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Under pulsed operation, these Laser Diodes (LD) have a high peak power. There are numerous varieties with various peak output powers and emission widths.
These LDs can be utilized for hazards monitoring in security applications, laser radar, and other distance measures.
The purpose of a pulsed laser diode controller is to deliver a repeating sequence of current pulses at a predetermined output level over user-defined time intervals.
It is a voltage-controlled constant current source. The amplitude and time units of their output to the laser are specified.
The Global Pulsed laser diode market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
A new HPP-750 pulsed laser diode driver was launched by Lumina Power. This laser controller uses a high current DC source, like a Lumina Power LDD series CW laser diode power supply, to generate an output of up to 750 watts and 350 amps.
With a rise time of 10 s, repetition rates up to 5 kHz can be used to produce pulse widths of 50 s through CW. The user can constantly modulate current, pulse width, and frequency using standard analog/TTL control with choices for RS232 or Ethernet configurations.
They are constantly seeking for new ways to improve their product offerings due to the ever-growing power and capabilities of laser diodes.
Compact laser diode drivers that can deliver high current pulses while protecting the laser diode from damaging current spikes and noise are in high demand in the industrial sector. The new HPP-750 was created utilizing the same designs as the much favored larger HPP-6000 variant.
The new HPP-750 improves the entire line of 10 watt to 18 kW laser diode driver solutions offered by Lumina Power.
The second generation of precision pulsed diode drivers provided by Lumina Power is the New LDP pulsed laser diode drivers.
The new LDP drivers are based on more than ten years of experience in laser diode driver technology and can deliver up to 400 amps. Now, CW operation with pulse widths of 30 s is feasible at repetition rates of up to 5 kHz.
