ECS-36-20-5PVX

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Crystals, specifically the ECS-36-20-5PVX series, function as building blocks for some of the most critical and complex pieces of electrical engineering projects. As such, these components form the backbone of many of today’s advanced technologies. The ECS-36-20-5PVX is a crystal resonator, which is able to convert electrical signals into mechanical vibrations, then convert them back to electrical signals. It is primarily used for oscillator and filter circuitry in telecommunication and instrumentation applications, as well as clock generators and circuits requiring high stability.

The ECS-36-20-5PVX is a programmable crystal resonator, meaning it can be programmed to oscillate at specific frequencies. It is based on the common Pierce oscillator configuration and is able to interface with external components. Its compact size and low power consumption enable it to be used in a wide range of products. The device is based on a 2-pin oxide passivated silicon crystal element that is made of quartz, which is exceptionally precise and environmentally stable.

ECS-36-20-5PVX crystals are designed to operate at frequencies from 10kHz to 200MHz. The cost-effective design employs a miniature well-suited for a variety of applications. The device has excellent stress protection, which makes it well-suited for high-fatigue applications. In addition, it features a low-jitter on-chip oscillator circuit and low EMI interference. The device is able to generate a high-frequency signal that can be used to generate accurate time and date information for clocks, watches, and other communications equipment.

To achieve the stable performance, the Pierce oscillator circuit employs two voltage-controlled oscillators. The pair of oscillators is interconnected so that any fluctuations in the frequency or amplitude of one oscillator are compensated or cancelled out by the other oscillator. The two signals interact with each other to produce two new signals. This interaction results in improved frequency accuracy and stability. The crystal resonator element acts as the frequency-determining component, producing the desired output frequency.

When there is a change of frequency, the control voltage that is generated by the Pierce oscillator circuit adjusts accordingly. This control voltage is used to adjust the frequency of the ECS-36-20-5PVX to meet the required frequency. This process enables the device to employ a higher output power and more accurate frequency stability than other crystal oscillators. In addition, the oscillator has a temperature stability of ±0.1 ppm/°C.

ECS-36-20-5PVX crystals have a wide range of uses, particularly due to their lightweight design, low power consumption and cost-effective solution. The components are commonly used in the telecommunications industry and instrumentation applications such as timing, radio frequency, and frequency synthesis. In addition, they are specifically designed for applications where high stability, as well as low jitter, is critical.

In summary, the ECS-36-20-5PVX crystal is a cost-effective and highly accurate oscillator that is suitable for all types of applications. The device is based on a 2-pin oxide passivated silicon crystal element and is able to convert electrical signals into mechanical vibrations, then back to electrical signals. The oscillator\'s frequency can be adjusted by the Pierce oscillator circuit, and its temperature stability of ±0.1 ppm/°C ensures that it provides consistent and reliable performance. As such, the ECS-36-20-5PVX is ideal for use in telecommunications, instrumentation and other applications, making it one of the most widely used crystals today.

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