74HC4060N,652

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The 74HC4060N,652 is a member of Texas Instruments’ family of logic integrated circuits. It is classified under the Logic - Counters, Dividers category. This chip has many input and output configurations, making it useful in a broad range of applications; it is a bit longer and wider than most ICs. The chip features Schmitt-trigger inputs to help the user achieve higher noise immunity and to take advantage of the built-in hysteresis.

In terms of circuitry, the 74HC4060N,652 is a 14-bit binary ripple counter. It is a self-contained device that counts the applied input pulses and divides the frequency of successive output pulses by two each time they are triggered. This IC can scale a known frequency input to a much lower frequency output. The chip offers a maximum of 16 binary outputs, each of which is enabled by a HIGH condition.

The 74HC4060N,652 also includes a reset input terminal which is available to force the chip into a known initial state. This is achieved by forcing the Q0 output to LOW and resetting all other outputs. The reset input has schmitt-trigger logic, so it is either switched to high or low depending on the input signal applied. Additionally, the entire counter module may be reset if the reset terminal is held LOW at the application of the next clock pulse.

This chip can be found in a wide range of applications including signal generation, signal timing and control pulses, as well as frequency dividers. It also plays a key role in analog-to-digital conversion, video signal control, signal processing and signal interfacing. In comparison to other logic ICs, the 74HC4060N,652 has higher noise immunity and low power consumption.

The 74HC4060N,652 contains an oscillator and an RC network, used with an external resistor and capacitor to select a precise oscillator frequency. The IC features a wide supply voltage range and can be used between 1.35 V and 5.5 V DC in order to maximize system speed and minimize power consumption. Upon application of the proper operating condition, the power consumption of this chip is extremely low, ranging from 135 nA to 10 uA when operating at 5V.

Overall, the 74HC4060N,652 is an excellent choice for advanced signal frequency applications. This versatile IC offers a variety of input and output configurations making it an ideal selection for a wide range of applications. Thanks to its schmitt-trigger inputs, it offers enhanced noise immunity and low power consumption. Coupled with an external resistor and capacitor, this chip is also capable of precise oscillator frequency selection, making it a great all-round choice.

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