MC88915TFN70R2 Integrated Circuits (ICs)

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The MC88915TFN70R2 is an advanced clock generator, phase-locked loop (PLL) and frequency synthesizer designed to help reduce the size, cost, power consumption and complexity of communications and computing equipment used in many markets. It is an ideal solution for point-to-point communications equipment, switches, routers, base stations, and other high-performance applications requiring flexible frequency and clock management.

The MC88915TFN70R2 utilizes a single-chip quartz oscillator, which provides a low jitter reference clock input. Its PLL architecture provides high levels of clock jitter reduction and frequency synthesizer output from a single, low-cost device. The MC88915TFN70R2 provides a reference clock source as well as a wide range of output frequencies to accommodate a variety of communications and computing applications.

The MC88915TFN70R2 features an integrated phase-locked loop (PLL). This loop allows the device to lock onto a reference clock signal, then output a wide range of synthesized clock signals. The device can accept a wide range of reference clock frequencies between 8 and 106 MHz, and can synthesize output clock frequencies ranging from 8 to 140 MHz. Output frequency selection is controlled by a simple select switch, allowing the user to select the desired output signal with ease.

In addition to its frequency synthesizer functionality, the MC88915TFN70R2 also includes a programmable digital frequency divider. This onboard frequency divider enables the device to further reduce output clock frequencies, allowing for greater flexibility in application deployments. It also offers an adjustable duty cycle control, allowing designers to tailor the output signals for peak performance.

The MC88915TFN70R2 is an ideal solution for applications requiring an efficient, low-cost clock source, frequency synthesizer and jitter reduction. Its built-in PLL allows for superior performance, while its programmable features offer performance customization for a range of applications. It is well suited for embedded systems, communications and computing equipment, switches and routers, as well as other demanding applications requiring precise clock and frequency management.

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