Novinky. Analogové Oscilátory Komunikace Mikrořadiče a mikroprocesory FPGA

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1 Novinky Analogové Oscilátory Komunikace Mikrořadiče a mikroprocesory FPGA

2 MCP1799 Features Wide Input Voltage Range: 4.5V 45V Under Voltage Lock Out: 2.8V typ AEC-Q100 and PPAP Capable with Grade 0 Extended Operating Temperature Range -40 to 150C Low Quiescent Supply Current: 25 ua typ Standard Output Voltages: 3.3V and 5.0V Tolerance: 2% typ Stable with Ceramic Output Capacitor: 1 μf Output Current Capability: 80mA typ Thermal Shutdown Protection High PSRR 1kHz typ Available in the following packages: - 3-Lead SOT-23 (MCP1799)

3 Comparison Feature MCP1799 MCP1792/3 MCP1790/1 Input Voltage Range 4.5V 45V 4.5V - 55V 6.0V - 30V Input Peak Voltage 66V 70V 48V 3.3V, 5.0V 3.3V, 5.0V 3.0V, 3.3V, 5.0V -40 to 150C -40 to 150C -40 to 125C 80 ma 100 ma 70 ma $ $ $ SOT-23 SOT-223 SOT-23 SOT-223 DDPAK SOT-223 Output Voltage Range Temperature Range Output Current 1ku Package

4 MCP6C02/04 Input (Common Mode) Voltages: Power Supply: +2.0V to +5.5V Max Input Offset: +3.0V to +65V /+52V, specified +2.8V to +68V /+54V, operating -0.3V to +70V /+56V, survival ±16 /+30 µv at Gain = 20 ±14 /+27 µv at Gain = 50 ±12 /24 µv at Gain = 100 Bandwidth: 500kHz (G=20/50), 350kHz (G=100) On-Chip EMI Filtering Package: 6-pin SOT-23 Extended Temperature: -40 C to +125 C

5 Použití MCP6C02

6 Obvyklé zapojení MCP6C02

7 MCP6V51 45V, 2MHz, nulovaný OZ Input Range - Negative Rail (VSS-0,3 až VDD-2,1) Rail-to-Rail Output EMI Filtered Inputs VOS Drift: 36 nv/ C (max.) VOS : 15 μv (max.) Open-Loop Gain: 140 db (min.) PSRR: 134 db (min.) CMRR: 135 db (min.)

8 MCP6D11 Diferenciální z., 90MHz Nízká spotřeba 1,4 ma Malý offset 150µV Napájení 2,5V až 5,5V Teplotní drift offsetu ±2,0µV/ C Rychlost přeběhu 25V/µs Rail-to-rail výstup Malý šum 5,0 nv/ Hz

9 MCP331x1(D)-10/05 Aproximační A/D převodník MCP33131/21/11 rozlišení 16/14/12 bitů -05/-10 rychlost 500kvz/s / 1Mvz/s AVDD 1,8V, DVIO 1,7 5,5V, VREF 2,5 5,1V Malá spotřeba 0,8 µa při vzorkování (standby) MCP331x1-10 6,2mW při 1Msps MCP331x1-05 4,2mW při 0,5Msps SPI max. 100 MHz Interní kalibrace ofsetu, zesílení a linearity při startu a na požádání

10 MCP356x/346x 24-Bit Delta-Sigma ADC AVDD 2,7V do 3,6V, DVDD 1,8V až 3,6V MCP346x - 16 bitů, MCP356x 24 bitů Při spánku méně jak 2 µa Programovatelné zesílení 0,33 až 64 SINAD 106,7 db, SFDR 120dB, THD -116dB Diferenciální vstup napěťové reference Rychlost převodu 153,6kvz/s Interní oscilátor a snímač teploty Slabé zdroje proudu pro detekci odpojeného snímače Vylepšená bezpečnost přenosu dat po SPI 16bitový kontrolní součet CRC 8 bitový zámek proti nechtěnému přepsání registrů Pouzdro 3 mm x 3 mm UQFN-20

11 MCP47CxBxx MCP48CxBxx Vlastnosti 8b. D/A s 1 výstupem (B01), se 2 (B02) 10b. D/A s 1 výstupem (B11), se 2 (B12) 12b. D/A s 1 výstupem (B21), se 2 (B22) Zapamatování počátečního nastavení (CMB) lze nastavit jen 32x Volné místo pro vlastní data v MTP paměti Volba reference VDD, VREF, interní (1,22V) Výstup rail-to-rail Integrální nelinearita 1 LSB Nominální chyby výstupu max. 0,1% Synchronizované nastavení výstupu Komunikace MCP47 I2C, MCP48 SPI Pouzdro MSOP-10, QFN-16 Rozsah pracovních teplot: -40 C to +125 C

