U8721 USB Optical Power Meter Module USB Optical Power Meter Module U8721D

High-resolution colour liquid crystal screen design: T; T Organisation: FC/SC/ST 2.5mm Generic PC Type (APC custom); PPM Display Resolution: 0.01

XGPON powerometers of the TWH-P2100T series are hand-held PON network photopower test meters;

Measuring wavelength: 1270; 1310nm Organisation: FC/SC/ST 2.5mm Generic PC Type (APC Customizable) Power Uncertainty: +0.5dB

The TWH-P2100F series is a handheld instrument for the integration of the FTTx/PON photopower test and is suitable for use in the EPON.GPON, 10GPON network; receiving, operating an

The OPM-X000 handheld photometer is a new generation of measurement instruments developed from years of design experience; it meets the latest measurement needs in the field of light communications. The power of input light signals can be measured accurately at the eight strictly calibrated working wavelengths. The instrument contains the Mini-USB interface; the measurements can be read through remote commands as well as the manipulation of photopower meters. Test records are stored; test records can be kept. Automation user settings Work parts Measuring speed and agility; retrofitting up to 10 Hz visual red light laser output options with Mini-USB communications interface

Number of channels: 1,2,4,8; simulated output bandwidth; ≥350KHz@input photopower -40dBm Work wavelength: 800-1700 nm; simulated output voltage range; 0~5V Calibration wavelength: 850/980/1270/1290/1295/1 300/1305/13009/1310/1330/1370/1390/1430/1450/1470/1490/1553 0/1550/1570/1590/1610/16 20/1650 nm; continuous collection; support

High-speed photopower is based on excellent performance parameters; it is showing strong competition in the field of light communications. Its sampling time can be submariseconds; it combines large-capacity data cache mechanisms; it allows rapid capture and storage of big photopower data; dynamic measurement ranges covering -65dBm to +7dBm; precision ±0.001dB; whether it is a weak light signal or a strong light signal; it can be measured with stability and high accuracy. In addition, the equipment supports an external trigger function; it can be seamlessly coordinated with other test equipment; it is equipped with a simulated volume output interface; and it allows real-time monitoring and data transmission. A rich functional feature; makes it flexible to adapt to diverse applications such as photolytic device testing, fibre-optic chain monitoring, optical communication system debugging, etc