关于高利奇电子有限公司

自1990年成立以来，高利奇电子公司取得了前所未有的成功。经过多年的持续增长，我们现在是英国频率控制产品的领先供应商。这种增长是通过我们坚定地关注客户的需求，并努力满足和超越客户的需求来实现的，总部位于英格兰西南部的一个美丽的农场建筑集合，出口到全球50多个国家，占收入的60%以上。

我们与其他供应商的区别在于我们员工的经验和能力。我们的业务团队是业内最有经验和知识的团队之一，使我们能够为客户提供友好，专业的建议和极其高效的服务。

我们的理念始终是基于质量和一致性的产品和服务生产高利奇晶振。多年来，我们一直努力将我们的产品系列保持在频率控制市场发展的最前沿。我们非常重视与制造合作伙伴建立的关系，每个合作伙伴都精心挑选了自己对客户服务和产品质量标准的承诺。

石英晶体谐振器是石英薄片，当一个匹配频率的交流信号施加到它们上时，它们以精确的频率振动。它们通常用于许多不同应用的振荡器电路中，也可以在日常电子设备中找到，用于定时和频率控制。石英晶体谐振器的高度稳定的频率和极高的Q因子使它们非常适合用于时钟，手表，振荡器和其他频率敏感的应用。

Headquartered in a beautiful collection of converted farm buildings in the heart of South West England, Golledge exports to over 50 countries worldwide representing over 60% of revenue.

What sets us apart from other suppliers is the experience and ability of our people. Our business team is one of the most experienced and knowledgeable in the industry, enabling us to offer our customers friendly, professional advice and an extremely efficient service.

Our philosophy has always been based on quality and consistency of products and service. We have worked hard over the years to maintain our product range at the forefront of developments in frequency control markets. We place great importance on the relationships we have developed with our manufacturing partners, each one carefully selected for their own commitment to customer service and to product quality standards.

Our full range of products is specified in the product area of this website, and is the definitive source for up to date information including datasheets, product announcements, white papers and much more.进口晶振

Quartz crystal resonators are thin slices of quartz that vibrate at a precise frequency when an AC signal of a matching frequencyis applied to them. They are commonly used in oscillator circuits for many different applications and can be found in everyday electronic devices for timing and frequency control.
The highly stable frequency and exceedingly high Q factor of quartz crystal resonators makes them ideal for use in clocks, watches, oscillators, and other frequency-sensitive applications.