12 Externí řadič CAN FD MCP2518 Features: Conforms to ISO :2015 Supports both CAN 2.0B and CAN FD Arbitration Bit Rate up to 1 Mbps Data Bit Rate up to 8 Mbps Up to 20MHz SPI Clock Speed 31 FIFOs configurable as transmit or receive 32 Flexible Filter and Mask Objects One Transmit Queue 32-bit Time Stamp Bus Health Diagnostics and Error Counters VDD: 2.7V-5.5V Active Current Max: 5.5V, 40 MHz CAN Clock Sleep Current: 10uA, Typical Temperature Range: -40 C to +150 C Packages: VDFN14, SOIC14 Vlastnosti MCP2518FD oproti MCP2517FD Levnější Přidán registr SEQ Přidán Low power mode

13 MCP14A090x/120x budiče MOSFET a IGBT Krátké zpoždění MCP14A090x 27 ns (td1 ), 27 ns (td2 ) MCP14A120x 28 ns (td1 ), 28 ns (td2 ) Špičkové proudy 9A / 12A Doba náběžné / seběžné hrany MCP14A090x 22 ns (tr ), 22 ns (tf CL = 10 nf MCP14A120x 25 ns (tr ), 25 ns (tf CL = 15 nf Napájecí napětí od 4,5V do 18V Vlastní spotřeba 360µA

14 DSC60xxB/DSC6100B MEMS oscilátory Nízkopříkonové: běh spánek 1,3mA/3mA 1µA Napájecí napětí od 1,71V do 3,63V Vysoká odolnost proti přetížení a vibracím Vysoká spolehlivost Pouzdra 1,6 x 1,2, 2,0 x 1,6, 2,5 x 2,0 mm Rozsah teplot -40 C až 105 C

15 Single Port PHY New VSC8541 RMII/MII/RGMII/GMII EEE, SyncE, SoF, Fail Over New KSZ9031 KSZ9131 RGMII/GMII (Auto) Low Power, WoL 10/100/1000 Mbps Low Power, EEE, WoL VSC8531 LAN884X Low Power, 1588, WoL (Auto) New RGMII/RMII EEE KSZ8061 Quiet-WIRE, Deep Sleep, (Auto) Signal Quality Indicator LAN BASE-T bw (Auto) KSZ /100 Mbps Low Power EEE, WoL Planned KSZ8081 Low Power LAN874xA In Development EEE, WoL In Production Functionality

16 VSC8541 Single Port PHY VSC Family of Fast Ethernet / Gigabit Ethernet PHYs addresses a diverse range of applications With differentiating Industrial/Aerospace features addressing: Reliability Timing Accuracy Interoperability Part Number Speed RGMI GigE 10/100 I MAC Interface RMII GMII MII Timing Support Package Size I-Temp VSC8541XMV-02 SyncE 8x8mm VSC8541XMV-05 SyncE & SOF 8x8mm VSC8531XMW-02 6x6mm VSC8531XMW-05 6x6mm 8x8mm 6x6mm VSC8540XMV-05 VSC8530XMW-05 SyncE

17 Recommended Ethernet PHY New Product KSZ8081 KSZ8091 Bandwidth Temp Range LAN8740A KSZ8061 Quiet-WIRE KSZ Base-T/100Base-TX Interface Power LAN8742A MII/RMII 155mw (typical) -40 to 85C -40 to 85C 163mW (typical) -40 to 85C VSC /100/1000Base-T MII/RMII RMII 155mw (typical) KSZ9131 New 180mW (typical) -40 to 85C 168mW (typical) -40 to 105C MII/RGMII/GMII RGMII/RMII 621mW (typical) 410mW (typical) -40 to 125C -40 to 125C GMII/MII/RMII/RG MII 644mW (typical) -40 to 125C Wake-on-LAN EEE 1588v2 No No No Yes Yes*See Errata No Yes No No Yes Yes No No No No Yes No No Yes Yes No Yes Yes Yes Cable Diags Yes Yes Yes Yes LinkMD+ Yes Yes Yes Packages MAC I/O Voltage 24/32 VQFN 48/LQFP V 24/32 VQFN 48/LQFP V 24/QFN V 32 VQFN 5x V 32 QFN/WQFN 5x V 64 QFN 8x8 64 QFN 8x V 10/ m V 10/ m m m 68-QFN 8x V Cable Reach 120m 120m 150m 150m 160m 10k Pricing $0.64 KSZ8081RNACA $0.75 KSZ8091RNACA $0.86 LAN8742A-CZ $0.93 LAN8740A-EN $1.16 KSZ8061MNXI c-temp $1.76 KSZ9031RNXCC c-temp $1.77 KSZ9131RNXCC c-temp $1.91 Yes Yes Yes Yes Yes Yes Yes No AEC-Q100 available AEC-Q100 available AEC-Q100 available AEC-Q100 available Voltage Regulator Special Features AEC-Q100 available AEC-Q100 available EEE, Lower Power m SyncE, SOF, Alpha Pkg

