High Power OEM LED modules with TEC cooling and optional fibre-coupling

LED MOD OEM
LEDMOD OEM Series


TEC-cooled OEM LED modules from 255 nm to 950 nm with optional fibre-coupling

LEDMOD Series - Specifications

 

LEDMOD OEM

Wavelengths & Powers
(other wavelengths and powers on request)

Deep-UV:
255nm / 150µW *
265nm / 400µW *
280nm / 600µW *
310nm / 500µW *
340nm / 350µW *
UV / Violett:
365nm / 250mW
385nm / 300mW
405nm / 250mW
VIS:
455nm / 300mW
470nm / 300mW
505nm / 50mW
528nm / 100mW
590nm / 100mW
617nm / 300mW
625nm / 200mW
IR:
850nm / 170mW
950nm / 150mW
White:
5600K / 200mW

Free emission angle

120 - 130° (Deep-UV 10°)

Temperature control

active peltier cooling (TEC)

External modulation capabilities

up to 500kHz by analogue 0...5V signal
and / or digital by TTL signal

Internal modulation capabilities

Up to 200kHz with programmable frequency
 and duty-cycle

Power setting resolution

internal: 12Bit
external: analogue

Computer interface

RS-232 terminal communication, 57600 baud

Operation modes

1.) external analogue control (0...5V) for output power and
   additional external TTL signal for ON/OFF modulation

2.) internal power control with external TTL for ON/OFF
   modulation

3.) internal power control CW (continues wave) operation
   (no external signals necessary)

4.) internal power control + programmable frequency and
   duty-cycle for ON/OFF modulation
   (no external signals necessary)

5.) external power control (0...5V) for output power +
   programmable frequency and duty-cycle for ON/OFF
   modulation

Control interface

15-pin Sub-D connector

Dimensions
(without fibre-coupling unit)

45x45x135mm (HxBxL)

Weight

350g

Supply voltage

9VDC-15VDC

Power consumption

27W max.
<1W in standby

Environmental temperature

0°C-45°C

Certifications

CE, UL/CSA on request

Special features

* Modular mechanical and electronic principle
* Control-bus architecture for control of multiple LED units
* Interlock function
* Over-TEMP protection
* Remote-control

Options

* High-efficiency fibre coupling into high-NA POF
  and fused-silica fibres (e.g. 2mm / 70%, 1mm / 35%)
* Collimating and focussing objectives
* Beam shaping (diffractive and refractive)

 

* Deep-UV models are not available with fiber coupling option.

The diode lasers of the Bluephoton® / Redphoton® TripleWavelength Series are temperature-stabilized laser diode modules with three wavelengths, whose laser beams are united over special co-linear optics. You have free selection of two available wavelengths in the range from 375 to 1064 nm and stipulate yourself which operating mode each individual wavelength should have – CW, digital modulated, analog modulated, or Deepstar®. Fiber-coupled, free beam or direct focussing, everything is possible. Whether 405 nm, 442 nm and 635 nm for confocal microscopy, or 445 nm, 532 nm and 635 nm for RGB applications in reprography, microfilm illumination or laser projection, the TripleWavelength laser diode modules are a compact solution for all OEM manufacturers and users who do not wish to be concerned any longer with beam combination and extensive setting adjustment. As a result of their intelligent laser controller with interface RS-232, these lasers can be integrated seamlessly into applications and controlled. Through the standardized “Command Line Interface” (CLI), you have at all times full control of all parameters of the laser, such as for example laser diode temperature, laser powers and currents, operating modes and lots more. The systems consist of a laser head, two laser controllers in the EMC-screened modular housing and, according to controller variant, with 24 V DC or 85-245 V AC supply voltage. As in case of all lasers of the Bluephoton® and Redphoton® Series, the laser head can be very simply adapted to customer specifications by the use of the modular principle.

Downloads

Pressreleases

Fibre coupled LED modules

Contact

Omicron-Laserage Laserprodukte GmbH
Raiffeisenstrasse 5e
63110 Rodgau-Dudenhofen
Germany

Tel:
+49-(0)6106-8224-0
Fax:
+49-(0)6106-8224-10
email:
mail@omicron-laser.de