8T49N008A-005NLGI

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The 8T49N008A-005NLGI is a clock generator, phase-locked loop, frequency synthesizer created by Silicon Labs. It is designed to cover the radio carrier frequency requirements of a wide range of fields, including wireless communications, automotive and industrial, machine-to-machine communication, IEEE1588 timing and synchronization, and general-purpose clocks. This unit is characterized by low power consumption and wide frequency range, making it suitable for a variety of applications.

At the heart of the 8T49N008A-005NLGI is a patented charge-pump Phase-Locked Loop (PLL) that is designed to generate high-quality clock and data signals. The PLL synthesizer consists of an input frequency source, an adjustable digital loop filter, a voltage-controlled oscillator, and a feedback divider to lock-in and control the output frequency. The loop filter is adjustable, making it easy to fine-tune the output frequency. The output signal is then fed into the charge pump and protection circuitry to generate the final clock signal.

The 8T49N008A-005NLGI offers a wide frequency range with a 250 kHz to 1000 MHz range for its output signal. This range allows for applications that require high performance, including high-speed data transmission for IEEE1451 and Ethernet-based systems. Additional features of the 8T49N008A-005NLGI include integrated power-saving modes, support for up to 12 commercial differential output frequencies, and integrated temperature compensation. The 8T49N008A-005NLGI also has support for external Resistor Programmable Oscillator (RPO) input, providing a cost-effective solution for applications requiring precision frequency control.

The 8T49N008A-005NLGI is an ideal choice for applications, such as frequency synthesis, network infrastructure, and wireless communications. The wide frequency range and low power consumption make it suitable for a variety of applications, including wireless communication, automotive and industrial, and machine-to-machine communication. It is also well-suited for IEEE1588 timing and synchronization, and general-purpose clocks. The integrated power-saving modes, temperature compensation, and external RPO inputs provide additional benefits for designers.

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