Availability: | |
---|---|
Quantity: | |
Electronic devices with high frequency are the developing tendency nowadays, especially in the wireless networks. Satellite communication growing rapidly, information products move towards high speed and high frequency. Thus developing new products always need to use high frequency substrate, satellite system, mobile telephone receiving base station and so on, these communication products must use high frequency PCB.
High frequency PCB are used in applications where transmission rates are critical. These types of PCBs often incorporate the use of controlled impedance designs as well as PTFE, Ceramic, or other high-speed materials. Common design features include hybrid material constructions, blind & buried vias, backdrilling, and sequential laminations. Faster communications require high speed resin systems for high bandwidth RF applications in the following industries: Military, Telecommunications (power amplifiers and antennas), RFID, DUT Chip testing, Medical and Automotive (radar).
Manufacturing challenges typically surround the different types of materials required by the design. Primarily the issues include drilling, multilayer lamination, and plating activation. With our many years of experience with microwave laminate, we understand the high reliability and tight tolerance requirements of most applications. Will all the different features of every RF PCB application, we have developed partnerships with the key material suppliers such as Rogers, Arlon, Nelco, Isola, Taconic, EMC and TUC just to name a few.
Hybrid or Mixed Dielectric Boards
Wide range of material, such as: Rogers RO4350, RO4003, RO3003, RT/duroid, Arlon 85N, 33N, Nelco N4000-13, Panasonic Megtron 4, Megtron 6, TU872, EM827, TACONIC RF35, etc.
Metal Backed and Metal Core PCB's
Cavity Boards (Mechanical and Laser Drilled)
Edge Plating
Constellations
Blind/Buried and Laser Via's
Soft Gold and ENEPIG Plating
There is a very popular type of PCB circuit board, and that is the high frequency circuit board. high-frequency board circuit board has been favored by the market since its invention. Since the emergence of induction heating technology, it has taken the lead, and its extremely high frequency is active in the communication industry and network technology to promote a set of high-speed information processing systems. By virtue of its own advantages, it meets the requirements of many high-precision parameter instruments. So what are the advantages that make high-frequency circuit board popular?
1. Fast speed
As we all know, the transmission speed is proportional to the dielectric constant. In the electrical principle, the transmission speed is inversely proportional to the square root of the dielectric constant, that is, the larger the dielectric constant, the slower the transmission speed; the smaller the dielectric constant, the faster the transmission speed. This is also one of the reasons why the PCB high-frequency circuit board can be loved by everyone. It adopts special materials, which can well ensure the characteristics of small dielectric constant, and can ensure the transmission speed while making the operation of the high-frequency circuit board relatively stable.
2. High efficiency
Generally speaking, due to its small dielectric constant, the consumption of high-frequency circuit boards is naturally smaller than other circuit boards. Under such excellent congenital conditions, the efficiency of high-frequency circuit boards is very high. High frequency PCB can also meet the needs of target heating the induction heating technology at the forefront of scientific and technological development. Of course, while pursuing efficiency, environmental protection cannot be abandoned.
3. Great controllability
It is widely used in high-frequency circuit boards that require heating treatment of precision metal materials in various industries. In the process of its field, it can not only realize the heating of components with different depths, but also focus on heating according to local characteristics, whether it is the surface or the deep layer, centralized or decentralized heating methods can be easily completed.
4. Strong tolerance
The environment affects the composition of the medium, so high-frequency circuit boards still have some environmental requirements, especially in the places where there are more humid weather. High-frequency circuit boards can well adapt to such an environment. High-frequency circuit boards made of materials with extremely low water absorption can challenge such an environment. At the same time, it is best to make PCB high-frequency circuit boards resistant to chemical corrosion. So that it can withstand moisture and high temperature in a humid environment, and has great peel strength.
Rogers 3003 high frequency PCB
Thickness: 0.508mm
Surface treatment: OSP
Quality standard: IPC-A-600G& IPC-6018A
Hot tags: High Frequency PCB, rogers pcb, rogers circuit board, radar PCB, copper clad laminate, rogers pcb board, hi tech pcb, pcb weather radar, rogers pcb material, rogers 4350b, Customized, cheap, quotation, suppliers, factory, manufacturer, manufacturing, manufacturing services
Electronic devices with high frequency are the developing tendency nowadays, especially in the wireless networks. Satellite communication growing rapidly, information products move towards high speed and high frequency. Thus developing new products always need to use high frequency substrate, satellite system, mobile telephone receiving base station and so on, these communication products must use high frequency PCB.
High frequency PCB are used in applications where transmission rates are critical. These types of PCBs often incorporate the use of controlled impedance designs as well as PTFE, Ceramic, or other high-speed materials. Common design features include hybrid material constructions, blind & buried vias, backdrilling, and sequential laminations. Faster communications require high speed resin systems for high bandwidth RF applications in the following industries: Military, Telecommunications (power amplifiers and antennas), RFID, DUT Chip testing, Medical and Automotive (radar).
