375nm-1550nm Highly Stabilized Compact Laser System

375nm-1550nm Highly Stabilized Compact Laser System

This is a high wavelength stability compact laser system suitable for Raman spectroscopy and high-resolution applications. The system provides exceptionally stable single-mode laser emission with a coherence length of up to 10m, a typical side mode suppression ratio of 40dB, and wavelength stability better than 0.015nm. It is available in several standard output power versions: 75mW, 100mW, 175mW, 225mW, and 500mW. Customization based on wavelength or output power is also available upon request.

Product features：Precision wavelength locking; Narrow linewidth; Compact integrated design; Fast tuning capability; Low noise output

Part Number：MP-DPSS-375-1550-1000

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Main parameters
General Parameters
Optional Configurations
Downloads

Main parameters

Core parameters

Center Wavelength Output Power

375nm-1550nm up to 1000mW

Dimension Drawing

General Parameters

Optical Parameter

Type	Wavelength	Maximum output power
Diode	375 nm	70, 300mW^12
Diode	380 nm	175mW^12
Diode	395 nm	120, 200mW
Diode	405 nm	40, 75, 125, 175, 200, 300^2, 500^12, 1000^1*2mW
Diode	415 nm	120mW
Diode	422 nm	120mW
Diode	445 nm	100, 500^12, 1000^12mW
Diode	450 nm	75, 1000mW^12
Diode	455 nm	100mW
Diode	473 nm	100, 225, 900^*1mW
Diode	473 nm	100, 225, 900^12mW
Diode	488 nm	50, 100, 200mW
Diode	495 nm	75mW
Diode	505 nm	75mW
Diode	510 nm	75mW
Diode	515 nm	25, 150mW
Diode	520 nm	50, 80, 120, 500^12mW
DPSS	532 nm	75, 100,125,175, 200mW
DPSS	532 nm	125, 175, 200mW narrow line NL
Diode	633 nm	75mW
Diode	635 nm	75, 125mW
Diode	638 nm	75, 125, 175, 250^12, 500^12mW
Diode	642 nm	75, 150mW
Diode	660 nm	75, 120, 200mW
Diode	670 nm	15mW
Diode	685 nm	40mW
Diode	690 nm	30, 200mW
Diode	705 nm	40mW
Diode	730 nm	40mW
Diode	760 nm	10mW
Diode	780 nm	50mW
Diode	785 nm	100, 200, 300^2, 400^2, 1000^12mW
Diode	795 nm	200mW
Diode	805 nm	500^12mW
Diode	808 nm	75, 150,1000^12mW
Diode	820 nm	100mW
Diode	825 nm	200mW
Diode	830 nm	45, 75, 125, 225, 1000^*1mW
Diode	840 nm	50, 175mW
Diode	850 nm	250mW
Diode	852 nm	75, 125, 300, 600mW
Diode	880 nm	10mW
Diode	905 nm	10,175mW
Diode	915 nm	75, 125, 175,250^2, 1000^1mW
Diode	940 nm	75, 125, 175, 200^*1, 250mW
Diode	960 nm	250mW
Diode	980 nm	75, 125, 175, 250, 1000^*1mW
Diode	995 nm	5mW
Diode	1030 nm	100mW
Diode	1064m	125, 175, 300, 400, 1000^*1mW
Diode	1085 nm	75mW
Diode	1550 nm	10, 40, 175mW

Beam Specifications

Parameter	Diode Lasers	DPSS lasers
Beam Diameter	1.1 × 2.2 to 1.2 × 4.3 mm	Round beam 1.2mm
Divergence Angle	< 1.2 mrad
Spatial Beam Mode	TEM00(except for multimode lasers)
Polarization	Linear > 100:1	Linear > 10:1
Beam Pointing	< 5 mrad und < 0.1 mm(compared to base mount)
Pointing Stability	< 5 µrad/K
Noise	< 2 % RMS
Power Stability	< 1 % (10 h)	<3% (8h)
Temperature Control Accuracy	< 10 mK
Warm-up Time	5s after ready for use，3 minutes after calibration
Drive Mode	Active current control	Active power control
Modulationl Mode*	Adjustable constant power, analog and digital external modulation up to 1.5 MHz	Conatant nominal power; switchable up to 1kHz^*3
Control Mode	Via USB control, optional remote control unit	Power and modulation mode via USB
CDRHClassification	3b, 4（for laser output>500mW）
Dimensions	63.5 × 31.0 × 32.5 mm
Weight	94g（laser head）
Operating Temperature	0°C to 45°C（non-condensing）
Storage Temperature	-25°C to 70°C

Note:

*1 Multi-mode

*2 Water cooler recommended

*3 Acusto-optical modulator recommended for stable and faster modulation

Laser Controller

The laser head requires a laser controller to provide power and control all operating parameters. For scientific applications and prototyping we recommend using our PowerController. For

industrial integration we also offer the highly compact PowerBox to be directly attached to the laser head or connected via a customized cable. The 532 nm DPSS laser is only available with the PowerBox

Power Supply Control

This laser requires a laser controller to supply power and control all operating parameters. For scientific applications, we recommend using our power supply controller. For industrial integration, we also offer a highly compact power supply box that connects directly to the laser head or via a custom cable.

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Power Supply Controller & Technical Parameters

Power Supply Controller
Modulation Input	Analog and digital0-5VDC
Modulation Frequency	up to 0.5 MHz
Digital Interface	USB*1(RS-232 optional)
Control Inputs	Interlock, keyswitch, modulation mode switch
Cable Length	80cm(default）
Power Consumption	12VDC，up to 2A(depend on laser output power）
AC Adapter	100-240VAC，50-60Hz
Dimensions	85.0×85.0×32.5mm
Weight	416g

Power Box

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Compact Power Sullpy Box
Modulation Input	Analog and digital 0-5VDC
Modulation Frequency	up to 1.5MHz
Digital Interface	USB*1(RS-232optional)
Control Inputs	Interlock
Cable Length	80cm(default）
Power Consumption	12-36VDC，up to 2A(depend on laser output power）
Dimensions	39.0×31.0×32.5mm
Weight	69g

Options & Accessories

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•Opto-mechanical shutter

• Diode wavelength selection

• Water cooling base plate

• Heatsink labor kit

• Cooling Ice kit

• RS-232 interface

• Fiber coupler

• fibers

Control software

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All operating parameters can be monitored and controlled from a PC using the Ltune laser control software for Windows. Alternatively, the laser can easily be controlled from your own application software. Please refer to the user manual for a detailed description of the communication protocol.

Typical emission spectrum

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Optional Configurations

Downloads

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Product title: 375nm-1550nm Highly Stabilized Compact Laser System

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