Electronic manufacturer

burn-in-boards

Burn in boards: superior performance and lasting stability

Burn-in board is a special kind of circuit board, which is a high-quality circuit board after special processing, mainly used for aging tests. This kind of board has special sockets for fixing ICs in it. Aging boards are mainly used for aging tests of electronic components, including high temperature, high humidity, double 85 test, and […]

antenna-pcb

Antenna PCB: Leading the Way in Wireless Communications

Antenna PCB, also known as Antenna Printed Circuit Board, is a special type of printed circuit board on which the antenna is designed and manufactured for the transmission and reception of wireless signals. Antenna PCB is an important part of a wireless communication system, which realizes wireless communication by converting electromagnetic energy into wireless signal

alron-pcb

Arlon PCB: Creating an Efficient Electronic Foundation

Arlon pcb is a printed circuit board made from special materials manufactured by Arlon Corporation. Arlon substrate has stable electrical properties and mechanical strength that maintain performance under a variety of environmental conditions. Its low dielectric constant and low loss factor reduce losses and delays during signal transmission, meeting the needs of high-speed signal transmission

taconic-pcb

Taconic PCB: the electronic cornerstone of efficiency

Taconic PCB, known in Chinese as Taikangli, is one of the specialty PCB circuit board sheets, originally produced in the United States. It has the characteristics of lighter weight, good waterproof and fireproof performance, higher heat resistance and strength, and non-adhesion. As a kind of high-frequency and high-speed board, Taconic PCB has a wide range

rogers-5880-pcb

Rogers 5880 PCB: The Choice for Excellence and Reliability

Rogers 5880 pcb is a high-frequency board material with low loss, high stability and excellent mechanical properties. Its directional dielectric constant is about 2.2, which makes it an excellent high-frequency board material. Features and AdvantagesExcellent electrical properties: Rogers 5880 PCB substrate has a low dielectric constant and low loss factor, which effectively reduces losses and

hybrid-pcb

Hybrid pcb: Blending Traditional and Innovative Electronic

Hybrid PCB is integrated circuit made by the combination of a semiconductor integration process and thin (thick) film process, is a film on the substrate with a film-forming method to produce thick or thin film components and their interconnections, and discrete semiconductor chips, monolithic integrated circuits or micro-components on the same substrate, mixed assembly, and

microwave-pcb

Microwave PCB: Features and Application Scenarios

High-frequency microwave pcb is circuit boards used for transmitting high-frequency signals, which typically operate at frequencies between several hundred megahertz and several tens of gigahertz. Compared with conventional circuit boards, high-frequency microwave circuit boards have a higher frequency response and lower signal loss, enabling higher transmission rates and longer transmission distances. In addition, high-frequency microwave

cavity-pcb

Cavity PCB:The Secret Weapon Leading Electronic Device Innovation

A concave cavity PCB is a high-performance circuit board designed with a concave structure. By forming a concave space within the circuit board, space can be utilized more efficiently to promote miniaturization and integration of electronic devices. It makes full use of the internal space of multilayer circuit boards in the manufacturing process and can

teflon-pcb

Teflon pcb:characteristics and application scenarios

Teflon pcb, also known as ptfe pcb, is made of Teflon raw materials by molding or extrusion, according to the different raw materials of Teflon as well as the industry’s claims and main applications, Teflon sheet can be divided into PTFE sheet, PFA sheet, FEP sheet, PVDF sheet. In the fluorine industry, mainly PTFE sheet

rigid-flex-pcb

Rigid flex pcb is the ‘rigid and flexible’ of circuit boards

Rigid flex PCB is a special type of printed circuit board that combines the characteristics of rigid and flex PCBs. It uses a flexible material, such as polyimide or polyester film, as the substrate and a rigid material, such as glass fiber-reinforced epoxy resin, as the backing layer. By combining a flexible substrate with a

printed circuit board drilling

Printed Circuit Board Drilling: Processes and Precautions

Printed circuit board drilling is a process of creating cavities, slots, or holes in a circuit board, which is usually performed prior to mounting components. Drilling can be accomplished through mechanical drilling or laser drilling, among other means, with the goal of creating the desired electrical connections and mounting locations for the circuit board. After

gold finger pcb

Gold Finger PCB: A Source of Performance and Stability

Gold finger pcb is metal connectors that are set on the edges of a circuit board and usually take on a gold or yellow appearance. These connectors are made of gold-plated or alloy materials and are designed to provide a reliable electrical connection and are commonly used to connect different electronic components such as memory

