The need for a receive cable makes sense, in the same way that using a
launch cable makes sense. The logistics of getting the receive cable
at the end point are complex (this is an inter-city singlemode shot,
so I was trying to avoid it). Thanks, though.
On Apr 10, 12:07 pm, "Woods, Stephen (GE Infra, Aviation)"
<
stephen.woo...@ge.com> wrote:
> The receive cable is required to make accurate and complete OTDR
> characterizations in an optical path link.
>
> Stephen Woods
> Lead Engineer/Technologist
> Test Systems Hardware
> GE
> Aviation
> Digital Systems
>
> T
+1 616 241 8128
> F
+1 616 241 7065
> E
stephen.woo...@ge.com
>
> 3290 Patterson St., 3E1
> Grand Rapids, MI 49512
> GE Aviation Systems, LLC
>
> GE imagination at work
>
> -----Original Message-----
> From:
fiber-...@googlegroups.com
>
> [mailto:
fiber-...@googlegroups.com] On Behalf Of rjhintz
> Sent: Thursday, April 10, 2008 2:45 PM
> To: Fiber Optics
> Subject: OTDR: Launch Cable; Receive Cable
>
> I'm familiar with the use of a launch cable with an OTDR, but, in
> reviewing the JDSU Fiber Test Reference Guide,
http://lw.pennnet.com/whitepapers/wp.cfm?id=665,
> discusses the use of a receive cable as well.
>
> How important is a receive cable?
>
>
>
> Woods, Stephen (GE Infra, Aviation).vcf
> 1KDownload