18 EtherCAT Portfolio KSZ8081 Phy Devices Optimized Standalone DIGIO Integration EtherCAT controller KSZ8041 Phy LAN9253 Additional Sync Managers, diagnostics and Enhanced Memory Access KSZ8061 Phy LinkMD+ KSZ8721 Phy SDK v1.0 Support for PIC32MX LAN9254 LAN9252 SDK v1.2 Adding PICtail support Software SDK v1.1 Adding example projects SDK v1.3 Additional peripheral support SDK v1.4 Adding flexible porting options between host controllers Supporting additional controllers TI C2000 dspic Cortex M4 (E54, D51) SDK v2.x Adding support for LAN9253 Tools Concept Active Project In Production

19 Nové bezdrátové produkty HW SAMR30 SAMR30M WINC3400 Q3 /17 Q4 /17 BM83 SAMR34 SAMB11-ZR/XR Q1 /18 Q2 /18 Q3 /18 Q4 /18 Q1 /19 LDAC Support SW DSPK2.1 Q3 /19 BLE+15.4 Q4 /19 Q1 /20 WILC Linux mainline WINC MSPK1.x Q2 /19 WFI32 WINC MiWi Mesh ARM M0+ WILC15.01 LoRa Zigbee 3.0 support In Development Released- RTP

20 SAMR34/35 Stand-alone single chip SoC Compact Highly Integrated Solution Cortex M0+ MCU & LoRa Radio 6x6 mm BGA package 12b ADC (8ch) 48MHz CortexM0+ Ultra Low Power Consumption Low-power 32-bit ARM Cortex MCU (SAML21) XPRO board with ASF3 support RTCC/WDT 16b Timer USB Device CCL SERCOM (4) AES Crypto LP SERCOM True RNG 256KB Flash App Code RF Stack LoRa/FSK Radio Software examples FCC & CE (RED) Certified On board Embedded Debugger (EDBG) Extension headers for adding sensors and extensions Embedded Current Measurement Circuitry ATSAMR34-XPRO (DM320111) 32KB 8KB LP-RAM

21 SAMR30M RF Module for Sub-GHz Wireless Networking of battery powered sensors. Built around Microchip s SAMR30 SiP FCC, CA and EU Regulatory Certs. pending 2 SERCOM Ports (UART, SPI, I2C) USB 2.0 Full Speed Interface 16 General Purpose I/O pins 12b ADC 2ch 12.7x11mm Shielded SMT Pkg. Available now SAMR30M18A

22 Nová služba Wireless Check design Design review is faster and more streamlined Customer benefits from best practices from Microchip RF experts Customer can get products into the market faster

23 Jak použít Create a new Value Added Service Support Case at Fill-in mandatory information and select WirelessCheck sub-category

