416F370X2AST

416F370X2AST

Application Field and Working Principle

The 416F370X2AST is a highly advanced Micro-Electro-Mechanical System (MEMS) crystal designed and manufactured by AKM Semiconductor. It utilizes hundreds of tiny, precision-engineered and temperature-compensated crystal oscillators that are suspended and driven by a single MEMS actuator. These oscillators are arranged in a three-dimensional array, which can provide very accurate frequency performance and stability. This type of crystal is often used in communication systems, as well as in digital signal processing (DSP) applications.

The 416F370X2AST crystal is based on the fundamental frequency of a quartz resonator. It works by creating a small electrical field between two electrodes attached to the quartz crystal resonator. This electrical field creates a Toroidal fields which causes the quartz to vibrate at a frequency determined by the IC design. The 416F370X2AST oscillator uses a combination of an electrode and MEMS actuator to drive the quartz crystal, producing highly accurate frequencies.

The 416F370X2AST suits a wide range of applications, including oscillators for oscillator based radiofrequency (RF) measurement applications and for sensing and actuation applications. This crystal is reliable and offers exceptional frequency stability, precision, and temperature compensation characteristics for high-performance applications that require very stable and accurate frequency performance.

The 416F370X2AST is an ideal choice for applications in automotive, medical and professional audio and broadcast markets. Applications that require tight specifications, such as sensitive measurement systems, require accurate frequency tuning and maintenance. This crystal oscillator offers exceptional frequency stability, precision and temperature compensation characteristics over a wide temperature range.

In summary, the 416F370X2AST MEMS crystal is a highly efficient and precise crystal oscillator with excellent frequency stability and temperature compensation characteristics. This crystal is reliable, highly accurate and is well suited for a wide range of applications.