500mA Laser Diode Driver and Temperature Controller combo - LDTC0520

OEM Type Optical Power Meters, No Display; 450 to 1650 nm; Power Measurement -65 to +10 dBm; Accuracy ±5%; Resolution 0.01 dB; FC, SC, ST, LC Receptacles OZ Optics’ LSDH/POM-600 series of smart detector heads/optical power monitors offers OEM modules (with no built-in display) that can be embedded in systems for remote power monitoring or for long term power logging for burn-in test stations. These OEM versions come with a USB interface in the LSDH (round base) and with RS232 in the POM-600 (rectangular base). SPI or I2C remote interfaces can be provided on demand for volume OEM orders. Customers can install OZ Optics’ provided user graphical interface on a host PC to display the measured optical power. Or customers can use the device commands to develop their own user graphical interface. The LSDH/POM-600 series of smart detector heads/optical power monitors offers a high, greater than 60 dB linear dynamic range and can be easily embedded in long-term power monitoring stations like environmental optical test systems or long term burn-in stations. The device can be offered with calibration at discrete wavelengths or with no wavelength calibration for relative power measurements. Customers may also perform their own calibration. OZ Optics also offers equivalent pocket size units with built-in displays. For further information please refer to the POM-500 series of pocket fiber power meters and the POM-400 series of miniature fiber power meters. For handheld units with built-in displays and a choice of additional receptacles, please refer to OZ Optics’ POM-300 series of handheld fiber power meters. Key Features: Slim and Compact Built-in InGaAs Detector for IR Range or Si Detector for Visible Interchangeable Optical Connectors Available Calibrated and Uncalibrated Versions Available Customers May Perform Their Own Calibration USB and RS232 Interfaces Applications: Long-term Remote Power Monitoring; Fiber Optic Assembling and Testing; Optical Test Systems; Passive Optical Components Burn-in Stations; General Optical Power Measurements; Embedded Systems