Oriel 70129 pyroelectric detector

Product Description

Oriel 70129 Pyroelectric Detector – Broadband IR/Laser Energy Measurement

This used Oriel 70129 is a pyroelectric detector designed for measuring pulsed laser energy and detecting infrared radiation. Oriel Instruments (now part of Newport Corporation) is a leading manufacturer of optical components, light sources, and detection systems for research and industrial applications.

Pyroelectric detectors are thermal detectors that generate a current when exposed to modulated or pulsed radiation, making them ideal for:

• Pulsed laser energy measurement

• IR spectroscopy

• Laser beam profiling

• Thermal source monitoring

• CO₂ laser detection

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Key Features & Specifications

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About Pyroelectric Detectors

Pyroelectric detectors operate on the principle that some crystalline materials generate a temporary voltage when heated or cooled. This makes them ideal for:

• Measuring pulsed lasers where fast thermal response is needed

• Broadband IR detection without cooling

• High energy pulse measurement with appropriate attenuation

• Room temperature operation – no liquid nitrogen or thermoelectric cooling

They are particularly useful for CO₂ lasers (10.6µm) and other IR sources where photodetectors require cooling.

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Applications

• Pulsed Laser Energy Measurement: Nd:YAG, CO₂, excimer lasers

• IR Spectroscopy: Detecting modulated IR signals

• Laser Beam Profiling: With scanning or camera systems

• Thermal Source Monitoring: Blackbody radiators, hot sources

• CO₂ Laser Detection: 10.6µm wavelength

• Education: Teaching detector principles

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Condition

SOLD AS IS
USED – SHOWS NORMAL HANDLING (scuffs, minor marks)
RESPONSIVITY NOT TESTED
NO PREAMPLIFIER, MOUNTING HARDWARE, OR DOCUMENTATION INCLUDED
PICTURE MAY NOT MATCH PRODUCT

⚠ HANDLING NOTE: Pyroelectric detectors are sensitive to shock and contamination. Avoid touching the detector element. If a window is present, inspect for cleanliness but do not attempt to clean unless absolutely necessary and with proper technique.