Toshiba TX49, TLCS-900 User Manual

Download

PRODUCT GUIDE

Microcomputer

2006-10

http://www.semicon.toshiba.co.jp/eng

02 03

Toshiba microcomputer line-up

Toshiba softwear IP line-up

TX49 Family

FamilyTLCS-900

Toshiba microcomputer development system product line-up

Toshiba offers total solutions to meet your microcomputer needs with an extensive product line-up supported by our software and development system experts.

64-pin QFP

14mm

14mm / 0.8mm pitch

64-pin LQFP

10mm

10mm / 0.5mm pitch

TLCS-900/H Series

TLCS-900/L

Series

TLCS-900

Series

TLCS-900/L1 Series

TX49/H2 Series

TX49/L4 Series

TX49/L3 Series

TX49/H3 Series

TX49/H4 Series

TX49/W4 Series

TX99 Family

TX99/H4 Series

TLCS-900/H1 Series

High-Speed

TLCS-900/H1 Series

16-bit 32-bit

32-bit

64-bit

8-bit

Portable devices

Digital information appliances (broadband/OA equipment)

Digital consumer (DSC/DVC/DVD/DTV/STB)

Automotive equipment

Audio

TV/communications (cordless phones)/electric appliances/inverter appliances

TX19A Series

TX19 Series

TX19 Family

TX39 Series

MeP

TX39 Family

Performance

TLCS-47 Family

TLCS-870/C Series

Toshiba Integrated

Development Environment

(TIDE)

TLCS-870 Series

RTE47 model 10 system RTE47 system

RTE870 model 10 system

TLCS-870/X Series

TLCS-870/C1 Series

TLCS-900 Family

TX19 Series

TX19A Series

RTE870/X model 25 system RTE870/X model 15 system

RTE870/C model 15 system RTE870/C Light system

RTE900 model 25 system RTE900 model 15 system

DSU PROBE for N-WIRE

DSU PROBE model 120 DSU PROBE model 110

In-circuit emulator On-chip debug emulator

NEW

Real-Time OS

-bit

TLCS-870 Family

TLCS-870/X

TLCS-870/C

TLCS-870

TLCS-870/C1

NEW

Core architecture optimized

for C compiler

Minimum instruction execution time: 250 ns

Minimum instruction execution time: 125 ns

Address space extended to 1 Mbyte

■

High-speed processing capability equivalent to 16-bit microcontrollers

■

Address space extended to 128 Kbytes

■

5-V operation

■

On-chip debug function

[New Core] TLCS-870/C1 Series

The new 8-bit CPU core delivering high-speed processing capability and memory address space extension, while offering instruction code compatibility with TLCS-870/C

Under development

TMP89FS60UG/FG

NEW

General-purpose 64-pin product providing various interfaces for serial communications and a timer system

TCP/IP protocol stack

HTTP server

JPEG

IrDA protocol stack

USB1.1 (device)

Embedded file system

Authentication Library

CompactFlash Driver

SD Memory Card Driver

Library

Handwritten Recognition Interface

Graphics

Graphical

Speech Codec

Text to Speech (TTS)

TLCS-870 FamilyLL Microcontroller

TLCS-47E Series

T4X Series

T6H Series

TLCS-870/X Series

TLCS-870/C Series

TLCS-870 Series

TLCS-870/C1

Series

TLCS-47 Family

LL Microcontroller

4-bit

Remote controls/calcurators/digital clocks/portable game machines

NEW

04 05

Product line-up

Toshiba has newly developed TLCS-870/C1 Series of 8-bit microcontrollers that deliver high-speed processing capability equivalent to 16-bit microcontrollers. The TLCS-870/C1 Series achieves high-speed processing capability at low internal clock frequencies by operating one instruction cycle in a single clock cycle. Toshiba's proprietary memory segment method allows addressing up to 128 Kbytes of memory address space.

