EXFO FTB-150 DRIVER DOWNLOAD

Change index of refraction and helix factor settings for optimal distance measurements. Perfect for basic, repetitive OTDR applications or for occasional users. Its controlled launch conditions make for more accurate loss measurements. Typical output power is given at nm for multimode output and nm for singlemode output. These configurations feature a highly efficient, lightning-fast trace acquisition routine, as full averaging is performed in 45 seconds. This module offers the shortest dead zones in the industry: Singlemode configurations at , , and nm Up to 52 acquisition points for sampling High-speed traces starting at 10 seconds Dynamic range of up to 45 dB Long-range OTDRs display high-speed traces in as little as 10 seconds.

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These configurations feature a highly efficient, lightning-fast trace acquisition routine, as full averaging is performed in 45 seconds. Typical output power is given at nm for multimode output and nm for singlemode output.

Perfect for basic, repetitive OTDR applications or for occasional users. Choose from various combinations featuring the, and nm wavelengths—covering all fiber applications from long-haul and WDM to metro, FTTH and LAN networks.

Designed for real-life applications, it easily characterizes the high reflectance of field-installed connectors. Fiber Section Report Get a close-up look at any fiber section 3.

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However, we accept no responsibility for any errors or omissions, and we reserve the right to modify design, characteristics and products at any time without obligation. Fiber Event Report Complete event data in a compact format 2.

FTB-150-LH – EXFO OTDR

Singlemode configurations atand nm Up to 52 acquisition points for sampling High-speed traces starting at 10 seconds Dynamic range of up to 45 dB Large choice of high-performance, easily interchangeable OTDR modules. Advanced Mode Offers multiple setup and measurement capabilities for increased flexibility.

Reviews There are no reviews yet. With modules in idle mode. EXFO has made every effort exo ensure that the information contained in this specification sheet is accurate.

FTBLH – EXFO OTDR |

These configurations feature a highly efficient, lightning-fast trace acquisition routine, as exco averaging is performed in 45 seconds. Fault Report Faults feedback based on specified user-thresholds.

Typical output power value at nm. It lets you choose from dynamic ranges covering the greater distances in long-haul networks. New software functionalities, for simpler, faster OTDR testing. For the most recent version of this spec sheet, please go to the EXFO website at http: Singlemode configurations atand nm Up to 52 acquisition points for sampling High-speed traces starting at 10 ftb150 Dynamic range of up to 45 dB.

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It’s a community-based project which helps to repair anything. Units of measurement in this document conform to SI standards and practices.

Its controlled launch conditions make for more accurate loss measurements. Not including internal batteries. Reference trace documentation is automatically pasted onto new acquisitions to save you time. Time limit is exhausted.

Optional Functions Power Meter Offered with two detector types: Designed for real-life applications, it easily characterizes the high rtb-150 of field-installed connectors. Change index of refraction and helix factor settings for optimal distance measurements. Template Trace Mode Compares each acquisition with a designated template for complete ftb-1550 testing and documentation.

You can choose from three operating modes according to your specific requirements: You can choose from three operating modes according to your specific requirements: Cable Report Function Create cable acceptance reports and get down to specifics with: Does not include uncertainty due to fiber index and sampling resolution.

Loss measurements from the nm OTDR trace.

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