The all new Model 1830-R-GPIB Picowatt Power Meter is a completely redesigned optical meter, replicating much of the functionalities and specifications of the legacy 1830-C Power Meter. The 1830-R is a perfect drop-in replacement for 1830-C, which was the most popular Newport meter used in production testing of fiber optic components.

DC power measurements can be displayed in units of W, dBm, dB, and Relative Measurement on the instrument’s bright 4 1/2 digit annunciated LED.  Relative power measurements, in reference to a previously stored value, is performed with the result displayed either as a ratio or dB.

A built-in beeper, which changes its frequency as a function of incident optical power, can be utilized to optimize optical beam alignment.

USB2.0, IEEE-488 (GPIB), and RS-232 computer interfaces are available. Both the legacy 1830-C and the newer 19xx-C commands are supported. Additional features include wavelength adjustment in 1 nm steps from the front panel, and an analog output that provides a voltage proportional to the detector current, to be used for recorder or control loop applications.

• 通道数量

  1

• 兼容的探头

  818-xx/DB, 918D (photodiode)

• 计算机接口

  USB, RS-232, GPIB

• 采样频率

  10 Hz

• 数据存储

  Up to 20 kHz (Depending on Range)

• 模拟输出

  0-2 V into 1 MΩ, 0-1 V into 50 Ω

• 精度

  ±0.13 %

• 电源要求

  100-120, 220-240 VAC ±10%, 50/60 Hz

• 探测器输入

  Up to 10 mA

• 显示模式

  Numerical only

• 显示类型

  4.5 Digit, 7 Segment LED

• 光电二极管测量

  Average Power

• 增益范围

  Up to 8 decades

• 尺寸

  218 x 104 x 191 mm

• 重量

  2.0 kg  

• 工作温度

  5 to 40°C, <80% RH noncondensing up to 31°C, decreasing linearly to 50% at 40°C

• 存储温度

  -20°C to 60°C, <90% RH

• CE

  Compliant

• RoHS

  Compliant

• 
  

全新型号1830-R-GPIB微微瓦功率表是一个完全重新设计的光学表，复制了大多数功能和规格的遗产1830-C功率表。1830-R是1830-C的完美替代品，1830-C是最流行的新港仪表用于生产测试光纤组件。

直流功率测量可以以W、dBm、dB和相对测量的单位显示在仪器的4又1/2位发光二极管上。相对功率测量，参照以前的存储值，执行结果显示为一个比率或dB。

一个内置的寻呼机，可以改变其频率作为入射光功率的函数，可以用来优化光束对准。

可以使用USB2.0、IEEE-488 (GPIB)和RS-232计算机接口。支持继承的1830-C命令和更新的19xx-C命令。额外的功能包括波长调整在1纳米级从前面板，和模拟输出提供电压与探测器电流成比例，用于记录或控制环应用。