MPL-F-261

Wavelength (nm)

261±1

Output average power (mW)

1~10

Transverse mode

Near TEM00

Operating mode

Frequency conversion of Q-switched pulsed laser

Single pulse energy (µJ)

0.1~4

Pulse duration (ns)

~4

Peak power(kW)

~1

Rep. rate (kHz)

Controllable

Specified One rep. rate, such as 0.1Hz, 100 Hz, 500 Hz up to1kHz, with stable laser pulses emitting (stable pulse energy, peak, duration and period).

Different rep. rate in the range of 0.1Hz to1kHz can be obtained by input an external TTL signal.

Uncontrollable

Undefined rep. rate among 2kHz-3kHz and unstable laser pulse emitting. Suitable for the applications only needing high peak power pulses.

Average power (mW)

Average power (mW) = Single pulse energy (µJ) * Rep. rate (kHz)

Ave power stability (over 4 hours)

<5%, <10%

Warm-up time (minutes)

<10

M2 factor

<1. 5

Spectral purity

>99%

Beam parameters

Elliptical (4:1), Beam spot ~2mm

Polarization ratio

>50:1

Beam height from base plate (mm)

45

Operating temperature (℃)

10~35

Power supply (90-264VAC)

PSU-H-FDA

Expected lifetime (hours)

5000

Warranty period

1 year

Remarks

Please Note: because of the Walk-off effect of Nonlinear crystals, the beam quality of UV laser is not so good as that of 1047/523nm laser.

• Single pulse energy up to 4 µJ
• TEC cooling system
• Lightweight, compact design
• Superior beam quality
• Controllable or Uncontrollable choosed
• Best reliability and lifetime
• 261/523/1047 nm laser emitting together or 261 nm laser emitting only

• UV curving
• Micro-electronics
• CD carving
• Laser medical treatment
• Scientific experiment

• MPL-F-261 laser head
  (with 261/523/1047 nm laser included)
• MPL-F-261 laser head
  (with 261 nm laser emitting only)
• PSU-H-FDA power supply
• UV prism

• Fiber coupling lasers
• UV laser