|
| ชื่อแบรนด์: | Yuxing |
The Ceramic Substrates we offer are engineered to meet the highest standards of performance and reliability in various advanced electronic applications. These substrates are essential components widely used in the production of MOSFET power module substrates, where their exceptional thermal and electrical properties contribute to the efficiency and durability of power electronic devices. Our product line includes Copper Clad Ceramic Substrates and Aluminum Nitride Substrates (AlN Substrates), both designed to provide superior performance in demanding environments.
One of the critical attributes of our Ceramic Substrates is their extremely low moisture absorption rate, which is less than 0.05%. This low moisture absorption ensures that the substrates maintain their structural integrity and electrical insulation properties even in humid or challenging conditions. This feature is particularly important for applications involving high power and high frequency, where moisture-induced degradation could lead to performance failures or reduced lifespan of the electronic components.
Our substrates are produced using a pneumatic type system, which guarantees precise control during the manufacturing process. This system allows for consistent quality and uniformity across each substrate, ensuring that every piece meets the stringent requirements necessary for high-performance applications. The pneumatic system also enhances the reliability of the coating and layering processes, which are crucial for Copper Clad Ceramic Substrates and Aluminum Nitride Substrates.
The application method employed for these substrates is spray coating, a technique that provides an even and controlled deposition of materials on the ceramic base. Spray application helps in achieving a smooth surface finish and uniform thickness, which are vital for optimizing thermal conductivity and electrical insulation. This method is especially beneficial when working with Copper Clad Ceramic Substrates, where the copper layer needs to adhere perfectly to the ceramic substrate to ensure excellent electrical connectivity and heat dissipation.
The cells density of our Ceramic Substrates ranges from 100 to 600 CPSI (Cells Per Square Inch), offering a versatile selection to suit different application needs. A higher cells density typically translates to better filtration and structural properties, making these substrates ideal for specialized electronic modules that require robust performance under thermal and mechanical stress. This range of cells density also enhances the substrate’s ability to support complex circuit designs and high power densities.
For precision and accuracy in processing, particularly when working with Copper Clad Ceramic Substrates and Aluminum Nitride Substrates, we utilize UV laser technology. The UV laser type used in our manufacturing process allows for fine cutting, drilling, and patterning of the substrates without causing thermal damage or compromising the substrate’s integrity. This laser technology ensures clean edges and precise dimensions, which are crucial for the efficient assembly of MOSFET power module substrates and other high-tech electronic components.
Aluminum Nitride Substrates, commonly referred to as AlN Substrates, are especially valued for their high thermal conductivity and excellent electrical insulation, making them ideal for high-power and high-frequency electronic devices. When clad with copper, these substrates combine the best of both worlds: efficient heat dissipation and superior electrical connectivity. This combination significantly enhances the performance and reliability of MOSFET power module substrates, where managing heat is a critical design challenge.
In summary, our Ceramic Substrates, including Copper Clad Ceramic Substrates and Aluminum Nitride Substrates, are meticulously designed to deliver outstanding performance in demanding electronic applications. Their low moisture absorption, pneumatic system manufacturing, spray application method, versatile cells density, and UV laser processing collectively contribute to producing substrates that meet the exacting standards of modern power electronics. These substrates are indispensable for manufacturers seeking reliable, high-quality components for MOSFET power module substrates and other advanced electronic systems.
| Adhesive Type | Pressure Sensitive |
| Surface Finish | Polished Or Matte |
| Warranty | 12 Months |
| Material | Alumina (Al2O3), Aluminum Nitride (AlN), Silicon Nitride (Si3N4) |
| Laser Wavelength | 355 Nm |
| Applications | Power Electronics, LED Substrates, Automotive Electronics, RF Modules |
| Coating Type | Interior |
| Laser Type | UV Laser |
| Moisture Absorption | <0.05% |
| System | Pneumatic Type |
The Yuxing Ceramic Substrates, originating from China, are engineered to meet the demanding requirements of various high-tech applications. These technical ceramic substrates are especially designed to serve as an efficient Diesel Oxidation Catalyst, contributing significantly to reducing harmful emissions in automotive exhaust systems. Their robust structure and excellent thermal conductivity make them ideal for use in power electronics, where reliable heat dissipation is crucial for optimal performance.
One of the primary application occasions for Yuxing’s Ceramic Substrates is within automotive electronics. They provide an essential foundation for automotive modules that require high durability and stability under extreme temperature variations. The substrates' compatibility with IGBT Ceramic Substrate technology ensures enhanced efficiency and longevity in power modules used in electric and hybrid vehicles. This makes Yuxing’s products a preferred choice for manufacturers striving to improve vehicle performance and emission standards.
In the realm of LED substrates, Yuxing Ceramic Substrates offer outstanding electrical insulation and thermal management properties. These attributes are critical for maintaining the longevity and brightness of LED components, making them suitable for both commercial and industrial lighting applications. Additionally, the pressure sensitive adhesive type used in these substrates facilitates easy assembly and reliable bonding, which is essential for high-volume manufacturing processes.
Power electronics and RF modules also benefit greatly from the use of Yuxing’s technical ceramic substrates. Their precise dimensional stability and excellent dielectric properties ensure minimal signal loss and reliable operation in high-frequency applications. The incorporation of UV laser technology in the production process guarantees high precision and quality, meeting the stringent requirements of modern electronic devices.
With a 12-month warranty, Yuxing reassures customers of the durability and quality of their Ceramic Substrates. Whether used in automotive electronics, power modules, or LED assemblies, these substrates provide a dependable solution that supports innovation and efficiency across multiple industries. The versatility and superior performance of Yuxing’s Ceramic Substrates make them an indispensable component in advanced electronic and catalytic systems worldwide.
Q1: What is a ceramic substrate?
A ceramic substrate is a type of base material made from ceramic compounds that provides excellent thermal and electrical insulation, commonly used in electronic applications.
Q2: What brand manufactures these ceramic substrates?
The ceramic substrates are manufactured by Yuxing, a trusted brand known for high-quality ceramic materials.
Q3: Where are Yuxing ceramic substrates produced?
Yuxing ceramic substrates are produced in China, ensuring strict quality control and advanced manufacturing processes.
Q4: What are the typical applications of Yuxing ceramic substrates?
These ceramic substrates are widely used in electronics, automotive, LED lighting, and power modules due to their excellent thermal conductivity and electrical insulation properties.
Q5: What materials are used in Yuxing ceramic substrates?
Yuxing ceramic substrates are typically made from alumina (Al2O3) or aluminum nitride (AlN), offering high mechanical strength and thermal stability.
วีดีโอ
วีดีโอ
