ECS-143-S-28A-TR

ECS-143-S-28A-TR Application Field and Working Principle

Crystals are one of the most widely used components in electronics and other technologies. The ECS-143-S-28A-TR is a temperature resistant crystal oscillator that is popular due to its versatile applications.

The basic structure of a crystal oscillator consists of a crystal, two capacitors, two inductors and a resistor. The crystal is placed in between the two capacitors and acts as a resonator, vibrating when a voltage passes through it. The two inductors act to create the oscillations and the resistor is used to isolate the oscillator from the power supply.

The ECS-143-S-28A-TR crystal oscillator offers a wide range of features that make it suitable for a variety of applications. It features a wide frequency range of 9.9 kHz to 160 MHz and has a high stability of 0.3 ppm/°C. It also has a low-jitter of 0.5 ps and low-phase noise of -140 dBc/Hz. The oscillator is also tolerant to voltage fluctuations, with a ±15V offset from the supply voltage.

The ECS-143-S-28A-TR crystal oscillator is most commonly used for timing and synchronization applications. It is used for clock signal generation in computers, communications and test and measurement equipment. It is also used for frequency synthesizers and for generating precision clocking signals for embedded micro-controllers.

The ECS-143-S-28A-TR crystal oscillator is also used in medical applications, such as imaging tests, imaging analysis and diagnostics. It is also used for telemetry, military, and aviation applications. Additionally, it is used in consumer products, such as washing machines, television sets and satellite receivers.

The ECS-143-S-28A-TR crystal oscillator is also used in high-speed digital communications, including GSM, Bluetooth, Wi-Fi and Ethernet. It is also used in radio communications, as well as in signal processing and astronomical telescopes.

In summary, the ECS-143-S-28A-TR crystal oscillator is an important component in many different applications, due to its wide frequency range, high stability, low-jitter and low-phase noise. It is used for timing and synchronization, medical application, consumer products, high-speed digital communication, radio communication and signal processing.