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Texas Instruments CD74HC4060MT Environmental and export classification status description

The Texas Instruments CD74HC4060MT is a high-speed CMOS 14-stage ripple-carry binary counter/divider and oscillator. It belongs to the HC (high-speed CMOS) series of integrated circuits. Functions: 1. Binary Counter/Divider: The CD74HC4060MT can be used as a binary counter by connecting the appropriate pins and clocking the device. It can divide the input clock signal by a factor determined by the connections made. 2. Oscillator: The CD74HC4060MT can function as an oscillator by connecting external components to create a feedback loop. This can generate clock signals with specific frequencies. Applications: 1. Frequency Division: Used in digital circuits to divide the input clock signal by a specific factor. 2. Oscillator Circuits: Generates clock signals with precise frequencies for use in microcontrollers, timers, and other digital systems. 3. Digital Counters: Can be used in conjunction with other logic gates to create custom counting sequences. Alternative Components: 1. CD4060: Another 14-stage binary counter/divider with oscillator capability. 2. CD4040: A 12-stage binary counter with similar functionality but fewer stages. 3. HEF4060: A CMOS type 14-stage binary ripple counter/divider. Embedded Modules: The Texas Instruments CD74HC4060MT can be found in various embedded modules such as: - Frequency divider modules - DIY clock kits - Oscillator modules for digital circuits Related Q&A: 1. Q: Can the CD74HC4060MT be used to generate multiple frequencies simultaneously? - A: Yes, by connecting external components to different output pins, you can generate multiple frequencies simultaneously. 2. Q: What is the maximum clock frequency that the CD74HC4060MT can handle? - A: The maximum clock frequency is dependent on the operating conditions and the specific datasheet for the CD74HC4060MT should provide this information. 3. Q: How can the CD74HC4060MT be reset to a specific count value? - A: To reset the CD74HC4060MT, you can use an external circuit to force the desired count value on the necessary pins. 4. Q: What happens if the input clock signal is too fast for the CD74HC4060MT to handle? - A: Exceeding the maximum clock frequency can lead to unpredictable behavior or incorrect counting/dividing results. 5. Q: Can the CD74HC4060MT be cascaded with other counters to achieve higher division ratios? - A: Yes, you can cascade multiple CD74HC4060MT devices to achieve higher division ratios by feeding the output of one counter into the clock input of the next.