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Rochester Electronics 74HC4060P-E Environmental and export classification status description

The Renesas Electronics 74HC4060P-E is a 14-stage binary ripple counter with a built-in oscillator, which features a direct clear input and a gated clock through a master reset. It belongs to the 74HC family of integrated circuits and is commonly used in digital electronic projects. Functions: 1. Ripple Counter: Counts binary information in a ripple fashion. 2. Oscillator: Built-in oscillator for generating clock signals. 3. Clear Input: Directly clears the counter. 4. Gated Clock: Allows clock pulses to control counting. Applications: 1. Frequency Division: Used to divide input clock frequency by various powers of 2. 2. Timing and Synchronization: Controls time delays and sequence synchronization. 3. Digital Counting: Enables digital counting in various applications. 4. Clock Signal Generation: Generates clock signals for digital circuits. Alternative Components: 1. CD4060: Similar 14-stage binary ripple counter with oscillator. 2. 74LS4060: Low-power Schottky version of the 74HC4060P. 3. CD4040: 12-stage binary counter with oscillator. Embedded Modules: 1. Arduino Counter Library: Allows easy integration of the 74HC4060P-E for counting tasks. 2. Raspberry Pi GPIO Interface: Control and monitor the counter using Raspberry Pi. 3. PLC Interface: Connect the counter to a Programmable Logic Controller for industrial applications. Related Q&A: 1. Q: How can I connect an external clock signal to the 74HC4060P-E? A: You can use the gated clock input to interface with an external clock signal. 2. Q: What is the maximum frequency the 74HC4060P-E can handle? A: The maximum clock frequency is typically mentioned in the datasheet and is around a few MHz. 3. Q: What is the power supply voltage range for the 74HC4060P-E? A: The typical power supply voltage range is 2V to 6V, but refer to the datasheet for precise details. 4. Q: Can I cascade multiple 74HC4060P-E chips to extend the counting range? A: Yes, you can cascade multiple chips to increase the counting range or achieve higher divisions. 5. Q: How is the oscillator frequency determined in the 74HC4060P-E? A: The oscillator frequency is determined by the values of the timing components connected to the oscillator pins.