MPC9608AC Integrated Circuits (ICs)

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When designing a new product, there needs to be the right components to make it clear and reliable. One component that can make a project easier to design, is a clock generator, such as the MPC9608AC. This component can be used to generate reliable time-base signals for a wide range of applications. It is a versatileclock generator IC that can help with the design of a wide variety of products.

The MPC9608AC is a 3-channel, crystal-controlled clock generator IC that is specifically designed for use in pulse width modulators, clock distribution and clock synchronization applications. It is designed to work with both ECL and PECL devices, but it can also function in a sync/async logic-level environment. The MPC9608AC features three separate frequency sets, allowing designers to synchronize multiple devices with different frequencies. It supports a maximum frequency of up to 125MHz.

The MPC9608AC\'s main application fields include:

• Clock synchronization in high speed data communications
• Synchronous clock distribution for ASICs
• High-speed clocks for storage systems
• Precision time delay applications
• Synchronous communications applications
• Handheld instruments
• Automotive applications

The MPC9608AC also features an industry-standard 3-wire interface with all necessary control signals, allowing easy interface with devices like microprocessors and DCMs. This chip also features an Internal Spread Spectrum Clock Generator (SSCG) control circuit. This can help reduce EMI emissions in applications, especially in digital radio-frequency applications.

The MPC9608AC\'s working principle is based on two main concepts, a programmable clock generator and an input clock receiver. The programmable clock generator contains a Phase-Locked Loop (PLL) with a Voltage Controlled Oscillator (VCO) and a Divider. Thisgenerates the main clock output at a multiple of the system crystal frequency. The input clock receiver ensures that the high-speed output clock is synchronized with the system reference clock, eliminating clock drift and ensuring precise synchronization.

The PLL contains the feedback circuitry and control logic, which handles the division of the reference clock frequency for synchronization and the division of the system reference clock for output frequency control. The Divider provides complete control of the system output frequency, from 0.5Hz to 125MHz. It consists of a patented charge pump circuit, which accurately sets the output clock frequency.

The MPC9608AC\'s innovative design allows it to operate reliably in a wide range of temperatures and voltage conditions. This chip is a reliable and cost-effective solution for systems requiring precision synchronization. From communications systems to automotive applications, the MPC9608AC provides a reliable and versatile platform for clock generation.

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