20210315
REV. REV.
tonm 210 WWW.EKSPLA.COM
kHz Repetition kHz Repetition Rate Broadly Broadly Rate Time resolved pump-probe pump-probe resolved Time spectroscopy fluorescence Laser-induced spectroscopy Infrared spectroscopy: Nonlinear surface-SH, vibrational-SFG, Z-scan spectroscopy laser Other applications 1 kHz at 1 pulses Picosecond repetitionrate pulse tuning wavelength Hands-free from range Tuning nm 2300 cm⁻¹ <6 linewidth Narrow mrad <2 divergence Low USB using PC control LabVIEW™and optional) is (RS232 drivers keypad via control Remote Tunable OPA Tunable
APPLICATIONS APPLICATIONS FEATURES ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ ▶ [email protected] MAIL MAIL - E +370 5 2649629 +370
TEL
Features Model has a tuning range from 410 to 2300 nm and is optimized for providing the highest pulse energy in the visible part of the spectrum. When combined with an optional Second Harmonic Generator (SHG), it offers the widest possible tuning range – from 210 to 2300 nm. Model has a tuning range from 700 to 2200 nm and the highest pulse energy in the near-IR spectral range. PG503 is a cost- effective alternative to the narrow-band mode-locked Ti:S lasers. – see page 46 – see page 02300 VILNIUS, LITHUANIA VILNIUS, 02300 -
For customer convenience the Available standard models are Available PG403 PG503 Model with excellent reproducibility. motors in the microstepping mode, inquire for custom-built versions. its USB type PC interface (RS232 is optional) with LabView™ drivers or output power. summarized in a table below. Please stabilization ensures long-term stability of generated wavelength and system can be controlled through Precise nonlinear crystal temperature a remote control pad. Both options allow easy control of system settings. Available models Available series
SAVANORIU 237, AV. LT harmonic of rd 11 ▪ PT277 ▪ 11 x x03 03 ▪ PG x
01 ▪ PG x Microprocessor based control Upon request the optical layout can The optical design is optimized to Three models designed for New Laser and PG in one housing PG lasers with 1 W average power. An PICOSECOND TUNABLE SYSTEMS TUNABLE PICOSECOND mode‑locked picosecond laser from produce low divergence beams with moderate linewidth (typically 12 cm⁻¹) be pumped by 1 kHz mode-locked positioning of relevant components pulse energy or longer pulse duration. pumping by up to the 3 be easily modified for pumping by duration. Due to the unique broad excellent choice is the PL2210A series other mode-locked lasers with high tunability range from 210 to 2300 nm these devices are an excellent choice system provides automatic EKSPLA. PGx03 series Optical Parametric PGx03 series Optical Parametric Nd:YAG laser are available. Nd:YAG for many spectroscopic applications. for hands free operation. Nonlinear at approximately 15 – 20 ps pulse are rotated by ultra-precise stepper Generators (OPG) are designed to
crystals, diffraction grating and filters PG 36 Femtosecond Lasers Picosecond Lasers PicosecondPicosecond Tunable Systems Nanosecond Lasers Nanosecond Tunable Lasers High Intensity Lasers Other Ekspla Products SPECIFICATIONS 3) 4) 1) PICOSECOND TUNABLE SYSTEMS 5) 2) REV. Typical beamsize Pulse duration Scanning step Linewidth Pulse repetitionrate Beam polarization Beam divergence Beam size Power consumption Power requirements Room temperature Size (W×LH) Min pumpenergy Typical pulseduration Output pulseenergy Output wavelengthtuningrange Model Recommended pumpsource Beam profile Beam divergence PUMP REQUIREMENTS LASER OPA SPECIFICATIONS OPERATING REQUIREMENTS PHYSICAL CHARACTERISTICS specifications are measured at450nmfor specifications. Theyare indications of typical specifications are