HEF4526BP,652

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The HEF4526BP,652 is a logic device that is classified as a Counter, Divider. It was developed and manufactured by NXP Semiconductors and is a member of their HEF4500B Family of Programmable Ripple Counters.

A counter is a digital device that can count up or down based on one or more input signals. Dividers, on the other hand, are used to divide an input signal by a predetermined amount. The HEF4526BP,652 is a combination of the two—it features both a counter and a divider and can be used for applications that require both.

The HEF4526BP,652 is a single-chip logic IC that features a down counter and a divide-by-2 frequency divider. It has five outputs and six inputs. The device is designed for low power operation and is available in 16-pin dual-inline and flat packages. The device operates at a maximum frequency of 10 MHz and has both a clock in (Cin) and a clock out (Conf) terminals.

The HEF4526BP,652 works by continuously counting down from a preset value on its input bus. This data is then stored in the internal counter register. When the count reaches zero, the divider output (Dout) goes high. The clock in (Cin) terminal is used to control the counter and to count down at regular intervals. The clock out (Cout) terminal is used to control the divide by two function which is used to divide the input clock frequency in half.

The HEF4526BP,652 is specifically designed for low power applications, such as real-time clock functions in consumer electronics, automotive systems, audio systems, etc. It can be used for such applications as time delays, frequency division, or for triggering events at specific time intervals. The device also features a power-on reset that ensures that the device starts from a known state if power is lost or interrupted.

Overall, the HEF4526BP,652 is a versatile logic device that can be used in many applications. It’s easy to use and can be used to control a variety of functions. The device is ideal for use in low power applications and is available in a range of packages that make it suitable for a variety of applications.

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