CP3BT26G18AWM/NOPB is a 2.7-5.25V range, 18-lead, low power and low-voltage programmable logic device (LPLD) that is typically used for applications requiring circuits with logic, ASIC integration and device capabilities. It offers both high speed combinational and sequential logic with an array of configurable FLASH memory.

The CP3BT26G18AWM/NOPB is a powerful and highly reconfigurable embedded system-on-chip solution that helps to reduce the complexity and cost of system design. It supports a wide range of embedded applications such as automotive, medical, consumer, industrial and more. It provides a low-power and low-voltage programmable logic device with a high degree of customization capabilities and a low cost of development.

Application Field of CP3BT26G18AWM/NOPB

The CP3BT26G18AWM/NOPB can be used in a wide range of embedded applications, such as automotive, medical, consumer, industrial and more. It can be used to design:

  • Automotive systems such as dashboards, navigation systems, etc.
  • Medical systems such as infusion pumps, oxygen sensors, etc.
  • Consumer systems such as toys, home appliances, and entertainment systems.
  • Industrial systems such as production control, factory automation, and robotic arm control.

Working Principle of CP3BT26G18AWM/NOPB

CP3BT26G18AWM/NOPB uses a set of configurable Flash memory to store configuration data and associated sequencer and timing information. This information is then used to configure the device to implement the desired functionality. In addition, the programmable logic device can be configured to use different voltage levels, input/output structure and signal routing.

At the beginning of each configuration, the Flash memory is first programmed with the required logic resources and signal routing information. When a configuration command (such as program, play, pause, reset, etc.) is sent to the PLD, the Flash memory\'s content is read and used to directly generate the circuit configuration on the fly. This flexible architecture allows the same device to be quickly reconfigured for different purposes.

Conclusion

The CP3BT26G18AWM/NOPB is a highly reconfigurable embedded system-on-chip solution that helps reduce the complexity and cost of system design. It supports a wide range of applications and offers high-speed combinational and sequential logic with an array of configurable Flash memory, as well as low-power and low-voltage programming. Therefore, it is an ideal solution for embedded applications where customized, low-power operation is required.