CD4024BM96

CD4024BM96 is a 7-stage binary ripple counter from the CD4000 CMOS family. It counts pulses on its clock input and provides seven binary outputs (Q1–Q7) with weights 1, 2, 4, 8, 16, 32, 64, effectively dividing the input clock by 2^n. The counter advances on each rising clock edge. It includes an asynchronous Master Reset (MR) to clear all outputs to zero and a Carry-Out (CO) for cascading counters to build larger counters. Typical supply range is wide (roughly 3–18 V, CMOS). The device’s inputs are CMOS-friendly and consume little power. Common uses include timing and sequencing, frequency division, LED chasers, and digital counters. The BM96 suffix indicates a specific packaging/variant; consult the datasheet for exact pinout, voltage, and timing details.

CD4024BM96 is a 7-stage binary ripple counter in the 4000 CMOS family. Common equivalents include:
- HEF4024B (Philips/NXP)
- HCF4024B (NXP/older)
- MC14024BCP (Motorola)
- TC4024B (Toshiba)
- uPD4024 (NEC)
Note: pinout/voltage levels can vary; verify substitutions for the exact package and operating specs.

CD4024BM96 is a 16-pin CMOS IC. Function: a 7‑stage binary (ripple) counter (serial input, parallel outputs) that divides the clock by up to 2^7 = 128. It provides Q1–Q7 outputs (Q1 = LSB, Q7 = MSB), a clock input, an asynchronous master reset (clears all outputs), and supply pins VDD (positive) and VSS (ground). Typical use: pulse counting and frequency division.

The CD4024BM96 is a standard CD4024B CMOS 7‑stage binary counter made by multiple semiconductor manufacturers (examples: Texas Instruments, Nexperia/NXP (formerly Philips), ON Semiconductor/Fairchild, STMicroelectronics). These makers are multinational semiconductor companies that design, fabricate and sell integrated circuits and electronic components.

CD4024BM96 is a 7-stage binary ripple counter with 7 outputs. Common application areas:
- Clock division: provide divide-by-2^n for n=1–7
- Event counting and frequency measurement in instruments
- Timing and time-base generation (timers)
- Simple sequencing and LED/display pattern generation
- Microcontroller/peripheral logic as a compact counter/address source
- Educational/hobby projects for learning digital counters and sequencing
Note: uses low-power CMOS, suitable for CMOS-based timing and counting tasks in hobbyist and small-system designs.

CD4024BM96 comes in a 16-pin plastic DIP (DIP-16, molded dip) package.