ECS-60-18-10X

ECS-60-18-10X crystals are electronic components used in a wide range of electronic circuits. They are typically characterized by their small size and high frequency of operation. Crystals are used as clock oscillators to create pulses of precise frequency and are one of the most important components in modern digital circuitry.

The ECS-60-18-10X crystal is a quartz crystal resonator or crystal oscillator with an operating frequency of 60 MHz – 180 MHz 125 degrees Celsius. It is equipped with a 0.1 inch pitch, eight pin DIL package that fits most types of components.

Applications of the ECS-60-18-10X crystal include timing and frequency reference for digital logic, phase-locked loop circuits, radio systems, RF communication, satellites, cellular phones, navigation, GPS, and military communication. It can also be used for consumer applications such as remote control, toys, and other consumer electronics.

The working principle of the ECS-60-18-10X crystal is based on the reverse piezoelectric effect. This effect is created by the transfer of energy into or out of the crystal when mechanical forces or electrical currents are applied to it. This causes the release of an electrical charge or capacitance, which produces the precise frequency when alternating currents are applied to the crystal.

The ECS-60-18-10X crystal has a high frequency stability due to its low motional capacitance with excellent temperature stability and aging properties. It also has a very low ESR and excellent thermal shock performance. The crystal also features low power dissipation and high tolerance to supply voltage.

The ECS-60-18-10X crystal offers several advantages over other crystals such as outstanding crystal cut accuracy, excellent linearity, outstanding frequency stability, and good phase noise performance. Additionally, it is capable of achieving higher frequency stability at operating temperature and high frequency accuracy.

Overall, the ECS-60-18-10X crystal is an ideal choice for timing and frequency reference applications. Its large range of operating frequency, high stability, and low power dissipation make it well suited for various applications. It is also ideal for consumer electronics, toys, and remote controlled products.