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ECIA - Electronic Components Industry Association: Recent submissions
Now showing items 301-320 of 507
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ECA EIA-364-112
Abstract: This procedure applies to connectors and sockets when multiple circuits are electrically connected in a parallel configuration and there is a need to determine the expected parallel resistance and or current rating. -
ECA TEP105-9
Abstract: The purpose of this test is to measure the profile of a line on the face of a shadow mask or other structured screen cathode ray tube (CRT) in order to estimate the resolution capacity of the CRT. Since the display on a ... -
ECA 401
Abstract: This standard covers the requirements for paper, paper and film, and film dielectric; oil impregnated; extended foil electrode capacitors, hermetically sealed in metal cases, for general purpose application in power ... -
ECA EIA-468-C
Abstract: INTRODUCTION AND SCOPE
This standard was formulated to provide dimensions and tolerances necessary to lead tape components in the radial format (unidirectional leads) such that they may be automatically ... -
ECA EIA-540B0AE
Abstract: This specification covers interconnect systems typically used for production land grid array (LGA) devices.
Purpose
The purpose of this detail specification is to provide all information required ... -
ECA EIA-364-47A
Abstract: This standard establishes test methods to determine if excessive damage or deformation of the conductor in a solderless wrapped connection has occurred as a result of the wrapping process. -
ECA TEB 21
Abstract: ABSTRACT
The purpose of this article is to describe some of the major CRT parameters and haw they relate to each other, as well as the data presentation method provided by Clinton Electronics Corporation's tube data ... -
ECA EIA/ECA-364-22B
Abstract: This standard establishes test methods to determine the adequacy of a connector or socket to perform its operational function on land (general and heavy duty), aircraft, marine or underwater for the representative time ... -
ECA 520EAAC
Abstract: The Dual In-line Switches of certified quality covered by this Detail Specification:
Have maximum enclosure dimensions of 33.02 mm (1.300 inch) long, 10.16 (0.400) wide and 13.6 (0.520) high.
Have a maximum rated ... -
ECA 186-4E
Abstract: PURPOSE
This dielectric test is performed for the purpose of determining the ability of component parts to withstand a potential at sea level or at a specified altitude. The potential used is normally ... -
ECA RS-505
Abstract: The purpose of this Standard .is to establish standards of packing, stacking and labeling for return of Glass Component Packing Material. -
ECA EIA-364-49
Abstract: This standard establishes a test method to determine heating effects of direct solar radiation on connector and contact materials and to help identify the actinic (photodegradation) effects of direct solar radiation on ... -
ECA EIA-364-40B
Abstract: This standard establishes a test method to determine the ability of a connector to withstand a load such as might be encountered when run over by a wheeled vehicle. This test should only be performed on connectors designed ... -
ECA EIA-364-69A
Abstract: This procedure applies to electrical connectors and sockets with values in the range of 10 nanohenrys to 100 nanohenrys. -
ECA 356
Abstract: This standard shall cover definitions of terms that are generally referred to between manufacturers and users and shall define accepted nomenclature for commonly applied component and operating descriptions as related to ... -
ECA EIA-540CAAB
Abstract: The relay sockets, of assessed quality, covered by this detail specification have:
a. The ability to mate with 5 ampere rated hermetically sealed relays
b. A rated voltage not to exceed 250 volts (rms) at sea levels ... -
ECA EIA/ECA-576-A
Abstract: This standard covers thin film precision rectangular leadless discrete fixed resistors with temperature coefficients of + 50 PPM/"C and lower and resistance tolerances of 1%, OS%, 0.25%, 0.1% and 0.05% for use ... -
ECA EIA-364-57
Abstract: This test procedure establishes a test method to determine whether coupling pin strength can withstand external forces required to mate and unmated circular bayonet electrical connectors with gages or devices.