Laser532-0.2-100-FC-1A 532nm Stable Spectrum Laser
- PRODUCT DETAIL
Laser532-0.2-100-FC-1A 532nm Stable Spectrum Laser
Product Introduction
The
Laser532-0.2-100-FC-1A 532nm Stable Spectrum Laser is a compact,
low-power-consumption laser source designed for Raman spectroscopy and other
optical analysis applications requiring stable wavelength, narrow linewidth,
and consistent output power.
Operating
at a peak wavelength of 532 nm ± 0.5 nm, this green laser provides adjustable
output power from 0 to 100 mW, allowing users to optimize excitation intensity
for different samples and measurement conditions. With an excitation linewidth
below 0.2 nm, power stability better than 3% peak-to-peak over two hours, and a
specified lifetime of 5,000 hours, it offers a practical excitation source for
Raman analysis systems and laboratory optical instruments.
Its
compact dimensions, lightweight design, and FC output connection support
convenient integration into compatible optical equipment.
Performance Features
• 532 nm Green Laser
Output: Provides a peak wavelength of 532 nm ± 0.5 nm for Raman excitation and optical
analysis.
• Narrow
Linewidth: Excitation linewidth below 0.2 nm supports consistent spectral excitation.
• Stable Optical
Performance: Output power stability of less than 3% peak-to-peak over
two hours.
• Adjustable
Output Power: Power can be adjusted from 0 to 100 mW to accommodate
different samples and experimental requirements.
• Compact and
Lightweight: Measures 180 × 44 × 42 mm and weighs only 230 g.
• Low
Power Consumption: Designed for efficient integration into
compact optical systems.
• FC
Output Connection: Provides an FC output interface for connection
to compatible optical components.
• 5,000-Hour
Laser Lifetime: Specified operating lifetime supports routine laboratory
use.
• Defined Warm-Up Time: A 15-minute
warm-up period helps prepare the laser for operation.
Working Principle
The
532 nm stable spectrum laser generates monochromatic green laser light for use
as an optical excitation source. When integrated into a Raman spectroscopy
system, the laser illuminates the sample, and the scattered light is collected
and analyzed to obtain Raman spectral information associated with the sample's
molecular structure.
The
narrow excitation linewidth helps provide a well-defined laser source, while
wavelength and output power stability support repeatable measurement
conditions. Adjustable output power allows users to select an appropriate
excitation level according to sample properties and testing requirements.
Technical Parameters
Parameter
Specification
Model
Laser532-0.2-100-FC-1A
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
180
× 44 × 42 mm
Weight
230
g
Application Scenarios
• Raman
Spectroscopy: Provides laser excitation for compatible Raman
spectrometers and analytical systems.
• Laboratory
Optical Analysis: Serves as a stable green laser source for
optical measurement setups.
• Material
Characterization: Supports optical experiments involving
material identification and spectral analysis.
• Scientific Research: Suitable
for laboratory experiments requiring controlled laser wavelength and adjustable
output power.
• Optical
Instrument Integration: Can be integrated into compatible instruments
using an FC optical connection.
• Spectroscopic System
Development: Provides an excitation source for the development and
testing of optical analysis equipment.
532nm Stable Spectrum Laser vs. General-Purpose Laser
Sources
Comparison Item
Laser532-0.2-100-FC-1A
General-Purpose Laser Source
Peak
Wavelength
532
nm ± 0.5 nm
Depends
on model
Excitation
Linewidth
<
0.2 nm
Depends
on model
Output
Power
Adjustable
from 0 to 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
Typical
Application
Raman
excitation and optical analysis
General
illumination, alignment, or optical applications
Integration
Compact,
lightweight design
Varies
by configuration
Note: Actual suitability depends on the required
wavelength, optical coupling, power stability, and specifications of the target
instrument.
Frequently Asked Questions
Q1: What is the Laser532-0.2-100-FC-1A used for?
It
is a 532 nm stable spectrum laser designed primarily as an excitation source
for Raman spectroscopy and compatible optical analysis systems.
Q2: What is the output wavelength of this laser?
The
specified peak wavelength is 532 nm ± 0.5 nm, corresponding to green visible
laser light.
Q3: Is the laser output power adjustable?
Yes.
The output power is adjustable from 0 to 100 mW, allowing users to select an
appropriate power level for different samples and experimental conditions.
Q4: What is the excitation linewidth?
The
specified excitation linewidth is less than 0.2 nm, supporting narrowband
optical excitation.
Q5: How stable is the laser output power?
The
specified power stability is less than 3% peak-to-peak over a two-hour period.
Q6: What output connection does the laser use?
The
laser uses an FC output connection. Users should confirm connector
compatibility with the optical fiber and equipment in their system.
Q7: How long is the laser's service life?
The
specified laser lifetime is 5,000 hours. Actual service life depends on
operating conditions, thermal management, and usage.
Q8: How long does the laser need to warm up?
The
specified warm-up time is 15 minutes. Allowing the recommended warm-up period
can help establish stable operating conditions before measurements.
Q9: Is this laser suitable for Raman spectroscopy
integration?
Yes.
Its 532 nm wavelength, narrow linewidth, adjustable power, and FC output make
it suitable for compatible Raman spectroscopy systems. The excitation
wavelength must match the requirements of the instrument and sample.
