GLP Series Planar HPGe Detector

• Planar HPGe detector optimized for low-energy gamma and X-ray detection (5–300 keV)
• Exceptional energy resolution for low and intermediate energies
• Active area range from 80 to 1000 mm² for flexible applications
• Detector diameters available from 10 mm to 36 mm
• Outstanding timing performance (ideal for nuclear physics experiments)
• Supports high count-rate applications with advanced preamplifier options
• PopTop configuration for flexible system integration
• POF preamplifier option for enhanced resolution and low-energy performance

The GLP Series Planar HPGe Detector is a specialized low-energy photon spectrometer (LEPS) designed for high-resolution gamma and X-ray spectroscopy in the energy range from approximately 5 keV to 300 keV.

Unlike coaxial HPGe detectors, the GLP series features a planar crystal design, making it highly sensitive to low-energy photons and ideal for applications where precision at low energies is critical.

With small-area crystal geometry, the detector minimizes capacitance, resulting in exceptional energy resolution and the best timing performance, which is particularly important in nuclear structure physics and advanced research environments.

The GLP detector is widely recognized as an irreplaceable solution for low-energy spectroscopy, offering reliable, high-precision performance for laboratories requiring accurate detection of X-rays and low-energy gamma emissions.

Detector Type: Planar High Purity Germanium (HPGe)
Energy Range: ~5 keV to 300 keV
Active Area: 80 to 1000 mm²
Detector Diameter: 10 mm to 36 mm
Timing Performance: Exceptional (optimized for nuclear physics applications)
Count Rate Capability: High (with advanced preamplifier options)
Preamplifier Options:

• Resistive feedback
• Pulsed Optical Feedback (POF) for superior low-energy performance

Configuration: PopTop (flexible integration)

• Low-energy gamma spectroscopy (5–300 keV)
• X-ray spectroscopy and analysis
• Nuclear structure physics experiments
• Synchrotron radiation studies
• Safeguards and isotopic analysis (low-energy region)
• Environmental and trace element analysis
• Research requiring high timing resolution