Optical Test Equipment
- Optical Spectrum Analyzer
- Optical Time Domain Reflectometer
- Optical Wavelength Meter
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Modular Manufacturing Test System
- AQ2212 Frame Controller (9 Slots)
- AQ2211 Frame Controller (3 Slots)
- AQ2200-651 SG Module
- AQ2200-642 Transceiver I/F Module
- AQ2200-421 Optical Switch Module (1 x 2/2 x 2)
- AQ2200-412 Optical Switch Module (1 x 16)
- AQ2200-411 Optical Switch Module (1 x 4/1 x 8)
- AQ2200-342 Dual Attenuator Module (with built-in OPM)
- AQ2200-332 Optical Attenuator module
- AQ2200-312 Optical Attenuator module
- AQ2200-215 Sensor module (high Power up to +30dBm, 970 to 1660 nm)
- AQ2200-232 Optical Sensor Head (Large diameter detector, 800 to 1700 nm) AQ2200-202 Interface Module (2-channels)
- AQ2200-221 Sensor module (Dual channel, long wavelength)
- AQ2200-131/132 Grid TLS Module (C/L band, 1-channel / 2-channel)
- Portable Power Meters and Light Sources
AQ2200-232 Optical Sensor Head (Large diameter detector, 800 to 1700 nm) AQ2200-202 Interface Module (2-channels)
- 5 mm diameter detector for free-space measurement
- Power range: -90 to +15 dBm
- Uncertainty: ±1.8%
- Averaging time: 100 µm (minimum sampling intervals)
- Two sensor heads can be connected to the AQ2200-202 Interface module
■I/L curve measurement of LD module
The I-L curve, drive current – optical power characteristics, of laser diodes can be measured accurately, quickly and seamlessly.
Because, the single-range power range of the new sensor head is as wide as 30 dB.
It enables to measure signals close to a threshold value at high resolution without changing the gain of amplifier circuit which takes extra time.
The I-L curve, drive current – optical power characteristics, of laser diodes can be measured accurately, quickly and seamlessly.
Because, the single-range power range of the new sensor head is as wide as 30 dB.
It enables to measure signals close to a threshold value at high resolution without changing the gain of amplifier circuit which takes extra time.
■Experiment of free space optics
In experiments of free-space optics, optical parts are set on an optical bench or a breadboard, and the adjustment of optical alignment is most time consuming work.
The new optical sensor head is compatible with the 60 mm cage system.
It make it easy to build a optical experiment systems by combining with various cage system parts in the marketplace.
In experiments of free-space optics, optical parts are set on an optical bench or a breadboard, and the adjustment of optical alignment is most time consuming work.
The new optical sensor head is compatible with the 60 mm cage system.
It make it easy to build a optical experiment systems by combining with various cage system parts in the marketplace.