16-bit

8-bit

32-bit

8-bit Flash microcontrollers based on TLCS-870/C1 core

The new 8-bit CPU core delivering high-speed processing capability and memory address space extension, while offering instruction code compatibility with TLCS-870/C

NEW

8-Bit Microcontrollers

TLCS-870/X

TLCS-870/C

TLCS-870

TLCS-870/C1

TLCS-900/L1

TLCS-900/H1

High-Speed

TLCS-900/H1

NEW

Performance

Low power consumption Low noise

Core architecture optimized for C compiler

Minimum instruction execution time: 250 ns

Minimum instruction execution time: 125 ns

Minimum instruction execution time: 111 ns

Minimum instruction execution time: 125 ns

Minimum instruction execution time: 50 ns

Address space extended to 1 Mbyte

8-bit microcontrollers

16-bit 32-bit8-bit

TMP89FS60UG/FG

✽✽

General-purpose 64-pin product providing various interfaces for serial communications and a timer system

Flash version or mask version can be selected.

16KB

42-pin 44-pin 48-pin 64-pin 80-pin 100-pin

32KB

60KB

96KB

ROM

LCD driver built-inStandard product

LLL

870/C1 Series road map

(planned)

✽✽

: Under development

: Under planning

Part Number

TMP89CM60UG/FG

TMP89CS60UG/FG

TMP89FS60UG/FG

✽✽

ROM 32 KB 60 KB 60 KB

RAM

3.0 KB

8KB

16KB

32KB

64KB

96KB

128KB

Program size (data + code)

2 3 4

Accessible to the address space (128 Kbytes) doubled over 870/C by the segment method

TLCS-870/C1 Series: Minimum instruction execution time of 125 ns TLCS-870/C Series: Minimum instruction execution time of 250 ns *The minimum instruction execution time is reduced by half compared to TLCS-870/C.

Advantages of low-frequency operation

TLCS-870/C Series

64 Kbytes (data + code)

TLCS-900/L1 Series

TLCS-870/C1 Series

128 Kbytes (Max) Code: 64 Kbytes Data: 64 Kbytes

Segment method

New

High-speed processing at a low clock frequency

Toshiba's proprietary memory management method (segment method)

Address space extendable to 128 Kbytes

One instruction cycle operated in a single clock cycle

Toshiba's proprietary memory segment method manages instruction codes and data independently in separate memory address spaces. This new method enables memory address space extension without affecting processing speed or code efficiency for small- to large-sized programs exceeding 64 Kbytes.

The core architecture is configured to reduce the number of clock cycles required to complete one machine cycle to a single clock cycle. This achieves processing performance four times that of TLCS-870/C Series at the same internal clock frequency.

Features of TLCS-870/C1 Series

Toshiba Integrated Development Environment (TIDE)

Emulators

Development System

Toshiba microcontroller core line-up

C Compiler

Assembler

Build Manager

Debugger

Linker

Framework

Editor

*Under development. Specifications are subject to change without notice.

On-chip debug emulator In-circuit emulator

Toshiba Microcontrollers TLCS-870/C1 Series

Realizing processing capability equivalent to 16-bit microcontrollers and memory address space extendable up to 128 Kbytes

Suitable for high-performance and multifunctional home appliances, audio equipment and portable devices

TLCS-900 Family

8-bit microcontrollers

High-speed processing capability equivalent to 16-bit microcontrollers Address space extended to 128 Kbytes 5-V operation On-chip debug function

TLCS-870 Family

Suitable for home appliances

TLCS-870/C1 Core

Operating voltage: 4.5 to 5.5 V at 8 MHz, 2.7 to 5.5 V at 4.2 MHz

Clock gear:

1/4, 1/2, 1/1

Built-In Functions

Voltage detecting circuit

(Two voltage levels detectable, reset or interrupt selectable)

Power-on reset circuit

(Threshold voltage: 2.4 V

0.2 V) 8-bit timer/counter: 4 channels (Resolution: 125 ns at 8 MHz) 16-bit timer/counter: 2 channels (Resolution: 250 ns at 8 MHz) UART/SIO*: 2 channels (UART: 128 Kbps, SIO: 4 Mbps at 8 MHz) UART: 1 channel (UART: 128 Kbps at 8 MHz) I

C/SIO*: 1 channel

C: 400 Kbps, SIO: 4 Mbps at 8 MHz)

Two SIO channels can be used simultaneously. 10-bit AD converter: 16 channels Built-in pull-up resistors On-chip debug function (Flash version only)

