ECS-80.001-18-7SX-TR

Crystals

Crystals are materials with periodic, repeating arrangements of ions, atoms, or molecules in which each unit cell is symmetrically located with respect to its neighboring unit cells. A crystal consists of an orderly arrangement of atoms, ions, or molecules with minimal defects and maximizing the long range order. Crystals are natural or artificial materials that can sustain large ranges of frequencies and achieve high selectivity and low insertion loss.

ECS-80.001-18-7SX-TR is a miniaturized surface-mount oscillator in the 4-pad, 7x5mm package, which is well suited for low-power and cost-sensitive applications. The ECS-80.001-18-7SX-TR is designed to offer designers a low-cost and highly-flexible timing solution. It provides excellent frequency stability, low phase noise, and low power consumption for wireless, IoT, medical and industrial applications.

The ECS-80.001-18-7SX-TR crystal is a highly reliable and affordable solution for frequency control devices. Using a high-Q quartz crystal, the oscillator operates in the frequency range of 4.096 kHz to 75.8MHz. The crystal’s built-in high-quality capacitors offer excellent frequency stability over temperature, operating voltage, and aging, making the crystal ideal for highly reliable and stable frequency generation.

The working principle of ECS-80.001-18-7SX-TR crystal involves the use of quartz crystals in a resonator. Quartz crystals are composed of atoms that have a repeating, ordered arrangement when cooled. When an alternating voltage is applied, these atoms move responsively and with their ordered arrangement, generate an AC resonant frequency that is determined by the crystal’s size, mass, and cut.

This frequency is amplified and used to generate an output signal. The crystal is placed between two metal plates and sealed in order to isolate its resonance frequency from any external noise sources and mechanical shock. This stability and protection allows ECS-80.001-18-7SX-TR crystals to maintain an extremely stable frequency generation with minimal accuracy deviation and low phase noise.

In addition, ECS-80.001-18-7SX-TR crystals are capable of providing a wide range of frequencies. Using the same crystal, users can achieve frequencies ranging from 4.096 kHz to 75.8 MHz. This makes the technology especially attractive for designers requiring multiple components for multiple frequency bands and for high frequency switching applications.

ECS-80.001-18-7SX-TR crystals are also very power efficient, providing excellent efficiency without sacrificing performance. The crystal’s small form factor also adds to its power efficient characteristics, allowing the device to consume a fraction of the power of other oscillator technologies.

Overall, ECS-80.001-18-7SX-TR crystal technology presents an attractive option for designers seeking to achieve high frequency stability and selectivity with minimal power consumption and cost. The range of frequencies provided offers flexibility for numerous applications, while the low power draw and small form factor ensures that the device is suitable for a wide range of consumer electronics.