Since the last century, after decades of development, China's domestic solid-state relay industry has become quite mature, and the gap between the world's solid-state relaying industry has also become minimal. This has an inseparable relationship with the domestic relay company's own innovation ability and the ability to use science and technology. In recent years, the domestic relay industry has developed rapidly, and large, medium and small enterprises have become dazzling. Among the numerous companies, there have also emerged several leading advanced companies as well as advanced science and technology and new relay products within their enterprises. From the current point of view, most domestic relay companies have relatively low investment in product technology, and the rate of replacement of products is much slower than those with innovative capabilities. This is naturally related to the lack of internal technical personnel. Of course, The technical investment of the business owner is also an aspect. At present, the domestic and international competition in the relay industry is fierce. Thousands of companies produce the same product. From time to time, some enterprises have quickly eliminated the relay industry market due to quality problems, reputation problems, and low technological content of products, and the backward technology. . The prosperity of the real market has brought about a large number of investors, and the competition among SMEs is particularly fierce. In this age of economic and technological knowledge explosion, only when technological knowledge and science and technology continue to be updated will companies be able to have vigor to adapt. Social development.

According to relevant departments, although there has been a slight reduction in the number of export products of the relay industry in China this year, the total value of exports has increased a lot. This shows that the added value of export relays has increased, ie, high value-added relays have been exported. Significantly increased share. The high value-added products in the relay industry have been greatly improved and have gradually replaced imported products in certain fields. This shows that the share of high-tech products in China has increased in the entire domestic market. Traditional electromechanical relays will still maintain a growth rate of no less than 7% to 8%. The development speed of solid state relays will be close to 15%, and special relays will develop at a speed of more than 20%. China's relay industry will gradually accelerate its transformation from a “manufacturing power” to a “creating power”. From the export to the domestic demand, exports will keep pace with each other. Especially after high-end products are overcome, the trend of domestic demand will become clearer. In the process of optimization and upgrading, enterprises should quickly shift from doing "products" to "quality", from "distribution of markets and orders" to "profit, brand". Only good quality can have more orders, more market share, and a better brand image, and it can only gain greater profits. Brand image is a necessary condition for sustainable development of enterprises. Starting from “products” to enhance “quality”, “quality” to establish “brand” and embark on the road of brand economic development, companies can cultivate and condense true core competitiveness. The application fields of special relays such as optical relays, temperature relays, and high-frequency relays are constantly expanding. The technology, quality, and output levels of domestic manufacturing are far from meeting the market demand. Vigorously improve the level of automated testing, increase the manufacturing, assembly automation engineering capacity factor to the world's advanced level, or quickly reduce the gap with the developed countries in the relay manufacturing, process level. Leveraging on the development of new products leverages structural adjustments and opens up new markets. The "triple play", especially the development of the "Internet of things" and 4G, will enable new types of relays such as optical relays and high-frequency relays to achieve greater and faster development, becoming the new bright spot for the relay industry during the "12th Five-Year Plan" period.

The future development direction of the domestic and international relay industry High-frequency relays are the main development direction of communication relays Optical relays will be an important direction for the development of next-generation relays Relays for communications will continue to grow in the future, accounting for 1/4 of the global relay market. The high frequency relay is the main direction of its development. Under the impetus of telecommunication field, wireless communication, broadband transmission access, etc., it has become a new platform for the replacement of electromechanical relays and a booster for the next generation of communication technology.

Smaller size, suitable for surface mounting, high reliability and excellent anti-interference performance of communication relays are in demand; the fourth generation of new communication relays required for future 4G development will become the mainstream of its development.

The fourth-generation communications relay technology has gradually matured, and the third generation of mobile communications has provided a good market prospect. It can be seen that in the next few years, the domestic industrial relay market will maintain a steady growth, and the market competition landscape will not change much, while the mainland industrial relay market will maintain a relatively stable growth trend, with the overall economy. As the environment improves, the growth rate of the industry will increase. Therefore, it is recommended that the owners of the relay industry should seize this opportunity to increase investment in product technology and technology, create high-tech products, and ensure that enterprises' vitality can occupy a place in the fiercely competitive modern international market.

Antenk manufactures a wide range of application specific board stacking connectors which were designed and built to specific customer requirements. Our experienced staff has developed custom products in a variety of contact styles, pitches and stacking heights. Our designs range from new concepts to duplicating existing market products identically or with improvements. Many desigsn are produced using automated manufacturing processes to increase reliability and provide significant cost savings


Board to Board Connector

Board-to-board (BTB) connectors as the name indicates is used for connecting circuits board together. This kind of connectors are suitable for stacking circuits boards one over another. Flat flexible cables can be avoided using these kinds of connectors; moreover it makes the entire unit more compact. The commonly used BTB connectors are SMT connectors and Berg Strip. We will discuss about them in detail in the following section.

SMT CONNECTOR
Surface Mount Technology (SMT) connector is a commonly found board-to-board connector in advanced circuit boards. As the name indicates this connector is available only in surface mount model. It is carefully mounted on to the solder pads on the surface of the PCB.
SMT connectors are ideal candidate for miniaturization due to their small area of occupancy and stacking height. They are suitable for double layered or multilayered PCBs. They are designed for high performance and reliability. 
They commonly found in advanced circuit boards in networking equipment, telephones, mobile phones, computers and other consumer electronics.


Board-to-board (BTB) connectors are used to connect printed circuit boards (PCB), electronic components that contain a conductive pattern printed on the surface of the insulating base in an accurate and repeatable manner. Each terminal on a BTB connector is connected to a PCB. A BTB connector includes housing and a specific number of terminals. The terminal is made from a conductive material (mostly copper alloy), and plated to improve conductivity and antirust. Terminals transmit the current/signal between PCBs connected by BTB; the housing is made of insulating material (mostly plastic).

The basic types of Board to Board Connector
Broadly speaking, Board To Board Connectors are manufactured in the following types:
Pin Header
Elevated Pin Header
Socket
Elevated Socket 
Shrouded Header
Box Header
basic types of Board to Board Connector



The way mount Board to Board Connectors on a PCB
board to board connectors are available in through hole (TH) and Surface Mount (SMT) variants.
Locating pegs (also referred to as locating posts, alignment pins or board locks) are used to assist alignment of connectors to the PCB. Locating pegs are particularly useful when using surface mount components.

board to board connector mount

board to board connectors are available in the following pitches: 04mm/0.5mm/0.8mm/1.0mm/1.27mm/2.54mm/3.96mm/4.0mm
For experienced hardware designers choosing board to board connectors is second nature, for the uninitiated it can be daunting. We offer design support and will help guide you through the options available. If you need help with your board to board connector design, contact antenk. Where required antenk also offer non standard pitches.
connector pitchs





Board To Board Connectors

0.4mm Board To Board Connectors,0.5mm Female Board To Board Connector,0.8mm 1.0 mmPcb Board To Board Connector,Board To Board Terminal Connectors

ShenZhen Antenk Electronics Co,Ltd , https://www.antenk.com

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