MK3711DMILFTR

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The MK3711DMILFTR is a fully integrated clock generator with a wide range of application fields, from conventional telecom and networking systems to a variety of home appliances. The MK3711DMILFTR is also highly suitable for automotive usage, providing a low power solution with a high degree of precision. This article will explore the application field and working principle of the MK3711DMILFTR.

Application Field

The MK3711DMILFTR is ideal for applications where a fast, low-power source of accurately timed pulses is required. The device can generate frequencies up to 25MHz with a +-50ppm frequency error. The typical power consumption of the device is approximately 10mW maximum, which makes it very suitable for applications where power consumption is important. The device is also very robust and can withstand temperatures ranging from -40°C to +85°C without compromising performance. The wide range of features and low power consumption makes the MK3711DMILFTR an ideal choice for a variety of applications, including:

• Networking systems
• Telecommunication systems
• Home appliances
• Automotive control systems

Working Principle

The working principle of the MK3711DMILFTR can be divided into two main parts: the oscillator and frequency divider. The oscillator is used to generate a precise clock with a given frequency, while the frequency divider is used to divide the clock frequency by a user-defined factor. The precise clock is generated by an internal oscillator which is based on a low-power CMOS LC oscillator circuit. The oscillator can be programmed to generate a range of frequencies, with a selectable output frequency range between 6kHz and 25MHz. The LC oscillator is able to generate precise pulses with accurate timing and high stability over temperature and voltage variations.

The frequency divider is used to divide the clock frequency by a user-defined factor. The divider can be programmed to divide by up to 16 bits, giving a division ratio of up to 65536. The divider can also be programmed to divide by a fractional division ratio, allowing for even more precise division ratios. This allows for a wide range of precise output frequencies with low power consumption. The output frequency can also be fine tuned using the input control pins. This allows for more precise synchronization with external systems.

Conclusion

The MK3711DMILFTR is a versatile and low power clock generator with a wide range of application fields. The device is capable of generating precise and stable frequency pulses with a wide range of division ratios. The device also has a low power consumption and can withstand a wide range of temperatures. This makes it suitable for a variety of applications including networking, telecommunication, home appliances, and automotive control. The precise clock frequencies and division ratios allowed by the device make the MK3711DMILFTR a suitable choice for all types of clock generation needs.

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