8 MHz

Analog input

TXD/RXD SCLK/SI/ SO

SDA/SCL/ SCLK/SI/ SO

TXD/RXD

32 kHz

Pulse output

Timer/counter

input

Pulse output

Timer/counter

input

Interrupt

I/O port

POR/ VLTD

ROM

10-bit

(16ch)

UART/

SIO

(2ch)

SIO

(1ch)

UART

(1ch)

RAM

870/C1

Core

8-bit timer (4ch)

16-bit

timer (2ch)

I/O 56

Packages: UG: 64-pin LQFP (10 mm x 10 mm/0.50-mm pitch) FG: 64-pin QFP (14 mm x 14 mm/0.80-mm pitch)

Internal clock

TLCS-870/C

Series

TLCS-870/C1

Series

One machine cycle

◆

Compared to the TLCS-870/C, power consumption can be reduced at the

same performance level.

◆

Noise generation can be reduced.

At higher frequencies...

Low-frequency

operation

(8 MHz)

(16 MHz 24 MHz 32 MHz)

Code and data in the same area

64-Kbyte code segment

64-Kbyte data segment

Code

Data

Code

Additional code

Data

Code: Instruction op-codes and operands Data: Sources and destinations of load and arithmetic instructions, etc.

Conventional 8-bit product

Segment method

Software design facilitated

Compact core and object sizes

Compared to the address bus extension method, core and code sizes are reduced. The instruction set is compatible with TLCS870/C.

Unlike the bank switching method, small- to large-sized programs need not be modified. Processing speed and code efficiency are unaffected even if the code size exceeds 64 Kbytes.

Using the Integrated Development Environment (IDE) together with C Compiler enables seamless operations of coding, building and debugging tasks which must be performed repeatedly in the software development process. Toshiba development tools offer a variety of latest functions to realize a user-friendly and highly efficient debug environment.

*The target system requires a separate power supply.

Target

system

Host

system

USB

Control

interface

cable

RTE870/C1

on-chip

debug

emulator

Target

system

Host

system

USB

MCU

probe

RTE870/C1

emulator

Business-card-sized compact emulator No need for power supply (using USB bus power) Target connection via a narrow-pitched cable Extensive on-chip debug functions Break/event : 8 breakpoints/1 event Trace :

The last two branches

can be stored in real time.

Memory access: Display/Rewrite during

program execution in 1-byte units

(with a wait of 1 clock cycle) Debug pin : Two I/O pins Flash programming function IDE included

(downloadable from website)

Compact, low-cost, yet highly functional in-circuit emulator

(compared to RTE870/C model 15)

Various 870/C1 Series devices supported by replacing the probe Common probe with RTE870/C Light*

(*) Compact emulator for 870/C Series

Connected with the host system via USB IDE included (downloadable from website) Supports on-chip debug emulation.

06 07

Toshiba’s Flash Microcontrollers

16-bit

4 KB

28/30/32 42/44/48 64 80 100 144 177/193

FBGA

281 FBGA

8 KB

16 KB

32 KB

48 KB

64/60

96 KB

128/120

256 KB

384 KB

512 KB

1 MB

2 MB

Capacity

Under development

Pin count

Under planning

Under development

Under planning

Products with built-in LCD driver

Features of Toshiba’s Flash microcontrollers

Full support system for Toshiba’s Flash microcontrollers

Products in low-pin-count packages

8-bit

TMP86FM23++ TMP86FP24 TMP86FM25 TMP86FM26

TMP86FS27 TMP86FM28++ TMP86FM29

TMP91FW40

TLCS-870 Family

8-bit

TMP86F409 TMP86F807 TMP86F808 TMP86F809 TMP86F892++ TMP86FH09 TMP86FH12 TMP86FH46A

TMP86FM46++ TMP86FH47A TMP86FM47++ TMP86FH92 TMP86FH92I TMP86FH93

TLCS-870 Family

TLCS-900 Family

High-speed programming

NANO FLASHTM allows 0.5 Mbytes of data to be programmed in 2 seconds.

Flash programming service

Various programming tools

Toshiba offers a wide variety of programming tools to meet various needs of customers from development to mass production. Programming services are also available.

Toshiba Semiconductor website

8-bit microcontroller

TMP89FS60

General-purpose 64-pin product providing various interfaces for serial communications and a timer system

16-bit microcontroller

TMP91FY42

100-pin product featuring large-capacity Flash memory (256 Kbytes)

32-bit microcontroller

TMP92FD28

100-pin product incorporating a USB host controller

Enhanced security function

Up to 255 bytes of password protection can be implemented to prevent illegal read accesses.

