Wide range of optoelectronic components.Various design solutions and experience gained in EKSPLA laser manufacturing are used in producing laser optoelectronics.
List
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New laser diode drivers are designed for powering single diode as well as laser diode arrays.
Pockels cell drivers PCD-PHR series featuring high repetition rate
Pockels cell drivers PCD-PHR series has been designed for use in mode-locked lasers for cavity dumping or for cavity Q-Switching of solid-state nanosecond lasers with up to 100 kHz repetition rate. Fast HV (less than 7 ns) edge ensures excellent pre- and post-pulse contrast
Pockels cell drivers PCD-UHR series for cavity dumping
PCD-UHR series Pockels cell drivers are designed for a wide range of applications and operating modes. Repetition rate can be up to 3.5 MHz, while fast HV rise/fall time is less than 4 - 8 ns. Standard range of pulse durations is from 100 ns to 5 μs.
Pockels cell drivers PCD-UHV series featuring pulse amplitude doubling layout
features HV pulse amplitude doubling layout and easy integration with HV powewr supply, PCD-UHV series Pockels cell drivers are excellent solution for OEM applications
Pockels cell drivers PCD-P series for cavity dumping
Pockels cell drivers PCD-P series has been designed for use in mode-locked lasers for cavity dumping or for cavity Q-switching of solid-state nanosecond lasers. Fast HV (less than 7 ns.) edge ensures excellent pre- and post-pulse constrast.
Pockels cell drivers PCD-N-2 model for Q-switching of nanosecond lasers
Pockels cell drivers PCD-N-2 model is designed for Q-switching of nanosecond lasers without use of phase retardation plate. High voltage is applied to Pockels cell in order to inhibit oscillation. Pockels cell is opened by negative polarity pulse allowing laser to radiate.
OEM HV power supplies for Pockels cell drivers
Power supply HVxxWm series is designed for powering Pockels cell driver with appropriate power and voltage requirement. Due to its performance and reliable design, HVxxWm is good choice for OEM customers.
Temperature controller TK1 with nonlinear crystal oven KK1
TK1 and KK1 is high temperature set (up to 200 °C) consisting of thermocontroller TK1 and crystal oven KK1. TK1 has two independent outputs and can control two KK1 ovens simultaneously. Trough RS232 computer interface it can be controlled from PC. Current temperature is shown on LED display.
TK3 is compact nonlinear crystals oven with build-in thermocontroller for temperature up to 60 °C. It is ideal for larger aperture crystals like KD*P. The crystals with up to 15 x 15 mm dimensions can be mounted. TK3L model can fit crystals with up to 30 mm length.
TK4 nonlinear crystals oven has identical mechanical design as TK3. The preset temperature can be adjusted in ±5°C range by the help of potentiometer. The current temperature is not indicated. In addition, TK4 nonlinear crystals oven has “temperature ready” output signal, changing state when pre-set temperature is reached. TK4XL model can fit crystals with up to 50 mm length.
TK7 is compact nonlinear crystals oven with build-in thermocontroller for temperature up to 60 °C. TK7 nonlinear crystals oven provides more crystal mounting options in comparison to TK3 or TK4. Like in KK1, each crystal is mounted into adapter before insertion in oven. TK7 and KK1 crystal adapters are compatible.
Precision resistive heater kit TEC and TK10 series ovens
With combination of temperature controller, TK10 series ovens are designed specifically for tuning and conditioning the periodically poled bulk devices (PPSLT, PPLN & PP-MgO:LN) and other nonlinear crystals. The oven is designed to hold the crystal with dimensions of 30×16×1 mm. Custom made oven is also available. The crystal heater provides temperature stabilization for crystals with an accuracy of 0.1°C. Crystal temperature can be changed from 50°C to 200 °C.
DFM series pump chambers are designed for pumping active elements with dimensions of 8 mm or 10 mm diameter and min 85 mm lenght
EKSPLA manufactures high efficiency pump chambers for pumping of various active elements (Er:YAG, Er: YLF, Nd:Glass, Nd:KGW, Nd:YAG, Nd:YLF, Nd:YVO , Yb:YAG, etc.)
EKSPLA manufactures high efficiency pump chambers for pumping of various active elements (Er:YAG, Er: YLF, Nd:Glass, Nd:KGW, Nd:YAG, Nd:YLF, Nd:YVO , Yb:YAG, etc.)
EKSPLA manufactures high efficiency pump chambers for pumping of various active elements (Er:YAG, Er: YLF, Nd:Glass, Nd:KGW, Nd:YAG, Nd:YLF, Nd:YVO , Yb:YAG, etc.)
Mounting stage for pump chambers
Each type of pump chamber can be mounted on suitable stage. Examples of stages for MA1-45, TM-2-75, ant TM-3-75 chambers are shown on the drawing below. Inquire for different types of stages.
MA series pump chambers for Nd:YAG active elements
MA series pump chambers has been designed for 2 or 4 flashlamps. High pumping efficiency can be achieved due to the close coupling design
Pump chambers for high energy glass amplifiers
MA series pump chambers for Nd: Glass rods are presented in table below. Customized versions can vary in rod sizes, and quantity of flash lamps. PS5140 series power supplies are recommended for driving.
Stabilized current flashlamp driver PS5022
PS5022 power supply (flashlamp driver) is designed for xenon or krypton flashlamp driving with square pulse of stabilized current. Application can include flash lamp pumping of lasers, various kinds of pulsed lighting, particularly IPL for medicine and cosmetics, solar simulation etc. Output pulse duration can be easy tuned in range from few hundreds of microseconds to tens or hundreds of milliseconds or even optionally CW mode.
Variable Pulse Duration Flashlamp Driver PS5021
PS5021 is designed for pumping of variable or long pulse width solid-state lasers. Pumping pulse duration varies in 0.5-2 ms range, with output voltage up to 450 V.
Flashlamp Driver PS5050 for Pulsed Lasers
PS5050 flashlamp driver is designed for flashlamp-pumped lasers and establishes itself as an updated version of PS5010 driver. PS5050 features microprocessor control and back illuminated LCD display where all output parameters of power supply are conveniently displayed.
Two-Channel Flashlamp Driver PS5053 for Pulsed Lasers
Flashlamp driver PS5053 is designed for flash-lamp pumped lasers and presents two channel device consisting of two capacitor charging, simmer/trigger and pulse forming modules and control circuit.
Flashlamp driver PS5140 series for high energy systems
PS5140 model flashlamp driver is designed for single or multi-lamp pumping of high energy pump chambers usually based on phosphate glass rods.
Cooling unit PS1223CO is microcontroller operated second generation of water-to-water cooling units designed for flashlamp-pumped lasers.
PS1222CO is water-to-water cooling unit designed for flashlamp-pumped lasers and provides effective heat removal and high stability of laser rod temperature. This enables long term operation of your laser at maximum efficiency. PS1222CO features cooling capacity up to 6 kW.
PS1245CO is water-to-air cooling unit designed for flashlamp-pumped lasers and provides effective heat removal and high stability of laser rod temperature. This enables long term operation of your laser at maximum efficiency. PS1245CO features cooling capacity up to 2 kW.