Compare the details
Technical specifications
Compare the listed configurations and match the specifications to your setup.
Jump to a specification table (4)
27 specification rows.
LDC-250-40 · ultraviolet & blue
6 entries| Parameter | Specification |
|---|---|
| Wavelength Range | 250nm-450nm |
| Model Number | LDC-250-40 |
| Active Area | 40×40 mm |
| Coating Material | Down-conversion fluorescent materials |
| Sensitivity @ 450 nm · dark environment | 0.26 μW/ cm² |
| Sensitivity @ 450 nm · fluorescent lamp | 0.36 mW/ cm² |
LDC-1550-25 & LDC-1550-40 · near infrared
7 entriesScroll horizontally to compare all columns
| Parameter | LDC-1550-25 | LDC-1550-40 |
|---|---|---|
| Wavelength Range | 700nm–1600 nm | 700nm–1600 nm |
| Active Area | 25×25 mm | 40×40 mm |
| Coating Material | Up-conversion fluorescent materials | Up-conversion fluorescent materials |
| Sensitivity @ 980 nm · dark environment | 0.85 μW/ cm² | 0.85 μW/ cm² |
| Sensitivity @ 1550 nm · dark environment | 5.7 μW/ cm² | 5.7 μW/ cm² |
| Sensitivity @ 980 nm · fluorescent lamp | 3.82 μW/ cm² | 3.82 μW/ cm² |
| Sensitivity @ 1550 nm · fluorescent lamp | 65 μW/ cm² | 65 μW/ cm² |
LDC-13000-40 · mid infrared
5 entries| Parameter | Specification |
|---|---|
| Wavelength Range | 2 μm-13 μm |
| Model Number | LDC-13000-40 |
| Active Area | 40×40 mm |
| Coating Material | Temperature sensitive film |
| Sensitivity Temperature | 30 ℃ |
LDC-1100A · high-power near infrared
9 entries| Parameter | Specification |
|---|---|
| Wavelength Range | 900–1100nm |
| Model Number | LDC-1100A |
| Peak Emission | 540-548 nm/651-666 nm |
| Active Area | 20×15 mm |
| Sensitivity @ 1064 nm | >20 mW/ cm² |
| CW Damage Threshold (kW/cm²) | 10 |
| Base Plate | Precision ceramic material |
| Application | 1.YAG/ fiber laser adjustment 2. IR laser and LED beam test |
| Dimension(mm) | 15×50 |
Build around your experiment
What to specify
Share these details with your enquiry so we can match the component to your optical setup.
- 01Laser model, wavelength, operating mode and power.
- 02Mounting footprint, clearances and operating environment.
- 03Thermal load, electrical interfaces and any enclosure requirements.
Technical FAQ
Configuration questions for Laser Viewing Card
What wavelengths does the Laser Viewing Card cover?
Wavelength Range: 250nm-450nm. Check the specification at your angle of incidence. Coating bands and grating efficiency curves are quoted at a reference angle, and both shift as that angle changes.
What size is the Laser Viewing Card?
Dimension(mm): 15×50. Clear aperture is smaller than the physical part, and the mount that holds it takes more again. Size the optic from the beam diameter at that plane, including the margin the mount consumes.
How much optical power can the Laser Viewing Card take?
CW Damage Threshold (kW/cm²): 10. Damage thresholds are quoted for a pulse duration, wavelength and beam diameter. Scale them to your own conditions rather than reading the headline figure as a rating.
What is the Laser Viewing Card made from?
Coating Material: Down-conversion fluorescent materials. Substrate and coating decide thermal behaviour and cleaning method as much as optical performance. Confirm both before the optic enters a high-average-power or vacuum path.
Technical documents
Keep the specifications at hand when planning your setup.
Download datasheet (PDF)Talk through your setup
Find the right configuration
Add this component to your enquiry and include your requirements. We will help specify the variant, interfaces and mounting.
