TS147F33IET

TS147F33IET is a type of crystal oscillator commonly used in modern electronic engineering. The crystal oscillator is a passive electronic component in the form of a quartz crystal with two paired electrodes on its surface. It works on the principle of piezoelectricity and can generate a steady and reliable signal.

The TS147F33IET crystal oscillator is a one-piece, miniaturized oscillator that features an extended frequency range from 33 to 55 MHz at a temperature operating range of -30°C to +85°C along with a nominal frequency stability of ±50 ppm over the life of the product. It has an integrated EMI filter for improved signal integrity and low start-up current that makes it ideal for use in handheld electronic devices.

This miniaturized crystal oscillator is popular in a wide range of application fields including automotive, processor clocking, external bus timing and other clock and timing applications. It can also be used in any application requiring a low-jitter, low-noise and low-power clock source.

The TS147F33IET crystal oscillator works on the principle of piezoelectricity. Piezoelectricity is a phenomenon of electrical charge in certain materials due to an applied mechanical stress. When an electrical voltage is applied to a quartz crystal, it causes the crystal to vibrate due to the piezoelectric effect, creating a continuous oscillating electrical signal. The frequency of the signal depends on the specific structure of the crystal and is usually very stable.

The electrical characteristics of the crystal influence the frequency of oscillation. The crystal oscillator circuit includes an amplifying device and capacitors that shape the output of the crystal into a sine wave which is then used as a time base for timing operations and synchronizing digital systems. This quartz crystal oscillator circuit is also used to maintain precise frequencies in communication systems and radio receivers.

The TS147F33IET crystal oscillator is an essential part of electronic systems that requires reliable and stable signals. Its small size and extended temperature range makes it well suited to modern electronic engineering applications. It offers reliable frequency accuracy and low-jitter and is widely used in all types of digital and communication systems.