Laser532-1HF 532nm Stable Spectrum Laser
- PRODUCT DETAIL
Laser532-1HF 532nm Stable Spectrum Laser
Product Introduction
The
Laser532-1HF 532nm Stable Spectrum Laser is a compact green laser source
designed for Raman spectroscopy and optical analysis applications that require
narrow linewidth, stable wavelength, and consistent output power.
Operating
at a peak wavelength of 532 nm ± 0.5 nm, this laser provides adjustable output
power from 0 to 100 mW, allowing users to select a suitable excitation level
for different samples and experimental conditions. Its excitation linewidth
below 0.2 nm and power stability of less than 3% peak-to-peak over two hours
support reliable optical measurements.
With
dimensions of 211 × 156 × 62 mm, a weight of 1.2 kg, and an FC output
connection, the Laser532-1HF is suitable for integration into compatible Raman
spectrometers, laboratory instruments, and optical analysis systems.
Performance Features
• 532 nm Green Laser
Output: Provides a peak wavelength of 532 nm ± 0.5 nm for optical excitation.
• Narrow
Linewidth: Excitation linewidth below 0.2 nm supports well-defined laser output.
• Stable Output Power: Power
stability of less than 3% peak-to-peak over two hours.
• Adjustable
Power: Output power can be adjusted from 0 to 100 mW to accommodate different sample
requirements.
• Compact Design: Dimensions
of 211 × 156 × 62 mm facilitate installation in compatible optical systems.
• Convenient
Integration: FC output connection supports connection to compatible
optical fibers and equipment.
• Specified
5,000-Hour Lifetime: Designed for routine laboratory and instrument
use.
• Controlled Warm-Up: A 15-minute
warm-up time helps establish operating conditions before measurement.
• Low Power Consumption: Designed
with a compact form factor and low power consumption.
Working Principle
The
Laser532-1HF generates green laser light at a nominal wavelength of 532 nm.
When used as the excitation source in a Raman spectroscopy system, the laser
illuminates the sample, producing scattered light that includes Raman signals
associated with molecular vibrations.
The
Raman spectrometer measures the energy shifts in the scattered light to
generate a characteristic spectrum for material analysis and identification.
The laser's narrow linewidth helps provide a well-defined excitation source,
while stable output power supports consistent measurement conditions.
Adjustable
output power allows users to optimize excitation intensity according to sample
characteristics and testing requirements.
Technical Parameters
Parameter
Specification
Model
Laser532-1HF
Product
Type
532
nm Stable Spectrum Laser
Peak
Wavelength
532
nm ± 0.5 nm
Excitation
Linewidth
<0.2
nm
Output
Power
0–100
mW, adjustable
Power
Stability
<3%
P-P over 2 hours
Specified
Laser Lifetime
5,000
hours
Output
Method
FC
Warm-Up
Time
15
minutes
Dimensions
211
× 156 × 62 mm
Weight
1.2
kg
Application Scenarios
• Raman
Spectroscopy: Supplies excitation light for compatible Raman
spectrometers and analysis systems.
• Material
Characterization: Supports optical experiments for material
identification and spectral analysis.
• Laboratory Research: Suitable
for experiments requiring a stable 532 nm laser source.
• Optical Instrument
Integration: Can be integrated into compatible analytical instruments
using an FC output connection.
• Spectroscopic
System Development: Provides a green laser source for developing
and testing optical analysis equipment.
• Scientific and
Industrial Testing: Supports applications requiring adjustable
laser power and consistent optical excitation.
Laser532-1HF vs. General-Purpose Laser Sources
Comparison Item
Laser532-1HF
General-Purpose Laser Source
Peak
Wavelength
532
nm ± 0.5 nm
Depends
on model
Excitation
Linewidth
<0.2
nm
Depends
on model
Adjustable
Output Power
0–100
mW
Depends
on model
Power
Stability
<3%
P-P over 2 hours
Depends
on model
Output
Connection
FC
Varies
by design
Specified
Lifetime
5,000
hours
Depends
on model
Warm-Up
Time
15
minutes
Depends
on model
Typical
Application
Raman
spectroscopy and optical analysis
General
optical applications
Dimensions
211
× 156 × 62 mm
Varies
by model
Note: Actual system compatibility depends on the required
wavelength, optical interface, power range, and specifications of the target
instrument.
Frequently Asked Questions
Q1: What is the Laser532-1HF used for?
It
is a 532 nm stable spectrum laser designed primarily for Raman spectroscopy and
compatible optical analysis applications.
Q2: What is the wavelength of this laser?
Its
specified peak wavelength is 532 nm ± 0.5 nm, producing green visible laser
light.
Q3: Is the output power adjustable?
Yes.
The output power is adjustable from 0 to 100 mW, allowing users to choose an
appropriate excitation level for different samples.
Q4: What is the laser linewidth?
The
specified excitation linewidth is below 0.2 nm, supporting narrowband optical
excitation.
Q5: How stable is the laser output?
The
specified power stability is less than 3% peak-to-peak over a two-hour period.
Q6: What output connection does the Laser532-1HF use?
It
uses an FC output interface. Users should verify connector and optical fiber
compatibility before integration.
Q7: What is the specified laser lifetime?
The
specified lifetime is 5,000 hours. Actual service life may vary with operating
conditions and usage.
Q8: How long does the laser need to warm up?
The
recommended specified warm-up time is 15 minutes before use.
Q9: Can the Laser532-1HF be integrated into a Raman
spectrometer?
Yes,
provided the spectrometer supports 532 nm excitation and the laser's output
power and FC interface meet the system requirements.
