Optical Engineering 16B HF Spectrum Analyzer

Product Description

Optical Engineering 16B HF Scanning Fabry-Perot Spectrum Analyzer – High-Finesse Interferometer for Laser Spectral Analysis

This used Optical Engineering 16B HF is a high-finesse scanning Fabry-Perot interferometer designed for high-resolution spectral analysis of continuous-wave (CW) lasers. Optical Engineering was a respected manufacturer of precision optical instruments, particularly known for their Fabry-Perot interferometers and spectrum analyzers used in laser research and development.

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About Fabry-Perot Spectrum Analyzers

A Fabry-Perot interferometer uses two highly reflective parallel mirrors to create multiple-beam interference, acting as a tunable optical filter. When the mirror spacing is scanned, it allows precise measurement of:

• Laser longitudinal mode structure

• Mode hopping and stability

• Linewidth and spectral purity

• Frequency drift and jitter

• Multi-longitudinal mode content

The “HF” designation typically indicates High Finesse, meaning the mirrors have extremely high reflectivity, resulting in narrow bandwidth and high resolution – essential for resolving closely spaced spectral features.

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Key Specifications (Estimated)

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Applications

• Laser Research: Analyzing longitudinal mode structure of CW lasers

• Laser Development: Characterizing prototype lasers and verifying performance

• Frequency Stabilization: Monitoring frequency drift and stability

• Quantum Optics: Studies requiring high-resolution spectral analysis

• Atomic Physics: Laser cooling and trapping experiments

• Education: Teaching laser physics and interferometry principles

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Condition

SOLD AS IS
USED – SHOWS NORMAL LAB WEAR (scuffs, minor marks)
PIEZO SCANNER: NOT TESTED – FUNCTIONALITY UNKNOWN
DETECTOR: NOT TESTED – OUTPUT UNKNOWN
NO CONTROLLER, OSCILLOSCOPE, OR CABLES INCLUDED (unless specified)
PICTURE MAY NOT MATCH PRODUCT

⚠ OPTICAL HANDLING NOTE: This instrument contains precision optical components. Do not attempt to disassemble or clean mirrors without proper training and equipment.