Infineon Technologies MCU industriali XMC1000 a 32 bit ARM Cortex™-M0

Gli MCU industriali XMC1000 a 32 bit Infineon integrano il nucleo ARM® Cortex™-M0 in un processo di fabbricazione a 65 nm all'avanguardia per ovviare alle limitazioni degli odierni design a 8 bit. La serie XMC1000 offre agli attuali utenti 8 bit una nuova opportunità di beneficiare della potenza a 32 bit, senza influire sul prezzo o sulla facilità d'uso. Nel suo segmento di mercato, XMC1000 offre il più ampio spettro di memoria Flash, che va da 8 KB a 200 KB. Tre serie diverse coprono una gamma di campi applicativi. La serie XMC1100 è progettata per consentire un facile ingresso nel mondo XMC. La linea XMC1200 è caratterizzata da periferiche per illuminazione LED e design HMI e la serie XMC1300 risponde alle esigenze di controllo in tempo reale delle applicazioni di conversione di potenza digitale o controllo motori. Sfruttando la superiorità di Infineon nel campo degli MCU di sicurezza, i prodotti XMC1000 offrono un'efficace funzionalità di protezione IP software.

Within its market segment, XMC1000 offers the largest Flash memory spectrum, scaling from 8KB to 200KB. Three different series cover a range of application fields. The XMC1100 series is designed for easy entry into the XMC world. The XMC1200 line features peripherals for LED lighting and HMI designs and the XMC1300 series addresses the real-time control needs of motor control or digital power conversion applications. Leveraging Infineon's lead ranking in security MCUs, XMC1000 products deliver effective software IP protection functionality.

XMC1400 Industrial Series are based on the ARM Cortex-M0 processor core. The XMC1400 series addresses the real-time control needs of motor control and digital power conversion. The MCUs also features peripherals for LED lighting applications and Human-Machine Interface (HMI). The devices combine the extended functionality and performance of the Cortex-M0 core with optimized on-chip peripheral subsystems and on-chip memory units.

XMC1300 Control Series addresses the real-time control needs of motor control or digital power conversion applications, offering 64MHz MATH Co-Processor (DIV, COS, SIN), Position Interface (POSIF), and Timer/PWM (CCU8) offering up to 64-bit resolution, asymmetric PWM, Dead-Time Insertion, fractional clock divider, shadow transfer and external event trigger. The devices are a solution for sensorless FOC (field oriented control) for electric motors.

XMC1200 Feature Series offers peripherals for LED lighting. The XMC1200 incorporate additional application-specific features such as Analog Comparators, Brightness and Color Control Unit (BCCU) hardware engine for flicker-free dimming and color control of LEDs with up to 200kB Flash.

XMC1100 Basic Series is designed for easy entry into the XMC world. The devices feature 32MHz, 8kB to 64kB Flash, 16kB RAM, Programmable Hardware Interconnect Matrix, Timer/PWM, 12-bit ADC, and 2-channel Serial Communication Interface. The XMC1100 also include Quad-SPI, peripheral clock speed up to 64MHz from 1.8V to 5.5V and up to 105°C ambient temperature.

Caratteristiche

System
- 32-bit Arm Cortex-M0 running 32MHz
- 64MHz MATH co-processor (support for DIV, MUL and SIN, COS)
- Programmable Hardware Interconnect Matrix
- 16kB RAM
- 8KB to 200KB Flash with ECC
Peripherals
- Up to 64MHz peripheral clock speed
- Timing/PWM: 4x CCU4 (4ch) and 2x CCU8 (8ch) with up to 64-bit
- Analog-mixed Signal: up to 2x 12ch 12-bit ADCs and 3x ACMP
- Communication: up to 2 USICs (2ch each: SPI, Dual-SPI, Quad-SPI, IIC, IIS, LIN)
- Application specific: Position Interface (POSIF), 9ch Brightness Color Control Unit, up to 128 LEDs

Applications
- Motor control
- LED lighting
- Digital power conversion
- Smart sensors
- Touch control
- LED displays
- General purpose
Operating Conditions
- Operating voltage 1.8V to 5.5V
- Operating temperature -40ºC to 105ºC
Enablement
- IEC 60730 class B compliant LIB
- AES 128-bit secure SW IP loader
- Free DAVE™ IDE and DAVE Apps (code library)
- Open to third-party tools and ARM® ecosystem