533AB000771DG

Pin Configurable/Selectable Oscillators

Pin Configurable/Selectable Oscillators are devices that allow for the user to select various settings or configurations for the oscillator by manipulating pins in the device. One example of this type of oscillator is the 533AB000771DG. This oscillator offers a range of features that make it well-suited for many different applications.

Features and Benefits

The 533AB000771DG pin configurable oscillator has a wide range of robust features that make it ideal for a number of applications. It has a compact size, ranging from "3x3" to "6x6" (measured in millimeters). For high frequency applications, the 533AB000771DG offers a frequency range of 9.8KHz up to 640MHz. This oscillator offers a wide selection of input frequency stability options, from +/- 2.5 PPM to +/- 60 PPM. It also offers a temperature operating range from -20° C to +70°C, making it suited for environmental applications. As for output waveforms, the 533AB000771DG offers both TTL and DTL outputs.

Applications

The 533AB000771DG oscillator offers a wide variety of applications due to its robust features. It is suited for high frequency applications such as cellular phones, GPS systems, and television receivers. Due to its high stability, it is also well-suited for test and measurement applications. Additionally, its wide temperature range makes it ideal for automotive, medical, and military applications.

Working Principle

The 533AB000771DG oscillator utilizes a quartz crystal as its source of oscillation. The quartz crystal is connected to a set of electrodes, which act as a feedback loop. When a voltage is applied to the electrodes, the quartz crystal will begin to vibrate at a specific frequency. This frequency can be regulated and controlled by changing the applied voltage and/or the shape of the quartz. The oscillations produced will then be amplified and output as a TTL or DTL signal, depending on the settings chosen by the user.

Conclusion

The 533AB000771DG pin configurable oscillator is a versatile device that is ideal for high frequency and temperature sensitive applications. With its wide range of features and benefits, it is able to be used in a number of different applications. When configuring the device, the user is able to select the desired frequency, stability, and output waveform to suit their needs. The working principle behind this oscillator involves a quartz crystal that is connected to a set of electrodes and oscillates at a specified frequency depending on the applied voltage.