24 8-bit AVR & PIC New Product Developments Partially Partially Released AVR MCU PIC18(L)FxxQ83/84 PIC18(L)FxxQ83/84 (28/40/48-pin) (28/40/48-pin) 3 32KB-128KB 32KB-128KB // 1KB 1KB EE EE // 2KB-8KB, 2KB-8KB, 12b 12b ADC ADC 3,CAN,CANFD,TS,2xUART,SPI,I2C FD,TS,2xUART,SPI,I2C Development Development PIC MCU PIC18(L)FxxQ43 PIC18(L)FxxQ43 (28/40/48-pin) (28/40/48-pin) 32KB 32KB 128KB 128KB // 1KB 1KB EE EE // 2KB 2KB 8KB 8KB 12b 12b ADC2, ADC2, DAC, DAC, Comp, Comp, CCP, CCP, PWM, PWM, CWG, CWG, NCO NCO CLC, CLC, PPS, PPS, UART,SPI/I2C, UART,SPI/I2C, IDLE/DOZE, IDLE/DOZE, PMD, PMD, SMT, SMT, MAP, MAP, DIA, DIA, ZCD, ZCD, TS TS AVRxxDAxx AVRxxDAxx (28/48/64-pin) (28/48/64-pin) 32KB 32KB 128KB 128KB // 512B 512B EE EE // 32KB 32KB 128KB 128KB EVSYS, EVSYS, 12b 12b ADC, ADC, 3xAC,DAC, 3xAC,DAC, CCL, CCL, 16b 16b T/C, T/C, RTC, RTC, 6xUSART, 6xUSART, 2xSPI, 2xSPI, 2xI2C, 2xI2C, ZCD, ZCD, WWDT, WWDT, PTC PTC AVRxxDBxx AVRxxDBxx (28/48/64-pin) (28/48/64-pin) 32KB 32KB 128KB 128KB // 512B 512B EE EE // 4KB 4KB 16KB 16KB 4xOp Amp, 12b 4xOp Amp, 12b ADC, ADC, 3xAC,DAC, 3xAC,DAC, CCL, CCL, 16b 16b T/C, T/C, RTC, RTC, 6xUSART, 6xUSART, 2xSPI, 2xSPI, 2xI2C, 2xI2C, 3xZCD, 3xZCD, WWDT, WWDT, EVSYS EVSYS ATmegaxx0x ATmegaxx0x (28/48-pin) (28/48-pin) 4KB 4KB 48KB 48KB // 128B 128B 512B 512B EE EE // 256B 256B 6KB 6KB EVSYS, 10b ADC, EVSYS, 10b ADC, AC, AC, CCL, CCL, 16b 16b T/C, T/C, RTC, RTC, 2xUSART, 2xUSART, SPI, SPI, I2C, I2C, WWDT WWDT PIC18FxxQ10 PIC18FxxQ10 (28/40pin) (28/40pin) 16KB-128KB/256B-1KB 16KB-128KB/256B-1KB EE/1KB-8KB EE/1KB-8KB ADC2, DAC, Comp, ADC2, DAC, Comp, PWM, PWM, CLC, CLC, CCP, CCP, CWG, CWG, HLT, HLT, WWDT, WWDT, CRC, CRC, ZCD, PPS, 5xEUSART, 3x(SPI/I2C), ZCD, PPS, 5xEUSART, 3x(SPI/I2C), IDLE/DOZE, IDLE/DOZE, PMD PMD ATtinyx2x ATtinyx2x (14/20/24-pin) (14/20/24-pin) 4KB 4KB 32KB 32KB // B B EE EE // 512B 512B 4KB 4KB 2 12b 12b Diff Diff ADC, ADC, PGA, PGA, DAC, DAC, PWM, PWM, CCL, CCL, CRC, CRC, SPI, SPI, II 2C, C, UART, UART, EVSYS EVSYS 8 Pin 14 Pin 20/24 Pin 28/32 Pin 40/44 Pin 48 Pin 64 Pin

25 ATtinyxx2x 12-bit diff ADC Features & Memory ATtiny KB / 256B EE / 2KB ATtiny824 8KB / 128B EE / 1KB ATtiny424 4KB / 128B EE / 512B EVSYS, 12 x Diff 12b ADC, PGA, 10b DAC, AC, CCL, 2x16b T/C, RTC, USART, SPI, I2C, WWDT 8 Pin 14 Pin ATtiny KB / 256B EE / 4KB ATtiny KB / 256B EE / 4KB ATtiny KB / 256B EE / 2KB ATtiny KB / 256B EE / 2KB ATtiny826 8KB / 128B EE / 1KB ATtiny827 8KB / 128B EE / 1KB ATtiny426 4KB / 128B EE / 512B EVSYS, 12 x Diff 12b ADC,PGA, 10b DAC, AC, CCL,2x16b T/C, RTC, USART, SPI, I2C, WWDT ATtiny427 4KB / 128B EE / 512B EVSYS, 12 x Diff 12b ADC, PGA, 10b DAC, AC, CCL, 2x16b T/C, RTC, USART, SPI, I2C, WWDT 20 Pin 24 Pin

