Acterna JDSU HA9W
| Attribute | Value |
|---|---|
| Device Type | Optical Power Meter Adapter |
| Compatibility | Acterna JDSU Test Equipment Platform |
| Connector Type | FC/PC Optical Connector |
| Wavelength Range | 800 nm to 1700 nm |
| Power Measurement Range | -50 dBm to +26 dBm |
| Detector Type | InGaAs Photodiode |
| Calibration | Factory Calibrated |
| Interface | Plug-in Module / Adapter Interface |
| Application | Fiber Optic Network Testing and Measurement |
| Standards Compliance | Telcordia GR-196-CORE |
Acterna JDSU HA9W Options:
- HA9W - 1 - Fiber Type: 50/125 µm multimode
- HA9W - 2 - Fiber Type: 62.5/125 µm multimode
- HA9W - 7 - Fiber Type: 9/125 µm single-mode
- HA9W - K - Return Loss: Standard
- HA9W - A - Return Loss: Analog
- HA9W - 1 - Port Type: Bulkheads on front
- HA9W - 2 - Port Type: Bulkheads on back
- HA9W - 3 - Port Type: Pigtails on front
- HA9W - 4 - Port Type: Pigtails on back
- HA9W - NC - Connector Type: No connector
- HA9W - FP - Connector Type: FC/PC
- HA9W - FA - Connector Type: FC/APC
- HA9W - SC - Connector Type: SC/PC
- HA9W - SU - Connector Type: SC/APC
- HA9W - SP - Connector Type: ST/PC
- HA9W - 0 - Built-In Option: None
| Model | HA9W |
|---|
The Acterna JDSU HA9W is a wide-range optical attenuator engineered for telecom and laboratory use. It supports multiple fiber types, enabling precise adjustment of optical power levels in diverse conditions. Built with rugged durability, it guarantees stable and accurate performance for demanding testing environments.
With its broad attenuation range, the HA9W provides technicians with flexibility in complex fiber networks. Its reliability ensures consistent results across different testing applications, making it a vital tool for professionals.
Testwall can supply the used Acterna JDSU HA9W, fully tested. With expert support and global delivery, Testwall ensures high-performance instrumentation with unmatched reliability and service quality. Please contact us directly if you need calibration or repair of the Acterna JDSU HA9W.
