5930-14-493-0150

Jan 1973 5930-14-222-3742 Sensitive Switch BURGESS3325SZRNCC: 5 | RNVC: 9 | DAC: 6 1 Jan 1966 5930-14-493-0150

5998-01-685-7714 5998016857714 016857714 is a grouping of two or more physically connected or related electrical an/or electronic parts capable of dissassemblage. each component of the assemblage must be capable of functioning in accordance with its own item name. consists of a single printed circuit board or terminal board upon which are mounted separately manufactured electronic components such as capacitors, inductors, resistors, and the like. it may also include printed electronic components. the item is generally part of a subassembly and cannot be assigned a more definite item name. for items having a complete individual electrical/electronic function, use applicable item name such as amplifier (as modified); power supply; or the like. for items not having a complete individual electrical/electronic function, see applicable subassembly name, such as amplifier subassembly; power supply subassembly; or the like. for an assembly of electrical/electronic components mounted on other than a single printed wiring board, see electronic components assembly. excludes printed circuit boar

Upgrade for $1 a day Upgrade your Account Upgrade 6625-01-159-6445Ammeter6625011596445 011596445 17000-1
Account Upgrade 5985-01-432-6453Radio Frequency Rotary Coupler5985014326453 014326453 3D55799H01 17000/1
NumberManufacturerStatus3D55799H01 97942 - Northrop Grumman Systems Corporation (Active) Primary Buy RNCC 3 RNVC 2 DAC 5 17000/1

Account Upgrade 5985-01-432-6453Radio Frequency Rotary Coupler5985014326453 014326453 3D55799H01 17000/1
NumberManufacturerStatus3D55799H01 97942 - Northrop Grumman Systems Corporation (Active) Primary Buy RNCC 3 RNVC 2 DAC 5 17000/1
25634 - Kevlin Corporation (Replaced) Canceled/Obsolete RNCC 5 RNVC 9 DAC 5 17000/1 66544 - Frontgrade

5962-99-244-4532 5962992444532 992444532 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".