citc(竹懋科技)具备丰富的分离式半导体组件和制程技术经验，拥有400多项半导体组件和半导体制程相关专利，高功率萧特基二极管结构技术更获得经济部技术处SBIR绩优厂商的荣誉。
 
citc(竹懋科技)的制程技术在于运用集成电路制程解决传统萧特基二极管组件物理之限制，使萧特基二极管能同时达到 Low VF 和 Low leakage current 与 High breakdown voltage 的特性。
 
citc(竹懋科技)除了可以供应标准的萧特基二极管产品外，也能够供应 Super Low VF(VF<0.32V)和High Power (VB>300V)的萧特基二极管，另外也可以依照客户的要求设计符合客户需求的产品，目前citc(竹懋科技)的超低顺偏压萧特基二极管和高压萧特基二极管不仅获得国内厂商广泛的使用，也已获得多家国际大厂的认证下单。
 
近年来，环保绿化和节能减碳是所有产业的热门议题，各类电子产业均对电子产品的能源转换效率提出更高的要求，citc(竹懋科技)不断的努力改进产品质量且落实无卤素制程以符合ROHS国际环保标准，并积极开发更多的高效能分离式组件，提升各类电子产品的能源转换效率。
 
citc(竹懋科技)相信唯有专业的技术、优良的质量、合宜的价格和快速的交期才能充份满足客户需求。
 
The CITC has profound discrete semiconductor components and production process technology and experience based on 400 plus related patents. Its high power Schottky diode structure technology has won the award of excellent BIR manufacturer from the Department of Industrial Technology, MOEA, Taiwan.
 
CITC’s process technology is unique in its applying the semiconductor production process to break the physical constraints bore by traditional Schottky diode components for concurrent Low VF, low leakage current and High breakdown voltage.
 
In addition to standard Schottky diode products, the CITC can provide Super Low VF (VF<0.32V) and High Power (VB>300V) ones as well as custom products to meet specific customer needs. The super low forward bias and high voltage Schottky diode products are widely adopted not only by domestic but also multiple international firms.
 
Recently, environment protection, green, energy saving and carbon reduction are highly recognized by every industry as indicated by more demanding energy conversion efficiency of electronic products. The CITC has been undertaking to improve product quality and comply with the ROHS international environment protection standards for Halogen-free process and to develop Schottky diodes of still lower forward bias voltage for better energy conversion efficiency.
 
The CITC deeply believes that customer needs can be satisfied only with professional technologies, quality products, reasonable price and fast delivery.