Abstract
Research and development had been under way since fiscal 1998 for working out propositions relating to the international standardization of connection interface systems for digital AV (audio-visual) equipment. This report outlines the result of the project in its fiscal last year. The link working group (WG) actually built a transceiver at 5 mm pitch in its second trial, measured and evaluated its behavior under high-temperature and high-humidity circumstances, and acquired numerical data for interface specifications. The connection interface WG in its second trial fabricated a tiny optical connector for POF (plastic optical fiber) and evaluated its resistance to environment. As the result, sufficient resistance to environment was detected in the connector, and then a proposition was presented to IEC/TC86 that the connector be standardized as an optical connector for intelligent home electric appliances. The POF optimization WG performed an environment resistant test for POF, similar to those for transceivers and connectors, and then recognized that POF of the GI type was low in transmission loss and that it stably retained its wide-band feature. (NEDO)
Citation Formats
None.
Fiscal 2000 project for development of international standards for supporting novel industries. Standardization for securement of interconnection between intelligent home electric appliances; 2000 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo. Johokadenkiki kan no sogo setsuzokusei kakuho no tameno hyojunka.
Japan: N. p.,
2001.
Web.
None.
Fiscal 2000 project for development of international standards for supporting novel industries. Standardization for securement of interconnection between intelligent home electric appliances; 2000 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo. Johokadenkiki kan no sogo setsuzokusei kakuho no tameno hyojunka.
Japan.
None.
2001.
"Fiscal 2000 project for development of international standards for supporting novel industries. Standardization for securement of interconnection between intelligent home electric appliances; 2000 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo. Johokadenkiki kan no sogo setsuzokusei kakuho no tameno hyojunka."
Japan.
@misc{etde_20242049,
title = {Fiscal 2000 project for development of international standards for supporting novel industries. Standardization for securement of interconnection between intelligent home electric appliances; 2000 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo. Johokadenkiki kan no sogo setsuzokusei kakuho no tameno hyojunka}
author = {None}
abstractNote = {Research and development had been under way since fiscal 1998 for working out propositions relating to the international standardization of connection interface systems for digital AV (audio-visual) equipment. This report outlines the result of the project in its fiscal last year. The link working group (WG) actually built a transceiver at 5 mm pitch in its second trial, measured and evaluated its behavior under high-temperature and high-humidity circumstances, and acquired numerical data for interface specifications. The connection interface WG in its second trial fabricated a tiny optical connector for POF (plastic optical fiber) and evaluated its resistance to environment. As the result, sufficient resistance to environment was detected in the connector, and then a proposition was presented to IEC/TC86 that the connector be standardized as an optical connector for intelligent home electric appliances. The POF optimization WG performed an environment resistant test for POF, similar to those for transceivers and connectors, and then recognized that POF of the GI type was low in transmission loss and that it stably retained its wide-band feature. (NEDO)}
place = {Japan}
year = {2001}
month = {Mar}
}
title = {Fiscal 2000 project for development of international standards for supporting novel industries. Standardization for securement of interconnection between intelligent home electric appliances; 2000 nendo shinki sangyo shiengata kokusai hyojun kaihatsu jigyo. Johokadenkiki kan no sogo setsuzokusei kakuho no tameno hyojunka}
author = {None}
abstractNote = {Research and development had been under way since fiscal 1998 for working out propositions relating to the international standardization of connection interface systems for digital AV (audio-visual) equipment. This report outlines the result of the project in its fiscal last year. The link working group (WG) actually built a transceiver at 5 mm pitch in its second trial, measured and evaluated its behavior under high-temperature and high-humidity circumstances, and acquired numerical data for interface specifications. The connection interface WG in its second trial fabricated a tiny optical connector for POF (plastic optical fiber) and evaluated its resistance to environment. As the result, sufficient resistance to environment was detected in the connector, and then a proposition was presented to IEC/TC86 that the connector be standardized as an optical connector for intelligent home electric appliances. The POF optimization WG performed an environment resistant test for POF, similar to those for transceivers and connectors, and then recognized that POF of the GI type was low in transmission loss and that it stably retained its wide-band feature. (NEDO)}
place = {Japan}
year = {2001}
month = {Mar}
}