A compact 100 ps, 532 nm microchip laser engineered for high repetition rate and low-power OEM applications.
The integrated control electronics and optional fiber-coupled output simplify system integration for analytical instruments and portable sensing devices.
Optical specifications can be tailored to meet customer-specific requirements.
SP05 provides 100 picosecond pulse generation in a highly compact format. Standard pulse durations of 50 ps, 100 ps, and 200 ps are available, supporting precise timing resolution in fluorescence lifetime analysis, gated spectroscopy and time-of-flight sensing.
Adjustable from single-shot up to 200 kHz, laser supports both continuous and externally synchronized pulsing. This flexibility is essential for handheld spectrometers and multi-parameter diagnostic platforms.
An onboard control board ensures a low-jitter electrical trigger-out signal aligned to the optical pulse. Optional TTL trigger-in capability provides additional freedom in system integration.
Single-frequency performance with < 0.06 nm linewidth ensures excellent spectral purity and stability. This enables excitation in time-gated Raman and absorption-based analysis systems.
With only 135 × 60 × 60 mm including integrated power and control electronics, SP05 is ideally suited for OEM integration in portable analytical devices and compact optical benches.
M² < 1.3 beam quality enables efficient free-space or fiber-coupled delivery to the point of measurement, supporting tight focusing and high signal-to-noise performance in sensing applications.
Short pulse duration, narrow spectral linewidth and low average output power make the SP05 well suited for the characterization of high-speed photodetectors and timing electronics. Turn-key operation and optional API interfaces simplify integration into automated measurement and calibration systems.
The SP05 combines short picosecond pulses with stable single-frequency operation, making it well suited for low-power time-gated Raman spectroscopy and other advanced spectroscopic techniques. Its compact footprint and integrated electronics facilitate straightforward integration into scientific instruments and OEM platforms.
Short optical pulses, excellent beam quality and high repetition rates support demanding ranging and sensing applications requiring high spatial resolution and accurate distance measurements. The compact size and low power consumption of the SP05 make it particularly attractive for portable and short-range precision measurement systems.
The SP05 is based on Picophotonics' proprietary SESAM-based passive Q-switching technology, combining picosecond pulse durations, stable single-frequency operation and a compact microchip architecture.
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