Manufacturing challenges typically surround the different types of materials required by the design. Primarily the issues include drilling, multilayer lamination, and plating activation. With our many years of experience with microwave laminate, we understand the high reliability and tight tolerance requirements of most applications. Will all the different features of every RF PCB application, we have developed partnerships with the key material suppliers such as Rogers, Arlon, Nelco, Isola, Taconic, EMC and TUC just to name a few.
Hybrid or Mixed Dielectric Boards
Wide range of material, such as: Rogers RO4350, RO4003, RO3003, RT/duroid, Arlon 85N, 33N, Nelco N4000-13, Panasonic Megtron 4, Megtron 6, TU872, EM827, TACONIC RF35, etc.
Metal Backed and Metal Core PCB's
Cavity Boards (Mechanical and Laser Drilled)
Edge Plating
Constellations
Blind/Buried and Laser Via's
Soft Gold and ENEPIG Plating
There is a very popular type of PCB circuit board, and that is the high frequency circuit board. high-frequency board circuit board has been favored by the market since its invention. Since the emergence of induction heating technology, it has taken the lead, and its extremely high frequency is active in the communication industry and network technology to promote a set of high-speed information processing systems. By virtue of its own advantages, it meets the requirements of many high-precision parameter instruments. So what are the advantages that make high-frequency circuit board popular?
1. Fast speed
As we all know, the transmission speed is proportional to the dielectric constant. In the electrical principle, the transmission speed is inversely proportional to the square root of the dielectric constant, that is, the larger the dielectric constant, the slower the transmission speed; the smaller the dielectric constant, the faster the transmission speed. This is also one of the reasons why the PCB high-frequency circuit board can be loved by everyone. It adopts special materials, which can well ensure the characteristics of small dielectric constant, and can ensure the transmission speed while making the operation of the high-frequency circuit board relatively stable.
2. High efficiency
Generally speaking, due to its small dielectric constant, the consumption of high-frequency circuit boards is naturally smaller than other circuit boards. Under such excellent congenital conditions, the efficiency of high-frequency circuit boards is very high. High frequency PCB can also meet the needs of target heating the induction heating technology at the forefront of scientific and technological development. Of course, while pursuing efficiency, environmental protection cannot be abandoned.
3. Great controllability
It is widely used in high-frequency circuit boards that require heating treatment of precision metal materials in various industries. In the process of its field, it can not only realize the heating of components with different depths, but also focus on heating according to local characteristics, whether it is the surface or the deep layer, centralized or decentralized heating methods can be easily completed.
4. Strong tolerance
The environment affects the composition of the medium, so high-frequency circuit boards still have some environmental requirements, especially in the places where there are more humid weather. High-frequency circuit boards can well adapt to such an environment. High-frequency circuit boards made of materials with extremely low water absorption can challenge such an environment. At the same time, it is best to make PCB high-frequency circuit boards resistant to chemical corrosion. So that it can withstand moisture and high temperature in a humid environment, and has great peel strength.
Rogers 3003 high frequency PCB
Thickness: 0.508mm
Surface treatment: OSP
Quality standard: IPC-A-600G& IPC-6018A
Hot tags: High Frequency PCB, rogers pcb, rogers circuit board, radar PCB, copper clad laminate, rogers pcb board, hi tech pcb, pcb weather radar, rogers pcb material, rogers 4350b, Customized, cheap, quotation, suppliers, factory, manufacturer, manufacturing, manufacturing services
According to the Japan Electronics Packaging Circuits Association (JPCA), Japanese PCB production saw significant growth in January 2015. The total output, including rigid PCBs, flexible PCBs (FPC), and module substrates, increased by 3.2% year-over-year. Flexible PCBs led the surge with a remarkable 23.1% rise in production. Major suppliers like Ibiden and Nippon Mektron contributed to this upward trend.
In the world of electronics, the choice of substrate material for printed circuit boards (PCBs) plays a crucial role in determining the overall performance, reliability, and efficiency of the system. Among the various options available, aluminum PCB (Aluminum Based PCB or Aluminum Substr
In the rapidly evolving world of electronics, the demand for more compact, faster, and reliable devices has skyrocketed. This technological leapfrog has necessitated the development of advanced manufacturing techniques and materials, with MultiLayer Printed Circuit Boards (PCBs) emerging as a corner
Double Side PCB, also known as Double-sided PCB or Double-sided Circuit Board, is a commonly used electronic component that features circuit traces on both sides of the board. This design allows for the integration of two distinct circuits within a single board, offering advantages in terms of space
Ceramic PCBs, also known as ceramic printed circuit boards, are a type of circuit board that utilizes a ceramic base material instead of the traditional fiberglass. These specialized PCBs offer a range of benefits and are particularly well-suited for applications that require high thermal conductivi
IntroductionFlexible circuit boards have gained popularity in various industries due to their unique characteristics and applications. However, a common question that arises is whether flexible circuit boards are as reliable as their rigid counterparts. In this article, we will explore the reliabili