JUMPER Datasheet(PDF) - 15015-0423 - Molex Electronics Ltd.

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JUMPER Datasheet, PDF

Searched Keyword : 'JUMPER' - Total: 1402 (1/71) Pages

Manufacturer	Part #	Datasheet	Description
Molex Electronics Ltd.	15015-0423	42Kb/1P	0.30mm Pitch Premo-Flex??Etched Polyimide Jumper
	15015-0427	42Kb/1P	0.30mm Pitch Premo-Flex??Etched Polyimide Jumper
	0211000014	33Kb/1P	2.54mm FFC Jumper, 10 Circuits, 152.40m Length
	0211000015	32Kb/1P	2.54mm FFC Jumper, 8 Circuits, 152.40m Length
	15015-0425	42Kb/1P	0.30mm Pitch Premo-Flex??Etched Polyimide Jumper
	0211000011	32Kb/1P	2.54mm FFC Jumper Cable, 3 Circuits, 0.178m Length
	15015-0433	42Kb/1P	0.30mm Pitch Premo-Flex??Etched Copper Polyimide Jumper
	0211000012	32Kb/1P	2.54mm FFC Jumper, (Type AA) 24 Circuits, 0.114m Length
	0152681014	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Opposite Side Contacts
	0211000013	33Kb/1P	2.54mm FFC Jumper, (Type D) 4 Circuits, 0.064m Length
	0211000018	33Kb/1P	2.54mm FFC Jumper, (Type A) 5 Circuits, 0.09m Length
	0152680316	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Opposite Side Contacts
	0152680726	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Opposite Side Contacts
	0152681027	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Same Side Contacts
	0982680140	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Opposite Side Contacts
	0982680141	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Same Side Contacts
	0982670298	37Kb/1P	1.00mm Pitch Premo-Flex FFC Jumper, Opposite Side Contacts
	0152681010	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Opposite Side Contacts
	0152681012	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Opposite Side Contacts
	0152681022	34Kb/1P	1.25mm Pitch Premo-Flex FFC Jumper, Opposite Side Contacts

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What is JUMPER

Jumper is one of the terms used in electronic components to refer to a small wire or metal strip used to connect two points in a circuit.

A jumper is an important component that creates connections between the various parts of a circuit board.

In electronic components, jumpers are used to construct circuits. Some of the connecting pins configured on the circuit board may not be adjacent.

In these cases, a jumper can be used to create a connection between the two pins.

Jumpers are also used to make connections between pins that are not easily accessible in certain areas of the circuit board.

Jumpers come in many sizes, colors and shapes.

Generally, jumpers are soldered onto a circuit board or connected to a specific connector.

The length of the jumper is determined by the distance between the two pins it connects.

Jumpers are very important for circuit design and testing.

Constructing circuits using Jumper gives you more precise control of your circuits and allows you to quickly correct problems when they occur.

Also, when testing circuit boards, jumpers can be used to identify and troubleshoot connections for errors.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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