MC68SEC000FU16

The MC68SEC000FU16 is a single-core 32-bit EC000 microprocessor in a 64-pin QFP (14×14 mm) surface-mount package. It delivers 16 MHz operation with a static HCMOS architecture designed for low-power embedded applications.

This device targets portable and battery‑operated products, offering low standby and run-mode currents, selectable 3.3 V or 5.0 V operation, and compatibility with M68000 family software and development tools. It is RoHS compliant and specified for 0 °C to 70 °C operation.

Key Features

• Core & Architecture Single EC000 core, 32-bit internal architecture with the M68000-family instruction set and object-code compatibility noted in the datasheet.
• Performance 16 MHz clock rate providing deterministic processing for embedded control and user‑interface tasks.
• Memory & Bus 32-bit data/address capability with a 16 Mbyte linear addressing range and support for DRAM controllers as listed in the product specifications.
• Power Management Static design enables stopping the processor clock; typical static standby current of 0.5 µA and typical active current of 15.0 mA at 3.3 V as documented in the datasheet. Operates in either 3.3 V or 5.0 V systems.
• Interfaces Integrated 10 Mbps Ethernet interface (1) indicated in the specifications for networked embedded applications.
• Package & Mounting 64‑lead QFP, 14×14 mm supplier package, surface-mount mounting for compact PCB designs.
• Reliability & Compliance RoHS compliant material declaration; operating temperature range specified from 0 °C to 70 °C.
• Graphics No graphics acceleration—suitable where general processing and control tasks are required without dedicated graphics hardware.

Typical Applications

• Personal Digital Assistants and Handheld Devices Low-power static operation and small QFP footprint make the device suitable for compact, battery‑operated consumer electronics.
• Portable Measuring Equipment 32‑bit addressing and DRAM controller support allow responsive data handling and memory expansion for measurement and logging systems.
• Electronic Games and Consumer Products Deterministic 16 MHz processing and M68000-family software compatibility enable use in embedded entertainment and handheld consumer applications.
• Networked Embedded Systems On-chip 10 Mbps Ethernet support provides basic networking capability for connected devices and instrumentation.

Unique Advantages

• Low Standby Power: Typical 0.5 µA current in static standby mode reduces battery drain in long‑life portable applications.
• Flexible Voltage Operation: Supports 3.3 V or 5.0 V system operation to fit a range of legacy and modern power rails.
• Static Design with Clock Stop: Ability to stop the processor clock simplifies power management strategies for intermittent‑activity devices.
• M68000 Family Software Compatibility: Object‑code compatibility enables reuse of existing M68000 code and third‑party development tools for faster time to market.
• Compact Surface‑Mount Package: 64‑lead QFP (14×14 mm) offers a small PCB footprint while maintaining sufficient I/O for embedded systems.
• RoHS Compliant: Material compliance supports environmental and regulatory requirements for many product lines.

Why Choose MC68SEC000FU16?

The MC68SEC000FU16 combines a 32‑bit EC000 core, low‑power static operation, and M68000-family software compatibility in a compact 64‑pin QFP package. This balance of processing capability, power efficiency, and proven architecture makes it a practical choice for portable, battery‑powered, and networked embedded designs that require predictable 16 MHz operation and a small PCB footprint.

Designers seeking a processor with low standby currents, flexible voltage operation, and compatibility with established M68000 development tools will find the MC68SEC000FU16 well suited to reducing development time while meeting the thermal and regulatory constraints defined in the product specifications.

Request a quote or submit your requirements to receive pricing and availability for the MC68SEC000FU16. Our team can assist with lead times and order placement to support your project schedule.