74HC4020N Counters, Dividers by Nexperia Semiconductor (NXP) (Obsolete Lifecycle)

Description

The 74HC4020N is a high-speed, low-power CMOS binary ripple counter from Nexperia. It consists of 14 stages, making it suitable for counting applications where multiple digits need to be incremented. The device operates in a DIP package (16-pin with a 0.300" pin pitch), providing reliable performance in various electronic circuits. In summary, the 74HC4020N is an efficient binary ripple counter designed for use in digital systems where accurate multi-stage counting is required.

Features

The 74HC4020N is a high-speed complementary metal-oxide-semiconductor (CMOS) binary ripple counter. Its key features are:
14-stage counter: Capable of counting up to 16384.
Binary operation: Operates on binary inputs and generates binary outputs.
Ripple effect: Each stage feeds its output to the next stage, creating a ripple effect in the count.
High-speed CMOS technology: Offers low power consumption and fast response times compared to other technologies. In summary, the 74HC4020N's features are designed for efficient binary counting with low power requirements and high speed operation.

Package

The package type of 74HC4020N is a 16-pin DIP (dual inline package), measuring 0.300 inches or 7.62mm.

Pinout

The 74HC4020N is a 16-pin (0.300", 7.62mm) DIP package binary ripple counter. It has 14 stages, allowing it to count up to 16383 in binary format. The pinout and functions would include input/output pins for counting, as well as potential reset or enable inputs. However, without the specific pin mapping details, a concise overview can only cover the basics as described above.

Manufacturer

The 74HC4020N is manufactured by Nexperia, a subsidiary of NXP Semiconductors, which itself is a Dutch multinational semiconductor manufacturer. In summary, Nexperia is a specialized semiconductor company within the larger NXP Group.

Applications

The 74HC4020N is a binary ripple counter, commonly used in applications where sequential counting or timing intervals are required. These may include industrial automation, clocks, or counters in electronic devices.