4040 IC 12-Stage Binary Ripple Counter CMOS

4040 IC 12-Stage Binary Ripple Counter CMOSThe CD4040BE is a high-speed CMOS integrated circuit that functions as a 12-stage binary ripple counter. Designed to deliver excellent performance in digital systems, this IC is commonly used in applications requiring binary division of frequency signals or counting events. It offers asynchronous reset capabilities, ensuring it can be reset at any time regardless of the clock signal. With low power consumption and high noise immunity, it is suitable for both hobbyist and industrial-level electronic circuit designs.The CD4040BE provides twelve flip-flop stages connected in a ripple configuration, meaning each output stage triggers the next. This configuration allows the IC to divide the input frequency by 2^n, where n is the stage number. It works well with a wide voltage range (typically from 3V to 15V), making it compatible with a broad spectrum of logic levels. Its compact 16-pin DIP package simplifies integration into breadboards and PCBs, ensuring hassle-free development.Key Features12-bit binary counter (divide-by-4096)Asynchronous master resetLow power CMOS technologyWide supply voltage range: 3V to 15VHigh noise immunityAvailable in 16-pin DIP packageCompatible with TTL and CMOS logic levelsPin Configuration (16-Pin DIP Package)Pin NoSymbolDescription1Q11Output of stage 112Q5Output of stage 53Q6Output of stage 64Q7Output of stage 75Q8Output of stage 86Q9Output of stage 97Q10Output of stage 108GNDGround           ‘9Q4Output of stage 410Q3Output of stage 311Q2Output of stage 212Q1Output of stage 113Q0Output of stage 0 (LSB)14CLKClock input15RESETAsynchronous reset16VDDSupply voltage ( ve)ApplicationsFrequency dividerTime delay circuitsDigital clocksLED chaser/sequencer circuitsEvent countersTimer applications