Free Quote
Welcome to inquire about our products!
With 17.7 mJ of diode pump energy, 4.6 mJ of long pulse energy is obtained from 2 mm diameter and 20 mm long Nd:YAG crystal. This laser is 12.3% electrical-to-optical efficient. The laser was acousto-optically Q-switched. The Nd:YAG laser generates 1.19 mJ, 108 ns pusles up to 100 Hz, when it was transversely pumped with a
Key Features. Operating power range from 100 – 340 mW. Reduced TEC power consumption compatible with legacy temperature control. Low-profile, 14-PIN butterfly package. Fiber Bragg grating stabilization. Wavelength selection available. Integrated thermoelectric cooler, thermistor, and monitor diode.
1-20kw DPSS diode laser module cutting diamond module repair and replace diode laser semiconductor pumped solid state module. $2,500.00. Min. Order: 1 piece. CN Supplier. 12 yrs. 4.7. /5. 7 reviews. "Fast delivery".
13 Oct 2022. High-power diode laser side pumped modules SP17 & SP18 can offer peak power of 30kW and 5kW respectively while achieving higher small signal gain (SSG: >30 for SP18, >55 for SP17>55), and better fluorescence distribution uniformity >90%. SP17 & SP18 can be used for high-power solid-state laser pumping, and ultimately applied in
Key Features. Operating power range from 800 – 1600 mW. 45°C internal temperature. Low-profile 5.2 mm 14-PIN butterfly package. Fiber Bragg grating stabilization. Wavelength selection available. Integrated thermoelectric cooler, thermistor, and monitor diode. High dynamic range. Excellent low-power stability.
A large portion of world''s final energy consumption is employed in thermal form. The proper techniques can be used to improve the efficiencies of thermal energy systems and decrease the energy consumption. Phase change material (PCM) storage modules can be coupled with different thermal systems to improve their thermal
The experimental setup for the LED-side-pump QCW Nd: glass rod laser is depicted schematically in Fig. 1(a), which the system comprises a LED-side-pumped Nd: glass module and a compact flat–flat cavity. Initially, the side pump device was composed of five rows of LEDs arrays, each containing 20 LEDs (SST-10-IRD-810 nm, Lens Angle
SP17 and SP18 side-pumped modules take effective measures to inhibit the ASE effect. Product Features: High peak power and small SSG. SP18 peak power: 5kW, SSG>30;
Researchers have worked extensively to push the boundaries of laser materials, pump sources, and laser subsystem technologies for facilitating high power
Pigtail Side Pull Force 0.25 Kg 90, 4 directions, 5 s Fiber Bend Radius 13 mm Lead Soldering Temperature 350 C 10 sec Laser Diode Forward Current If _max 1500 mA CW Laser Diode Current Tran-sient 1500 mA Time = 1000 ns max Laser Diode Reverse r r
5 · We have presented a robust and compact 6 kW, high duty cycle fiber coupled diode laser module with 50% power conversion efficiency for pumping Yb:YAG based
A new megawatt class pump laser module operating at a wavelength of 888nm was developed for use in a high average power petawatt laser system. The pump laser
Diode lasers pump sources for future high-energy-class laser systems based on Yb-doped solid state amplifiers must deliver high optical intensities, high conversion efficiency (ηE = > 50%) at high repetition rates (f = 100 Hz) and long pulse widths (τ = 0.52 ms). Over the last decade, a series of pump modules has been developed at
High peak power and small SSG. SP18 peak power: 5kW, SSG>30; SP17 peak power: 30kW, SSG>55. SP17 & SP18 provide reliable gain modules for high-energy solid-state lasers. Better uniformity of fluorescence distribution. The uniformity of fluorescence distribution is a critical characteristic of the diode laser side-pump module.
