ASEMCC2-ZR-T3

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Pin configurable/selectable oscillators are widely used in the electronics industry to generate necessary clock signals for various communication, control and computation applications. The application field and working principle of ASEMCC2-ZR-T3 oscillator is one of the most common and widely used type of oscillator employed in the industry.

The ASEMCC2-ZR-T3 oscillator is a frequency agile Sine Crystal Oscillator that comes in a tiny 5 by 7mm SMD package. It is used from the frequency range of 600kHz to 199.999MHz in the frequency range of 25MHz, 50MHz, 100MHz and 200MHz. This high frequency agility allows its use in a wide variety of applications such as cellular base stations, test equipment, point-of-sale systems and many more. The oscillator features an integrated voltage regulator, and is designed for use with low power signals.

The key features of ASEMCC2-ZR-T3 oscillator are its programmability, stability and small package size. It has a low profile of 1.3mm and has a very fast start-up time of few microseconds. The oscillator can be programmed and adjusted by changing the voltage applied to the pin configuration. It also has a built-in temperature compensation to ensure stability and a wide operational temperature range of – 40°C to + 85°C.

The working principle of ASEMCC2-ZR-T3 oscillator is based on the oscillation of a piezoelectric sine crystal. The oscillator is constructed with two piezoelectric quartz crystal oscillators on a single chip which are tuned at specific frequencies by changing the voltage on the pin configuration. The two crystals are connected in series and alternate between generating output signals which are then amplified and outputted. The oscillator also features an advanced load capacitance compensation mechanism which ensures higher accuracy and stability of its output.

In summary, the ASEMCC2-ZR-T3 oscillator is a frequency agile Sine Crystal Oscillator with a wide range of frequency agility, low profile and fast start up, making it ideal for a variety of applications. Its small package size and wide operating temperature range allows it to be used in a variety of industries such as cellular base stations, test equipment, point-of-sale systems and many more. Additionally, its built-in temperature compensation ensures the stability of its output and the advanced load capacitance compensation ensures higher accuracy of output.

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