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ADCMT Optical Power Meter 8230

Perfect for use in R&D and production lines of nextgeneration optical discs and for evaluation of blueviolet and high-power lasers

The 8230 is a handheld optical power meter, which is most suitable for R&D and production of LDs, optical pickups, and drives for optical disks.

There are nine kinds of optical sensors with different shapes (thin-type, cylindrical-type) are available. The three-wavelength optical sensors 82314B, 82324B and 82314BW are capable of measuring 405nm, 650nm, 780nm wavelength ranges.

The blue-violet optical sensors 82312B and 82322B have realized a flat wavelength sensitivity characteristic and low dependency on an angle of incidence in the 405 nm range. The high-power optical sensors 82313B and 82323B enable high-power measurement of up to 200 mW.

The main body that has 5½ digits and 0.001dB resolution display can obtain measurement data easily by using the USB interface installed as standard.

Optical Power Meter

Model:

8230

Maker:

ADC CORPORATION

Features

 

Ideal for making automated systems

The 8230 is an optical power meter optimal for building up automated production lines of Blu-ray Disc, DVD, CD and other optical pickups.

It is equipped with USB interface as standard, which allows easy establishment of automated systems.

In addition, the latest USB driver is available from our website to make your operation easier.


Functional Descriptions


Nine types of optical sensors to meet various applications

 

● Blue-violet sensors to measure lasers of Blu-ray Disc 

405nm
To measure blue-violet lasers precisely, the 82312B and 82322B blue-violet sensors have realized a maximally flat wavelength sensitivity characteristic. This saves time in performing sensitivity correction at each measurement and always offers high-accuracy measurement results.


82312B


82322B

● Three-wavelength sensors to measure lasers with different wavelengths 

405nm 650nm 780nm

The 82314B, 82324B and 82314BW sensors are capable of measuring all lasers of 405nm wavelength for Blu-ray Disc, 650 nm wavelength for DVD and 780nm wavelength for CD. In the range from 400 to 420nm wavelengths in particular, sensitivity correction is unnecessary because of the flat wavelength sensitivity characteristic. In other wavelength ranges, the wavelength sensitivity values stored in the sensor help easy operation.


82314B

82314BW

82324B

● High-power sensors to measure high-power lasers for write 

200mW

 

The power output of a laser disc for write such as CD-RW exceeds 100mW at the peak even with a pickup installed. The 82313B and the 82323B are high-power sensors capable of measuring up to 200mW with high accuracy. These sensors have high linearity up to 200mW approximately even at beam spot of 0.1mm diameter.


82313B

82323B

● Low-priced and easy-to-use general-purpose sensors

The 82311B and the 82321B are low-price general-purpose sensors that can be used in a wide wavelength range from 390nm to 1100nm. The calibration wavelength is 780nm and the correction value is stored in the sensors. Sensitivity correction of other wavelengths is also available by using the options.


82311B

82321B

● Both thin types and cylindrical types

Two shapes of sensors can be selected for each purpose. Thin types of sensors are convenient for measuring optical power in a limited space with a pickup installed, and cylindrical types of sensors are used for measuring the output power from a fiber with an optical bench.

Specifications

 

Display resolution 0.1 pW (display in W), 0.001 dB (display in dBm)
Accuracy

(To be added to each sensor accuracy)

Condition: within 24 hours after offset zero execution

20 nW range ±(0.55 %+2000 digits)
200 nW range  ±(0.15 %+200 digits)
2 μW to 200 mW range ±(0 %+70 digits)
Display

LCD

Wavelength display: 4 digits

Power display:  5½ digits (Uni: mW, μW, nW, dBm or dBr)

Range switching Auto, manual or remote switching among 8 ranges
Measurement speed  5 readings/s or more
Wavelength sensitivity correction Automatic correction of sensor wavelength sensitivity by wavelength setting (in 1nm step)
 Interface Analog output, USB

 

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