CD4096 (16-stage binary ripple counter )

Description

The CD4096 is a 16-stage binary ripple counter IC from the CD4000 series. It is designed to count in binary and can be used for applications where a simple counter or time delay is needed. The CD4096 is widely used in digital electronics for tasks such as counting events, dividing clock frequencies, or generating time delays. CD4096 IC Description: The CD4096 is a 16-bit binary ripple counter capable of counting from 0 to 65535 (16-bit range) in binary. It counts in a ripple fashion, meaning that each stage in the counter will toggle in response to the clock input, and the output of each stage is connected to the clock input of the subsequent stage. This type of counter is generally slower than synchronous counters, but it is simpler to design and use. Key Features: 16-Stage Binary Ripple Counter: It counts up to 65535 in binary, offering 16-bit resolution. Ripple Counting: The IC is a ripple counter, meaning each flip-flop in the counter changes its state in sequence, which can introduce some propagation delay. Clock Input: The counter increments on the rising edge of the clock signal. Asynchronous Reset: The counter can be asynchronously reset using the reset pin, allowing you to clear the counter to 0. TTL-Compatible: The IC is TTL (Transistor-Transistor Logic) compatible, meaning it works well with standard TTL logic devices. Wide Voltage Range: Typically operates at a voltage range of 3V to 15V. Pin Configuration (16-pin package): Here’s the pinout for the CD4096 16-stag