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j 50mb yag energymax sensor

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

EnergyMax sensors at average power levels beyond the base model average power specification--without the optional heatsink--can cause permanent damage to the sensor. Table 2-3. MaxBlack EnergyMax Sensor With Diffusers Specifications J-50MB-YAG J-50MB-IR Energy Range 2.4 mJ to 3Ja a. Modified sensors

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

EnergyMax sensors at average power levels beyond the base model average power specification--without the optional heatsink--can cause permanent damage to the sensor. Table 2-3. MaxBlack EnergyMax Sensor With Diffusers Specifications J-50MB-YAG J-50MB-IR Energy Range 2.4 mJ to 3Ja a. Modified sensors

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

EnergyMax sensors at average power levels beyond the base model average power specification--without the optional heatsink--can cause permanent damage to the sensor. Table 2-3. MaxBlack EnergyMax Sensor With Diffusers Specifications J-50MB-YAG J-50MB-IR Energy Range 2.4 mJ to 3Ja a. Modified sensors

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual 3 - 8 Figure 3-4. Spectral Sensitivity of EnergyMax Sensors With Diffusers J-50MUV-248 J-50MB-YAG J-50MB-IR

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual 3 - 8 Figure 3-4. Spectral Sensitivity of EnergyMax Sensors With Diffusers J-50MUV-248 J-50MB-YAG J-50MB-IR

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual 3 - 8 Figure 3-4. Spectral Sensitivity of EnergyMax Sensors With Diffusers J-50MUV-248 J-50MB-YAG J-50MB-IR

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

…ever before and enables the use of removable heatsinks. EnergyMax sensors have less than 2% error when used at maximum average power, and have less than 0.5% undershoot when hit with the full power rating. In practice, many EnergyMax sensors have typical average power linearity error of less than…

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

…ever before and enables the use of removable heatsinks. EnergyMax sensors have less than 2% error when used at maximum average power, and have less than 0.5% undershoot when hit with the full power rating. In practice, many EnergyMax sensors have typical average power linearity error of less than…

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

…ever before and enables the use of removable heatsinks. EnergyMax sensors have less than 2% error when used at maximum average power, and have less than 0.5% undershoot when hit with the full power rating. In practice, many EnergyMax sensors have typical average power linearity error of less than…

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

…when the sensor is being used at a wavelength different from the wavelength at which it was calibrated. The accuracy is based upon the sensor coating. Applying Wavelength Compensation Accuracy Overall measurement accuracy is a combination of calibration uncertainty (found in the sensor specification…

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

…when the sensor is being used at a wavelength different from the wavelength at which it was calibrated. The accuracy is based upon the sensor coating. Applying Wavelength Compensation Accuracy Overall measurement accuracy is a combination of calibration uncertainty (found in the sensor specification…

EnergyMax-USB/RS User Manual

EnergyMax-USB/RS User Manual

…when the sensor is being used at a wavelength different from the wavelength at which it was calibrated. The accuracy is based upon the sensor coating. Applying Wavelength Compensation Accuracy Overall measurement accuracy is a combination of calibration uncertainty (found in the sensor specification…

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