H3AAT-10102-N8

Series:	DF11
Part Status:	Active
Lead Free Status / RoHS Status:	--
Contact End:	Pin to Pin
Moisture Sensitivity Level (MSL):	--
Length:	2.00" (50.80mm)
Wire Gauge:	28 AWG
Contact Finish:	Tin
Color:	Brown
Contact Finish Thickness:	--
Number of Rows:	1
Number of Conductors:	1

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Jumper Wires

Jumper wires are electrical cable assemblies used to connect two points within a circuit or system. They are typically composed of an insulated conductor such as copper or aluminum, along with a matching insulation material. Jumper wires are useful for making quick connections within a circuit or system and for bypassing components. Connecting two points with jumper wires is often the quickest and easiest way to test a circuit or system without the need of soldering or using other connectors.Jumper wires usually come in standard lengths, colors, and pin configurations. The common sizes for jumper wires are 22-26 AWG. These wires usually come with a variety of insulation materials and colors which allow for easy identification of the circuit connections.One of the main advantages of using jumper wires is that they are very easy to use as they require no soldering or other means of connecting when used. This allows for rapid prototyping and testing within a circuit or system. The downside to this advantage is that the jumper wires are relatively weak and be susceptible to damage and flex fatigue. This means that it is not recommended to leave the jumper wires connected for an extended period of time as this could damage the wire and other circuitry in the circuit.

Pre-Crimped Leads

Pre-crimped leads are also electrical cable assemblies used to create quick and reliable connections in a circuit or system. They are commonly composed of plastic or metal insulated conductors, along with a pin or terminal at one end, and a connector or plug at the other. The pin or terminal is crimped to the conductor and the other end has a pre-crimped connector that can be plugged into the circuit. Pre-crimped leads offer a quick means to make connections in a circuit or system as well as allowing for the connection to be easily modified with different connector plugs. Pre-crimped leads come in a variety of sizes and colors, allowing for easy identification of the circuit connections.The main advantage of pre-crimped leads is that they provide a robust electrical connection that is less likely to accidentally be disconnected or damaged than a jumper wire, although the downside is that they require some technical expertise to make the crimping or connector attachment.

H3AAT-10102-N8 Application Field and Working Principle

H3AAT-10102-N8 connectors are electrical cable assemblies used for high precision, high speed connections in electronic equipment. The connector is composed of two identical parts which are connected together to form a single connector. The two parts have gold plated stainless steel contact pieces that are inserted into the connector, and they are secured together with a latch. The H3AAT-10102-N8 connectors are used in various applications, such as cable harnesses, automotive wiring, and backplane connections. They are used for their robust construction, high speed, and data rate ultra-connections. The connector also offers a reliable means to interconnect devices since the pin configuration matches between the two identical halves of the connector. The connector consists of two halves which are insulated with materials that offer protection from both electric and mechanical shocks. The insulators also reduce the amount of oxidation that could occur over time. The contact pins are made from alloy steel and plated with gold. This ensures that contacts will not corrode over time and become unreliable. The working principle of the H3AAT-10102-N8 connector is based on a two-fold connection. The first part of the connection is made by inserting the two pins of the connector into the receptacle. The second part is made by securing the connecting latch. This creates a reliable electrical connection between the two parts that is secure and dependable. As a result, the two parts maintain a good electrical connection even under severe conditions such as vibration, shock, and temperature fluctuations.

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