1620-00-004-9859

Supply Items Approved for CAGE 1RYZ3 Page 1 of 1 1620-00-004-9859 Collar-Swivel Strut 2578175RNCC: 5

5950-14-257-8175 5950142578175 142578175 is an item consisting of a partial turn as one or more turns of wire or other conductive material which constitutes one continuous untapped winding. it may be wound or formed in other than a circular manner and may be self-supporting, requiring no coil form. it is specifically designed to furnish inductive reactance in a circuit carrying radio frequency current ranging from 20 kilohertz (kilocycles) and above. it may include tuning devices, integral resistors and capacitors; however, excludes filter (as modified). the coil has only two electrical terminals. for items having tapped winding or more than one winding - see transformer, radio frequency. for coils wound on resistors, which are designed to be inserted in the circuit of a radio frequency stage to suppress high frequency parasitic oscillations, see suppressor, parasitic.

4320-22-257-8175 4320222578175 222578175 is an item consisting of blades or paddles equally spaced around the periphery of a hub, rotor, or wheel. it is the rotating part of a pump, centrifugal.

5940-01-257-8175 5940012578175 012578175 is a metallic postlike terminal, insulated or uninsulated, which is mounted on a board, chassis, panel, or other similar supporting surface. it is designed for frequent manual connections and disconnections of at least one electrical conductor, such as a wire, alligator clip, or spade lug. it may have additional tip jack features for the acceptance of banana plugs, phone tips, and the like. it may also have provisions for permanently attaching an electrical conductor(s). for items which require all electrical conductors to be permanently attached (soldered, crimped, and the like), see terminal, stud. see also jack, tip.

5962-99-257-8175 5962992578175 992578175 is a microcircuit specifically designed to generate, modify, or process electrical signals which operate with two distinct or binary states. these states are commonly referred to as on and off, true and false, high and low, or "1" and "0".