Infineon Technologies PSOC™ Control C1 Microcontrollers
Infineon Technologies PSOC™ Control C1 Microcontrollers are 32-bit Arm® Cortex®-M0 devices optimized for real-time motor control and power conversion applications. The PSC1Mx runs up to 48MHz and combines controller performance with a MATH coprocessor, ECC-protected flash memory, parity-protected SRAM, and integrated analog, timing, and communication peripherals.
The PSOC Control C1 architecture brings together control-focused peripherals such as VADC, ACMP/ORC comparators, CCU4 and CCU8 timer/PWM units, POSIF, ERU, and DIV/CORDIC acceleration. The Infineon PSOC Control C1 MCUs also supply two USIC modules for multi-protocol serial communication and a MultiCAN+ interface with two CAN nodes, supporting flexible connectivity in embedded control designs.
The MCUs are designed for industrial drives, power tools, home appliances, light electric vehicles, switched-mode power supplies, LED lighting, EV charging, renewable energy systems, and smart lighting control designs. ModusToolbox™ supports the PSC1Mx with low-level drivers and application support for faster embedded development.
Features
- 32-bit Arm Cortex-M0 CPU for real-time embedded control designs
- MATH coprocessor with DIV and CORDIC acceleration for control algorithms
- Integrated real-time control peripherals, including VADC, comparators, timer/PWM units, POSIF, and ERU
- Multi-protocol serial communication support through two USIC modules
- MultiCAN+ interface with two CAN nodes for industrial and automotive-style networked control
- Power and reset functions with power-on reset and brownout detector
- On-chip clock monitor and internal oscillator resources for system control
- Debug and programming support with Arm serial wire debug, single-pin debug, single-pin bootloader, and optional secure bootstrap loader
- Free ModusToolbox support with low-level drivers and application support
Applications
- Industrial drives
- Power tools
- Home appliances
- Light electric vehicles
- Switched-mode power supplies
- LED lighting
- EV charging
- Renewable energy systems
- Smart lighting systems
- LED drivers
- Lighting control
Specifications
- Analog
- A/D converters with up to 12 inputs
- Comparators
- Temperature sensor
- 12-bit 1.1MSPS VADC
- MATH coprocessor
- 24-bit CORDIC
- 32-bit divide
- On-chip memory
- 8KB ROM
- 16KB SRAM with parity
- Up to 200KB Flash with ECC
- Clocking
- On-chip clock monitor
- External crystal support of 32kHz or 4MHz to 20MHz
- Internal slow and fast oscillators
- System control
- Window watchdog
- Real-time clock
- Pseudorandom number generator
- Communication
- 2x USIC channels supporting UART, SPI, I2C, IIS, LIN, and CAN
- 2x MultiCAN+ interface nodes
- Supply voltage range of 1.8V to 5.5V
- 32-bit Arm Cortex-M0 CPU running at 48MHz with 0.84DMIPS/MHz performance
- NVIC with 64 interrupt nodes
- Industrial control peripherals
- 16-bit timers
- POSIF for Hall and quadrature encoders
- BCCU for LED lighting
- 2x 16-bit CCU8 and 2x 16-bit CCU4 timer/PWM units
- I/O ports
- Up to 42 GPIOs
- Up to 14 analog inputs
- 1.8V to 5.5V capable high-current pads
- Debug resources
- Four breakpoints
- Two watchpoints
- Arm serial wire debug
- Single-pin debug
- Package options
- TSSOP-38
- VQFN-40
- VQFN-48
- LQFP-48
Associated MCUs
Infineon Technologies PSOC™ Control Microcontrollers
It features a high-performance ADC and an integrated CORDIC accelerator.
Functional Block Diagram
