HEF4060BP,652

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The HEF4060BP 652 chip is a 3.3/5 volt integrated circuit which is mainly used as a counter, divider, shift register or a memory board. It can be used to count pulses or to divide a given speed. It works as a logic circuit with the logic levels of HIGH and LOW.

The HEF4060BP 652 chip has fourteen D-type flip-flop cells along with counter logic and output decoder. The fourteen flip-flop cells are connected with an asynchronous reset to quickly reset all the flip-flops. The counter logic is connected with the carry output from the last flip-flop which is used to enable the carry-in to the first flip-flop.

The chip has two modes of operation: rising edge and falling edge. In the rising edge trigger mode, the count is only initiated when a rising edge is detected on the clock input. The count is then incremented or decremented based upon the logic level at the count enable pin. The falling edge trigger mode works similarly, but the count is initiated at the falling edge rather than the rising edge.

The HEF4060BP 652 chip can be used to make a frequency divider by connecting the CLOCK IN to the OUTPUT of the chip. The frequency can be reduced by connecting the carry-out from the last flip-flop to the carry-in from the first flip-flop. The size of the divider can be determined by the number of flip-flops present in the chip.

The chip can also be used as a shift register by connecting the carry-out from the last flip-flop to the carry-in from the first flip-flop and connecting all of the outputs to the external input. The logic state of each output can be determined by the logic state of the inputs. The behavior of this shift register is dependent on the mode in which the chip is being used.

The HEF4060BP 652 chip can also be used as memory board. By connecting the clock inputs together, the chip can be used to store data, like a RAM. The data can be written to the memory by connecting the data inputs, and the data can be read out of the memory by connecting the outputs together.

In summary, the HEF4060BP 652 chip is a versatile and powerful logic circuit, capable of being used as a counter, divider, shift register and also as a memory board. Its fourteen D-type flip-flop cells, asynchronous reset and various logic functions make it a great choice for any engineer looking for a reliable and cost effective logic solution.

The specific data is subject to PDF, and the above content is for reference