ASEMDC2-ZR-T3

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Pin configurable/selectable oscillators are used as a way to provide utmost accuracy and manufacturability in systems such as radio and sensing systems, industrial controls, and more. The ASEMDC2-ZR-T3 is a high-speed, wide temperature, dual clock module and is part of this line of pin configurable/selectable oscillators.

The ASEMDC2-ZR-T3 is a dual clock module, meaning it contains two separate clocks which can be used independently. This allows two devices, such as a radio and a mobile phone, to be controlled simultaneously from the same module. The two clocks have separate frequencies, thus accommodating different communication protocols, within the RF front-end, as well as in the user-side applications.

This dual clock module has several features which make it well suited for a variety of applications. It has a selectable frequency output, meaning that the two clocks can be adjusted while the system is running. This allows the user to adjust the frequency as needed to manage different communication protocols, as well as to adjust sensitivity and signal strength, enabling the system to operate optimally in a variety of conditions. Additionally, it has a high frequency stability with tight tolerance, making it suitable for applications requiring a high degree of accuracy and reproducibility, such as timing and signal coordination.

The ASEMDC2-ZR-T3 also has a wide temperature range of -25°C to +85°C. This enables it to operate in a variety of temperatures, making it suitable for applications requiring reliable operation in different environments. The module also has a low operating power of only 0.3W, and low EMI emission level, making it suitable for applications in which low power consumption is desired.

In terms of working principle, the ASEMDC2-ZR-T3 uses a stored oscillator to generate the selected clock. This is done by storing the clock frequency, when configured, in a programmable ASIC that contains user-selectable parameters. The values stored in the ASIC are then used to generate the clock frequency when the system is powered. The module then uses the stored oscillator\'s frequency as the reference clock and converts it to the desired output frequency. The output frequency is also adjustable, so that the user can select the desired frequency as needed.

In conclusion, the ASEMDC2-ZR-T3 is a high-speed, wide temperature, dual clock module and is part of a line of pin configurable/selectable oscillators. This dual clock module features a selectable frequency output, high frequency stability with tight tolerance, wide temperature range of -25°C to +85°C, low operating power of only 0.3W, and low EMI emission level. It uses a stored oscillator to generate the selected clock, and the output frequency is also adjustable. As such, this module is well suited for a variety of applications such as radio and sensing systems, industrial controls, and more.

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