The PD300 silicon photodiode sensor is a general-purpose laser measuring sensor with a swivel mount, a removable filter, and a 10 × 10 mm aperture.
Without a filter, its spectral range is 350–1100 nm, and its optical power measurement range is 500 pW to 30 mW. The filter covers a spectral range of 430–1100 nm and has a power range of 2 µW to 300 mW. It has the distinctive Ophir automatic background subtraction capability.
Offered with a Two-Year Extended Warranty
- Comes with filter-in/filter-out options
- Patented automatic background subtraction
- Fiber optic adapters available
- 350 to 1100 nm silicon photodiode sensor
- 500 pW to 300 mW power measurement range
- Swivel mount for hard-to-measure places
Specifications
Source: MKS Ophir
| . |
. |
| Aperture Size |
10 × 10 mm |
| Material |
Silicon |
| Spectral Range |
Filter in: 430–1100 nm
Filter out: 350–1100 nm |
| Power Range |
Filter in: 2 µW to 300 mW
Filter out: 500 pW to 30 mW |
| Maximum Average Power Density |
Filter in: 50 W/cm2
Filter out: 10 W/cm2 |
| Maximum Pulse Energy |
Filter in: 30 µJ
Filter out: 3 µJ |
| Response Time |
0.2 seconds |
| Cable Length |
1.5 m |
| Dimensions |
120 × 13 × 21 mm (L × W × D) |
| CE Compliance |
Yes |
| UKCA Compliance |
Yes |
| China RoHS Compliance |
Yes |
Features
Measuring Very Low Laser Powers with a Photodiode Sensor
Photodiode Sensors for Measuring Very Low Powers
Video Credit: MKS Ophir
The widespread use of photodiode sensors to measure extremely low laser powers is discussed in this brief “Basics” video.
Effects of Incidence Angle on Measurements
In this video, users can learn how important a beam’s incidence angle is and which types of sensors should consider it.
Effects of Incidence Angle on Measurements
Video Credit: MKS Ophir