FA-118T 26.0000MF10Y-AC3

Crystals

Crystals are used a wide variety of electrical, optical, and RF-related applications as frequency-determining components. Crystals are used to generate electrical signals at a very specific frequency and phase, which allows for high accuracy measurement and transmission of the signals.

The FA-118T 26.0000MHz10Y-AC3 is a ceramic resonator in a 6.0mm x 4.5mm³ ceramic package. This resonator uses a ceramic plate and is made for use in applications that require a fixed oscillation frequency, such as signal modulation or signal demodulation. The resonator is available in various frequencies ranging from 10 MHz to 70 MHz and is suitable for frequencies up to 78 MHz.

The FA-118T 26.0000MHz10Y-AC3 has a low series resistance, wide range of free-running frequencies, and low aging rate. Its low series resistance allows for lower power consumption and improves the waveform of the electrical signals generated. Its wide range of free-running frequencies allows for a wide range of applications with its ability to produce frequencies ranging from 10 MHz to 70 MHz. The low aging rate ensures that the frequency of the electrical signals generated remains as close to the original frequency as possible for longer periods of time.

The FA-118T 26.0000MHz10Y-AC3 is suitable for applications such as signal modulation and signal demodulation, frequency synthesizers, quartz watches, clock circuits, robotics, embedded systems, and wireless communication systems. This resonator can also be used for crystal oscillators, quartz crystals, and frequency control components. It has a wide operating temperature range of -20°C to +85°C, making it well suited for various applications.

When the FA-118T 26.0000MHz10Y-AC3 is in use, the signal applied to it drives the quartz crystal to oscillate at its resonant frequency. This signal varies in amplitude and changes the mechanical stress on the quartz crystal. The oscillation frequency of the quartz crystal is determined by the mechanical stress, which is generated by the applied signal. When the mechanical stress changes, the oscillation frequency also changes. The applied signal must be of an appropriate frequency and amplitude to maintain the desired oscillation frequency.

The FA-118T 26.0000MHz10Y-AC3 provides good reliability and stability for signal transmission and measurement applications. Its low series resistance and wide range of free-running frequencies make it suitable for many different applications. Its low aging rate ensures that the frequency of the electrical signals generated remains as close to the original frequency as possible for longer periods of time. It is an ideal choice for applications such as signal modulation and signal demodulation, frequency synthesizers, quartz watches, clock circuits, robotics, embedded systems, and wireless communication systems.