Sound and light Q-switch (AOQS) (G&H)

NegotiableUpdate on 10/20

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Nature of the Manufacturer: Producers

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Overview

The acousto-optic Q-switch (AOQS) generates high-intensity operation within the laser cavity, actively controlling the quality factor (loss) of pulsed light. Our sound and light Q-switches are sturdy, reliable, and durable, supporting millions of hours of service in various fields.

Product Details

Details

Product Name: Sound and LightQswitch(AOQS)

Product Introduction:

sound and lightQswitch(AOQS)High intensity work is generated inside the laser cavity,Actively controlling the quality factor of pulsed light(loss)The cavity. Our sound and lightQThe switch is sturdy, reliable, and durable,Support millions of hours of service areas.

sound and lightQswitch(AOQS)

We offer low insertion loss,Efficient sound and lightQSwitches can handle very high peak power,And will utilize our35Years of experience in determining the optimal acousto-optic parameters for cavity length, repetition rate, wavelength beam diameter, polarization state, and output powerQSwitching laser solution.

When placed inside the laser cavity,A sound and lightqswitch(AOQS)Can be used to control the effect of light passing through the acousto-optic resonator within the loop. When opened,oneAOQSSoon, the path of the light beam inside the cavity,Thereby increasing losses,Reduced the quality factor. And the loss cavity is high and continues to pump water,Laser cannot occur,But population inversion can be established on a gain medium. Once saturated,sound and lightQThe power switch is turned off,Reduce losses quickly within the cavity. This increases the quality factor,And allow for rapid amplification to create a very high intensity, short pulse.

A high-quality sound and lightqThere are several important characteristics of switches:

Very low loss in the “off” state to maximize output intensity

Ability to withstand very high peak laser power

Excellent transducer reliability to allow long-term use without maintenance

We consider many factors to identify or create the correct sound and lightQSwitches for applications and drivers:

Cavity length

Beam diameter

Wavelength

Polarization state

Repetition rate

Output power

Location of the Q-switch within the cavity

To avoid sacrificing diffraction efficiency and power, there is a trade-off between application and durability. More rugged or long-lasting sound and lightQSwitching materials typically require more RF driving force,And may require water or conduction cooling.

We have ready-made solutions for polarized or unpolarized near-infrared wavelength lasers. We can accommodate large lamp pumped multi-mode laser beam diameters(8millimeter)And small and compact diode pump beam diameter(< 1millimeter)Cooling through water and conduction. Professional design meets unique needs,Such as ultra-high one-way loss(96%)High switching speed and premium pulse for pulse stability.

We also provide a complete RF cable specifically designed forQswitch,During periods of rapid decline,Strict synchronization,Running in fixed or variable mode,Drive multiple in the same cavity with advanced functions such as first pulse suppression or multi-channel operationQSwitch.

Whether you are designing a laser material processing application(Carving, cutting, or drilling),Or create a complete system for medical surgery,Lithography or rapid prototyping,We can find a balance for youqSwitch and RF driver performance,The demand for cost and reliability.

Indicator specifications:

PRODUCT	WAVELENGTH	RF FREQUENCY	ACTIVE APERTURE	OPTICAL MATERIAL	TYPE
I-QS080-1C10G-8-GH28 Q-Switch Datasheet	1030 - 1064 nm	80 MHz	1 mm	Crystalline Quartz	Conduction-Cooled
I-QS080-1C10G-4-GH25 Q-Switch Datasheet	1064 nm	80 MHz	1 mm	Crystalline Quartz	Conduction-Cooled
I-QS041-1.8C10G-4-GH21 AO Q-Switch Datasheet	1064 nm	40.68 MHz	1.8 mm	Crystalline Quartz	Conduction-Cooled
I-QS080-0.5C10G-8-GH48 Q-Switch DatasheetProduct image	1064 nm	80 MHz	0.5 mm	Crystalline Quartz	Conduction-Cooled
33041-16-.7-I-TB AOQS Datasheet	1064 nm	40.68 MHz	0.7 mm	Crystalline Quartz	Conduction-Cooled
33080-16-.7-I-TB AOQS Datasheet	1064 nm	80 MHz	0.7 mm	Crystalline Quartz	Conduction-Cooled
34027-1.5-SF10-TB AOQS Datasheet	1064 nm	27.12 MHz	1.5 mm	SF10 Flint Glass	Conduction-Cooled
VHE AO Q-Switch Datasheet	1064 nm	68 MHz	1.6 mm,2.5 mm,2 mm,3 mm,4 mm	Crystalline Quartz	Water Cooled
34041-1.5-SF10-TB AOQS Datasheet	1064 nm	40.68 MHz	1.5 mm	SF10 Flint Glass	Conduction-Cooled
Stallion Datasheet	1064 nm	24 MHz,27.12 MHz,40.68 MHz,68 MHz	1.6 mm,2 mm,3 mm,4 mm,5 mm,6.5 mm,8 mm	Fused Silica	Water Cooled
34080-1-SF10-TB AOQS CADDatasheet	1064 nm	80 MHz	1 mm	SF10 Flint Glass	Conduction-Cooled
Industry Standard AO Q-Switch Datasheet	1064 nm	24 MHz,27.12 MHz,40.68 MHz,68 MHz	1.6 mm,2 mm,3 mm,4 mm,5 mm,6.5 mm,8 mm	Fused Silica	Water Cooled
Super Q-Switch Datasheet	1064 nm	24 MHz,27.12 MHz	1.6 mm,2 mm,3 mm,4 mm,5 mm,6.5 mm	Crystalline Quartz	Water Cooled
I-QS080-1C10H-4-OS14 Datasheet	1319 1342nm	80 MHz	1 mm	Crystalline Quartz	Conduction-Cooled
I-QS027-4S4V2-x5-ST1 Q-Switch Datasheet	1550 nm	27.12 MHz	4 mm	Fused Silica	Water Cooled
I-QS041-2C10V5-4-HC1 Q-Switch Datasheet	1900 - 2100 nm	40.68 MHz	2 mm	Crystalline Quartz	Conduction-Cooled
I-QS041-5C10V5-x5-ST3 Q-Switch Datasheet	2100 nm	40.68 MHz	5 mm	Crystalline Quartz	Water Cooled