CSTCE14M7V53-R0

Resonators are key components used in a wide variety of electronic device applications, from radar systems to communications transmitters. The CSTCE14M7V53-R0 is a SMD cerami- tunable resonator, developed for applications requiring superior frequency stability under temperature, voltage, and load changes. It is one of the most widely used SMD (Surface Mount Device) resonators, and its unique design offers many advantages over other types of resonators.

The CSTCE14M7V53-R0 is a high-performance component that can operate in a wide range of frequency and voltage ranges. It utilizes a patented tuning technology to achieve superior frequency stability and tolerance. The component is designed to provide maximum performance, with a minimum number of components and a minimum power consumption. It is also designed with a wide operating temperature range, allowing it to be used in a variety of environments.

The working principle of CSTCE14M7V53-R0 is based on the principle of electromagnetic resonance. It is constructed with a combination of two capacitors and two inductors, which interact to produce an oscillating magnetic field. The oscillations are generated as electrons move between the two capacitors, creating a process called displacement current. The displacement current produces a magnetic field, and this magnetic field interacts with the inductor to create an oscillating electrical current.

The oscillating current is then used to create an oscillating magnetic field in the ceramic material of the CSTCE14M7V53-R0. The frequency of the oscillating current is determined by the characteristics of the two inductors and two capacitors. The frequency can be adjusted by changing the capacitance and/or inductance of the two components. This makes it possible to tune the frequency and select the desired frequency range.

The CSTCE14M7V53-R0 is primarily used in applications such as radio frequency (RF) modules, clocks and timing circuits, and telecommunication infrastructure. In RF applications, the resonator is used for frequency up-conversion, down-conversion, and signal filtering. In clocks and timing circuits, the resonator is used to accurately set the oscillation frequency. In telecommunication infrastructure, the resonator is used for signal filtering. In all of these applications, the CSTCE14M7V53-R0 offers superior performance and long-term frequency stability, making it an ideal choice.

The CSTCE14M7V53-R0 is a highly reliable component that can operate in a wide range of frequencies and voltages. Its patented tuning technology and wide operating temperature range make it suitable for a variety of applications. This makes it one of the most widely used SMD resonators, and makes it the ideal choice for applications requiring performance and frequency stability.