×W×H) 400×425×265mm (L×W×H)
Power Supply 220V / 50Hz~60Hz, 900W
Weight 26kg
Warranty 1 Year
Standard configuration: main unit, measuring fixture, measuring software, power cord, factory inspection report, standard sample toolbox, and user manual

Applications

  1. Piezoelectric ceramic polarization research
  2. Materials science laboratories
  3. Aerospace component development
  4. Semiconductor device research
  5. Biomedical engineering and precision electronics

Video

More Details

  1. MPD Polarization System Features
    The MPD system supports ramp voltage polarization, step voltage polarization and pulse polarization modes to meet different experimental requirements. Each channel operates independently with high‑voltage output protection and breakdown monitoring.
  2. MPD Safety Design
    The instrument integrates electrical isolation shielding and safety interlock protection to prevent accidental operation. If the interlock device is not engaged, the system will automatically alarm and block voltage output to ensure user safety.
  3. MPD Intelligent Monitoring
    The system provides real‑time visualization of polarization parameters, polarization current and polarization status, allowing researchers to monitor the entire process and improve experiment efficiency.

FAQ

  • How does the MPD system handle sample dielectric breakdowns during high-voltage polarization?

    Safety and hardware protection are critical priorities. Each of the four channels on the MPD system features an independent high-voltage output equipped with dedicated breakdown current protection. If a sample experiences dielectric breakdown, the system triggers an immediate alarm and automatically cuts off the voltage output for that specific channel. This prevents instrument damage while allowing the other channels to continue operating completely without interference.
  • What specific polarization modes are supported by the MPD series?

    To accommodate diverse piezoelectric research requirements, the system supports three distinct polarization modes: ramp-up polarization mode, step voltage polarization mode, and step voltage pulse polarization mode. Researchers can easily configure these settings and visually monitor the entire polarization process, parameters, and states in real time through the intelligent display.
  • What are the maximum sample sizes and materials used for thermal insulation?

    The intelligent oil-bath fixture accommodates robust piezoelectric ceramic samples up to 50 mm in diameter (φ) and 10 mm in thickness (d). To ensure ultimate electrical and thermal stability under extreme conditions, the system utilizes premium insulating materials, including 99% alumina ceramic and polytetrafluoroethylene (PTFE).