The 8-layer high-temperature-resistant industrial control gold finger PCB is a high-performance printed circuit board specifically designed for the electronic control systems of high-power industrial machinery. It employs advanced materials and manufacturing processes to maintain stable electrical performance and signal transmission capabilities in high-temperature environments, ensuring the reliable operation of industrial equipment.
Product Overview
The 8-layer high-temperature-resistant industrial control gold finger PCB is a high-performance printed circuit board specifically designed for the electronic control systems of high-power industrial machinery. It employs advanced materials and manufacturing processes to maintain stable electrical performance and signal transmission capabilities in high-temperature environments, ensuring the reliable operation of industrial equipment. This product is ideal for various industrial control applications that demand high temperature resistance and signal stability.
Product Features
1. Excellent High-Temperature Performance: Utilizing IT180A material, it maintains stable electrical performance in high-temperature environments, ensuring the normal operation of equipment under extreme conditions.
2. Stable Signal Transmission: The 8-layer board design, combined with fine line width/line spacing control (0.05mm/0.05mm), effectively reduces signal interference, ensuring the stability and integrity of signal transmission.
3. High Reliability: Gold finger with 3U immersion gold surface treatment enhances wear resistance and corrosion resistance, extending the product's service life.
4. High-Precision Manufacturing: Minimum via size of 0.5mm meets the needs of high-density wiring and accommodates complex circuit designs.
5. Eco-Friendly and Durable: Green solder mask with white lettering not only looks aesthetically pleasing but also effectively protects the circuitry from oxidation and contamination.
Technical Specifications
| Number of layers | 8 layers | Minimum line width/line spacing | 0.05/0.05mm |
| Raw material |
R5725S, IT180A |
Ink color | green oil white text |
| Thickness | 1.0mm | Surface treatment method | 3U immersion gold |
| Copper thickness(Inner/Outer) | 1OZ/1OZ | / | / |
Application Areas
High-Power Industrial Machinery: Electronic control systems of large motors, generators, industrial robots, etc.
Automated Production Lines: Signal transmission and processing in control equipment to ensure efficient and stable production processes.
High-Temperature Environment Equipment: Industrial furnaces, heat treatment equipment, etc., where stable operation in high-temperature conditions is required.
Precision Instruments: Measurement and analytical instruments that demand high signal accuracy and stability.
Aerospace Field: Avionics and aerospace equipment where high reliability is required.
Special Production Process
1. Multilayer Board Stacking Technology: Advanced multilayer board stacking process ensures tight connection and signal integrity of the 8-layer board.
2. High-Precision Drilling Process: Drilling technology with a minimum via size of 0.5mm meets the needs of high-density wiring and improves space utilization.
3. Immersion Gold Surface Treatment: 3U immersion gold process enhances the conductivity, wear resistance, and corrosion resistance of the gold finger, extending the product's service life.
4. High-Temperature Curing Process: High-temperature curing process is used during manufacturing to ensure the stability and reliability of the material in high-temperature environments.
5. Strict Quality Inspection: Each PCB undergoes multiple strict quality inspection processes, including visual inspection, electrical performance testing, and high-temperature testing, to ensure high product quality.
Product Summary
The 8-layer high-temperature-resistant industrial control gold finger PCB, with its excellent high-temperature performance, stable signal transmission capabilities, fine manufacturing processes, and high reliability, is the ideal choice for the electronic control systems of high-power industrial machinery. It not only meets the needs of complex industrial environments but also provides strong support for the long-term stable operation of equipment. Whether in high-temperature environments or applications with high precision requirements, this product demonstrates outstanding performance and helps drive the development of industrial automation.
