TS036F33IET

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Crystals

Crystals are the basis of TS036F33IET technology, due to their inherent properties. Crystals refer to materials that have the ability to vibrate at a set frequency, due to the symmetrical arrangement of their atoms.

TS036F33IET Application Field and Working Principle

Designed for an application field of low voltage, fast switching, and high noise immunity, the TS036F33IET is a precision quartz device with wide resonant frequency range, stability and near zero temperature drift, making it suitable for many applications.

The resonance frequency of quartz crystal devices is determined by several factors, including its shape, size, temperature and stress applied to it. The physical size of the resonator creates a linear relationship between frequency and length of the crystal, and the resonance frequency is the frequency at which the crystal vibrates in response to an external stimulus. The TS036F33IET utilizes this phenomenon in order to create stable signals when used as an oscillator.

The TS036F33IET consists of two pieces of quartz crystal cut into slices and fixed at an angle. An internal electrode is also attached to the crystals, acting as an electrical connection between the two slices. A voltage is applied between the internal electrode and the quartz slices, causing them to vibrate at their natural frequency. The oscillations created by this vibration are then used to create the desired frequency of the oscillator.

As a precision quartz device, the TS036F33IET offers a higher level of performance than the traditional mechanical oscillators. It has a wide frequency range of between 1 Hz and 10 MHz, which can be adjusted by changing the applied voltage. Additionally, it has a near zero temperature drift and excellent long-term stability even over wide temperature ranges, making it suitable for other applications such as filtering and circuitry stabilization.

The TS036F33IET is designed for applications requiring low voltage and fast switching, where it can tolerate high noise immunity and support a large number of cycles per second. As such, this device is ideal for applications that require accurate and high-performance frequency control, such as frequency synthesizers and communication systems. Additionally, it can be used in medical and industrial applications, where its low voltage and fast switching capability can simplify and enhances the performance of a wide range of electronic circuits.

The TS036F33IET utilizes the inherent properties of crystals to create stable signals, allowing for accurate and high-performance frequency control. Through its wide resonant frequency range, stability, and near zero temperature drift, it is well suited for a variety of applications and provides a high level of performance.

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