69146-204

Series:	Mini-Jump™
Packaging:	Bulk
Part Status:	Active
Type:	Open Top
Gender:	Female Sockets
Number of Positions or Pins (Grid):	4 (1 x 4)
Pitch:	0.100" (2.54mm)
Height:	0.200" (5.08mm)
Contact Finish:	Gold or Gold, GXT™
Contact Finish Thickness:	30.0µin (0.76µm)
Color:	Black

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ShuntsShunts are electrical devices used for connection between two conductive path elements that are for current flow. The major applications of shunts are measuring current in a power system, isolating circuit sections, controlling resistance heating, and providing protection from overloads in a circuit. Shunts can also be used as a voltage sensor for applications such as data acquisition or control. The use of shunts provides an ideal solution for certain applications. It is important to note that not all shunts are ideal and the selection of the right type is essential for a successful application.When selecting a shunt, one should consider the application, its purpose, its environment, and the application’s safety requirements. An important consideration is the desired current range, as the current range of a shunt should be selected based on the application’s electrical characteristics.The most common types of shunts are fixed shunts, adjustable shunts, and relay shunts. Fixed shunts are used for applications that require a constant current setting while adjustable shunts are used for applications that require significant current adjustment. Relay shunts are used for applications that require a switchable connection between two parts of a circuit for different conditions.When using a shunt, it is important to ensure that the current flowing through it is within the expected range. The rated current should not exceed 1.5 times the current rating of the shunt. It is also important to make sure that the voltage across the shunt does not exceed the current rating of the shunt as this can damage the shunt itself.JumpersJumpers are short, insulated pieces of wire used for connecting two or more conductive elements in a circuit. They are used to bridge circuit paths that were previously not connected or to make temporary connections in the circuit for debugging purposes. Jumpers can also be used to bypass a component in case of a broken or defective component thereby establishing an alternate route for the flow of current.Jumpers are made from different electrical components such as wire, cable, or flex circuits. The advantages of a jumper depend on the application and type of jumper used. For example, a jumper made of a metal wire can be cut and modified to meet the required size and shape. Similarly, the contacts used for making a jumper of flex circuits are easy to be replaced.When selecting a jumper for an application, one should consider the voltage rating, current capacity, insulation, and wire type. The current capacity of the jumper should be chosen in accordance with the required application, and the insulation should prevent any electrical shocks or hazards.It is important to take precautions while using jumpers in a circuit as a wrong connection of jumpers can cause serious electrical damage. The connection should be carefully checked before the jumper is placed on the circuit board. If the jumper is too small, then it may not provide the desired insulation and thus pose a risk of electrical shocks to the user.In summary, 69146-204 is one of the most widely used applications in the electrical and electronics domain. Shunts and jumpers are two of the primary components in such applications, and their selection needs to be done carefully to make sure they are compatible with the application and the environment.

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