TE Connectivity amp connector enables contact between wires, cables, printed circuit boards, and electronic components. Connectors are essential in various industrial and commercial applications depending on the amp connector types.
For instance, amp connectors can be used in broadband applications, OEM, military space, cell phones, automotive, and aerospace. The use and applications of these electrical components are genuinely endless.
However, if you are about to begin a new project or application and looking for amp connector options, you are in the right place. This guide will discuss all to know about TE Connectivity AMP connector devices.
From the different connector systems available to the wide range of TE amp connectors catalog, be sure that you will learn a whole deal in this article.
What are AMP Connectors?
AMP connectors are electrical components designed to allow for connections when pushed together. Connectors are devices that do not require special tools or procedures to connect or disconnect circuits electrically.
While various amp connector types exist, some are used alone as one-pieces. Others have a plug and socket – two-pieces type. The ones used alone can directly connect PCB and wires to connectors.
On the other hand, two-piece types have different parts. For example, the part where the plug and socket are fitted is called the contact part. At the same time, the part where the PCB or wire is attached is called the connection part.
AMP connectors are designed to improve numerous applications’ mechanical and electrical performance. With a push-and-turn connect/disconnect mechanism, connectors are reliable and straightforward to use.
3 TE Connectivity AMP Connector Types You Should Know
As established earlier, there are various amp connector types and are classified based on the following;
- Connector level
- Connector function
- Connector level termination
It is essential to know that the connector type you select shall depend on your requirements as it will ultimately affect your application. Later in this article, we will consider some critical things before selecting an amp connector.
Let’s discuss the TE Connectivity amp connector types based on their classes.
Classification – Connector Level
This class includes the popular board-to-board connectors and wire-to-board-connectors. As you know, board-to-board connector types can connect PCBs without the aid of a cable. On the other hand, wire-to-wire is for connecting two wires. With this connector type, one end is permanently attached to the wire, and the other end forms a detachable interface.
A connection is established from a wire to a PCB for wire-to-board connectors. Similar to the wire-to-wire connectors, there is also a detachable and a permanently fixed end.
Other types of connectors in this class are: Chip-to-package & Package-to-board
Class – Connector Function
The functions of connectors can be summed up as being able to connect or disconnect electrical circuits. However, the function referred to here is more of their applications in electrical devices and environmental conditions.
Here are the types of TE connectivity amp connectors based on this classification.
These connectors are used in homes and have more than one wire connected to one terminal. But, compared with other connector types, it is not as efficient due to its lack of protection.
These connector types are used in audio and testing devices and are typical two-pieces connectors. Wires are attached to a post, and the opposite end is connected to terminals, plugs, and pins.
Plug and Socket
This type of connector makes use of amp connector pins and is applied to USBs, HDMIs, and computing. It makes connection easier for it does not need tools, plugs, or sockets.
Class – Connector Level Termination
This classification of connectors includes connector types used to make connections that can later be separated.
Examples are: Insulation Displacement Connectors & Crimping
How To Choose TE Connectivity AMP Connector Pins
In choosing an amp connector, there are many things to consider. Of course, your application requirements will be on top of the list, but there are other critical elements to prioritize and some are listed below.
- Define Your Electrical Requirements
The current ratings and operating voltages of a connector will determine the success of your applications. First, define your electrical device’s voltage and current requirement.
Manufacturers like TE Connectivity have their test standards available for viewing. TE connectivity also designs custom connectors to meet your required specifications. As a tip, when checking current ratings, note all temperature rise specifications. This will inform you of heat dissipation levels at specific values.
- Understand the Functions You Need
What functions do you want to be added to your connectors? The answer to these questions will make a huge difference and save you the trouble of having numerous cables; if you can get a single connector that will cater to all you need, the better.
TE Connectivity can provide you with hybrid connectors – custom designed – that will meet your function requirements. It will be worth the time and effort.
- Consider the Termination Type for Your application
You also need to consider the connector termination type. It is easier to seal connectors with solder contacts against moisture, whether you know it or not. However, note that connectors with crimp contacts offer better field reparability.
It is excellent to understand the conditions you will be using the connectors and their specific condition requirements.
TE Connectivity Distributors
In truth, it is easier to discuss your application needs with a manufacturer or amp connectors distributors. This way, you are sure you are selecting the right choice for your electronic device and applications.
TE Connectivity AMP connectors come with a design that reduces application size and power usage while enabling increased performance. The company has a portfolio of electrical connector types engineered to transmit data, power, and signal under the most extreme use.