STABLE, HIGH POWER DRIVERS
uniLDD is EKSPLA’s product line of laser diode drivers, also known as laser diode controllers, used in diode-pumped solid state lasers (DPSSL). The main purpose of laser diode drivers is to ensure precise current and temperature control of laser diodes. These laser diode drivers are compatible with a wide range of diodes (single emitters, bars, stacks, VCSELs, LEDs) and support both pulsed (QCW) and continuous (CW) operation modes.
Within this product family, the uniLDD-C models are specifically distinguished by a conductive cooling system to effectively manage heat and ensure stable operation.
OPTIONAL TEC CONTROL
Certain uniLDD laser diode driver versions can simultaneously function as current sources for laser diodes and TEC controllers, also known as Peltier element
thermocontrollers. Noted laser diode driver versions can contain up to two output channels, which can be utilized as two independent TEC controllers.
HIGH PERFORMANCE SPECS
Ekspla’s laser diode controllers can provide currents from 10 A to 1200 A while maintaining 0.1% pk-pk current ripple and amplitude stability. Compliance voltages of the laser diode drivers vary from 1 V to 600 V. The vast majority of laser diode drivers are either partially customized or fully tailored for an optimal performance at customer’s required regimes. For high-volume OEM customers, laser diode controllers can be tailored by removing excessive components to make sure drivers have optimal parameters, costs, and sizes.
LEADING EDGE APPLICATIONS
EKSPLA laser diode drivers are optimal for pumping of femtosecond, picosecond, nanosecond and CW solid state lasers based on crystal, fiber or direct-diode technology: industrial, medical, and scientific lasers.
