8T49N222B-001NLGI8

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The 8T49N222B-001NLGI8 is an integrated clock generator and frequency synthesizer targeted for consumer applications. This chip combines high precision and low power to create a cost-effective solution for any consumer electronics application. The 8T49N222B-001NLGI8 has two outputs and can be used for, clock synchronization, DSPs and video timing systems. The frequency synthesizer can be used with wide range of input frequencies, giving the flexibility to generate any consumer electronics application in any parts frequency range.

The 8T49N222B-001NLGI8 PLL has a VCO range of 350MHz to 750MHz and has a output frequency resolution of 0.0625MHz. The chip has an input reference frequency of 25 MHz to 200 MHz. The voltage enabled PLL allows system to turn off or slow down the PLL in order to reduce power consumption when the system is in low power mode. The chip also has several built-in test and calibration features that help ensure accurate startup and operation of the PLL.

The PLL has two main components, a Phase Detector (PD) and a Voltage Controlled Oscillator (VCO). The Phase Detector compares the frequency of the reference oscillator signal against the feedback signal from the VCO. The comparison result is used to tune the VCO so that it produces the proper output frequency.

The 8T49N222B-001NLGI8 can be configured as either a frequency synthesizer or a clock generator. In frequency synthesizer mode, the VCO is locked onto a reference frequency determined by the system designer. The VCO then output signal is divided down to the desired final frequency. In clock generator mode, the VCO must be set to a base frequency by the system designer and can then be programmed to generate an output signal with an adjustable duty cycle.

The 8T49N222B-001NLGI8 can be used for a variety of applications. In consumer electronics, the frequency synthesizer can be used to generate clock signals for DSP tasks, audio and video timing systems, clock synchronization and communication interface systems. In medical applications, frequency synthesizers are used to generate clock signals for defibrillators and imaging systems. Automotive applications can also benefit from frequency synthesizers, where they are used to generate clock signals for in-car entertainment systems, navigation systems and to control vehicle sensors and actuators.

In conclusion, the 8T49N222B-001NLGI8 is a highly integrated clock generator and frequency synthesizer targeted for consumer applications. It offers flexibility and accuracy in a cost effective solution and can be used in a wide range of applications. The chip has low power consumption, easy configuration and an intuitive user interface.

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