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Document #:
Revision
H
Product Type
Released:  05/13/2021
Language
English
Current Revision
IPC J-STD-001HS space and military addendum, supplements or replaces specifically identified requirements of IPC J-STD-001H requirements for soldered electrical and electronic assemblies that must survive the vibration and thermal cyclic environments of getting to and operating in space and military applications.

IPC-A-610 - Revision G - Addendum - Rail Transit

Rail Transit Addendum to IPC-A-610G Acceptability of Electronic Assemblies

Document #:
Revision
G
Product Type
Released:  05/31/2022
Language
English
Current Revision
IPC-A-610G-R rail transit addendum provides additional requirements to IPC-A-610G base standard, specifying a standardized set of acceptance criteria unique to electronic assemblies used in the rigorous micro-environment under high mechanical and environmental stresses associated with high railway equipment, to ensure industry-specific high reliability and environmental adaptability of electronic...
Document #:
Revision
H
Product Type
Released:  06/22/2022
Language
German
Current Revision
Die Richtlinie IPC J-STD-001HS-DE Ergänzung für Raumfahrt-Anwendungen ergänzt oder ersetzt spezifisch identifizierte Anforderungen von IPC J-STD-001H-DE für gelötete elektrische und elektronische Baugruppen, die Schwingungen und die Umgebungsbedingungen thermischer Zyklen von Raumfahrt und militärischen Anwendungen überstehen müssen.
Document #:
Revision
H
Product Type
Released:  10/28/2022
Language
Japanese
Current Revision
IPC-J-STD-001HS 宇宙用追加規格は、宇宙・軍事用途において振動や熱サイクル環境に耐え、動作することが求められる電気・電子組立品に関し、J-STD-001Hの特定要求事項を補完する、もしくは置き換えるものである。
Document #:
Revision
H
Product Type
Released:  07/26/2022
Language
French
Current Revision
Le présent Addendum IPC-J-STD-001HS relatif aux applications spatiales et militaires présente des exigences qui complètent ou remplacent des exigences spécifiques de la norme J-STD-001H, pour les assemblages électriques et électroniques brasés qui doivent résister aux vibrations et aux importantes variations thermiques subies dans des applications spatiales et militaires.