532FA000921DGR

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Pin Configurable/Selectable Oscillators are a type of oscillator that can be customized in order to generate specific waveforms. The 532FA000921DGR oscillator is one such product and utilizes a unique pin configuration and selectable technology to deliver a reliable and precise waveform.

The 532FA000921DGR oscillator is a highly reliable, low cost alternative to traditional quartz crystal-based solutions. The oscillator is capable of providing a wide range of frequencies from 9 Hz up to 160 MHz and can be easily configured by changing the logic levels at its pins. This makes the 532FA000921DGR an ideal choice for applications that require multiple frequency configurations.

The 532FA000921DGR is built on a standard quartz substrate and utilizes a simple tone-pulse CMOS-based architecture. The oscillator is highly resistant to environmental and mechanical disturbances and is designed to provide superior performance in noisy environments. A wide range of frequencies can be obtained by adjusting the logic levels at the oscillator’s pins. As the logic states are changed, the frequency output is changed accordingly.

The 532FA000921DGR operates at low power while still providing highly accurate frequency output. Its CMOS architecture eliminates the need for a temperature compensated crystal oscillator (TCXO) which further reduces its energy consumption. In addition, the oscillator is also very reliable as it can tolerate high temperatures, humidity, and strong magnetic fields.

The 532FA000921DGR provides superior performance in noisy environments due to its miniature size and its highly resistant architecture. Its wide range of operating frequencies makes it suitable for a variety of applications, including those in automotive, defense, and industrial applications.

In conclusion, the 532FA000921DGR oscillator is an extremely versatile and reliable product that can be used in many different types of applications. Its pin configurable and selectable technology makes it easy to set up and capable of providing a wide range of frequencies. In addition, its low power consumption and reliable performance make it an ideal choice for any application requiring a highly accurate and reliable frequency output.

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