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Agilent 86120B
Keysight 86120B Multi-Wavelength Meter
Keysight 86120B multi-wavelength meters are Michelson interferometer- based instruments that measure wavelength and optical power of laser light over a specified wavelength range. Simultaneous measurements of multiple laser lines are performed allowing measurements of DWDM signals and multiple lines of Fabry-Perot lasers.Each laser line is assumed to have a linewidth (including modulation sidebands) of less than:
10 GHz for the 86120B,
5 GHz for the 86120C and
2.5 GHz for the 86122B
The technical specifications sheet describes the measurement accuracy and operating conditions of the Agilent 86120B, 86120C and 86122B Multi-Wavelength Meters. The specifications apply to all functions within the specified environmental conditions. All specifications apply after the instrument?s temperature has been stabilized after 15 minutes continuous operation, and when the instrument is in NORMAL UPDATE mode (86120B and 86120C).
Options:
011 – HMS-10 Connector
012 – FC Connector (default)
013 – DIN Connector
014 – ST Connector
017 – SC Connector
021 – Straight (non-angled) connector interface-PC
022 – Angled contact interface-APC
412 – External attenuator 10 dB FC/PC
417 – External attenuator 10 dB FC/APC
512 – Upgrade of existing Agilent 86120A to Agilent 86120B Specifications.
AXE – Rack flange kit with handles
H50 – Multimode input for the 86120B using an internal multimode cable
IA4 – Rack flange kit without handles
UK5 – Carrying case
UK6 – Commercial calibration certificate with test data
UK7 – Hard carrying case
ABA – English Operation Manual (default)
OBO – Do not include an Operation Manual
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Description
Agilent 86120B
This technical specifications sheet describes the measurement accuracy and operating conditions of the Agilent
86120B, 86120C and 86122B Multi-Wavelength Meters.
The specifications apply to all functions within the specified environmental conditions. All specifications apply after the instrument’s temperature has been stabilized after 15 minutes continuous operation, and when the instrument is in NORMAL UPDATE mode (86120B and 86120C).
Definitions of Terms
Characteristics and Specifications
The distinction between specifications and characteristics is described as follows:
• Specifications describe warranted performance.
• Characteristics provide useful, but non-warranted information about the functions and performance of the instrument.
• General Characteristics give additional information for using the instrument. These are general descriptive terms that do not imply a level of performance.
Wavelength
• Range refers to the allowable wavelength range of the optical input signal.
• Absolute accuracy indicates the maximum wavelength error over the allowed environmental conditions.
• Differential accuracy indicates the maximum wavelength error in measuring the wavelength difference between two signals that are simultaneously present.
• Minimum resolvable separation indicates the minimum wavelength separation of two laser lines input required to measure each wavelength simultaneously. Two laser lines closer in wavelength than the minimum resolvable separation are not resolved and one average wavelength is displayed.
• Display resolution indicates the minimum incremental change in displayed wavelength.
