When selecting rod components, it’s essential to select high quality options. Consider guides with CRB Elite, Fuji alconite or American Tackle Nanolite ceramic rings as these premium inserts offer hardiness, smoothness and lighter weight than stainless steel options. These advanced ring materials reduce friction, heat and damage to fishing line, leading to longer casting distance […]

Silicon Carbide Schottky Diodes (SCSDs) are wide band gap semiconductor devices widely employed in power electronics. Offering higher performance and more energy-efficiency compared to conventional silicon devices, SCSDs provide better overall power conversion efficiency than their silicon counterparts. Galaxy Microelectronics’ 650V and 1200 V SiC Schottky diodes are perfect for hard-switching applications, offering lower forward

Silicon Carbide (SiC) is a hard, electrically conductive material. This property makes SiC ideal for use as semiconductor devices with both forward and reverse currents running high throughput. Utilising response surface methodology, an analytical model was constructed that correlates cutting forces and surface roughness for end milling aluminium silicon carbide partic-ulate metal matrix composites at

Silicon carbide mosfets (MOSFETs) are an increasingly prevalent component in power electronic designs. These wide band gap power semiconductors boast many advantages over silicon devices, including reduced switching losses and decreased heat dissipation. These exceptional characteristics make these drives ideal for high-temperature applications such as electric vehicle charging stations, renewable energy systems, UPS units and

Wolfspeed is building the world’s largest silicon carbide material factory to manufacture high-quality SiC power-switching and RF semiconductor devices. Designers can leverage SiC MOSFETs to reduce system size, cost and power density while improving efficiency and reliability. Wolfspeed’s wide array of bare die products enables system-level designs for applications requiring highest power density applications. EV

Silicon carbide (SiC) is an innovative non-oxide ceramic with remarkable chemical and physical properties. At different temperatures it displays properties similar to both metals and insulators – this feature gives SiC its characteristic flexibility. Aluminium oxide can be doped either n-type with nitrogen and phosphorus or p-type with aluminium, boron, and gallium for further modification

Silicon carbide, more commonly referred to as Carborundum, is an exceptional hard ceramic material with excellent strength and wear resistance. Furthermore, its chemical inertness allows for high thermal conductivity with a low coefficient of thermal expansion while it has excellent resistance to oxidation and degradation under high temperatures. Contrary to conventionally crystalline materials, a-SiC’s disordered

Silicon carbide is an extremely hard and sharp material used to craft various types of abrasive tools. Sanding discs made from this material provide quick removal of debris for smooth results. These discs feature either paper or cloth backing and use a resin bond to hold their grains securely in place. Available in various grit

Silicon carbide (commonly referred to as carborundum) is an industrial material with multiple uses. Composed of hexagonal Wurtzite crystal structure, silicon carbide has various uses in industry; while beta variants with zinc blende structures offer less commercial potential. Laboratory extinction spectra for grains made of a-SiC closely match those seen from astronomy observations. Measurement and

Silicon Carbide (SiC) is one of the hardest materials, second only to diamond. Due to its exceptional strength and wear resistance properties, SiC makes for an ideal candidate in applications such as abrasives and refractories. SiC is found both naturally in moissanite minerals, and manufactured synthetically by companies like Blasch ULTRON sintered SiC. SiC offers