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What is the model number for the magnetic D ring on the front of the 8162x optical head?
The magnetic D-ring model number is 81624DD.

FAQ 2011-07-06

Can I use multimode fiber on a single mode output and vice versa?
Apart from any loss resulting from Fresnel-reflections on the concatenation of the two fibers ...

FAQ 2011-07-06

How can I operate the 8156A as a calibrated back reflector?
Accessories required are: 81000SI, 81113PC, 81000UM, 81000FI, 81000BR.

FAQ 2011-07-06

What are the rack mount kit part numbers for the 816x Mainframes?
Below is a list of the rack mount part numbers for the 816x Mainframes.

FAQ 2011-07-06

What is the rack mount kit for the 8156A optical attenuator?
Below is a list of possible rack mount part numbers for the 8156A.

FAQ 2011-07-06

What is the difference between the optical inputs on the different 8163x optical power sensor modules?
The 81632x/ 81635x have straight fiber on the input. The 1633x/81634x have a recessed lens on the input.

FAQ 2011-07-06

Is the output for the 8165xA FP sources straight or angled?
The outputs of the 8165xA FP sources are all straight.

FAQ 2011-07-06

Can I connect angled to flat or straight or visa versa?
No, generally neither connection of different connector types (straight vs. angled) can be done.

FAQ 2011-07-06

What is the monitor output option for the 8156A optical attenuator?
When the attenuator is ordered with the monitor output, a 13 dB coupler is placed after the attenuator ...

FAQ 2011-07-06

Does the 81689A operate with the Lambda Scan in the PNP Drivers?
No, Lambda Scan requires one of the large slot tunable lasers.

FAQ 2011-07-06

What is the best way to measure PDL (Mueller matrix 8169A, 11896A) (speed, accuracy)?
There are several different ways to characterize polarization dependent loss (PDL) on a device.

FAQ 2011-07-06

Can I get a dual channel optical power sensor module with an analog output?
There is no room on the dual channel power sensor for an analog output.

FAQ 2011-07-06

Are all of the TLSs shipped standard with an optical attenuator on the output?
The 81480A/81640A/80A all have a 60dB attenuator, 0.001 dB steps.

FAQ 2011-07-06

What is the calibration cycle for the FP laser sources?
The calibration cycle for the 8165xA FP laser sources is 24 months.

FAQ 2011-07-06

Can the user change the optical block in the attenuator?
No. The optical block must be ordered at the time the instrument is ordered.

FAQ 2011-07-06

What is the maximum safe input power for the 8156A optical attenuator?
The maximum safe input power for the 8156A attenuator is +23dBm (200mW).

FAQ 2011-07-06

What is the difference between the 8100xxA connector adapter and the 81000xI connector interface?
The 8100xxA series adapters are for use with optical heads.

FAQ 2011-07-06

Can the 81003FD be used with the 81002FF integrating sphere?
No, the 81003FD will not work with the 81002FF integrating sphere.

FAQ 2011-07-06

What is the input and output fiber type for the 8169A polarization controller?
The input and output fiber on the 8169A is standard single mode fiber.

FAQ 2011-07-06

How can I read the responsivity data of my 8163x optical power sensor module, optical head, and ...
To read out the responsivity data of your optical power sensor module, optical head or attenuator ...

FAQ 2011-07-06

What accessories should I order with a 8163X power sensor module?
The power sensors will not be able to operate as standalone instruments.

FAQ 2011-07-06

What is the calibration cycle for the 8156A optical attenuator?
The recommended calibration cycle for the 8156A is 24 months.

FAQ 2011-07-06

Can the output power on the 8166xA DFB source be adjusted?
The maximum output power on the sources can be attenuated up to 6.0 dB, in 0.1 dB steps.

FAQ 2011-07-06

Do the 8166xA DFB Laser Sources have optical isolators on the output?
Each 8166xA DFB Laser Source has an optical isolator on the output.

FAQ 2011-07-06

Can I use the newer 816xx modules in the older 8153A mainframe?
The new 816xx modules will NOT operate in the older 8153A mainframe.

FAQ 2011-07-05

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