Detector Module | Radiation Detection Modules

The Detector Module is based on YSO and SiPM, which can be used for Gamma counting or energy measurements. Compared to traditional radiation detectors, our Detector Modules have many advantages: compact and light design, low power consumption, temperature and magnetic field stability, on-demand size, and competitive pricing.

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Features

  • Gamma counting and energy measurements
  • High sensitivity from density of the detection crystal
  • Compact and light design
  • Temperature stability
  • Magnetic field stability
  • Low voltage power supply and consumption
  • On-demand size
  • Very competitive price

Physical Characteristics

  • Energy range for gamma counting: 20 keV–3 MeV
  • Energy range for energy measurements: 30 kev–1.33 MeV
  • Energy resolution: < 10% @ 662 keV

Electrical Characteristics

  • Power supply: 30±2 V DC
  • Power consumption: < 0.1 mA

Environmental Characteristics

  • Operating temperature: 32–140 °F (0–60 °C)
  • Storage temperature: -4–140 °F (-20–60 °C)
  • EMC compliance: exceeds standards by a large margin

Functional Characteristics

  • One connector: pick-and-placeable u.FL connector

Customization

  • YSO 0.16 x 0.16 x 0.83 in (4.06 x 4.06 x 21.08 mm)
    SiPM 0.16 x 0.16 in (4.06 x 4.06 mm)
  • YSO 0.28 x 0.28 x 0.83 in (7.11 x 7.11 x 21.08 mm)
    SiPM 0.28 x 0.28 in (7.11 x 7.11 mm)

Real Life Examples

  • For radiation detection instruments:
    • Dosimeter
    • Personal radiation detector
    • Survey meter
    • Area monitor
  • For medical use:
    • Gamma counter
  • For industry use:
    • Nuclear density gauge
    • Non-destructive assay (NDA)
  • For security use:
    • Radiation portal for pedestrian, vehicle, and cargo monitoring
    • Embedded in a metal detection unit

Voltage Supply and Readout Module | Radiation Detection Modules

The Voltage Supply and Readout Module is the smallest regulated DC-DC high-voltage power supply for SiPM. It also converts the charge or current signal from the SiPM into a voltage that can be readily processed by DAQ.

Features

  • Extra-small and lightweight
  • Battery or DC input from 2–5 V
  • Low ripple (< 50 mV peak to peak)
  • Remarkably short signal duration
  • Exceptionally high count rate

Physical Characteristics

  • Pulse duration: < 1 μs
  • Count rate: < 106 cps

Electrical Characteristics

  • DC Input : 2–5 V
  • Power consumption: < 2 mA (with Detector Module)

Mechanical Characteristics

  • Dimensions: 0.79 x 0.79 in (20.07 x 20.07 mm)

Environmental Characteristics

  • Operating temperature: 32–140 °F (0–60 °C)
  • Storage Temperature: -4–140 °F (-20–60 °C)
  • EMC compliance: exceeds standards by a large margin

Functional Characteristics

  • Three connectors:
    • One U.FL connector for connection to detect module
    • One U.FL connector for connection to DAQ
    • One two-pin connector for connection to battery

Real Life Examples

  • For radiation detection instruments:
    • Dosimeter
    • Personal radiation detector
    • Survey meter
    • Area monitor
  • For medical use:
    • Gamma counter
  • For industry use:
    • Nuclear density gauge
    • Non-destructive assay (NDA)
  • For security use:
    • Radiation portal for pedestrian, vehicle, and cargo monitoring
    • Embedded in a metal detection unit

DAQ Module | Radiation Detection Modules

Coming Soon

We will provide DAQ modules based on our patented MVT technology and DAQ modules based on ADC.