Precise direction of connector pin and socket

　　With the continuous development of electrical connector pin and Jack market, the super mobile equipment in Internet equipment market has become the main market of electrical connector products. The global demand for plug-in electric vehicles has also been growing steadily, making people pay more attention to the built-in connectivity of equipment in this harsh environment. In addition, the growth potential of the new energy market can not be underestimated. Although the development of renewable energy mainly based on solar energy and wind energy is still limited, in the future, with the increase of government policy incentives around the world, the market will flourish.

　　1. The lightweight and multi-functional features of portable networked electronic devices are the challenges of connector pins

　　From the perspective of application demand, it is the mainstream trend of electronic manufacturing industry to minimize the packaging volume of devices, especially the lightweight and multi-functional characteristics of portable networking electronic equipment, which makes the research and development of electrical connector pin and Jack products face challenges. The focus of market demand is how to achieve effective connection and external interconnection in limited space In some specific applications, the traditional I / O electrical connector pin jack has become one of the focuses of market competition.

　　2. The development of thin and high precision of portable electronic equipment is the development of connector pin to precision and lightweight

　　First: the thin development of portable electronic equipment, so that more and more products in the high compact internal structure to achieve circuit design, and its corresponding circuit, interface connection design. In this trend, all kinds of electrical connector products are moving towards the direction of refinement. On the one hand, the number of bits of electrical connector itself is more and more, but the center distance is smaller;

　　On the other hand, the height of the electrical connector is getting smaller and smaller, which takes up less space. How to ensure the mechanical durability and stable contact resistance of electrical connector products is a key problem for manufacturers to solve when developing this kind of high-density electrical connector, for more micro and thin devices, and even worse application environment. In the use of mobile phones with removable backplane, the precise electrical connector pin jack is the ideal choice for small and fashionable consumer electronic products. At the same time, it has two installation positions, which can make the size design of terminal equipment more flexible.

　　Second, the development of electronic products in the direction of more sophisticated also promotes the development of electrical connector pin holes towards precision, which is driven by the general trend of the development of electrical connector pin and socket.

　　Analysis of thimble connector

　　The thimble connector electronic connector is also often referred to as the power circuit RF connector. Electrical connector is a special tool for mechanical equipment of electrical conductor, which bridges two electrical conductors on a return path to push current or signal from one conductor to another. It is widely used in a variety of electrical equipment routes, with the impact of connecting or breaking current. The connection may be temporary and can be easily inserted at any time, or it may be a special tool for electrical machinery or a node in the middle of a transmission line. Therefore, in order to effectively reduce the characteristic impedance of the grounding device and clean the harm of contact resistance, the plane diagram or a little more grounding device is selected, and a conductive plane diagram (the conductive plane layer of the power circuit of the base plate or double-layer PCB board power supply circuit) is used as the reference ground, and each part of the grounding device must be installed on the surface near the original receiving reference ground.

　　Electronic connector is a device (contrast or multi position) used to transmit electronic devices. It can be used to connect two secondary electronic control systems with separate page applications. It is used in power supply circuit or mechanical manufacturing and other inter phase protective grounding components. For example: power cord plug / power socket, IC foot base are widely used in the electronic industry.

　　After switching on the single pulse, after the protection of the pulse transformer, the single pulse of the pre regulator is used for shaping, and the power amplifier circuit is used to start the adjustment board and tail cutting board worker. The excitation monopulse generated by the pre regulator drives each field effect transistor of the modulation board through the transformer protection. At this time, the high-voltage circuit of the modulation board is sent to the anode oxidation of the microwave heating triode, and the negative electronic device of the microwave heating triode will start to send. The microwave heating triode will send to the input terminal with small output power, high frequency and high success rate Frequency. At the end of the monopulse, the truncated monopulse generated by the pre modulator is used to start the truncated board. After the tail plate is dredged, the diffusion capacitor of microwave heating triode is released, so a very good pulse trailing edge can be obtained.

　　Electronic connector is a kind of motor system software, which can be used to connect two secondary electronic control systems with separable pages. In a simple way, it is used to make power circuit or mechanical manufacturing and other components connected with each other in household appliances. It is also a highway bridge between the two. In addition to the common use of high-frequency switching power switches, magnetic beads can also be used in other electronic, electrical and electronic device testing instruments, as well as various power circuits with strict noise regulations.

　　Shenzhen Witchip Electronics Co., Ltd.

　　Shenzhen Witchip Electronics Co., Ltd. was established in 2004 and is located in Longgang District, Shenzhen. It has an independent factory building with an area of approximately 6,800 square meters. Integrating research and development, manufacturing, and sales, it is mainly engaged in the research and development and production of various POGOPIN and POGOPIN connectors, shrapnel terminals, and CNC automatic lathe parts. It can also be produced and processed according to customer samples. There are more than 4000 product categories for customers to choose. The products are widely used in various electronic products such as drones, smart robots, smart wearable products, 5G communication products, smart home products, education/entertainment electronics, medical equipment products, automotive electronics, mobile phone consumer electronics, etc.

　　The company’s R&D and designers are experienced engineering technicians with nearly 20 years of experience in the industry. The total number of employees is 120, with 80 CNC lathes, 100 automatic lathes, 80 assembly equipment, and projectors. Salt spray tester, life tester, current tester, high temperature tester, load dynamic impedance tester. In order to comply with the demand for market quality

　　The company passed the ISO9001 quality system certification in 2007 and successively passed the ISO14001 environmental system certification in 2009. It has 8 independent patents, which provide a solid guarantee for quality and delivery.

　　The company has always maintained a leading advantage in the field of Pogopin connector products, adhering to the business philosophy of "gratefulness, innovation, and creating value for customers", and has been recognized by some well-known companies at home and abroad, becoming their excellent connector supplier. Continuously win the trust of customers with quality and service, and establish a good reputation.

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