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Pin Configurable/Selectable Oscillators

ASEMCC2-LR-T3 application field and working principle

ASEMCC2-LR-T3 is a pin configurable/selectable oscillator, which is a lowest power IEEE1588 V2 synchronous Ethernet clock. It has a wide range of application fields, from industrial to embedded systems, and provides excellent timing accuracy and stability. It also has advanced features like noise immunity, wide temperature range operation and energy-saving capabilities. In addition, the ASEMCC2-LR-T3 supports multiple communication protocols, including SMPTE-2110, SMPTE-2059, PTPv2, SyncE, and BITS. Moreover, it is suitable for various applications like broadcasting, industrial process control, LAN gateway, telecom, and factory automation.

The working principle of the ASEMCC2-LR-T3 is quite simple. It consists of two main parts, an oscillator and an amplifier. The oscillator produces a high-frequency electrical signal, while the amplifier amplifies the signal to the required voltage level. The amplifier also helps in maintaining signal stability across varying temperatures, frequencies and duty cycles. In addition, the ASEMCC2-LR-T3 has an integrated phase-locked loop (PLL) circuit, which helps in producing a precise, low-power signal. The PLL also helps in synchronizing the device\'s output signal with an external reference signal.

Apart from its core working principle, the ASEMCC2-LR-T3 also offers several other features. It has a wide frequency range, from 25 MHz to 120 MHz, and supports both one-time programmable (OTP) and programmable EEPROM configurations. Additionally, it has an adjustable rise time (t_rise), which helps in reducing the power consumption in duty-cycle applications. For verification and testing purposes, the device is equipped with several built-in features like an external test input and a loop-back/termination resistor.

In conclusion, the ASEMCC2-LR-T3 is a highly versatile, low-power, pin configurable/selectable oscillator, suitable for a wide range of industrial and embedded applications. With its robust PLL circuit, the device can easily produce precise signals and maintain signal stability under various frequencies, temperatures and duty cycles. Moreover, its high frequency range, integrated functions and test features make it an ideal choice for a variety of timing applications.

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