HEF40174BT,653

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

Logic flip-flops are a type of sequential logic circuits that store and maintain bits of information based on inputs. The HEF40174BT,653 is a type of flip-flop that is commonly used in applications requiring two bits of information. This type of flip-flop has two D-type inputs, SET and CLEAR inputs, and Q and Q’ outputs. This particular type also has a latch input which when enabled, allows the flip-flop to be disabled until the latch input is deactivated.

The main applications for the HEF40174BT,653 reside in circuit applications that require two bits of information, such as electronic computers, logic controllers, and armatures. This type of flip-flop is advantageous because it uses only a minimal amount of power, thus allowing for longer battery life and greater energy efficiency in portables and hand-held devices.

The working principle of a flip-flop is based upon the states of two inputs. The two inputs, SET and CLEAR, represent the two bit states, 0 and 1 respectively. The two outputs, Q and Q’, then represent the two bit states. When the SET input is energized, the flip-flop will switch the state of the output from 0 to 1, while when the CLEAR input is energized, the state of the output will switch from 1 to 0. When neither of the inputs is energized and no latch is applied, then the output will remain as previously set.

In addition to setting and clearing the flip-flop, the HEF40174BT,653 can also be enabled and disabled using the latch input. When this input is energized, the flip-flop will be disabled, preventing further manipulation until the latch is deactivated. When the latch has been deactivated, the flip-flop can again be manipulated using the SET and CLEAR inputs.

In conclusion, the HEF40174BT,653 is a type of logic flip-flop that can store two bits of information. This flip-flop is commonly used in applications requiring two bits of information, and due to its minimal power draw is often used in portables and hand-held devices. The basic working principle of the flip-flop is based on two inputs, SET and CLEAR, which represent the two bit states, 0 and 1 respectively. The two outputs, Q and Q’, then represent the bit states assigned to the inputs. Additionally, this flip-flop has an enable/disable input, latch, which when enabled will disable further manipulation until deactivated.

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