CD4020BE – 14-Stage Binary Counter IC

Description

CD4020BE – 14-Stage Binary
Counter IC

The CD4020BE is a 14-stage binary counter IC designed for reliable and efficient counting applications in digital systems. This integrated circuit is capable of counting from 0 to 16,383 in binary form, making it ideal for use in various digital counting and timing applications. With its simple design, the CD4020BE offers ease of integration into electronic systems, offering both versatility and performance. It features a low-power consumption design and operates over a wide voltage range, ensuring stable operation across a range of environments. This IC is commonly used in frequency division, event counting, and timekeeping applications.

Features:

14-stage ripple-carry binary counter/divider for counting up to 16,383 states.

Advances on negative clock edge with fully static operation for low power usage.

12 buffered outputs (Q1, Q4-Q14) for direct interfacing with CMOS, NMOS, and TTL.

Wide supply voltage range of 3V to 18V with high noise immunity.

Reset input for independent clearing of the counter.

Medium-speed performance with maximum clock frequency up to 24MHz.

Specifications:

Parameter

Value

Supply Voltage

3Vto18V

Maximum Clock Frequency

24MHz

Number of Stages

14

Package Type

DIP-16

Operating Temperature

-55°Cto+125°C

Quiescent Current

0.02µA

Propagation Delay

160ns

Output Current

1.5mA

Pin Configuration & Foot Print:

Applications:

Control counters.

Timers.

Frequency dividers.

Time-delay circuits.

package Include:

1x
CD4020BE – 14-Stage Binary Counter IC.

Datasheet:

CD4020BE