Description User self calibration function,Linear (mW) and nonlinear indicators (dBm) displayed on the same screen
Handheld Optical Power Meter
Introduction
The Handheld Optical Power Meter is a precise and durable portable instrument specially designed for the installation, operation and maintenance of optical fiber networks. It has a compact appearance, selectable backlight display and automatic shutdown function, an ultra wide range of optical power testing, precise testing accuracy, user self calibration function, and universal interface design. At the same time, linear indicators (mW) and nonlinear indicators (dBm) are displayed on the same screen.
Description
User self calibration function
Using rechargeable lithium batteries for up to 48 hours of continuous working time
Linear (mW) and nonlinear indicators (dBm) displayed on the same screen
Unique FC/SC/ST universal interface (as shown in Figures 1 and 2), without the need for complex transformations
Optional automatic shutdown function
Optional on/off backlight display
Performance Parameter
仪表型号 Instrument model A型 type A B型 type B 功率测量范围 Power measurement range -70~10 -50~26 探头类型 Type of light detector InGaAs 波长范围 Wavelength length(nm) 800~1700 测试不确定度 Test uncertainty(dB ±5% 标准波长(nm) Wavelength Calibration(nm) 850、980、1300、1310、1490、1550、1625 显示分辨率 Display resolution(dB) 线性显示:0.1% 对数显示:0.01dBm Linear display: 0.1% Logarithmic display: 0.01dBm 工作温度(℃) Operating temperature(℃) -10~+60 存储温度(℃) Storage temperature (℃) -25~+70 自动关机时间(min) Automatic shutdown time (min) 10 电池持续工作时间 Battery duration 不小于48小时 Not less than 48 hours 外形尺寸(mm) External Dimension(mm) 190×100×48 电源 Power Supply 可充电锂电池/3节1.5V干电池 Rechargeable lithium battery/3 1.5V dry batteries 重量(g) Weight (g) 400
Notes:
1. Wavelength range: Specify a standard working wavelength λ Range from λ Min to λ Max, the Optical power meter designed within this wavelength range can work under the specified indicators.
2. Power measurement range: The range within which the maximum optical power can be measured according to specified indicators.
3. Uncertainty: The error between the test result of a certain optical power and the standard optical power test result.