Description
- Certification: CE
- Origin: CN(Origin)
- Model Number: galvanometer
Power supply requirements +15V 1A , -15V 1A X Y galvanometer motor, L-shaped galvanometer bracket, integrated galvanometer drive, signal line does not include power supply
Features:
This product requires only one light source to work easily and simply.
Calibrated mirrors calibrated according to the 15K standard
The actual speed is around 10K
Can play general animations, can’t play videos
Galvo Mirror Referecne.
Power supply voltage: ±15V
Analog signal input impedance: 200K ± 1% Ω (differential input), 100K ± 1% Ω (single-ended input)
Position output impedance: 1K ± 1% Ω
Position input scale factor: 0.5 V/°
Analog position input range: ±5 V
Position compensation range: ±2V
Position output scale factor: 0.5 V/°
Deviation output scale factor: 0.5 V/°
Electronic temperature stability: 40PPM/°C
Peak current: 2A
Average current: 0.5A (related to power supply, load and heat dissipation)
Ideal imaging position (planar)
Working temperature: 0~40°C Size: 81.5mm×40.5mm×28mm
Maximum scanning angle (mechanical angle): ±30° optical angle (factory setting ±20°)
Rotor inertia: 0.025 gm*cm2, ±10%
Application
1. Laser test tools
2. Concentricity positioning
3. Medical equipment positioning
4. Production of signal equipment
Cstomized Laser Moudle
Any part or specification of each module can be modified.
We divide a laser diode module structure into 4 main sections:
– a laser diode
– an optical lens
– a laser driver circuit
– optical and mechanical properties
1. Laser diode:
-Main characteristics of laser diode: wavelength, output power, and operating temperature
2. Optical Lens:
– Main characteristics for the beam collimation: divergence angle, laser spot size
– Choice of the laser pattern: laser dot, laser line, laser cross line, or any kind of laser pattern achieved through using DOE
Spot size: The laser spot size has a direct relationship to the distance of projection.
3. Laser Driver Circuit:
The driving circuit of the laser modules can be either APC (Auto Power Control) or ACC (Auto Current Control).
An APC driver controlled laser module will automatically adjust the input current in order to output a constant value of optical power.
An ACC driver controlled laser module will in another way have a constant value of input current, while the output power may vary.
4. Optical and mechanical properties:
-Main characteristics for mechanical requirements: dimension requirements, boresight or called coaxial angel accuracy of laser module.
Payment
Shipping & Delivery
Laser Safety
