H2AAT-10105-L4

Series:	DF3
Part Status:	Active
Lead Free Status / RoHS Status:	--
Contact End:	Pin to Pin
Moisture Sensitivity Level (MSL):	--
Length:	5.00" (127.00mm)
Wire Gauge:	24 AWG
Contact Finish:	Tin
Color:	Blue
Contact Finish Thickness:	--
Number of Rows:	1
Number of Conductors:	1

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Jumper Wires: H2AAT-10105-L4

Jumper wires are components of electrical circuits. They are short lengths of flexible plastic material, usually insulated, with two terminating ends that can make a connection with two other connections when wired together. H2AAT-10105-L4 is a common type of jumper wire. It is specifically designed for piezo and motors connections, such as micro-motors, sensors, and servos.

Construction of H2AAT-10105-L4

H2AAT-10105-L4 is a 24-AWG (American Wire Gauge) wire made from a multi-stranded copper core. The outer insulation is a semi-flexible polyvinyl chloride (PVC) material that is resistant to abrasion, oil, and weathering. The ends of the wire are terminated with insulated tin-plated copper spade lugs. This makes the wire firmly and securely clamped to an electrical connection. The wire also has a smooth and flat profile, making it easy to thread through tight compartments and parts.

Applications of H2AAT-10105-L4

H2AAT-10105-L4 is used in a variety of applications. Its insulated tug construction makes it ideal for creating reliable connections between two or more components. As mentioned, it is mainly used for motor and motion control applications, as well as wired connections to other types of sensors and actuators. The flexible insulation and small size also make it a good choice for applications where space is at a premium.It is also suitable for robotics projects, where its small profile and flexible insulation make it ideal for creating reliable connections between robotic parts and components. Additionally, it can also be used in electrical appliances, such as hot plates and microwaves.

Working Principle of H2AAT-10105-L4

The working principle of H2AAT-10105-L4 is straightforward. The metal lugs are connected to the wire, creating an electrical pathway. When the wires are clamped to an electrical connection, they create a temporary bridge between the two terminals, allowing an electrical current to flow through and powering the connected device.

Benefits of H2AAT-10105-L4

H2AAT-10105-L4 jumper wires offer a number of advantages over traditional wiring methods. For one, they are much more compact and lightweight than traditional wiring, making them ideal for applications with limited space or weight requirements.Additionally, they are much easier to install than traditional wiring methods because the connection points, lugs, and insulation are already in place. This eliminates the need for any soldering or crimping work, which can be tedious and time consuming. Finally, they are also much more reliable than traditional wiring methods because they are less likely to experience failure due to loose connections or mechanical stress.

Conclusion

H2AAT-10105-L4 jumper wires are a great choice for applications in motor and motion control, as well as robotics, hot plates, and microwaves. They are small, easy to install, and reliable. With their advantages, they provide a reliable, cost-effective solution for all types of applications.

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