ASFL1-16.384MHZ-EC-T

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Oscillators enable applications to operate by providing an electronic signal of a precise frequency. The ASFL1-16.384MHZ-EC-T is a precision oscillator, capable of high frequency operation (16.384 MHz). Its application field and working principle are outlined below.

Application Field

The ASFL1-16.384MHZ-EC-T is ideal for use in a variety of high-speed digital systems. It is particularly suited for applications requiring an operating frequency of 16.384 GHz. Examples of such applications include data-intensive projects such as communications, automotive, and industrial applications.

Given the requirements of certain data-intensive applications, the ASFL1-16.384MHZ-EC-T is capable of providing excellent temperature stability and frequency precision. These features soften the need for using frequency measurement instruments and allow for automatic trimming of the oscillator frequency.

Working Principle

The ASFL1-16.384MHZ-EC-T utilizes an AT-cut quartz crystal to provide frequency precision. The crystal is surrounded by an electrode-constituted oscillator circuit in what is known as a Volterra oscillator configuration. An oscillator capacitor is used to prevent parasitic oscillation and to provide the stability of output frequency.

The use of a quartz crystal ensures that the ASFL1-16.384MHZ-EC-T will deliver the expected frequency with minimal variation over a number of cycles. It also allows for the oscillator to remain within the specifications under a variety of environmental conditions such as voltage and temperature.

Every step of the quartz manufacturing process is carefully monitored to ensure each crystal is designed and manufactured in accordance with the required specifications. Specialty crystals are available for challenging applications, including space-based, radiation-resistant environments.

The ASFL1-16.384MHZ-EC-T provides a high level of frequency stability and jitter-free performance that is suitable for a wide variety of applications. It is easy to use, robust, and capable of consistently maintaining its rated performance. Its wide operating temperature range makes it an ideal choice for applications in extreme environments.

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