COOLED 10-PIN 980 nm PUMP LASER MODULE Absolute Maximum Ratings Parameter Min. Typ. Max. Units Condition Operating Case Temperature T op-20 75 C Storage Temperature T stg-40 85 C Storage Relative Humidity RH stg 5 95 % But not to op
Over 60 years have passed since the first demonstration of a laser in 1960. After the initial spark of interest, lasers were for a while categori Figure 8. The basic elements and operation of a chirped pulse amplifier (CPA). Frequency doubling and harmonic generation Even with the broad choice of commercially available lasers, it is not always possible to find one
We examined several hypotheses that may explain the performance enhancement of the device with air exposure after storage. high efficiency perovskite monolithic solar modules. PRX Energy 1
The M31 Series pump module incorporates the high-reliability Lumentum 980 nm laser diode in a cooled fiber Bragg grating-stabilized 10-pin butterfly module. The module meets the stringent requirements of the telecommunications industry, including Telcordia GR-468-CORE for hermetic 980 nm pump modules. The M31 Series pump module, which uses
A laser module and semiconductor technology, applied in the field of lasers, can solve problems such as water leakage, low conversion efficiency, and complex assembly, and achieve the effects of avoiding assembly errors, reducing processing difficulty, and uniform energy distribution [0007] 4) Uneven side pump energy
The pump laser module was operated at pulse repetition rates of 20Hz with a total energy of 329J/pulse. The performance of this module represents a threefold increase in peak output power and intensity compared to similar deployed systems. This is also the highest peak power laser diode pump module that has been deployed to date.
The latest generation of high-energy-class pulsed laser facilities, under construction or planned, such as EuPRAXIA, require
Xi''an, China – Focuslight Technologies Inc., a global photonics application solution provider,
The peak pump power of an LD side-pumped module could reach 2000 W at a repetition rate of 500 Hz with low heat-effect [18], which ensured the operation of the laser system under the high frequency. In order to compensate for the thermal focusing effect of the gain medium, the concave lens with a focal length of ∼700 mm was inserted
This technical note describes requirements for the assembly and operation of high-power pump laser modules to ensure maximum device performance and reliable operation over life. Topics addressed in this technical note include handling the pump module, mounting the pump module, and safe operation of the pump module.
PUMP LASER MODULE Communication Components CM96Z***-7* 2 COOLED 10 PIN BUTTERFLY 980 nm PUMP LASER MODULE Storage Temperature T stg-40 85 C Storage Relative Humidity RH stg 5 95 % But not to exceed 0.024 kg of water per 1.0
A diode-side-pumped, high-energy, high-beam-quality, pulsed solid-state Nd 3+:Y 3 Al 5 O 12 (Nd:YAG) laser with a thermoelectric cooler (TEC) is investigated
To evaluate the basic laser performances of the newly designed side-pumping module, the steady-state laser operation is conducted. A Φ5 mm Nd:YAG crystal rod with a doping concentration of 0.8 at% is employed. The pumping duration and the pumping repetition rate are 250 μs and 1 kHz with a duty cycle of 25%.
The invention provides a detection device of heat effect of a side pump laser module, which comprises an indication light source, a beam expander, a first 1:1 beam splitter, a second 1:1 beam splitter, at least two totally-reflecting mirrors and an imaging device, wherein the indication light source is formed from a laser device, and is used for giving
SP18 -power Diode Laser Side Pumped Module. Diode pumped solid-state lasers (DPSSLs), enjoying the advantages of high power, high beam quality output, less
Key Features. Operating power range from 600 to 1000 mW. 25°C internal temperature. Low-profile 14-pin butterfly package. Fiber Bragg grating stabilization. Wavelength selection available. Integrated thermoelectric cooler, thermistor, and monitor diode. High dynamic range. Excellent low-power stability.
We demonstrate modules with a certified stabilized efficiency of 21.1% at an aperture area of 31 cm 2 and enhanced stability under damp-heat conditions (ISOS-D-3, 85% relative humidity, 85 °C
S27 Series. The Lumentum S27 Series of 980 nm pump laser modules uses a number of revolutionary design steps and the very latest material technologies to significantly improve scalability of the production process. The semicooled 45°C laser diode operation provides for a significant reduction in TEC and overall power consumption.
Welcome to inquire about our products!