1064nm Laser Rangefinder & Target Designator - 20mJ

Operating modes

Ranging, designation

Pump source

Diode array

Operating wavelength

1.064 µm (1064 nm)

Pulse energy

 ≥ 20 mJ

Pulse energy fluctuation

Within one designation cycle, single-pulse energy deviation shall not exceed ±10% of the mean pulse energy (statistics taken after 2 s of emission)

Beam divergence

≤ 0.6 mrad

Pulse width

 10 ± 5 ns

Laser optical-axis stability

≤ 0.05 mrad

Ranging performance

Ranging frequency：1 Hz / 5 Hz, and single-shot

• Continuous ranging at 1 Hz: duration ≥ 5 minutes, then rest 1 minute.
• Continuous ranging at 5 Hz: duration ≥ 1 minute, then rest 1 minute.
• Minimum measurement range: ≤ 300 m.
• Maximum measurement range: ≥ 3,000 m.
• Ranging accuracy: ±1 m.
• Acquisition rate: ≥ 98%.
• Ranging logic: first and last target.

Designation performance

• Laser code accuracy: 2.5 µs.
• Fundamental designation frequency: 20 Hz.
• Designation cycles:

1. Short-cycle designation: single designation duration ≥ 20 s, interval ≤ 30 s, continuous for 8 cycles.
2. Long-cycle designation: single designation duration ≥ 47 s, repeat start with interval ≤ 30 s, continuous for 2 cycles.

• After completion of one designation cycle, the interval before restarting continuous designation shall be ≥ 30 minutes. 

Laser coding

a) Complies with weapon system requirements and supports user-defined code expansion.

b) Supports external synchronization signal input to control emission timing for coding.

c) Coding method: precise frequency code (eight groups of pre-stored periodic codes).

Dimensions and mass

a) External envelope: ≤ 92 mm × 67 mm × 53 mm

b) Mass: ≤ 290 g

Power input requirements

a) Average operating power consumption ≤ 55 W; peak power ≤ 100 W.

b) Operating voltage range: 20 V – 28 V.

Temperature Requirements

High-temperature conditions

• Operating temperature: ≤ +55 °C
• Storage temperature: ≤ +70 °C

Low-temperature conditions

• Operating temperature: ≥ –40 °C
• Storage temperature: ≥ –45 °C

Vibration Requirements

1. The unit shall withstand flight vibration and the shocks occurring during takeoff and landing. All equipment shall also withstand environmental conditions equivalent to vehicle transportation.
2. Vibration type: swept-frequency sinusoidal vibration.
3. From 15 Hz to 33 Hz: constant displacement vibration with an amplitude of 0.91 mm.
4. From 33 Hz to 700 Hz: constant acceleration vibration with an acceleration of 2 g.
5. Duration: 1 hour per axis in three orthogonal directions.
6. Test condition:
   

• The product shall be mounted on the vibration test bench in normal operating configuration and powered on.
• Post-test requirement:
  The product shall operate normally after the vibration test.

Shock Requirements

1. Vertical axis: ≥ 10 g
2. Lateral axis: ≥ 10 g
3. Longitudinal axis: ≥ 10 g
4. Shock waveform: post-peak sawtooth wave, duration 11 ms.
5. Each of the X, Y, and Z axes shall be tested in both directions, for a total of 18 shocks.
6. Test condition:

• The product shall be mounted on the shock test bench in normal operating configuration and powered on.
• Post-test requirement:
  The product shall operate normally after the shock test.

Pin No.

Signal Name

Description

1

Vin

Power supply +24 V

2

Vin

Power supply +24 V

3

GND

Power return (–)

4

GND

Power return (–)

5

RX1+

Host → Laser rangefinder/designator module (RS-422 RX+)

6

RX1–

Host → Laser rangefinder/designator module (RS-422 RX–)

7

TX1–

Laser rangefinder/designator module → Host (RS-422 TX–)

8

TX1+

Laser rangefinder/designator module → Host (RS-422 TX+)

Pin No.

Signal Name

Description

1

TBI

External trigger + (triggered on rising edge)

2

TBG

External trigger –