Introduction to single-row smt bus

As the key equipment in SMC(Surface Mount Technology) process, single-row smt busbar plays a key role in the production and processing of electronic products. It is an SMC-based Electronic Connector that consists of a row of pins arranged in a standard pitch and is widely used in prototyping, modular electronics, test and measurement equipment, industrial control systems and other fields.

The structure of the single-row smt bus is as follows:

1. Plastic shell: The shell of the single-row smt bus is a plastic material, usually made of high temperature and corrosion resistant materials to ensure its stability and reliability in high temperature and high humidity environments.

2. Pin: The pin of the single-row smt bar is its most important component, usually made of metal materials such as copper or aluminum, with good electrical conductivity and mechanical strength. The number and spacing of pins vary according to different application requirements, such as FKMCONN's standard, the bar can be divided into five categories, the spacing is 254mm, 200mm, 127mm, 100mm, 08mm.

3. Connector: The single-row smt bus connector is the key part of its connection with other electronic components, usually using the pin and the metal in the groove in contact with the way to achieve signal transmission and power transmission. The connector is compact in design, easy to install, can withstand strong pulling, extrusion, thermal shock, etc., and has the ability to shield electromagnetic interference.

The working principle of single-row smt bus is as follows:

1. Connection: The single-row smt bar is connected to other electronic components through its pins, such as PCB circuit boards, pins, etc. The connection method is usually welded or crimped to ensure the stability and reliability of the connection.

2. Signal transmission: Single-row smt bus can transmit various signals, such as digital signals, analog signals, power signals, etc. The mode of signal transmission usually uses electrical signal transmission, through the electrical contact between the pin and other electronic components.

3. Power transmission: Single-row smt bus can transmit power, such as direct current, alternating current, etc. The mode of power transmission usually uses electrical signal transmission, through the electrical contact between the pin and other electronic components.

The advantages of single-row smt bus are as follows:

1. Flexibility: The number and spacing of the pins of the single-row smt bar can be customized according to different application requirements, with high flexibility.

2. Modularity: Single-row smt bus can be combined with other electronic components to form a modular electronic system for easy assembly and maintenance.

3. Accessibility: The pin of the single-row smt bar can be easily inserted and replaced, and has high accessibility.

4. Reliability: Single-row smt busbar adopts high-quality materials and advanced manufacturing process, which has high reliability and stability.

5. Cost effectiveness: The cost of single-row smt bushing is relatively low and has high cost effectiveness.

The application areas of single-row smt bus are as follows:

1. Electronic products: Single-row smt bus is widely used in a variety of electronic products, such as mobile phones, computers, TVS, audio and so on.

2. Communication equipment: Single-row smt bus is widely used in various communication equipment, such as telephones, fax machines, routers, switches, etc.

3. Computer equipment: Single-row smt bus is widely used in various computer equipment, such as computers, laptops, servers, printers, etc.

4. Aerospace equipment: Single-row smt bus is widely used in various aerospace equipment, such as aircraft, satellites, rockets, etc.

In short, single-row smt busbar is an SMC-based electronic connector with the advantages of flexibility, modularity, accessibility, reliability and cost effectiveness. It is widely used in various electronic products, communication equipment, computer equipment, aerospace equipment and other fields, and plays a vital role in realizing the innovation and connection of global electronic systems.