26 PIC16F184xx Features & Memory 12-bit ADCC PIC16F KB / 256B EE / 2KB 2xSPI/I2C PIC16F KB / 256B EE / 2KB 2xSPI/I2C PIC16F KB / 256B EE / 2KB 2xSPI/I2C PIC16F KB / 256B EE / 1KB 2xSPI/I2C PIC16F KB / 256B EE / 1KB 2x(SPI/I22C) PIC16F KB / 256B EE / 512B 11x12b ADC2, 5b DAC, 2xComp, 4xCCP, 2xPWM, 2xCWG, NCO, 3xHLT, SMT, 4xCLC, ZCD, PPS, IDLE/DOZE, PMD, DSM WWDT, TS, SPI/I2C, EUSART PIC16F KB / 256B EE / 512B 17x12b ADC2, 5b DAC, 2xComp, 4xCCP, 2xPWM, 2xCWG, NCO, 3xHLT, SMT, 4xCLC, ZCD, PPS, IDLE/DOZE, PMD, DSM, WWDT, TS, SPI/I2C, EUSART PIC16F KB / 256B EE / 1KB 24x12b ADC2, 5b DAC, 2xComp, 5xCCP, 2xPWM, 3x CWG, NCO, 3xHLT, 2xSMT, 4xCLC, ZCD, PPS, IDLE/DOSE, PMD, DSM, WWDT, TS 2xSPI/I2C, 2x EUSART, 14 Pin 20 Pin 24 Pin

27 Features & Memory ATmegaxx0x ATmega KB / 256B EE / 6KB ATmega KB / 256B EE / 6KB ATmega KB / 256B EE / 4KB ATmega KB / 256B EE / 4KB ATmega KB / 256B EE / 2KB ATmega KB / 256B EE / 2KB ATmega808 8KB / 128B EE / 512B 6xEVSYS, 12x10b ADC, AC, CCL, 4x16b T/C, RTC, 2xUSART, SPI, I2C, WWDT ATmega809 8KB / 128B EE / 512B 8xEVSYS, 12x10b ADC, AC, CCL, 5x16b T/C, RTC, 4xUSART, SPI, I2C, WWDT 28 Pin 48 Pin

28 Features & Memory PIC18FxxQ10 PIC18F26Q10 128KB / 1KB EE / 4KB 2xEUSART, 2x(SPI/I22C) PIC18F46Q10 128KB / 1KB EE/ 4KB 2xEUSART, 2x(SPI/I22C) PIC18F26Q10 64KB / 1KB EE / 4KB 8XCLC, 2xEUSART, 2x(SPI/I22C) PIC18F46Q10 64KB / 1KB EE/ 4KB 2xEUSART, 2x(SPI/I22C) PIC18F25Q10 32KB / 256B EE / 2KB PIC18F45Q10 32KB / 256B EE / 2KB 35x10b ADC22, 5b DAC, 2xComp, 2xPWM, 2xCCP, CWG, 3x16TMR, 3xHLT, WWDT, 8xCLC CRC/SCAN, MULT, ZCD, PPS, TEMP, IDLE/DOZE, PMD, EUSART, SPI/I22C PIC18F24Q10 16KB / 256B EE / 1KB 24x10b ADC22, 5b DAC, 2xComp, 2xPWM, 2xCCP, CWG, 3x16TMR, 3xHLT, WWDT, CRC/SCAN, MULT, ZCD, PPS, TEMP, IDLE/DOZE, PMD, EUSART, SPI/I22C 28 Pin 40/44 Pin Rozdíly oproti K40 Kmitočet 64MHz od 1,8V Nižší spotřeba při 64MHz Vyšší spotřeba ve spánku Nižší cena Pomalejší zápis do EEPROM a Flash Jedna verze pro napájení od 1,8V do 5V A další

29 AVRxxDAxxx 24MHz AVR28DA KB / 512B EE / 16KB AVR32DA KB / 512B EE / 16KB AVR48DA KB / 512B EE / 16KB AVR64DA KB / 512B EE / 16KB AVR28DA64 64KB / 512B EE / 4KB AVR32DA64 64KB / 512B EE / 4KB AVR48DA64 64KB / 512B EE / 4KB AVR28DA32 32KB / 512B EE / 4KB 6xEVSYS, 12b ADCC, 3xAC, 6xCCL, 16b T/C, CRC, RTC, 6xUSART, 2xSPI, 2xI2C, WWDT, 3xZCD, PTC AVR32DA32 32KB / 512B EE / 4KB 6xEVSYS, 12b ADCC, 3xAC, 6xCCL, 16b T/C, CRC, RTC, 6xUSART, 2xSPI, 2xI2C, WWDT, 3xZCD, PTC AVR48DA32 32KB / 512B EE / 4KB 8xEVSYS, 12b ADCC, 3xAC, 6xCCL, 16b T/ C, CRC RTC, 6xUSART, 2xSPI, 2xI2C, WWDT, 3xZCD, PTC AVR64DA64 32KB / 512B EE / 4KB 8xEVSYS, 12b ADCC, 3xAC, 6xCCL, 16b T/ C, CRC RTC, 6xUSART, 2xSPI, 2xI2C, WWDT, 3xZCD, PTC 28 Pin 32 Pin 48 Pin 64 Pin

