Agilent Keysight N7762A Dual Port Single Mode...
Agilent (Keysight/HP) 81570A Optical Attenuator
The JDS Uniphase HA097+24AFA1 HA9 Optical Attenuator is a professional HA Series fiber optic attenuator configured for telecom, laboratory, production, and photonics test applications. This product description applies specifically to the HA097+24AFA1 configuration and uses only the configuration details identified by that exact part number.
The HA097+24AFA1 configuration is based on the HA9 optical attenuator model, which is specified for the 1200 nm to 1700 nm wavelength range. This unit is configured with 9/125 fiber, bulkheads on the front, FC/APC connectors on all ports, a 2/98 coupler built-in front panel option, and analog 60 dB return loss. These configuration details are important for buyers replacing an existing attenuator or matching a specific optical test setup where model, fiber type, port style, connector type, built-in option, and return loss option must be correct.
The JDS Uniphase HA097+24AFA1 HA9 Optical Attenuator provides practical value for professional users who require a clearly defined optical attenuation configuration for fiber optic measurement and test workflows.
The JDS Uniphase HA097+24AFA1 is intended for optical test environments where controlled attenuation is required across the HA9 wavelength range. Optical attenuators are commonly used to reduce optical signal power to defined test levels during receiver sensitivity testing, optical link simulation, calibration procedures, system verification, and optical component characterization.
The HA9 model supports the 1200 nm to 1700 nm wavelength range, making this configuration suitable for a broad range of fiber optic communications and photonics test applications. The 9/125 fiber configuration supports single-mode optical workflows, while the FC/APC connector configuration provides an angled physical contact connector interface for compatible patch cables, optical sources, optical meters, receivers, and test equipment.
The front bulkhead configuration is practical for bench-top, rack-based, and laboratory optical test systems where direct access to the optical ports is useful. This front-panel layout can help simplify patching, troubleshooting, receiver testing, component characterization, and general optical power adjustment during everyday test workflows.
The 2/98 coupler built-in front panel option can be useful in optical test setups where a small portion of optical power must be tapped for monitoring, reference measurement, comparison, or auxiliary test functions while the main signal path remains available for the primary optical workflow. Because this is a configuration-specific attenuator, buyers should verify that the built-in 2/98 coupler is required for the intended measurement setup before purchase.
Because HA Series optical attenuators can be configured in many different ways, this listing should be used only for HA097+24AFA1. Other HA Series model numbers may use different base models, fiber types, port locations, connector types, return loss options, or built-in front panel options. Matching the exact configuration is important for maintaining compatibility with existing test procedures and optical setups.
The JDS Uniphase HA097+24AFA1 HA9 Optical Attenuator is suitable for professional applications such as:
| Brand | JDS Uniphase |
| Model | HA097+24AFA1 |
| Base Model | HA9 |
| Product Category | Optical Attenuator |
| Primary Application | Optical attenuation control for fiber optic and telecom test systems |
| Suitable For | Fiber optic laboratories, telecom test environments, photonics systems, optical component testing, and production test workflows |
| Configuration Field | HA097+24AFA1 Setting |
| Product Family | HA Optical Attenuator |
| Model Code | 09 |
| Model | HA9 |
| Model Description | HA9 optical attenuator, 1200 nm to 1700 nm |
| Fiber Type Code | 7 |
| Fiber Type | 9/125 |
| Built-In Option Code | 4 |
| Built-In Front Panel Option | 2/98 coupler |
| Return Loss Code | A |
| Return Loss Option | Analog 60 dB |
| Connector Type Code | FA |
| Connector Type | FC/APC on all ports |
| Port Type Code | 1 |
| Port Type | Bulkheads on front |
The JDS Uniphase HA097+24AFA1 HA9 Optical Attenuator can be used in professional optical test environments where controlled signal attenuation is required across the HA9 wavelength range. This type of attenuator is commonly used to set optical power levels, simulate fiber link loss, support receiver sensitivity testing, and help characterize optical components under repeatable test conditions.
With its 9/125 single-mode fiber configuration, FC/APC connector interface, front bulkhead layout, 2/98 coupler built-in option, and analog 60 dB return loss option, this configuration is intended for users who need the exact HA097+24AFA1 setup. The front bulkhead arrangement can be useful in bench-top or rack-based systems where direct access to the optical ports is preferred.
The JDS Uniphase HA097+24AFA1 is a configuration-specific optical attenuator. Buyers should confirm that the HA9 1200 nm to 1700 nm model, 9/125 fiber type, front bulkhead port layout, FC/APC connector configuration, 2/98 coupler built-in front panel option, and analog 60 dB return loss match the intended optical test setup before purchase.
This description applies only to the HA097+24AFA1 configuration. It should not be used for other HA Series attenuators with different model numbers, fiber types, connector types, port arrangements, return loss options, or built-in options.
AssetRelay supplies professional equipment and product solutions for fiber optic, telecom, laboratory, production, inspection, cleaning, RF/microwave, electronic test, and photonics applications. This product is listed to help technical buyers, procurement teams, engineers, installers, and service organizations source practical equipment for demanding professional environments.
When available, buyers should review the provided specifications, compatibility details, condition notes, and accessories before purchase to confirm that the product meets their application requirements.
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