ASA1-26.000MHZ-L-T Crystals, Oscillators, Resonators

Oscillators are essential components used in many electronic applications, ranging from consumer products such as communication devices and computers to industrial and medical systems. Among all oscillators, the crystalline oscillator is of prime importance for its superior performance in terms of accuracy and frequency stability. In this article, we focus on one such oscillator - ASA1-26.000MHZ-L-T - and explain its application field as well as working principle.

ASA1-26.000MHZ-L-T is a low-cost, low-power, CMOS-compatible ceramic resonator, which is based on a multiple-device crystal design. It is widely used in electronic products, such as industrial control, communications, and medical equipment. It is ideal for applications that require a stable and reliable frequency source. The working principle of the ASA1-26.000MHZ-L-T is based on quartz crystal oscillation. It is comprised of two electrodes on a piezoelectric material, like quartz. When an electric voltage is applied to the electrodes, the quartz crystal vibrates and generates a resonant frequency. This frequency is then used to generate a stable signal with excellent frequency accuracy and stability.

ASA1-26.000MHZ-L-T is available in a wide range of packages, such as surface mount (SMD), dual-in-line (DIP) and through-hole (THT), which makes it suitable for various applications in different form factors. It operates from 1.8V to 3.3V, making it well-suited for use in battery-powered applications. The low-power consumption, along with its excellent phase noise and temperature stability makes it suitable for high-performance frequency control applications.The ASA1-26.000MHZ-L-T also features a temperature range of -40℃ to 85℃, making it suitable for operation in extreme thermal environments. Furthermore, its low jitter and tight tolerance enable it to operate in high frequency accuracy systems.

In summary, the ASA1-26.000MHZ-L-T is an excellent choice for applications requiring an accurate and stable frequency reference. Its low power consumption, excellent phase noise and temperature stability make it ideal for high-performance frequency control applications. Its wide range of packages, low-voltage operation, and wide temperature range make it suitable for a wide range of applications.