353TB3C135R

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Oscillators are parts of electronic circuits that generate regularly repeating signals or sizes. They are widely used in the operation of a range of products, including radios, televisions, computers and mobile phones. The 353TB3C135R oscillator is a miniaturised, low-profile quartz crystal oscillator component used in many portable electronic devices. It has a wide range of applications and is easy to use.

Application Field of the 353TB3C135R Oscillator

The 353TB3C135R is a very versatile quartz oscillator component. It can be used in a range of applications, from consumer electronic devices such as smartphones and tablets to applications in medical equipment, telecommunications and aerospace. It is used to generate the signal or timing requirements of an electronic circuit and can provide highly accurate and stable frequencies over a range of temperature and voltage conditions. It provides a low-voltage and temperature-stable output signal.

It is an ideal choice for miniaturised applications, where it offers excellent frequency control and high resolution, combined with ultra-small item sizes. It features a low-power consumption of 1.6mA and a very low profile which minimises board space. It also provides long-term reliability and durability, with excellent notch filter characteristics that provide resistance to interference from radio and other radiation sources.

The 353TB3C135R oscillator is available at various frequencies, with options ranging from 10MHz up to 200MHz, depending on the specific needs of the application. Additionally, it offers the convenience of having the same footprint as other oscillator components, which simplifies the design and manufacturing process.

Working Principle of the 353TB3C135R Oscillator

The 353TB3C135R is a quartz crystal oscillator. Quartz crystals, or quartz resonators, are piezoelectric materials that vibrate in response to an electrical signal. They are widely used as timing devices in electronic circuits because of their low cost, small size and very precise frequency control.

The 353TB3C135R is a parallel resonator in which an external load capacitor is connected to two electrodes across the quartz crystal. When a voltage is applied, the quartz will vibrate at its fundamental frequency. This frequency is determined by the geometry of the crystal and the load capacitor. The output signal can then be extracted and amplified by an op-amp or other amplifier.

The quartz crystal oscillator has a low-power consumption and offers excellent frequency stability and accuracy over a wide temperature range. It is also highly reliable, as it does not require adjustment or calibration to maintain its performance over time.

Conclusion

The 353TB3C135R is a miniaturised, low-profile quartz crystal oscillator component with a wide range of applications, from consumer and medical products to aerospace and telecommunications. It offers an excellent frequency control and high resolution, with a low power consumption and low profile that minimises board space. It is also highly reliable, with excellent notch filter characteristics that provide resistance to interference from radio and other radiation sources. It provides a stable output signal over a range of temperature and voltage conditions and is available at various frequencies, with options ranging from 10MHz up to 200MHz. The working principle of the 353TB3C135R is based on the vibratory properties of quartz, which will vibrate in response to an applied voltage. The output signal can then be extracted and amplified by an op-amp or other amplifier.

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