ST AN3024 handbook

This application note provides hardware design guidelines for SPC560B4x/5x and SPC560C4x/5x, including requirements for power supply, reset control, clock management, boot mode setting, debug management, and I/O settings.


ST AN3024 handbook - cover page
Brand
STMicroelectronics
Category
microcontrollers
Document type
Application Note
Language
English
Pages
29
File format
PDF
File size
545 KB
Published
06 August, 2012
Updated
29 September, 2023
MD5 checksum
7E66B5AA892E362A9473C37042E73373

About this manual

This application note complements the device datasheets for the SPC560Bxx and SPC560Cxx families by describing requirements for hardware implementation. It details how to use the product and defines the minimum hardware resources required to start application development, including power supply, reset control, clock management, boot mode setting, debug management, and I/O settings.

The document provides specific guidance on power supply schemes, current consumption, and layout recommendations. It also covers reset schemes, ADC performance optimization, external oscillator configurations (fast and slow), boot configuration methods, JTAG debugging, I/O characteristics, and EMC guidelines. A reference schematic is included to illustrate typical application designs.

What's inside

  • Power supplies
  • Reset
  • ADC
  • External oscillators
  • Boot configuration
  • Debug
  • I/Os
  • EMC guidelines
  • Reference schematic
  • Document management

Specifications

Operating voltage supply3.3 V or 5.0 V
Internal digital power1.2 V

Frequently asked questions

What voltage supply is required for the SPC560B/C devices?

The device requires a 3.3 V or 5.0 V operating voltage supply for high voltage pins, with an internal regulator providing 1.2 V for digital power.

Can the SPC560B/C devices be supplied with an external 1.2 V?

No, the device cannot be supplied with external 1.2 V; the on-chip regulator must always be used.

What is the maximum inrush current during device start-up?

The inrush current is clamped at 400 mA and lasts for a maximum of 20 microseconds until stabilization capacitors are charged.

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