Mini Single Channel Optical Power Meter Module +7 ~ -70dBm

Mini Single Channel Optical Power Meter Module +7 ~ -70dBm

The mini single-channel optical power meter module is mainly used to measure the absolute power of an optical signal or the relative loss of optical power through a section of optical fiber. It can help users quickly and accurately evaluate the optical fiber transmission quality and ensure the stability and reliability of the communication system.

Compact size: The mini design makes the module easy to carry and operate, suitable for use in complex environments such as high altitude and field.

Single channel measurement: Optical power measurement through a single channel simplifies the operation process and improves the measurement efficiency.

High precision measurement: Advanced integrated circuit modules and photodiodes are used to ensure the accuracy and stability of the measurement results.

Multiple wavelength calibration: built-in conventional wavelength calibration points (such as 1310nm, 1490nm, 1550nm, etc.), while supporting custom wavelength calibration, to meet the needs of different application scenarios.

Long life: The use of power-saving design and rechargeable lithium batteries (or dry batteries) to ensure long-term use needs.

Easy operation: The measurement task can be completed by simple button operation, and the automatic calibration zero clearing function is supported, which reduces the difficulty of operation.

Specification

The mini single-channel optical power meter module is suitable for the following scenarios:

Communication trunk laying: Used to measure the loss and optical power level of optical fiber links during the construction and maintenance of optical fiber communication systems.

Device maintenance: Periodically check and maintain optical fiber communication devices to ensure their normal operation and communication quality.

Research and production: Used to measure the power and loss characteristics of optical signals during optical research and production.