416F24033ASR

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Crystals play an important part in the function of many modern electronic devices. They are particularly important in radio transmitters and receivers, allowing us to tune into different frequencies. A crystal is a frequency-determining element and is used to create an oscillator circuit which is in turn used to maintain the frequency of oscillations of a waveform. In particular, a crystal oscillator has been designed and developed to control and stabilise the frequency and control of a variety of events, including mission critical applications. The 416F24033ASR is one such crystal oscillator, designed and developed as part of a family of crystal oscillators suitable for such applications.

The 416F24033ASR crystal oscillator is housed in a miniature surface-mount package. It has a mass of 0.5g, dimensions of 4.0 x 2.0 x 0.8mm, and its temperature operating range is from -20 to +70 degrees Celsius. It is based on a new low-power low-cost resonator topology, allowing it to be used in both high-frequency and low-power applications. It is also designed for use in harsh environment applications, as its robust design will allow it to withstand high levels of vibration, shock and temperature extremes.

The key feature of the 416F24033ASR is its wide range of frequencies, with the range ranging from 1Mhz to 20Mhz. This is enabled by its unique dual-resonator topology and the precision timing element which is incorporated within it. The 416F24033ASR also boats a high pull range, up to +/-40ppm. This allows it to accommodate larger than normal frequency selectivity and accuracy without changing oscillator designs.

Applications of the 416F24033ASR crystal oscillator include industrial automation, military and aerospace applications, communications, instrumentation, and medical applications. It has been successfully used in a variety of situations such as timing and synchronisation of radio communication, in instrumentation, to signal the start and end of NASA missions, and in industrial medical imaging scanners.

The working principle of a crystal oscillator is very simple. When a voltage is applied to a crystal, it deforms, causing it to vibrate at its natural frequency. The vibration is then amplified and converted into an electrical signal. The 416F24033ASR oscillator uses a quartz crystal at its core to accurately control a number of specific frequencies through the use of a precision feedback control element. The oscillator is designed to maintain a stable frequency, while allowing for minor variations in frequency depending on external conditions, such as temperature or vibration.

The 416F24033ASR crystal oscillator is a valuable tool for frequency controlled applications, offering a range of robust features such as its wide frequency range, high pull range, and an outstanding environment tolerant package. With its unique dual resonator topology and precision timing element, it offers an incredibly precise, stable and reliable frequency for mission critical applications.

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