Now showing items 141-160 of 507

    • ECA EIA-364-61 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;2013
      Organization : ECIA - Electronic Components Industry Association
      Abstract: This standard establishes a test method for determining if connectors or sockets can withstand exposure to solder rework conditions using either soldering iron, solder pot / fountain, or hot gas / vapor techniques. It is ...
    • ECA EIA-364-E 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;2008
      Organization : ECIA - Electronic Components Industry Association
      Abstract: This standard establishes a recommended minimum test sequence and test procedures for electrical connectors and sockets. This standard also includes administrative details and guidelines for connector/socket qualification ...
    • ECA 540BAAC 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1997
      Organization : ECIA - Electronic Components Industry Association
      Abstract: The Pin Grid Array Sockets of assessed quality covered by this detail specification shall have:
      a) Maximum enclosure dimensions (See Figure 1, IA and 18).
      b) Working voltage not to exceed 250 vob (mis).
      c) ...
    • ECA 540AAAA 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1998
      Organization : ECIA - Electronic Components Industry Association
      Abstract: The Chip Carrier Sockets of assessed quality covered by this detail specification shall have:
      a) Maximum enclosure dimensions that include cover and latching hardware as illustrated in Figure 1.
      b) A rated voltage ...
    • ECA EIA-448-1B 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1993
      Organization : ECIA - Electronic Components Industry Association
      Abstract: PURPOSE
      The purpose of this test method is to determine the duration of contact bounce so that it can be anticipated and provided for in user circuits. This phenomenon is defined as the random opening and closing ...
    • ECA 520EA00 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1989
      Organization : ECIA - Electronic Components Industry Association
      Abstract: The (applicable modifiers to describe subfamily of in-line switches) switches of certified quality covered by this detail specification:
      1. have maximum enclosure dimensions of (maximum length, width, and height ...
    • ECA 520FAAB 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1995
      Organization : ECIA - Electronic Components Industry Association
      Abstract: The rotary switches of certified quality covered by this detail specification shall:
      a ) have an indexing angle of 22.5°, 30°, 36°, 45°, 60°, and 90°.
      b) have maximum switch body ...
    • ECA TEB 24 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1981
      Organization : ECIA - Electronic Components Industry Association
      Abstract: PURPOSE
      These notes provide means of analyzing the effect of pulse shape on the written spot configuration and its relative brightness in raster-dot displays. The observations noted and the application of the ...
    • ECA EIA-960-A 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;2011
      Organization : ECIA - Electronic Components Industry Association
      Abstract: This standard covers requirements for Assembly Component Trays –ACTs used during automated assembly processes. The standard size is covered which works with tray slots handling an envelope of 298.45mm (11.75inches) ...
    • ECA EIA-448-21A 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;2000
      Organization : ECIA - Electronic Components Industry Association
      Abstract: PURPOSE
      The purpose of this standard is to evaluate electromechanical surface mountable components that have been subjected to the environmental effects of machine soldering using an infrared system.
      This ...
    • ECA EIA-364-82A 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;2010
      Organization : ECIA - Electronic Components Industry Association
      Abstract: This standard establishes a test method to determine whether a plastic electrical connector or socket housing generates corrosive elements when in contact with metallic parts or components.
      NOTE — This procedure ...
    • ECA 215 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1958
      Organization : ECIA - Electronic Components Industry Association
      Abstract: General;
      The cable described by this standard consists of either two or three conductors of stranded, annealed, and tinned copper wire, insulated with synthetic or natural rubber, covered with a cotton ...
    • ECA EIA-364-100A 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;2012
      Organization : ECIA - Electronic Components Industry Association
      Abstract: This standard establishes a method of determining the marking permanence of electrical connectors and sockets.
    • ECA TEP105-11-B 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;2000
      Organization : ECIA - Electronic Components Industry Association
      Abstract: Performing a white Set-up of a CRT might involve nothing more than adjusting the driving voltages of the three electron guns until the desired white point is reached. While this approach is appropriate for factory installation ...
    • ECA EIA-364-45C 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;2012
      Organization : ECIA - Electronic Components Industry Association
      Abstract: This standard establishes a test method to determine the ability of a mated pair of electrical firewall connectors to resist specified flame and vibration conditions during 20 minutes of exposure by preventing flames from ...
    • ECA 186-5E 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1978
      Organization : ECIA - Electronic Components Industry Association
      Abstract: PURPOSE
      The salt spray test is performed for the purpose of determining the adequacy of protective coatings or finishes, and has been widely used to evaluate the resistance of metals to corrosion in ...
    • ECA 186-13E 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1978
      Organization : ECIA - Electronic Components Industry Association
      Abstract: PURPOSE
      This test is to measure the resistance offered by the insulating members of a component part to an impressed direct voltage tending to produce a leakage of current through or on the surface of ...
    • ECA IS-692 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1996
      Organization : ECIA - Electronic Components Industry Association
      Abstract: Description
      This specification defines the qualification program for ceramic capacitors. The qualification program is defined in table 1. Specification sheets can be added, as required, to ...
    • ECA 214 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1981
      Organization : ECIA - Electronic Components Industry Association
      Abstract: The method of calculation provided by this recommended practice applies to the following conditions :
      Continuous currents and thermal equilibrium. Current may be either direct. or alternating. Alternating current may ...
    • ECA EIA-448-22 

      Type: standard
      Source: ECIA - Electronic Components Industry Association:;1990
      Organization : ECIA - Electronic Components Industry Association
      Abstract: Purpose
      This test is performed for the purpose of determining whether switches can withstand the heating effects of soldering to their terminations using a soldering iron. Heat is conducted through the termination into ...