AQ2200 Series
The AQ2200 Series is a versatile measurement system designed for evaluating optical components and optical transmission systems.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Control Frame Model AQ2211 | [object Object] |
| Control Frame Model AQ2212 | [object Object] |
| LS Module AQ2200-112 | [object Object] |
| Grid TLS Module AQ2200-131 | [object Object] |
| Grid TLS Module AQ2200-132 | [object Object] |
| Power Meter Module AQ2200-212 | [object Object] |
| Power Meter Module AQ2200-222 | [object Object] |
| Power Meter Module AQ2200-215 | [object Object] |
| Optical Power Meter Probe AQ2200-232 | [object Object] |
| Optical Power Meter Probe AQ2200-242 | [object Object] |
| Optical Attenuator Module AQ2200-312 | [object Object] |
| Optical Attenuator Module AQ2200-332 | [object Object] |
| Optical Switch Module AQ2200-411 | [object Object] |
| Optical Switch Module AQ2200-412 | [object Object] |
| Optical Switch Module AQ2200-421 | [object Object] |
| Transceiver Module AQ2200-642 | [object Object] |
| Power Supply Specifications | [object Object] |
Applications
Key Features
Datasheet
Supplier Information
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OVB-100 Optical Variable Backreflector
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Fiber Type (µm) Single-mode: 9/125 Wavelength Range (nm) Single-mode: 1200 to 1700 Range (dB) Single-mode: 0 to 60
Santec's OVB-100 Optical Variable Backreflector enables precise backreflection control and superior repeatability in a benchtop or rackmount form factor. It offers ±0.02 dB repeatability with a 60 dB adjustment range in single-mode (1200 to 1700 nm) and a 35 dB range in multimode (750 to 1700 nm). The instrument can be operated via its front-panel 5-inch touch screen or remotely through USB and Ethernet, and an optional 50/50 coupler can be added to bypass the variable backreflector for input signal monitoring. It is ideal for lab and production applications including transceiver testing, QA testing, laser production and automated test systems, and complies with UL/CSA 61010, IEC 61010, FCC Part 15 (Class A) and EN 61326 (Class A) standards.
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