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HP 86062B Lightwave Switch | |
![[ Summary ]](../Graphics/tab-summary.gif)
![[ Features ]](../Graphics/tab-features.gif)
![[ Specifications ]](../Graphics/tab-specs.gif)
![[ Ordering ]](../Graphics/tab-ordering.gif)
The HP 86062B is a full width instrument designed for automated
production and evaluation testing of large numbers of devices. The
HP 86060 series lightwave switches are designed for both single-mode
and multimode applications. Switching is bi-directional. The 1, 2, or
3 x N switching module is built around a precision stepper motor.
Specifications describe the instrument's warranted performance over the +5oC to +40oC temperature range,
with RH from 0 to 80%, except where noted. Characteristics provide information about non-warranted
instrument performance in the form of nominal values. Characteristics are at room temperature. Standard Switch[1] High Performance Specials[2] Insertion Loss[3] Single-mode Switches 2.0 dB (1.0 dB) 1.5 dB[4](0.75 dB) Multimode Switches 1.5 dB (1.0 dB) 1.5 dB[4] (0.75 dB) Insertion Loss Stability[5] --- +0.04 dB (± 0.02 dB) Repeatability[6] Sequential ± 0.02 dB (± 0.01 dB) ± 0.01 dB (± 0.005 dB) Random --- ± 0.025 dB Optical Return Loss[7] Single-mode Switches 55 dB (58 dB) 58 dB (60 dB) Multimode Switches 20 dB (25 dB) 20dB (25 dB) Polarization Dependent Loss[4,8] N < 24 channels 0.05 dB (0.01 dB) 0.015 dB (0.01 dB) N > 24 channels 0.05 dB (0.01 dB) 0.02 dB (0.01 dB) Isolation -80 dB (-100 dB) -90 dB (-100 dB)[1] Standard switches are available with 1, 2, or 3 inputs and 4, 8, 12 ... 96 or 100 outputs.
Larger numbers of inputs and outputs are available through special orders by cascading individual switch modules
- please contact your local HP representative for pricing and availability. [2] High performance specials are available with 1, 2, or 3 inputs and 4, 8, 12 ... 96 or 100 outputs.
Note: Special order switches are also available with custom configurations and ultra-high specifications
- please contact your local HP representative for further details. [3] Insertion loss does not include connectors. Include an additional 0.25 dB (characteristic) for each connector. [4] Specification valid for operating temperatures of 23 ± 5oC. [5] Drift of any channel relative to one assigned reference channel during 7 day temperature cycling of ± 3oC
from ambient air temperature. [6] Repeatability measured after four hours warmup and with an eight second pause between movements. [7] Excludes external pigtail backscatter and connector reflections. [8] Polarization Dependent Loss only applies to single-mode switches and is measured at 1550nm.
General Specifications:
Weight: 7.72 to 13.74 kg (17.25 to 30.7 lb) (dependent on the number of channels) Dimensions: (H x W x D) 177 x 425 x 345.4 mm 7 x 16.75 x 14 in
HP 86062B Full-Size Lightwave Switch
Switch Configuration (must select one only)
Opt 001 Single input channel
Opt 002 Two input channels
Wavelength & Fiber type (must select one only)
Opt 109 1280 to 1650 nm - 9/125 µm single-mode fiber
Opt 162 1280 to 1650 nm - 62.5/125 µm multimode fiber
Opt H63 800 to 1350 nm - 62.5/125 µm multimode fiber (special order)
Opt H50 1280 to 1650 nm - 50/125 µm multimode fiber (special order)
Opt H51 800 to 1350 nm - 50/125 µm multimode fiber (special order)
Port Type (must select one only)
Opt 051 Connectors on rear panel (for connectorized outputs only)
Opt 052 1 meter fiber out the rear panel (for connectorized outputs,
connector is at the end of the 1 meter fiber)
Output Channels
# of Connectorized Outputs (must select one only)
Opt 2XX where XX is the # of connectorized output channels
(inmultiples of 4 from 04 to 16)
Connector Type (must select one only)
Opt 012 FC Connectors
Opt 014 ST Connectors
Opt 017 SC Connectors
FC/APC or SC/APC Connectors (special orders)
OR
# of Non-connectorized Outputs (must select one only)
Opt 3XX where XX is the # of non-connectorized output channels
(in multiples of 4 from 04 to 16)
Special Orders
Please contact your Hewlett-Packard representative
HP 86060 Series of Lightwave Switches
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Page Updated: Thursday June 19 16:16:01 UTC 1997