25mJ Military Laser Target Designator(LTD) wiht LRF

STA-D25M is a military 25mj laser target designator that plays a crucial role in precision aiming systems, capable of providing precise guidance for smart ammunition. Through an advanced optical system, it marks the target with a laser beam, ensuring that precision-guided weapons can destroy the target with extremely high accuracy and efficiency.

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Product Description

Product Features

Lightweight and miniaturized
Environmental adaptability: -40 ℃~60 ℃ wide temperature adaptability

Core indicator parameters

1. Function
a) It has the function of setting the irradiation cycle and can perform laser irradiation according to the set cycle.
b) Equipped with laser single and repeated ranging functions.
c) Equipped with multi-target ranging function.
d) Equipped with temperature output function for the core components of the camera.
e) Equipped with overheat protection function for the measuring device.
f) Equipped with the function of outputting status information of the lighting device.

Technical specifications

PERFORMANCE SPECIFICATIONS
Laser wavelength	1.064μm
Pulse average energy	≥25mJ
Pulse capacity fluctuation	within a cycle, adjacent pulse fluctuation ≤8%(statistics after 2 seconds of light output)
Laser beam dispersion Angle	≤0.5mrad
Laser optical axis stability	≤0.05mrad
Pulse width	≤20ns
Power-on preparation time	≤3s
RANGING PERFORMANCE
Ranging frequency	1Hz, 5Hz, single time
Continuous ranging time	5min(1Hz), 1min(5Hz)
5Hz maximum continuous operating time	2min
Minimum range	≤100m
Typical ranging capacity	≥2000m
Ranging accuracy	±2m
Accurate measurement rate	≥ 98%
Ranging logic: first and last target	first and last target
IRRADIATION PERFORMANCE
Irradiation distance	≥2km
Irradiation frequency	fundamental frequency 20Hz
Coding	in line with system requirements; With the ability to customize coding extension
Encoding mode	precise frequency code
Encoding accuracy	≤±2.5μs
Irradiation mode	one irradiation time ≥20s, start irradiation again, interval ≤15s, can be continuously irradiated for 8 cycles
WEIGHT AND SIZE
Weight	≤450g
Size	≤67.4mm×51mm×90mm
POWER SUPPLY VOLTAGE
Voltage	19.6V ~ 25.2V
POWER CONSUMPTION
Standby power consumption	≤4W
Average power consumption	≤50W
Peak power consumption	≤90W
ENVIRONMENTDL ADAPTABILITY
Working temperature	-40℃ ~ 55℃
Storage temperature	-55℃ ~ 70℃

CONTROL FUNCTION

2.1 With laser ranging function;
2.2 Provide target laser irradiation;
2.3 Be able to communicate with the host computer according to the requirements of the communication protocol.
The laser imager can realize the following functions through the serial communication interface:
2.3.1 Response laser ranging instruction, and can be stopped at any time according to the stop instruction;
2.3.2 Distance data and state information are output per pulse when ranging;
2.3.3 Ranging with distance gating function;
2.3.4 Start continuous ranging did not receive stop instruction 5min(1Hz)/1min(5Hz) after the automatic stop ranging;
2.3.5 Irradiation mode and coding can be set;
2.3.6 In response to the laser irradiation command, according to the mode, encoding, irradiation has been set, and can stop irradiation at any time according to the stop instruction;
2.3.7 If no stop instruction is received after starting irradiation, it will stop automatically after one cycle of irradiation;
2.3.8 When the laser irradiation, each pulse output a distance value and state information;
2.3.9 Power-on self-check and cycle self-check and output status information;
2.3.10 Respond to start self-check instruction and output status information;
2.3.11 Able to report the cumulative number of laser pulses;
2.3.12 Head and end target ranging function.

MECHICAL INTERFACE