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The M51923JFP#DD is a microcontroller unit manufactured by Renesas Electronics Corporation. It belongs to the M16C/60 series, featuring a 16-bit CPU architecture with a maximum operating frequency of 32 MHz. The device integrates 96 KB of program memory and 8 KB of RAM. Additional on-chip resources include 12 KB of data flash, nine 16-bit timer channels, twenty-seven 10-bit ADC channels, one 8-bit DAC, and an RTC. It supports CAN communication via one channel and includes Low Voltage Detect (LVD) or Programmable Voltage Detector (PVD) functionality. The component operates within a temperature range of -40°C to +85°C and is housed in an 80-lead PLQP package.
Verify the specific suffix #DD against official Renesas documentation to confirm exact packaging and environmental compliance specifications. Confirm that the M16C/60 series remains suitable for your design as newer alternatives like the RX231 or RL78/G14 groups are recommended for new designs. Ensure compatibility with existing firmware development tools and compilers associated with this legacy architecture before procurement.
Select this component when a proven 16-bit architecture with high I/O count and integrated analog peripherals is required. The M16C/60 series offers a balance of processing power and peripheral density suitable for complex control tasks. Consider the availability of long-term supply support given the product status. Evaluate if the 32 MHz speed and memory sizes meet the application's real-time processing demands without unnecessary overhead.
This part is part of the M16C/5M and M16C/57 groups within the broader M16C family. These microcontrollers are designed for applications requiring reliable performance in harsh environments. The M16C/60 core provides a mature ecosystem with established development tools. While supported for existing customers, Renesas directs new designs toward more modern architectures for enhanced performance and efficiency.
Renesas recommends the RX231 and RL78/G14 groups for new designs instead of the M16C/5M/57 series. These newer families offer improved performance, lower power consumption, and updated peripheral sets. Transitioning to these alternatives may require significant firmware re-engineering but ensures long-term supply chain stability and access to current technical support.