30 AVRxxDBxxx Features & Memory 24MHz, Analog, MVIO, 5V AVR28DB KB / 512B EE / 16KB AVR32DB KB / 512B EE / 16KB AVR48DB KB / 512B EE / 16KB AVR64DB KB / 512B EE / 16KB AVR28DB64 64KB / 512B EE / 4KB AVR32DB64 64KB / 512B EE / 4KB AVR48DB64 64KB / 512B EE / 4KB AVR28DB32 32KB / 512B EE / 4KB 4xOpAmp, 8xEVSYS, 12b ADC, 10b DAC, 3xAC, 6xCCL, 16b T/ C, CRC, RTC, 3xUSART, 2xSPI, 2xI2C, WWDT, ZCD AVR32DB32 AVR48DB32 32KB / 512B EE / 4KB 4xOpAmp, 10xEVSYS, 12b ADC, 10b DAC, 3xAC, 6xCCL, 16b T/ C, CRC, RTC, 5xUSART, 2xSPI, 2xI2C, WWDT, 2xZCD AVR64DB64 32KB / 512B EE / 4KB 4xOpAmp, 10xEVSYS, 12b ADC, 10b 3xAC, 6xCCL, 16b T/C, CRC, RTC, 6xUSART, 2xSPI, 2xI2C, WWDT, 3xZCD 28 Pin 32KB / 512B EE / 4KB 4xOpAmp, 8xEVSYS, 12b ADC, 10b DAC, 3xAC, 6xCCL, 16b T/ C, CRC, RTC, 3xUSART, 2xSPI, 2xI2C, WWDT, ZCD 32 Pin 48 Pin 64 Pin

31 Features & Memory PIC18(L)FxxQ43/44 CAN, CAN-FD PIC18F27Q43 128KB / 1KB EE / 8KB PIC18F47Q43 128KB / 1KB EE / 8KB PIC18F57Q43 128KB / 1KB EE / 8KB PIC18F26Q43 64KB / 1KB EE / 4KB PIC18F46Q43 64KB / 1KB EE / 4KB PIC18F56Q43 64KB / 1KB EE / 4KB PIC18F24Q43 32KB / 1KB EE / 2KB 25x12b ADC22, 6xDMA, 8b DAC, 2xComp, 3xCCP 3x16b Dual PWM, VI, 3xCWG, DSM, 3xNCO, 3xHLT, SMT, WWDT, MULT, Temp 8xCLC, ZCD, PPS, PMD, MAP, IDLE/DOZE, 5xUART, 2xSPI, 2xI2C, DIA PIC18F45Q43 32KB / 1KB EE / 2KB 24x12b ADC2, 6xDMA, 8b DAC, 2xComp, 3xCCP 3x16b Dual PWM, VI, 3xCWG, DSM, 3xNCO, 3xHLT, SMT, WWDT, MULT, Temp 8xCLC, ZCD, PPS, PMD, MAP, IDLE/DOZE, 5xUART, 2xSPI, 2xI2C, DIA PIC18F55Q43 32KB / 1KB EE / 2KB 24x12b ADC2, 6xDMA, 8b DAC, 2xComp, 3xCCP 3x16b Dual PWM, VI, 3xCWG, DSM, 3xNCO, 3xHLT, SMT, WWDT, MULT, Temp 8xCLC, ZCD, PPS, PMD, MAP, IDLE/DOZE, 5xUART, 2xSPI, 2xI2C, DIA 28 Pin 40 Pin 48 Pin

32 MCU16 Digital Power & Motor Control Roadmap Digital Power dspic33ch512mp dspic33ep GS Features/Memory 70 MHz, Live Update KB / 2 8KB pins 2x CAN, PGAs Motor Control dspic33ep / EV MC 70 MHz, 3V & 5V w/ ECC KB / 4 16KB pins 2x CAN, SENT, Op-Amps Dual Core, Live Update KB / 48+16KB pins, 2x CAN-FD dspic3x Nové výkonnější jádro dspic33ch128mp Dual Core, Live Update KB / 16+4KB pins, CAN-FD dspic33ck256mp Single Core, Live Update KB / 16 24KB pins, CAN-FD dspic33edv64mc205 SiP 70 MHz 64KB / 8KB, 52-pins 6-28V FET Drvr, Op-amps dspic33ck64mp Single Core 32 64KB / 8KB pins Design Production 70 MHz 100 MHz

