ECS-160-S-4

ECS-160-S-4 application field and working principle

The ECS-160-S-4 (ECS) is a highly advanced, miniature quartz oscillator crytal that is used in a wide range of electronic devices. It is used in products from aerospace and military applications to automobiles, radios, and computer systems. Its compact size and low power consumption makes it ideal for systems where space and weight requirements are critical. Its working principle is based on the well-known piezoelectric effect; wherein an electric current is applied to a thin strip of quartz and causes it to vibrate. This vibration frequency can then be used to control many of the components in an electronic device, such as timing circuits, microprocessors, and pulse clocks.

The ECS-160-S-4 features a very small footprint (measuring only 0.39"L x 0.39"W x 0.17"H), making it ideal for compact electronic designs. Its wide operating temperature range (-40 to +85°C) and broad frequency stability (±40ppm over a 10 year span) allow for a wide range of applications, from industrial control and communications to automotive and test equipment. Additionally, its low drive level (3 dBm maximum) helps to prevent overdriving the device, thereby reducing power consumption and prolonging the life of the crystal.

The ECS-160-S-4, with its miniature size and robust design, is one of the most advanced quartz oscillator crystals available. Its features enable it to be used in a wide range of applications and its low power consumption and wide frequency stability make it an ideal solution for systems that require precise control and timing capabilities. By leveraging its advanced features, ECS-160-S-4 can provide significant power savings and performance enhancements in a variety of applications.