ECS-200-18-18-TR

Crystals

Crystals are an important component, known for their precision, in today\'s electronic devices, from computers to televisions. Crystals are frequency-determining components in quartz-based electronic circuits, and they come in a wide range of types and sizes.

One of the most common types of crystals is the crystal oscillator, which is identified by a broad range of attributes, such as mode, package size, package shape, and drive level. The ECS-200-18-18-TR is one such crystal oscillator and is a rugged miniature crystal that is used in a variety of applications.

Application Field and Working Principle of ECS-200-18-18-TR

The ECS-200-18-18-TR is a rugged miniature crystal designed for mobile telecommunications and other aerospace applications. It is designed to be used in circuits requiring high accuracy and low jitter such as oscillator control logic and clock generator applications. It is also used for high frequency reference holes or timing applications in general. The ECS-200-18-18-TR is a miniature hermetic crystal oscillator (MHO) in a brass TO-39 package.

The ECS-200-18-18-TR has an internal quartz crystal resonator, an oscillator amplifier exctly tuned to the crystal and is designed to facilitate automatic tuning and temperature compensation. The amplifier is designed to control the crystal resonance frequency over a broad range of temperatures and with minimum aging. Each ECS-200-18-18-TR is individually trimmed to provide frequency stability over the entire operating temperature range.

ECS-200-18-18-TR is designed with a buffer amplifier and is available in various frequencies up to 30MHz. The crystal is supplied in a hermetic TO-39 brass package with a TO-39 cap with a trim capacitor for frequency adjustment and temperature compensation. The trim capacitor is designed to provide a stable frequency over a wide temperature range. The crystal is also designed with a laser-cut quartz blank which provides superior frequency control up to 40MHz.

The ECS-200-18-18-TR is capable of providing a wide stable frequency range over a wide temperature range as it is composed of a quartz crystal, a buffer amplifier and temperature compensating trim capacitor. The crystal oscillates at its resonant frequency when a voltage is applied to the ECS-200-18-18-TR and the oscillation signal is then amplified by the buffer amplifier and is delivered through the package output of the crystal. The frequency of oscillation depends on the resonant frequency of the quartz blank, and is very stable as it has two compensation capacitors for temperature compensation and frequency adjustment.

The ECS-200-18-18-TR offers excellent performance in aerospace applications as it is designed to provide superior stability, reliability and temperature compensation. With its miniature size and rugged design, it is the ideal choice for portable and high temperature applications. The crystal is designed to provide reliable and accurate oscillations with frequency stability over its full operating temperature range. It is also designed for superior jitter performance which makes it ideal for a wide range of communications applications.