MB88154APNF-G-103-JNEFE1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MB88154APNF-G-103-JNEFE1 is a 4.3~3.0V CMOS Clock Generator and Frequency Synthesizer, which is categorized under Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers. This device utililizes a multiply-by-10 phase locked loop (PLL) with 10.24 MHz input and 102.4 MHz output as a frequency synthesizer. By varying the frequency of the external reference signal, a variety of frequency dividers can be obtained: 10.24 MHz (divide-by-1), 5.12 MHz (divide-by-2), 3.072 MHz (divide-by-3), 2.304 MHz (divide-by-4), and 1.536 MHz (divide-by-6). It is primarily suitable for EMI reduction, clock waveform stabilization, clocks for digital signal processor (DSP) devices, PC serial ports, and more.

The MB88154APNF-G-103-JNEFE1 consists of a fractional-N divider, four-stage frequency divider, pull-ring control circuit, and a programmable pulse wave generator. The fractional-N divider controls both the PLL loopfilter and the reference signal. The programmable pulse wave generator enables the adjustment of the PLL frequency to a variety of sources of frequencies and variable reference signals, using the external reference signal. The pull-ring control circuit ensures a high stability of the output signal, reducing jitter due to minor variations in the input clock frequency.

The MB88154APNF-G-103-JNEFE1 was mainly designed for low-power and high-performance clock applications across a wide range of application fields. Its primary applications include clock waveform stabilization, clock waveform tuning, noise/EMI reduction, and more. In addition, this device can also be used for digital signal processor (DSP) devices, PC serial ports, clock generation for LCD displays, and more.

To use the MB88154APNF-G-103-JNEFE1, one needs to connect the device to a clock source and adjust the PLL frequency with the pull-ring control circuit. Furthermore, the external reference signal can be adjusted to change the output frequency derived from the PLL loop and to generate a programmable pulse wave. Finally, the PLL frequency can be adjusted using the three-state pins, allowing one to control the output frequency in order to match it to the desired frequency and reduce jitter.

The MB88154APNF-G-103-JNEFE1 provides a cost-effective solution for various clock and timing applications, particularly in terms of noise/EMI reduction, clock waveform stabilization, clock waveform tuning, and more. Equipped with a pull-ring control circuit and programmable pulse wave generator, this device enables one to easily adjust the output frequency and attain a high stability, which makes it an ideal choice for a variety of clock and timing applications.

The specific data is subject to PDF, and the above content is for reference