FILTER PRODUCTS

Select a category above to apply technical filters

Page 10 - Energy and Power Sensors

Model 357 UV Light Intensity & Energy Meter For Wafer Steppers
OAI
Designed for use with ASML, Nikon, Canon, GCA & Rudolph Technology Wafer Steppers, the Model 357 UV Light Intensity & Energy Meters is a microprocessor based instrument that performs measurement, storage, and recall of nine series of readings. It reads intensity, energy, and time (16-1600 mW/cm², 999.9 mJ/cm²x). For 400 and ...

Specifications

Max Average Power: 1.6 W
Effective Aperture: -- mm
Spectral Range: 0.365-0.540um
Cooling Method: No cooling
Data Sheet
Model 308T Handheld UV High Intensity Light Meter
OAI
Built for high intensity applications the NEW OAI Model 308T UV Light Meter is a dependable, direct-reading instrument designed for measuring UV light intensity for UV curing. The Model 308T features detachable probes for use in the UVA, UVB and UVC ranges, plus a high speed serial port. Accuracy of the meter is within ±3%and ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.365-0.540um
Cooling Method: No cooling
Relative Accuracy 275-2000 Mw/cm2 Range: ±(.042% of reading +.450 mw/cm2 )
Data Sheet
Model 308 Handheld UV Light Meter
OAI
Dependable and repeatable, The OAI Model 308 UV Light Meter is precise, direct-reading instrument designed to measure UV light intensity. The Model 308 features detachable probes for use in the UVA, UVB and UVC ranges, plus a high speed serial port and is available with an optional software package that facilitates instant data ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.365-0.540um
Cooling Method: No cooling
Relative Accuracy 275-2000 Mw/cm2 Range: ±(.042% of reading +.450 mw/cm2)
Data Sheet
- gRAY Laser Detector on a metal-core PCB (acts as heat sink), no thermal integration needed- 100 μW to 5 W power range- Sensitive to all wavelengths from UV to MIR- Integrated NTC thermistor- Simple, compact and robust mounting- Optional: NIST/PTB traceable calibration

Specifications

Max Average Power: 5 W
Effective Aperture: 10 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Data Sheet
- gRAY Laser Detector on a metal-core PCB (acts as heat sink), no thermal integration needed- 100 μW to 5 W power range- Sensitive to all wavelengths from UV to MIR- Integrated NTC thermistor- Simple, compact and robust mounting- Optional: NIST/PTB traceable calibration

Specifications

Max Average Power: 1 W
Effective Aperture: 4.4 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Data Sheet

Specifications

Max Average Power: 100 W
Effective Aperture: 25 mm
Spectral Range: 0.19-15um
Cooling Method: Water
Data Sheet

Specifications

Max Average Power: 50 W
Effective Aperture: 25 mm
Spectral Range: 0.19-15um
Cooling Method: Water
Data Sheet

Specifications

Max Average Power: 10 W
Effective Aperture: 25 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Data Sheet
gRay C05 series laser power head

Specifications

Max Average Power: 5 W
Effective Aperture: 25 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Data Sheet
n extremely compact, fully-integrated optical power meter, incorporating both the detector head and power meter under the same enclosure. The widest range of power levels (across 1 nW to 20 W) is measured with a single detector head. This eliminates the need to acquire several heads for different power ranges, improving usability ...

Specifications

Max Average Power: 20 W
Effective Aperture: 10 mm
Spectral Range: 0.025 -8um
Cooling Method: Heatsink
Data Sheet
Highly sensitive thermal detector 100 μW to 5 W power range Sensitive to all wavelengths from UV to MIR Compact design Linear power response Attractive OEM pricing

Specifications

Max Average Power: 5 W
Effective Aperture: 10 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Data Sheet
Highly sensitive thermal detector 100 μW to 1 W power range Sensitive to all wavelengths from UV to MIR Compact design Linear power response Attractive OEM pricing

Specifications

Max Average Power: 1 W
Effective Aperture: 4.4 mm
Spectral Range: 0.19-15um
Cooling Method: Convection, Other
Data Sheet
Laser Detector on a metal-core PCB (acts as heat sink), no thermal integration needed Absolute power sensing of lasers down to 10 µW Simple, compact and robust mounting Sensitive to all wavelengths from UV to MIR 10 mm aperture Wide power range from µW to W Thermal background compensation Optional: integrated NTC or ...

Specifications

Max Average Power: 5 W
Effective Aperture: 10 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Data Sheet
Absolute power sensing of laser beams up to 50 W Highly sensitive thermopile sensor Sensitive to all wavelengths from UV to MIR 200 ms rise time Compact and robust design for system integratio

Specifications

Max Average Power: 50 W
Effective Aperture: 26 mm
Spectral Range: 0.19-15um
Cooling Method: No cooling
Data Sheet
Absolute power sensing of laser beams up to 10 W Highly sensitive thermopile sensor Sensitive to all wavelengths from UV to MIR Subsecond rise time Compact and robust design for system integration

Specifications

Max Average Power: 50 W
Effective Aperture: 25 mm
Spectral Range: 0.19-15um
Cooling Method: Water
Data Sheet
Absolute power sensing of laser beams up to 10 W Highly sensitive thermopile sensor Sensitive to all wavelengths from UV to MIR Subsecond rise time Compact and robust design for system integration

Specifications

Max Average Power: 10 W
Effective Aperture: 25 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Data Sheet
Absolute power sensing of laser beams up to 5 W Highly sensitive thermopile sensor Sensitive to all wavelengths from UV to MIR Subsecond rise time Compact and robust design for system integration

Specifications

Max Average Power: 5 W
Effective Aperture: 25 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Data Sheet