Newport 818P-300-55 High Power Detector – Thermopile Sensor

Description

The Newport 818P-300-55 High Power Detector is a high-performance thermopile sensor designed for precise and reliable high power optical measurements. This detector features a large-area thermopile element that enables accurate power measurements across a wide range of wavelengths. It is capable of measuring high power densities without damage, making it suitable for applications involving high-power lasers and intense light sources. It is also a high-performance thermopile sensor that provides precise and reliable power measurements for high-power optical applications. Its wide wavelength range and large-area thermopile element ensure accurate measurements across various wavelengths. The detector’s ability to handle high power densities without damage makes it ideal for applications involving high-power lasers and intense light sources. With its fast response time and low noise equivalent power, it can capture rapid changes in power levels and deliver precise measurement data. The calibration accuracy ensures consistent and reliable results. Compact and durable, the Newport 818P-300-55 High Power Detector is a versatile tool for a wide range of high-power optical measurements.

Specifications

– Wavelength range: 0.19 µm to 20 µm
– Power range: 300 mW to 55 W
– Maximum power density: 15 kW/cm²
– Active area diameter: 50.8 mm
– Responsivity: 19.0 V/W
– Rise time: <10 ms
– Noise equivalent power: <100 µW
– Calibration accuracy: ±2%
– Damage threshold: 20 J/cm² (10.6 µm)
– Spectral flatness: ±3% (180 nm to 20 µm)
– Operating temperature range: 5°C to 40°C
– Dimensions: 2.0″ x 2.0″ x 1.0″
– Weight: 0.60 lbs

Key Features

– Thermopile sensor designed for high-power optical measurements
– Wide wavelength range for compatibility with various light sources
– Large-area thermopile element for accurate power measurements
– Capable of measuring high power densities without damage
– Fast response time for capturing rapid changes in power levels
– Low noise equivalent power for precise measurements
– Calibration accuracy for reliable and consistent results
– Durable and compact design for easy integration into optical setups
– Suitable for a wide range of applications involving high-power lasers and intense light sources