632.8nm, 1mW Fiber-Coupled Frequency Stabilized Laser Diode

Name: 632.8nm, 1mW Fiber-Coupled Frequency Stabilized Laser Diode
SKU: 73-776
Price: 690300.00 INR

632.8nm Frequency Stabilized Laser Diodes (Free Space and Fiber-Coupled options shown)

Stock #73-776 Contact Us

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MRP ₹6,90,300

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Specifications

General

Warm-Up Time (minutes):

2.00

Fiber Cable Type:

Single Mode w/3mm Dia Stainless Steel Shielding

Type of Laser:

Diode

Laser Class - CDRH:

IIIb

Physical & Mechanical Properties

Dimensions (mm):

71.0 L x 63.5 W x 19.8 H

Weight (g):

135.00

Length of Fiber (m):

Pointing Stability (μrad):

<50 (8 Hours)

Optical Properties

Numerical Aperture NA:

0.13

Fiber Diameter (μm):

4.3 MFD

Wavelength (nm):

632.80

Wavelength Tolerance (nm):

±0.5

Beam Stability (nm):

±0.002

Color:

Red

Spectral Line Width (KHz):

<100

Electrical

Output Power (mW):

Power Stability (%):

1.00

Power Consumption (W):

Max: 5

Output Power Tolerance (%):

±20

Noise Level:

10 Hz - 100 MHz: 0.2% RMS

Input Current (A):

Max: 2 @ 3.3 V

Hardware & Interface Connectivity

Electrical Leads/ Pin Connections:

10-pin Connectors (cable provided upon request)

Computer Interface:

USB

Output Type:

Fiber-Coupled

Connector:

FC/APC

Environmental & Durability Factors

Operating Temperature (°C):

+15 to +40

Operating Humidity:

5 - 95% (non-condensing)

Regulatory Compliance

Certificate of Conformance:

View

Country of Origin:

United States

Imported By:

Edmund Optics India Private Limited
267, Greystone Building, Second Floor,
6th Cross Rd, Binnamangala,
Stage 1, Indiranagar, Bengaluru,
Karnataka, India 560038
Phone: +91- 80-6845 0000

Product Details

Single Longitudinal Mode (SLM) Performance
±0.002nm Wavelength Stability
Very Low Power Consumption

632.8nm Frequency Stabilized Laser Diodes are ideal for typical HeNe laser applications including flow cytometry, interferometry, confocal microscopy, fluorescence excitation, and Raman spectroscopy. Whereas a comparable HeNe laser would be larger, more expensive, and consume more power, the 632.8nm Frequency Stabilized Laser Diodes feature more compact designs, ±0.002nm wavelength stability, and either greater than 60mW power (free-space model) or greater than 20mW power (fiber coupled model). Additionally, these lasers utilize Variable Bragg Gratings (VBG) to lock the 632.8nm wavelength to a 10MHz linewidth.