mini drone pcb

Design of mini drone pcb

Mini Drone PCB is a circuit board specifically designed for use in UAV equipment, featuring miniaturization, high integration, and high reliability. These boards are typically manufactured using High-Density Interconnect (HDI) technology, which allows for complex circuit designs and the mounting of tiny components to meet the stringent requirements of UAVs in terms of size, weight,

rogers ro4350b

Rogers 4350B: Superior Performance and Applications

Rogers 4350B is a high-performance polymer material known for its outstanding electrical properties, mechanical strength and stability. It is used in a wide range of electronic, electrical and aerospace applications, providing excellent support for a variety of demanding application scenarios. Rogers RO4350B high-frequency board board is fully compatible with traditional PCB manufacturing technology, do not

fr4 material

FR4 material properties and application scenarios

What is fr4 material? FR4 material is a widely used composite material, mainly composed of glass fiber and epoxy resin. The name “FR4” indicates that the material meets the requirements of the flame retardant class, meaning that it is self-extinguishing in a burning state, which has led to the widespread use of FR4 materials in

pcb potting

PCB Potting and Coating: Process Comparison and Selection

PCB potting refers to the filling of potting adhesive into the void of PCB. Potting (potting) is the polyurethane potting adhesive, silicone potting adhesive, epoxy resin potting adhesive with equipment or manual way into the device equipped with electronic components, lines within the device, at room temperature or under heating conditions to become a thermosetting

hdi boards

Difference between fr4 boards and hdi boards

Circuit boards are a critical component in modern electronic products, and HDI boards and FR-4 circuit boards are two common circuit substrate materials used in the electronics industry. Although they both have unique advantages and application scenarios, there are significant differences in performance, manufacturing processes and areas of application. Comparatively, FR-4 boards, while stable in

custom stencil

How to make custom stencils and cost impact factors

Custom stencils refer to the customization of stencil products with different specifications, materials, and shapes according to the specific needs of customers. Customers can choose different materials, specifications, and shapes, as well as different mesh sizes and arrangements according to their needs. In addition, customized stencils can also be surface-treated and coated according to customers’

smt stencil

SMT stencil: the core tool for electronics manufacturing

SMT stencil is SMT-specific molds whose main function is to aid in the deposition of solder paste, to transfer the exact amount of paste to the exact location on an empty PCB. Stainless steel mesh was initially made of wire mesh, then due to its durability, iron wire mesh, copper wire mesh, and finally stainless

Fr4 Dielectric Constant

Fr4 Dielectric Constant: Impact and Selection

The fr4 dielectric constant is a physical quantity that measures the degree of polarization of a dielectric material in the presence of an electric field. For copper-clad materials, the dielectric constant determines the speed of signal propagation in a circuit as well as the delay of the signal.The dielectric constant of Fr4 is usually in

Thick Film Ceramic PCB

Properties and Applications of Thick Film Ceramic PCB

Thick film ceramic PCB is an advanced circuit board technology that combines the excellent properties of ceramic materials with the flexibility of printed circuits. These boards are widely used in many fields because of their excellent high-temperature resistance, high insulation, excellent thermal conductivity, and high reliability. Thick film ceramic PCB adopts ceramic material as the

ceramic pcb

Ceramic PCB: Advantages and Applications

A ceramic pcb is a circuit board based on ceramic material, also known as a ceramic substrate or ceramic circuit board. It is prepared using ceramic powder and organic binder, and the circuit is prepared by printing conductive metal paste, which is sintered at high temperatures to form a pcb board. Ceramic printed circuit boards

pcb board soldering

PCB Board Soldering: Processes and Practices

With the rapid development of science and technology,printed circuit boards (PCBs) are more and more widely used in electronic equipment. PCB Board Soldering as a key link in the PCB manufacturing process,its quality directly affects the function and reliability of the entire circuit board. Overview of welding technologyWelding technology is a method of connection through

Heavy Copper PCB

Heavy Copper PCB

Heavy Copper PCB is a special type of printed circuit board with a copper foil thickness much greater than that of conventional circuit boards. These boards are specially treated during the manufacturing process and are characterized by high electrical conductivity, high thermal conductivity and high stability, and therefore excel in high-current and high-frequency application scenarios.

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