512ABD000126AAGR Datasheet/PDFIn communications and control systems, frequencies often need to be adjusted to meet different circumstances. In order to realize this, quartz oscillators are often used. Among them, the minimum adjustable range is one million to billion, and the adjustable range is adjusted to one million to millions of radians. This requires a crystal oscillator with pin configurable and selectable insertion. Here, 512ABD000126AAGR is introduced.
The 512ABD000126AAGR oscillator belongs to the pin configurable/selectable oscillator and it is one of the most applied and popular oscillators among quartz oscillators. It is widely used in applications including communication, industrial control and chip signal processing, making it a key component for electronic systems.
512ABD000126AAGR oscillators use a complex circuit design to work. The oscillator terminal contains an internal frequency-selecting resistor and an oscillation frequency-selecting method. During the operation, the current will provide the electrical signal to a semiconductor element. This electrical signal activates an internal molecular element to cause it to generate a signal of a certain frequency. The oscillating frequency is proportional to the current flowing through the resistor. Now the frequency can be adjusted by changing the selected resistor or selecting an appropriate quartz oscillator. The frequency accuracy can be controlled by selecting the right components, including capacitors and resistors, to increase the frequency adjustable range of oscillator.
512ABD000126AAGR belongs to pin configurable/selectable oscillator, which has features of wide adjustable frequency range, wide application areas, convenient installation and so on. The operating principle of 512ABD000126AAGR can be understood from the points of current pass through its internal resistor and quartz oscillator selections. Therefore, 512ABD000126AAGR oscillator is a key component for electronic systems, and it is widely used in communication, industrial control and chip signal processing.