D3089-97

Series:	D308
Packaging:	Bulk
Part Status:	Active
Type:	Closed Top, Grip
Gender:	Male Pins
Number of Positions or Pins (Grid):	2 (1 x 2)
Pitch:	0.500" (12.70mm)
Height:	0.476" (12.10mm)
Contact Finish:	Gold
Contact Finish Thickness:	3.90µin (0.099µm)
Color:	Blue

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<div class=\'shunts\'><p> D3089-97 Shunts,Jumpers are designed to connect two electrical circuits in either a printed circuit board, circuit panel or through a plug connector. Specifically designed to perform in a modular environment, the D3089-97 is highly durable and reliable. </p> <h4>Application</h4> <p>The D3089-97 shunt or jumper is ideal for applications requiring circuit protection and durability. This type of circuit protection is used in various industrial, commercial, and residential applications. It can be used to connect high voltage connection breakers to electrical transmission lines, as well as to provide electrical interference protection and insulation in high voltage transformer substations. Additionally, these shunts and jumpers are commonly used in telecom systems, telecommunications equipment, and mobile towers, as well as in aerospace, avionics, and military applications. </p> <h4>Working Principle</h4> <p> D3089-97 shunt and jumper has two main components, the conductor and the insulator. The conductor is typically an aluminum or copper wire, which is routed through a connection block, typically made of silicone, epoxy, or other thermosetting material. The insulation is used to provide an electrical barrier between the shunt and jumper. When a current is introduced into the circuit, the conductor will heat up due to the resistance. Heat generated by the conductor will then be dissipated into the surrounding environment, thus protecting the surrounding components from damage. </p> <p>D3089-97 can also be used to redirect current by recombining two previously separate circuits, allowing current to be re-circulated between the two circuits. This allows for a more efficient control of current and power in specific applications. With the presence of two separate circuits, it is possible to create a higher current capacity than with a single circuit.</p></div>

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Part Number	Manufacturer	Price	Quantity	Description