OG-V脉冲拾取器-参数-价格-中国粉体网

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OG-V脉冲拾取器

Compatible with Ti:S and Yb-doped 20-150 MHz ultrafast oscillators
Suitable for building Ti:S or Yb ultrafast regenerative amplifiers
Possible operating wavelengths from 200 to 2700 nm
Continuous transmission window adjustable from 20 ns to 10 us
Transmission >90%
HV amplitude up to 10 kV
Multifuntional control unit with adjustable delay generator
USB control， Windows software+LabView driver

Applications

Time-Resolved Ultrafast Studies

Pump-Probe Spectroscopy

Material and Biological Tissue Processing

Ultrafast Micromachining

Laser Systems Design， Integration and Amplification

Ultrafast Oscillator and Amplifier Pulse Selection
Injection/Ejection of Pulses in Ultrafast Amplifier Systems
Pulse Slicing for Contrast Increase
OEM Integration
Q-Switching

Ultrafast Laser Diagnostics， Accessories and Components

Novel Ultrafast Fiber Laser Development
Amplifier Design
Automation of Complex Experimental Setups

	OG-V-D	OG-V-B	OG-V-R/K
Electrooptic crystal	DKDP	BBO	RTP or KTP
Operational wavelength range (standard models)	510-540 nm / 700-1000 nm / 1000-1100 nm / 1250 nm	510-540 nm / 700-1000 nm / 1000-1100 nm / 1250 nm	1000-1100 nm / 1500-1600 nm / 1550+780 nm
Possible custom wavelengths	340 to 1280 nm	200 to 2200 nm	1000 to 2700 nm
Minimum repetition rate of picked pulses	single-shot
Maximum repetition rate of picked pulses (standard models)	1 kHz	1 kHz / 10 kHz / 50 kHz / 100 kHz
Clear aperture	6 mm (up to 20 mm upon request)	2.5 mm (up to 5 mm upon request)	3.5 mm (up to 10 mm upon request)
HV pulse (gate) shape	quasi-rectangular
HV pulse (gate) length(at level 10%)	20-500 ns， adjustable	20-3000 ns， adjustable (up to 10 us upon request)
Rise time(at level 10-90%)	7 ns
Contrast⁽¹⁾	>100:1⁽¹⁾	>1000:1
Pockels cell voltage	up to 10 kV	up to 4 kV
Optical scheme	half-wave (quarter-wave upon request)	half-wave/quarter-wave at λ<600 nm; at λ>600 nm - quarter-wave or half-wave with double crystal cell	half-wave (quarter-wave upon request)
Trigger	internal/external
Complete system transmission at central wavelength	>85% (PC + two Glan-Taylor prisms， default package) >90% (PC + a Glan-Taylor and a Rochon prism， upon request) >98% (Pockels cell only)
Input optical train repetition rate	2 MHz …150 MHz with internal or external trigger with optical or electric sync to input train; 1 Hz…2 MHz only with external trigger signal⁽²⁾
Sync source for internal trigger mode	optical/electric
Additional control modes	by edge / by level / built-in burst generator with internal or external trigger
Channel delay time	0...10 us (up to 1 ms upon request)
Cooling	passive	passive at up to 3 kHz output rate， water-cooled⁽³⁾ at 10 kHz and higher
(1) - energy ratio of a picked and any non-picked pulse. The given contrast values are valid for adjacent pulses. Actual contrast with DKDP crystals is defined by piezoelectric ringing effect and depends on exact operational parameters. The contrast is better when the duration of HV pulse is shorter and HV pulse amplitude is lower. (2) - when operating with 1 Hz…2 MHz input pulse train， an external trigger signal must be used. Such a signal must lead the optical pulse by 0.25-3 us， must be rigidly in sync with the pulse to be picked and must have jitter of less than 200 ps; (3) - the HV generator unit requires cooling to support operating temperature below 35°C. Water cooling is required when operating at output frequency of 10 kHz and more (water flow 1 L/min， water temp. 20-22°C， tap or building-scale supply may be also be used if permitted). Heating power to be dissipated does not exceed 80 W even at the highest frequencies (a water chiller is not included and may be supplied separately).