33 Future Product Roadmap MCU32 Features/Performance SAMD51/E5x Automotive 150 DMIPS, M4F 1024KB/256KB/8KB EE pins 12b ADC/DAC, USB, Crypto, CAN FD, Ether SAMD21-128K 45 DMIPS, M0+ 128KB/16KB 4K RWW support, pins, USB, 12b ADC, 10b DAC 600 DMIPS, M7 1024KB/384KB/16MB pins HS USB, Crypto, CAN FD, Ether, GPU/LCD SAMC21 Automotive 45 DMIPS, M0+ 256KB/32KB/8KB pins, 12b ADC, 5V, CCL, CAN FD, PTC SAML10/11 In In Development Development 31 DMIPS, M KB / 16KB pins, QFN,CSP 12b ADC, 10b DAC, CCL, Crypto, ULP Low Power/Security PIC32CZ DA7x Concept Production Production General Purpose Automotive Graphics

34 SAM L11 Security block 32-pin 32-pin (TQFP, (TQFP, QFN, QFN, WLCSP) WLCSP) 24-pin (QFN, 24-pin (QFN, SSOP) SSOP) PORT PORT OSCCTRL OSCCTRL -40 C -40 C to to 125 C 125 C NVM NVM Memory Memory Single-cycle Single-cycle I/O I/O port port (IOBUS) (IOBUS) SWD SWD MHz MHz Xtal Xtal OSC OSC Debug Debug (DSU) (DSU) Cortex-M23 Cortex-M23 DFLLULP DFLLULP RSTC RSTC DAL DAL MHz MHz PM PM MCKL MCKL GCLK GCLK -40 C -40 C to to 85 C 85 C CRYA CRYA SUPC SUPC LDO LDO / / BUCK BUCK BOD BOD OSC32KCTRL OSC32KCTRL EVENT EVENT SYSTEM SYSTEM PORT PORT up up to to IO IO PORT PORT MBIST MBIST CRC-32 CRC-32 IDAU IDAU DAP DAP Flash IDAU IDAU KB KB KB 64B 64B Cache Cache AHB-Lite AHB-Lite Interface Interface ROM Data Flash 2 KB Scrambling Scrambling Secure Secure Boot Boot AES/SHA/GCM AES/SHA/GCM APIs APIs DAL/Chip DAL/Chip Erase Erase Management Management SRAM SRAM KB KB 8 8 KB KB DMAC x 8ch DMA Data WDT WDT khz khz RC OSC RC OSC RTC/TAMPER RTC/TAMPER khz khz Xtal Xtal EIC EIC Temp. Temp. sens sens Freq. Freq. Meter Meter AHB High Speed Bus Matrix (32 MHz) Secure Secure Pin Pin Multiplexing Multiplexing (SERCOM1) (SERCOM1) AHB/APB Bridge A NVM NVM CTRL CTRL SERCOM SERCOM x3 x3 AHB/APB Bridge B AHB/APB AHB/APB Bridge Bridge C C TC TC x3 x3 OPAMP OPAMP x3 x3 ADC ADC 12-bit 12-bit TRAM TRAM 256B 256B PAC PAC DAC DAC 10-bit 10-bit EVENT EVENT SYSTEM SYSTEM CCL CCL x4 x4 EVSYS EVSYS 8 8 ch ch AC AC x2 x2 PTC PTC 100ch 100ch TRNG TRNG EVENT EVENT SYSTEM SYSTEM DMAC DMAC DSU DSU

35 TrustZone for Cortex-M To differentiate and isolate Secure code from Non-Secure code, the SAM L11 memory is partitioned into ten different memory regions The security attribute of each region defined the core security state when executing the code stored in this region.

36 Access to secure software is allowed only through predefined functions located in Non-Secure Callable (NSC) region NSC C functions require specific attribute (cmse_nonsecure_entry) SG guard instruction placed at NSC function start

37 TrustZone in SAML11 Extension to system peripherals Non-Secure SW Secure SW Non-Secure SW Secure SW NSC APIs Non-Secure driver Secure driver Secure driver Peripheral (Non-Secure in PAC) Peripheral (Secure in PAC)

38 The concept of TrustZone

39 Trustonic services Kinibi-M Development and Deployment SDK Trust Services Device Device attestation attestation C:\SDK Cloud Cloud enrolment enrolment Kinibi-M MicroTEE for SAML11 - Pre-provision Trusted Execution Environment - Pre-provision Identity for device M-Class Prove device is genuine / eligible Enable secure connection to public/private cloud services

