Toshiba Cortex Seminar in Israel

TOSHIBA
Microcontroller Update
Amir Sherman
Semiconductors Technical Manager
Arrow Israel

2www.toshiba-components.com 12/26/14 © Toshiba Corporation
Product Roadmap
SuperFlash(R) is a registered trademark of Silicon Storage Technology, Inc.
• Toshiba will use ARM Cores in all future Microcontroller ASSP‘s
 ARM9 for Display type and Cortex M3 for embedded applications for various market areas (Home
Appliance/Industrial/Consumer/Automotive)

Overview

Cortex M3 - ProductsCortex M3 - Products

7www.toshiba-components.com
Toshiba - Cortex M3 Families

Toshiba Cortex-M3 MCU Leadership
H/W Vector Engine only on M37x

Cortex M3 Unique Selling Points
Single 5V Supply H/W Vector Control
Low Voltage/Power 2MB Flash
GP

Cortex M3 Starter Kits

Products for Home Appliance /Industrial
256KB
128KB
64KB
512KB
144pin100pin
USB H/DUSB H/D
+ CAN + Ethernet+ CAN + Ethernet1MB
2MB
100pin & 144pin<=64pin
Memory
variation
Memory
variation
M367FD
M367FY
M367FW
OFD
OFD
OFD
USB DUSB D
Memory
variation
Memory
variation
M368FD
M368FY
M368FW
OFD
OFD
OFD
USB H/DUSB H/D
+ CAN+ CAN
Memory
variation
M369FD
M369FY
OFD
OFD
Memory
variation
M380FY
OFD
M380FW
OFD
StandardStandard
Package
variation
Memory
variation
M382FW
M382FS
OFD
OFD
StandardStandard
NOWNOW
Q2/11Q2/11

Cortex M3 Key Words by Family
 General Purpose
 Low Cost Cortex M3
 CEC
 Remote Control Signal Preprocessor

TMPM330/2/3
• General Purpose
• Low Cost Cortex M3
• CEC
• Remote Control Signal Preprocessor
NANO FLASHTM
Part Number ROM RAM Package
TMPM330FDFG 512kB 32kB LQFP100 (14x14mm 0.5mm)
TMPM330FYFG 256kB 16kB LQFP100 (14x14mm 0.5mm)
TMPM330FWFG 128kB 8kB LQFP100 (14x14mm 0.5mm)
Additional Info:
 Operating voltage Peripheral I/O=2.7~3.6V
 Consumer Electronics Control (CEC)
This IP enables to transmit or receive data that
conforms to Consumer Electronics Control
(hereafter referred to as
CEC) protocol.
This IP can operate conformably to HDMI 1.3a
specifications.

 5V Single Power Supply
(incl. Analog IPs like ADC)
 32-bit performance @ 8-bit price level
 Advanced Timer (MPT) for PWM Motor and
IGBT Control
 „Stand-alone“ product:
no external components needed due to POR, VLTD,
internal Oscillator (target 1%!)
 High Speed 12-bit ADC
 Class B (IEC 60730) compliant
 Family Concept with 64 to 100 pin packages
and 64 to 256kB Flash derivatives and later
M367/8/9

Cortex M3 Applications
 Ruggedized environments like in Home
Appliance, Industrial Control
 Replacement for 8-bit MCU‘s with need for
bigger memory, higher performance
 Advanced Motor Control by S/W using
integrated safety features
e.g. Air Condition, Pumps, various H/A
 Induction Heater:
1 / 3 and 4 Hubs are supported

Additional Info:
 Multi purpose timer (MPT)
 3-phase PWM output: Synch PPG output with AD conversion
trigger, Encoder input
 IGBT control timer: External trigger start, programmable dead
time, synch PPG output and emergency stop signal
 Internal Oscillator (10MHz)
 Oscillation Frequency Detector (OFD):
 H/W Clock Monitoring compliant with EN/IEC 60730 (Class B)
 Remote Control Signal Preprocessor
 Real Time Clock with Clock, Calendar and Alarm
TMPM380TMPM380
• 5V Single Power Supply
• Multi Purpose Timer
• Motor / IGBT Control
NANO FLASHTM
TMPM380FYDFG 256kB 16kB LQFP100 (14x20mm 0.65mm)
TMPM380FWDFG 128kB 12kB LQFP100 (14x20mm 0.65mm)

Additional Info:
 H/W Clock Monitoring compliant with
EN/IEC 60730 (Class B)
TMPM382TMPM382
NANO FLASHTM
TMPM382FWFG 128kB 12kB QFP64 (14x14mm 0.80mm)
TMPM382FSFG 64kB 8kB QFP64 (14x14mm 0.80mm)

Additional Info:
 H/W Clock Monitoring compliant with
TMPM384TMPM384
NANO FLASHTM
TMPM384FDFG 512kB 32kB LQFP144 (20x20mm 0,50mm)
Under
Development

Multi Trigger Start
A. Continuously conversion
B. MPT trigger
C. Software trigger
A A A B A A A C A
Conversion result
register-1
Conversion result
register-2
Conversion result
register-3
Trigger from MPT
AD conversion
Software Trigger
(Command start)
Continuously conversion
is interrupted by MPT
trigger.
Software conversion starts
after finishing
continuously conversion.

Plural conversion registers
Conversion register - 0
12 registers
AD
conversion unit
AD
conversion unitAINs
MPT Trigger
Software Trigger
AIN0
AIN1
AIN2
AIN10
AIN11
:
AIN1 / Cont.
AIN2 / MPT-1
Continuously
conversion control
AIN0 / Soft
AIN4 / MPT-2
AIN3 / MPT-3
Conversion registers 0 to 11 can be
assigned to any analog input and trigger.

