Guangzhou UC Instruments., Co. Ltd.
Guangzhou UC Instruments., Co. Ltd.
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Multi-channel High-precision Optical Power Meter +10 ~ -70dBm
The multi-channel high-precision optical power meter is a key device used for simultaneously measuring the power of multiple optical signals in the fields of optical communication, optical fiber sensing and scientific research. Its core value lies in high precision, multi-channel parallel measurement, wide dynamic range and intelligent functions.
Technical characteristics
Multi-channel parallel measurement
It supports synchronous measurement of 4 channels, 8 channels or even more than 16 channels, and can simultaneously monitor the power status of multiple optical devices or optical fiber links, significantly improving the testing efficiency. For instance, in the production of optical modules for data centers, power calibration for multiple ports can be accomplished.
High precision and wide dynamic range
Accuracy: Usually reaching ±0.02dB or higher, meeting the requirements of precision optical systems.
Dynamic range: Up to +10 to -70 dBm/+25 to -55 dBm, covering measurements from weak signals (such as signals attenuated by long-distance optical fibers) to high-power signals (such as laser output).
| Model # | U87248D | U87248H |
| Number of channels | 48 | |
| Sensor Element | InGaAs | |
| Wavelength Range | 850 ~ 1700 nm | |
| Calibration Wavelength | 850/1310/1490/1550/1577/1610 nm | |
| Power Range | +10 ~ -70 dBm | +25 ~ -55 dBm |
| Application Fiber Type | Standard SM and MM up to 62.5 um core size | |
| Uncertainty (accuracy) | ± 4% (1200 nm ~ 1610 nm) | |
| Relative Uncertainty | ＜ 0.02 dB Typical | |
| Linearity (power) | ≤ ± 0.06 dB (1200 nm ~ 1610 nm, 0~ -60dBm) | |
| Return Loss | ＞50 dB | |
| Communication Interface | RS232, LAN | |
| Operation Temperature | 0 ～ +40℃ | |
| Storage Temperature | -30 ～ +80℃ | |
| Recalibration Period | 2 years | |
| Dimensions | 482.6 W x 133 H x 380 D mm | |
| Weight | 10Kg | |
Application scenarios
Optical communication system
Large-scale optical fiber link testing to quickly locate fault points.
Batch calibration in optical module production to enhance production efficiency.
Power balance monitoring of multi-wavelength channels in WDM systems.
Optical fiber sensing
Power monitoring of multiple sensing points in distributed optical fiber sensing networks.
Power calibration of multi-channel lasers in LiDAR systems.