40 Product Lifecycle Fake warranty returns Theft & Resale A Fake Parts Copies Reintroduce Theft & export Gray Import Fronting Overproduction Reimport

41 Softwarové nástroje 16-Bit PIC MCU and dspic 32-Bit PIC MCU AVR MCU SAM MCU MPLAB X IDE MPLAB Xpress IDE (Cloud-Based) FREE MPLAB Code Configurator (MCC) Purchase SAM MCU Atmel Studio AVR GCC C Compilers MPLAB XC C Compilers Microchip Libraries for Applications (MLA) AVR MCU Za Po sta dp ve or n d a dá alš lp ív ok ývo ra j ču je 8-Bit PIC MCU ARM GCC C Compilers Atmel START MPLAB Harmony MPLAB XC PRO C Compiler Licenses IAR Workbench IAR Workbench Keil MDK

42 MPU

43 SAMA5D27-WLSOM1

44 FPGA fit with Microchip Potential Connecting MHCP Processors Likely Interface options Ethernet, USB, QSPI Camera, Display i/f Ethernet, USB, QSPI Camera, Display i/f Example Interfaces Supported PCIe, 12.7Gbps JESD204B, 1/10Gbps Ethernet, USB3.1, HDMI 2.0, DisplayPort 1.4, ISP, HD-SDI, SATA, DPHY, CoXpress PCIe, JESD204B, 1Gbps Ethernet, IEEE1588, SATA, PWM, Motor Control, ISP, ADC/DAC i/f SPI, I2C, UART SPI, I2C, PWM, LEDs, GPIO, etc. Potential Connecting MHCP Peripherals

45 Broad Range FPGA Supplier Smallest Packages CPLD Replacements More Resources Low Density FPGAs Up to 50% Lower Power Proven Security SEU Immune FPGA Configuration Instant-on and Non-volatile Cost Optimized Mid-Range Density FPGAs

46 FPGAs Features Logic Elements Transceiver Rate SmartFusion ProASIC3, IGLOO K -- I/O Speeds 400 Mbps LVDS DSP (18x18 Multipliers) Max RAM -- Processor Option On-board Flash Family Type 144 Kb Hard 100 MHz ARM Cortex-M3 Up to 512 KB code store CPLD Replacements Smallest Packages SmartFusion2 IGLOO2 5K - 150K 1-5 Gbps 667 Mbps DDR3 750 Mbps LVDS 100K - 480K 250 Mbps-12.7 Gbps 1600 Mbps DDR4 1.6 Gbps LVDS PolarFire 5 Mb 33 Mb Hard 166 MHz Soft RISC-V ARM Cortex-M3 Hard Crypto Processor Soft RISC-V Up To 512 KB code 56 KB secure NVM store Low Density FPGAs Mid-Range Density FPGAs with more resources & Lowest Power, Cost lowest power Optimized

47 Lowest power FPGAs Total System Power Profile SRAM FPGAs Microsemi FPGAs In-Rush Power (during power up) High Zero Configuration Power High Zero Static Power High Ultra Low Dynamic Power High Low Low Power Modes Low Ultra Low Total Power High Lowest Power

48 Industry s Best FPGA Security Cyber Security is the #1 concern for connected devices on the network edge $400 of DPA hacking equipment can lead to millions of dollars in IP theft Security Advantage Low Density Microsemi Prevent Overbuilding & Cloning Full Design IP Protection Root of Trust Secure Data Communications Anti-Tamper The number of IoT sensors is expected to approach 30 billion in 5 years and each unit is a potential entry point for cyber-criminals The Economist Intelligence Unit, 4/11/2016 Competition Mid-Range Microsemi N/A Best Low Density Security N/A N/A N/A Competition N/A Best Security In The Industry N/A Some call cybercrime the greatest transfer of wealth in human history The Center of Strategic and International Studies, July 2013, The Economic Impact of Cybercrime Weak Weak Weak N/A

49 Exceptional Reliability Error Free SEU immune Fabric Configuration No need to detect configuration errors SRAM Configuration Failures Alpha / Neutron particles strike routing matrix Block RAM with ECC No scrubbing required No triple mode redundancy needed Lowers cost Built-in SECDED on 33 bit word System Controller Suspend Mode for Safety Critical Applications Flash FPGA No Error SRAM FPGA Functional Failure SEU Immune fabric simplifies your design & increases reliability

50 Konec Děkuji za vaši pozornost Miroslav Mácha