subjecttochangewithout wavelengths. See typical tuning curves for wavelengths. Seetypicaltuningcurves pulse energies atotherwavelengths. manufacture. Unless stated otherwise, all manufacture. Unlessstatedotherwise, witheachunitwe andwillvary performance notice. Parameters markedtypicalare not Estimated assuming 30 ps at 1064 nmpumpEstimated assuming30psat1064 Measured nm. at1000 Measured at250nm. Pulse energies are specifiedatselected Due tocontinuousimprovement, all PG403 units,at800nmforPG503 unitsand for basicsystemwithoutoptions. Idler Signal Idler Idler Signal SH Signal Idler Signal SH at 355 nm at 532 nm SH SH 0135 SAVANORIU 20210315 3) 4) 10) 10) 7) 6) 9) 8)
2) AV. 5)
237, 1 )
LT - 02300
VILNIUS,
LITHUANIA PL2210A-TH 7) 10) 9) 6) 8) PG403 Should bespecifiedwhileordering if forSH,signalandidler Separate outputports depending onthepumppulseenergy. wavelength andpumpenergy. non‑Ekspla pumplaserisused. ranges. non‑linear crystal sizes. non‑linear crystal pulse. Pulsedurationvariesdependingon Max pumpenergy islimitedbyavailable Beam divergence measured at450nm. level.Canvary Beam diameteratthe1/e² – – – – TEL
+370 456 ×820273 mm
5 homogeneous, withouthotspots,Gaussianfit>90% 2649629 710 –2300 nm 410 –709 nm 0.3 mJ 50 µJ 15 ps 15 µJ E - 100 –240Vsinglephase,4763Hz – MAIL
[email protected] 210 –410 nm PL2210A-TH PG403-SH horizontal horizontal 15 –30°C 2 –3 mm < 2mrad < 12cm < 1mrad < 120W 0.05 nm ~ 3 mm 1000 Hz vertical 0.1 nm 30 ps 10 µJ 1 nm -1 WWW.EKSPLA.COM PG 456 ×632273 mm 1150 –2200 nm x03 700 –1000 nm PL2210A-SH 0.45 mJ PG503 DANGER 20 ps 25 µJ 70 µJ CLASS IV LASER PRODUCT IV LASER CLASS Max. 70µJ,pulse15–20ps Tunable, 230–16 REFLECTED ORSCATTERED RADIATION AVOID EYEORSKINEXPOSURETO DIRECT RADIATIONVISIBLE AND/ORINVISIBLELASER – – – – – series 000 nm 37
Other Ekspla Products High Intensity Lasers Nanosecond Tunable Lasers Nanosecond Lasers PicosecondPicosecond Tunable Systems Picosecond Lasers Femtosecond Lasers
72* 2 170±5 4.5 2200 95 20210315 Signal Idler 175 5.0 2000 REV. REV.
1 series 5.5 285 1800 cm Input panel × 3- 6.25 1600 , 10
7.1
x03 1400 456 velength, nm WWW.EKSPLA.COM
8.3 410 nm 1200 venumber Wa – Wa PG 10.0 1000 Typical PG503 model tuning curve. PG503 Typical → 210 12.5 800 unable output T Fig 2. nm – 0.45 mJ at 532 Pump energy 600 16.6
80 60 40 20
, µJ , gy Pulse ener Pulse 838 MAIL MAIL PGx03-x Pump input 355/532 nm - E SH Optional tuning range extension 4.5 2200 PGx03-SH model external dimensions Signal Idler SH +370 5 2649629 +370
PG403-SH 2000 Fig 5. Pump output 355/532 nm TEL 5.5
1800 1 cm ×
3-
170±5 72* 7.1 2 1400 , 10 e 95 r → 355 nm pump → 532 nm pump velength, nm 10.0 175 1000 Wa venumber Wa 02300 VILNIUS, LITHUANIA VILNIUS, 02300 - Model PG403 PG503 600 16.6 Arrangement of pump laser and PGx03 unit on optical table Arrangement of pump laser and PGx03 unit Typical PG403-SH model tuning curve. PG403-SH Typical PL2210A-x series lase Input panel Min optical tabl width 2000 mm Fig 1. nm – 0.3 mJ at 355 Pump energy Fig 3. 200 50.0
0
70 60 50 40 30 20 10
, µJ , gy Pulse ener Pulse 456 SAVANORIU 237, AV. LT 649 PGx03 model external dimensions OUTLINE DRAWINGS OUTLINE longer that 1 hour then laser PICOSECOND TUNABLE SYSTEMS TUNABLE PICOSECOND few hours before switching on. will be no mains electricity for Laser must be Note: connected to the mains electricity all the time. If there TUNING CURVES TUNING ORDERING INFORMATION ORDERING Fig 4. RECOMMENDED UNITS ARRANGEMENT ON OPTICAL TABLE OPTICAL ON ARRANGEMENT UNITS RECOMMENDED (system) needs warm up for a 38 Femtosecond Lasers Picosecond Lasers PicosecondPicosecond Tunable Systems Nanosecond Lasers Nanosecond Tunable Lasers High Intensity Lasers Other Ekspla Products