Latches are digital circuits used to store and maintain a binary state until an external signal changes it. They are used in data storage, timing control, and synchronization applications, providing reliable and stable state retention. Latches are essential for implementing sequential logic and state machines, ensuring accurate data storage and timing control. Their ability to store and maintain binary states makes them critical components in digital systems requiring precise timing and control.
- Texas Instruments SN74HC373N
- Texas Instruments SN74HC259N
- Texas Instruments SN74HC573N
- Texas Instruments SN74HC573AN
- Texas Instruments CD4042BE
- NXP Semicon 74F373D
- Nexperia 74HC573D,653
- Nexperia 74HC373D,653
- Nexperia 74HC373PW,118
- Nexperia 74HC573PW,118
- Nexperia 74HC75D,653
- Nexperia 74HCT259D
- Nexperia 74HCT373D,653
- onsemi 74HCT373MTCX
- onsemi 74LCX16373MTDX
- onsemi 74LCX373MTCX
- Nexperia 74LVC373AD
- Nexperia 74LVC573AD,118
- Nexperia 74LVC573ADB,118
- Nexperia 74LVC573APW,118