Research Platinum Brand YB8613: A forward-looking work that innovates the conductive silver paste of LTCC ceramic substrates

With the continuous advancement of technology, the miniaturization, integration, and high performance of electronic products have become an irreversible trend. In this context, Low Temperature Co fired Ceramic (LTCC) technology is widely used due to its unique performance advantages, especially in the fields of high-frequency and high-speed circuits. The core of LTCC technology lies inConductive silver pasteIts performance is directly related to the conductivity, stability, and reliability of the circuit.Advanced Institute (Shenzhen) Technology Co., LtdThe recently launched YB8613LTCC ceramic substrate conductive silver paste from the Research Platinum brand has become a focus of attention in the industry due to its outstanding performance and innovative characteristics.

Technical parameters and performance highlights

Research Platinum Brand YB8613LTCC Ceramic Substrate Conductive Silver PasteThe design fully considers practical application requirements, and its key parameters and performance highlights are as follows:

• Electrical resistivity: 0.3 Ω· cm, far below the market average, ensuring excellent conductivity.
• Sintering temperature: 830 ° C, compared to traditional silver paste, greatly reduces the sintering temperature, saves energy consumption, and reduces damage to the substrate material.
• Viscosity: The appropriate viscosity range ensures both good printing performance and stable coating effect.
• Curing time: 30 minutes, fast curing, improves production efficiency and shortens product cycle.
• Thermal stability: Tested to withstand continuous operating temperatures up to 150 ° C, ensuring stable performance in various working environments.
• Environmental adaptability: Good moisture and chemical resistance, suitable for various complex manufacturing environments and application scenarios.

Product formula analysis

The formula of YB8613 brand research platinum is carefully designed to optimize the various performance indicators of conductive silver paste:

• Silver powder: usingHigh purity nanoscale silver powderEnsure excellent conductivity and stability.
• Organic carrier: Specific proportions of polyvinyl butyral (PVB) and polyvinyl formal (PVA) are selected as the main organic carriers, ensuring both the fluidity of the slurry and good sintering performance.
• Dispersant: Add an appropriate amount of polyvinylpyrrolidone (PVP) to effectively prevent silver powder agglomeration and improve the uniformity of the slurry.
• Thickener: Add an appropriate amount of ethyl silicate (TEOS) to adjust the rheological properties of the slurry and enhance the uniformity of the coating.
• Flux: Contains an appropriate amount of surfactant, which helps improve the welding effect and reduce welding defects.

Application scenarios and case analysis

YB8613LTCC ceramic substrate conductive silver paste from Yanbo brand is widely used in the manufacturing of modern electronic devices, especially in the following applications, demonstrating its unique advantages:

• Wireless communication devices: In devices such as 5G base stations and Wi Fi routers, YB8613's high conductivity and low loss characteristics improve signal transmission efficiency and stability.
• Microwave and RF components: Applied to microwave filters, antennas, and other components, their wideband adaptability and thermal stability ensure reliable performance in complex electromagnetic environments.
• Automotive electronic systems: In devices such as automotive radar and in car entertainment systems, YB8613's weather resistance and vibration resistance improve the overall reliability of electronic systems.
• Medical instruments: In high-end medical equipment such as MRI devices, electrocardiographs, etc., their excellent environmental adaptability and electrical performance ensure the accuracy and stability of the equipment.

conclusion

Research Platinum Brand YB8613LTCCCeramic substrate conductive silver pasteWith its innovative formula design and excellent performance parameters, it has opened up new possibilities for the application of LTCC technology. By optimizing the performance of electronic products, improving production efficiency, and reducing costs, this product is gradually becoming an important force driving the electronics industry forward. In the future, with the integration of more technological innovations, the research platinum brand YB8613 will undoubtedly bring more surprises and breakthroughs to the electronics industry.