353TB3I600T

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Oscillators: 353TB3I600T Application Field & Working Principle

Oscillators are important components used in many circuits, providing an electronic means of generating a periodic waveform. One such oscillator is the 353TB3I600T Quartz Crystal Oscillator, which is a surface mount low phase noise device operating in the 10-100 MHz frequency range. This oscillator is most commonly used in telecommunications, broadcast radio, instrumentation, satellite communications, and medical ultrasound, among other applications.

353TB3I600T Technical Specs

The 353TB3I600T measures 10.2 x 5.08 x 1.5 mm in size and weighs 1.20 grams. It operates at 3.3Vdc with a dynamic current of 25mA, and 2.5Vdc with a dynamic current of 15mA. It features a fundamental frequency range of 10-100 MHz, a loading of 15pf, a stability of ±100 ppm maximum over -10 to 85°C temperature range, a phase noise of -104 dBc/Hz at 100kHz offset, and currently has an industry-standard footprint.

353TB3I600T Operating Principle

The 353TB3I600T uses an oscillator circuit to produce a periodic signal, enabling frequency control. Its operating principle is based on the previous Clarke Principle, in which electrical signals are produced by piezoelectric crystals, which are also known as quartz crystals. Quartz crystals oscillate at a frequency determined by the crystal’s size and shape, the load capacitance, and the tension applied to them. In order to maintain the desired frequency, the oscillator circuit must precisely maintain the tension applied to the crystal. To achieve this, the oscillator will adjust the crystal’s frequency and determine the precise amount of tension required to keep it at the desired frequency.

In the 353TB3I600T, an oscillator circuit is used in conjunction with the quartz crystal to produce the required periodic signals. The signals generated are characterized by their frequency, amplitude and phase. When the quartz crystal is subjected to a voltage, it generates an electrical oscillation that is determined by its frequency. By applying a voltage to the quartz crystal, the oscillator circuit can produce a signal waveform with the desired frequency.

353TB3I600T Applications

The 353TB3I600T quartz crystal oscillator can be used in many applications. Its frequency range and stability make it perfect for use in telecommunications, broadcast radio, instrumentation, satellite communications, and medical ultrasound. Its small size, high level of accuracy and low phase noise make it a great choice for any application in which precise timing and stability is important. It can also be used in a variety of other applications such as: automotive, industrial, instrumentation, consumer, medical, and computer systems.

Conclusion

The 353TB3I600T quartz crystal oscillator is an ideal option for any application in which precise timing and stability is required. Its small size, high accuracy and low phase noise make it an excellent choice for many applications. Its applications include telecommunications, broadcast radio, instrumentation, satellite communications and medical ultrasound.

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