MC88915TEI133R2

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MC88915TEI133R2 is a low-cost, high-performance, clock generator and synthesizer device designed to provide a convenient and reliable timing solution in a wide variety of application fields and circuit designs. It is made up of three parts: the main clock unit, the frequency synthesizer and the voltage regulator. The main clock unit generates the required clock signals, while the frequency synthesizer allows for fast frequency adjustment and dynamic control over the clock signal generation. The voltage regulator helps control the power supply for the circuit, ensuring stable and reliable performance.

MC88915TEI133R2 has applications in many areas including communications, computing, multimedia and digital signal processing. It is especially suitable for wireless devices and applications where low power consumption is important. Some of the more common applications include wireless local area networks (WLANs), Bluetooth devices, Zigbee systems, and digital receivers.

A major benefit of the MC88915TEI133R2 is its ability to generate and control multiple clock frequencies, thus making it suitable for high-speed networking applications. For example, the device can be used to generate a clock that is synchronized with a base station, as well as a local clock, thus allowing all the local devices to communicate with each other, maintaining accurate timekeeping. It can also be used to provide Ethernet synchronization signals, allowing for simultaneous communications between different units.

The main working principle of the MC88915TEI133R2 is based on the phase-locked loop (PLL) technique. This technique allows the device to generate clock signals that are in-phase and of the same frequency as the reference signal. The PLL technique also provides dynamical tracking of the clock signal, as variations in the reference signal can be compensated for. This means that the clock signal is not disturbed when the reference signal changes.

The MC88915TEI133R2 includes an on-board frequency synthesizer, which allows for frequency selection and stability of the output signal. This is done by selecting the reference frequency and setting up the frequency divider. This divider is used to divide the reference frequency down to the desired output frequency. The frequency synthesizer also allows for fast frequency adjustment and dynamic control over the clock signal, allowing for efficient clock signal timing adjustments and design flexibility.

MC88915TEI133R2 employs a low-cost CMOS technology, providing a reliable and power efficient design. The device also features a voltage regulator which provides stable power supply for the circuit, thus ensuring reliable performance even in demanding conditions. Furthermore, the device is also available in a variety of packages, for tight space designs. In addition to its applications in communication, computing, multimedia and digital signal processing, the MC88915TEI133R2 can be used in a range of other applications such as automatic testing systems and data acquisition systems.

The MC88915TEI133R2 provides an efficient and cost-effective clock generator and synthesizer solution for a wide range of application fields. Its use of phase-locked loop technology allows for fast frequency adjustment and dynamic control of the output clock signal. The on-board synthesizer and voltage regulator also help ensure reliable and stable performance. The low-cost CMOS technology employed by the device further adds to its popularity in applications where power consumption is a key factor.

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