530EB1330M00DG

Oscillators come in a variety of forms, but are all designed to serve the same purpose - generate a repeating periodic cycle without the need for adjustment. The 530EB1330M00DG is a specific type of oscillator, commonly referred to as a quartz crystal oscillator, that has a number of specialized features and applications.

Application Field

The 530EB1330M00DG was developed with a variety of precision timing applications in mind, such as telecommunications, defense and aerospace. It was designed for applications that require frequency stability of ±100ppm, and has a frequency of 13MHZ, making it suitable for high frequency timing circuits. But its most suitable applications are extremely high frequency circuits, such as 5G telecommunications, where the frequency stability is guaranteed to be better than ±20ppm over a wide temperature range of -30°C to +80°C.

The 530EB1330M00DG can also be used in a variety of other applications, including a wide range of precision timing, medical, security, and automotive systems, and has proven to be reliable in precision timing applications for various industries. With regard to its frequency accuracy, the oscillator also has a fast start-up time that can be achieved within a few seconds.

Working Principle

The 530EB1330M00DG is a device that consists of a quartz crystal combined with electronic components mounted inside a small package. Quartz is a unique mineral that, when subjected to mechanical stress, will generate electrical charge. The quartz crystal inside the 530EB1330M00DG is bonded to a piezoelectric element. When an alternating voltage is applied to the quartz, the piezoelectric effect causes the crystal to vibrate and generate an alternating signal.

The signal generated by the quartz crystal is then amplified by a transistor circuit and then the oscillation frequency is adjusted by an amplifier. This produces a signal with a specific frequency that is stable and consistent. The transistor circuit also enables the oscillator to start-up quickly and maintain its stable and consistent signal even when subjected to varying environmental conditions such as temperature or noise.

The 530EB1330M00DG is designed to be extremely reliable and accurate, and is a popular choice in a variety of precision timing applications. Its wide range of applications combined with its reliable performance makes it an ideal choice for use in a variety of industries.