High Quality Erbium-Doped Lasers – 395nm UV Laser-300 – Erbium
High Quality Erbium-Doped Lasers – 395nm UV Laser-300 – Erbium Detail:
FEATURES
TEC cooled
Longlife operation
Analog/TTL modulation
Collimated straight beam
High efficiency
High reliability
APPLICATIONS
Biology
Biochemistry
Material Inspection
Specifications
Model No. |
BDT-M395-300 |
Wavelength |
395+/-5 nm |
Spatial Mode |
Multi-mode |
Output Power |
100, 150, 200mW, 300mW |
Operation Mode |
CW or Modulation |
Beam Size |
2*4mm |
Beam Divergence(full angle) |
1.5*0.2mrad |
Fibercoupling acceptable |
>=25um NA0.22 |
Power Stability |
<3% per 4 hrs |
Temperature Stabilizing |
TEC |
Warm Up Time |
<1 minute |
MTTF |
10,000 hrs |
Laser head dimensions |
LSR-NL: 100(L)x40(W)x50(H)mm³ |
Power Supply
|
A. OEM type 100(L)x58(W)x32(H)mm³ AC/DC PSU: 85~265V 50/60Hz input |
B.Lab type
104(W)x128(D)x89(H)mm³ 85~265V 50/60Hz input |
|
C.Lab Adjustable type
179(W)x148(D)x56(H)mm³ 85~265V 50/60Hz input |
|
Modulation |
0~30khz Analog or TTL |
A. OEM type power supply
B. Lab type power supply
C. Lab Adjustable power supply
Product detail pictures:
Related Product Guide:
We constantly carry out our spirit of ''Innovation bringing advancement, Highly-quality guaranteeing subsistence, Administration selling advantage, Credit rating attracting buyers for High Quality Erbium-Doped Lasers – 395nm UV Laser-300 – Erbium, The product will supply to all over the world, such as: Angola, Bogota, Lithuania, We focus on providing service for our clients as a key element in strengthening our long-term relationships. Our continual availability of high grade products in combination with our excellent pre-sale and after-sales service ensures strong competitiveness in an increasingly globalized market. We are willing to cooperate with business friends from at home and abroad and create a great future together.
By Isabel from Greek - 2017.08.18 11:04
This supplier stick to the principle of "Quality first, Honesty as base", it is absolutely to be trust.
By Griselda from Suriname - 2018.12.05 13:53