TA-11.0592MCE-T

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Oscillators play a fundamental role in many engineering applications, control systems, and communications systems. Many industries depend on oscillators for applications such as microwave communications, radar systems, navigation, instrumentation, and more. In order to fulfill its purpose, an oscillator must have a reliable frequency source, stability, and good accuracy. To achieve this, many designs rely on resonators in the form of quartz crystals, which are highly reliable timing components.

The TA-11.0592MCE-T is a quartz crystal oscillator that incorporates a fundamental AT-cut quartz crystal resonator. This device is excellent for applications where low phase-noise, high-frequency accuracy, stability, and low power consumption are necessary. It is hermetically sealed to ensure its stability and prevents moisture from entering the package. This oscillator has an industry-standard 8-pad Quad Flat No Lead (QFN) package measuring 5.00 mm x 5.00 mm x 1.00 mm. This makes it ideal for low-profile and space-sensitive applications. It has a fundamental frequency range of 1 MHz to 160 MHz and frequency stability of +-30 ppm.

The working principle of the TA-11.0592MCE-T is based on the behavior of a quartz crystal resonator. Quartz is a piezoelectric material, which means that when subjected to an electric field, it undergoes a mechanical deformation resulting in a mechanical strain and vice versa. This phenomenon is known as the direct piezoelectric effect. In addition, when the crystal is subjected to a mechanical stress, it produces an electric field, which is the inverse piezoelectric effect. When an AC voltage is applied to the crystal, it produces a mechanical deformation in the form of alternating compression and rarefaction. This creates a vibrating system with a resonant frequency determined by the elastic characteristics and size of the crystal.

The TA-11.0592MCE-T oscillator consists of a quartz crystal, oscillator circuit, and output buffer. A waveform generator provides the drive signal to the quartz crystal. This signal initiates the vibration of the crystal which produces a mechanical wave in the quartz. This is converted back to an electrical signal by the piezoelectric effect. This signal is then amplified by the oscillator circuit to the desired signal-to-noise ratio. Finally, the signal is shaped by a buffer circuit and a frequency divider to produce the desired output signal.

The TA-11.0592MCE-T is a highly reliable oscillator suitable for many applications. It can be used in base stations, handsets, and multimedia systems. It is also suitable for automotive applications including engine controls, navigation, and hands-free car kits. In medical applications, it can be used in medical imaging, body sensors, and medical test equipment.

The TA-11.0592MCE-T is a high-performance quartz crystal oscillator that is ideal for use in applications where minimal phase-noise, high frequency accuracy and stability, and low power consumption are required. By utilizing a quartz crystal resonator, the oscillator is able to provide excellent performance and stability. The hermetic seal ensures reliable operation and operation over a wide temperature range. The miniature 8-pad Quad Flat No Lead (QFN) package provides a low-profile, reliable, and space-saving solution for many applications.

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