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Wire bondable 2-layer Alumina substrates PCB | Bstceramic PCB
2025 09,22 -
Silicon Nitride Substrate, Silicon Nitride Ceramic Substrate Formula
2025 05,08 -
How to choose the appropriate substrate for ceramic circuit boards?
2023 11,16 -
Laser Cutting or Water Saw Cutting? How To Choose the Best Cutting Solution for Ceramic Circuit Boards
2023 11,13 -
Why Ceramic PCB Is So Expensive？
2023 11,10 -
Which Process Ceramic Circuit Board Is A Better Solution For Semiconductor Refrigerator Chips?
2023 11,06 -
Silicon Printing Circuit Boards For Advancing Electronics
2023 10,27 -
What is the Difference Between HTCC and LTCC Ceramic PCB
2023 10,06 -
What is the Difference Between 96% and 99% Aluminum Oxide in Ceramic PCBs?
2023 09,20 -
Why thick film ceramic PCB is good for oil level sensor in automotive industry?
2023 08,25 -
Statistical analysis of ceramic PCB application fields
2023 08,16 -
Notice of anti-static requirements for PCBA processing and production
2023 08,16 -
Silver Paste: The Best Conductor Material for Via Holes in Thick Film Ceramic Boards
2023 08,16 -
Testing Circuit Board Ceramic Diode Fuses: A Complete Guide
2023 08,07 -
Why DBC is replaced by DPC in ceramic PCB manufacturing?
2023 08,01 -
What is thick film ceramic PCB?
2023 08,02
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What Is the Common Solder Mask Used on Thick Film Ceramic Substrates?
In the world of thick film ceramic PCBs, every layer counts. Among these layers, the solder mask, often referred to as glass glaze, plays a key role in protecting and insulating the circuit. Though it may look simple on the surface, this coating directly 2025-10-15 -
4-Layer 1 mm Thick AlN PCBs for High-Power PCB
In today’s high-frequency electronics and high-power applications, substrate choice can make or break your design. From power amplifiers to RF modules, every component depends on the PCB to maintain performance, signal integrity, and thermal stabili 2025-10-03 -
Rectangle Aluminum Nitride Substrate Ceramic PCB Manufacturer
Aluminum nitride (AlN) has become one of the most important materials in modern electronics due to its exceptional thermal and electrical properties. When formed into rectangular substrates, AlN provides a reliable, high-performance foundation for power d 2025-09-29 -
What Is the Thinnest Ceramic Material for RF Devices?
For RF devices, the thinnest ceramic material often depends on the substrate type and the specific frequency range. In general, manufacturers of high-frequency ceramics like Alumina (Al₂O₃), Aluminum Nitride (AlN), and Beryllium Oxide (BeO) can provid 2025-10-01 -
Hybrids Thick Film Ceramic PCB for Fuel Sensors
Hybrid thick film ceramic PCBs have become a cornerstone in automotive sensor technology. Fuel sensors, in particular, require PCBs that can withstand high temperatures, vibration, and chemical exposure. Hybrid designs combine the robustness of ceramic su 2025-09-27 -
What is Alumina PCB Material? Alumina to Aluminium Process
Alumina PCB is a ceramic-based printed circuit board that relies on aluminum oxide as its substrate. Unlike traditional FR4 boards, alumina PCB material offers outstanding thermal conductivity, excellent mechanical strengt 2025-09-25 -
Wire bondable 2-layer Alumina substrates PCB | Bstceramic PCB
As electronic systems evolve toward higher power density, miniaturization, and long-term reliability, traditional FR4 or metal-core PCBs often fail to meet the requirements. Wire bondable 2-layer alumina substrates PCB provides a solution that combines ce 2025-09-22 -
Ceramic PCB in Stage Lighting: Why It is Better Than FR4 PCB?
Ceramic PCB has become a game-changer in stage lighting, offering unmatched performance in heat management, reliability, and durability. In professional lighting systems—whether in theaters, concerts, or live shows—the demand for brighter, mor 2025-09-01 -
AlN Substrate Ceramic: Everything You Should Know
The AlN substrate has become one of the most important materials in modern electronic manufacturing. As devices continue to get smaller and more powerful, engineers face challenges related to heat buildup and reliability. Traditional materials like FR4 or 2025-09-01
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