 Low Voltage/Low Power (1,7V/1µA)
 Small package (6x6mm) + QFP
 Rich set of peripherals: 3 UARTs, 4 SPI, 2
I2
C, 12 channel AD converter

Cortex M3 Applications
 Battery
 Sensors and metering
 Bar Code Reader
 HVAC, Fire & Alarm Systems

NANO FLASHTM
TMPM390/M395
• Low power/ Low Voltage
• High-speed writing to memory
• CEC/ Remote Control
Additional Info:
 Operating voltage 1.7~3.6V
 Oscillation Frequency Detector (OFD)
H/W Clock Monitoring compliant with EN/IEC 60730
(Class B)
 Power Consumption:
 6mA@1.8V (10MHz Normal Run Operation)
 10μA@1.8V (RTC count + CPU Static stop + RAM resume )
 1.3μA@1.8V (RTC count)
 Embedded high speed oscillation circuit
 9.91MHz±3.0%@Ta=0-70 w/o S/W Trimming
 9.91MHz±0.5%@Ta=0-70 S/W Trimming (Wake-up time
3μS)
 Embedded Real Time Clock
 Separated Power Supply & Easy Power-on sequence
** : Under Planning
TMPM395FYXBG** 256kB 16kB FBGA120 (6x6mm)
TMPM390FYFG** 256kB 16kB LQFP100 (14x14mm 0.5mm)
TMPM395FWXBG 128kB 8kB FBGA120 (6x6mm)

 Hardware Vector Control
 Wide range of rotation: 0 – 100.000 rpm
 High accuracy of less than 1 degree
 Strong Torque at 0 rpm e.g. to bear down resistance
of lubricants
 5V Single Power Supply
 2 independent high speed 12-bit ADC‘s
(2 x 11channel)

TMPM370FYFG/DFG
Additional Info:
 5V single power supply
 Oscillation Frequency Detector (OFD)
H/W Clock Monitoring compliant with
 Two Comparator for emergency stopNANO FLASHTM
• High performance
• Low power consumption
• Vector Engine for Motor Control
• Analogue circuit integrated
TMPM370FYFG 256kB 10kB QFP100 (14x14mm 0.5mm)
TMPM370FYDFG 256kB 10kB QFP100 (14x20mm 0.65mm)

M370 – Motor Control evaluation board
Vector control evaluation package with board,
low voltage motor and power supply in a box.
Low voltage motor control on board
Designed for high voltage motor control with
available BOM
Safety control functions
Small LCD for stand-alone evaluation
GUI control via PC
Software package incl. BSP
Circuit diagram and pcb layout files.
Application notes, documentation and source
codes

 Largest On-Chip Flash in the Market
2MB + huge RAM up to 128kB
 Pin-Compatible Family
with and w/o CAN/USB
 16 ch. of 16-bit Timer
 12 ch. x UARTs & many I/O‘s (120)
 High Speed (64MHz) without Wait States
 External 16-bit Bus
 USB Host and Device

Cortex M3 Target Applications
 Data logger using large internal RAM
or Flash Memory
 Connecting external components via
Data/Address Bus
 Human-machine interface with support for
many languages
e.g. with External Display
 Industrial Control Systems with connectivity
requirements
 Building Control
 PC-Peripherals
 Barcode Reader

Additional Info:
 Operating voltage 2.7 to 3.6V
 External bus I/F: 16 bit (multiplex bus/ separate bus)
TMPM360TMPM360
NANO FLASHTM
• Large capacity FLASH ROM
• Many Serial I/F and 16bit timer
• High performance 64MHz Operation
TMPM360F20FG 2MB 128kB LQFP144 (20x20mm 0.5mm)
Under
Development

Additional Info:
 External bus I/F: 16 bit
TMPM361: multiplex bus
TMPM362: separate bus
TMPM361/M362
NANO FLASHTM

Additional Info:
 External bus 16 bit
TMPM363: multiplex bus
TMPM364: separate bus
TMPM363/364 　
• Embedded CAN & USB (Host)
NANO FLASHTM
TMPM363F10FG 1MB 64kB QFP100 (14x14mm 0.5mm)
TMPM364F10FG 1MB 64kB QFP144 (20x20mm 0.5mm)

• High Speed 80MHz Operation
• USB2.0 Device & Host
• CAN2.0B
• Ethernet MAC (10/100BASE)
• Fast ADC
TMPM369TMPM369 　　
NANO FLASHTM
TMPM369FDFG 512kB 128kB LQFP144 (20x20mm 0.5mm)
TMPM369FDXBG 512kB 128kB FBGA176 (11x11mm 0.65mm)
TMPM369FYXBG 256kB 64kB FBGA176 (11x11mm 0.65mm)
Under
Development
Additional Info:
 Operating Voltage 2.7 - 3.6V
with some 5V tolerant I/Os
 Debug I/F JTAG/SWD/ETM
 DMA 2 x 16 ch
 PMD – Programmable Motor Drive

M367/8/9: Dual ADC interleave
…
ADC
#2
ADC
#2
8ch
……
Timer SW
ADC
#1
ADC
#1
Data2
1.0µs0.5µs
Data4 Data6
…
…
TriggerTrigger
Data1 Data3 Data5
CCD trigger
output
CCD data
output
0.5 µsec conversion time can be realized by interleave function:0.5 µsec conversion time can be realized by interleave function:
Example BCR

Toshiba Cortex Seminar in Israel

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