A wide range of operating voltages

Operating voltages ranging from 2.7 V to 5 V are supported.

Various Flash programming methods

In addition to serial mode and parallel mode, ISP (In System Programming) is supported.

Low power consumption

NANO FLASHTM realizes the same level of low power consumption compared with mask ROM products.

Quick programming service

Flash programming service is available to enable QTAT (quick turnaround time).

On-chip debug function incorporated

The on-chip debug function improves development efficiency by allowing debugging on mass-production boards.

Toshiba’s Flash programming tool

Flash adapter

Connection example

The Flash adapter is a programming adapter supporting Toshiba’s microcontrollers with onchip Flash memory. Connecting the Flash adapter with your PC allows you to program, erase and verify on-chip Flash memory. The Flash adapter is provided for each package type.

Category

Off-board programming

(Note 1)

On-board programming

(Note 2)

Programming services

(Note 4)

Tool type

Programming adapter

Note 1: Off-board programming is a method to program a Flash device before it is mounted on the system board. Note 2: On-board programming is a method to program a Flash device after it has been mounted on the system board. Note 3: The in-circuit programmer from Flash Support Group allows off-board single-device programming by connecting an optional adapter. Note 4:

Programming services are also available from some of the other programming tool vendors in this table apart from Toshiba and MICROTEK.

Note 5:

Some limitations apply when the programming adapter is used for mass production. For details, contact your local Toshiba sales representative.

: Supported

Toshiba Corporation

Toshiba Corporation MICROTEK Inc.

Flash Support Group, Inc. HI-LO System Research Co., Ltd. MINATO ELECTRONICS INC. Shanghai Gengyan Electric Technology Co., Ltd T.S ELECTRONICS CO., LTD

Flash Support Group, Inc. HI-LO System Research Co., Ltd. MINATO ELECTRONICS INC. Shanghai Gengyan Electric Technology Co., Ltd

Sophia Systems Co., Ltd. Flash Support Group, Inc.

(Note 3)

Yokogawa Digital Computer Corporation

Single-device programmer

Gang programmer

In-circuit programmer

Tool vendor

Development

Mass production

Maintenance

Phase

(Note 5)

Toshiba offers an extensive line-up of microcontrollers with on-chip Flash memory ranging from small-capacity to 2 Mbytes. You can find a wide variety of products from low-pin-count devices to high-functionality devices.

NEW

* The user is required to connect write signals and mount oscillators as appropriate to each device.

A wide variety of peripheral functions

The line-up includes products with various application-specific functions, such as an LCD driver, an inverter motor control function (PMD), or an IGBT control timer, as well as general-purpose products.

QTAT

Manufacturing process

Masked ROM product

Flash product

Programming order

QTAT is achieved by programming the Flash microcontroller at Toshiba.

(Note)

Delivery

Mask/ES creation process

ES evaluation

Development

Flash programing

Customer

Mask/ES order

Customer

Mass production order

●QTAT

........................

Quick Flash programming service is available.

(Note)

●Quality assurance..The same level of quality as that of

mask ROM products is assured.

●Marking

...................

Custom marking is possible.

●Support

...................

In addition to programming at Toshiba, customers can use our partner programming houses.

Note: Delivery time varies with various conditions such as quantity, order acceptance time, factory operation schedule, and product type. For details, please contact your local Toshiba sales representative.

Flash programming service enables QTAT (quick turnaround time), allowing customers to achieve shorter time-to-market.

TMP86F409

TMP86F807 TMP86F808 TMP86F809 TMP86F892

TMP89FS60

16-bit

TX19 Family

NEW

TMP86FM46 TMP86FM47

TMP91FW40

TMP91FW60

TMP86FS64

TMP88FW44

TMP92FD23A

TMP1940

TMP1942

TMP19A43

TMP1962

TMP19A64

TMP92FD28 TMP92FD54AI

TMP91FY42

TMP92FY60

TMP19A71

TMP86FH09 TMP86FH12

TMP86FH46A TMP86FH47A

TMP86FH92

TMP86FH92I

TMP86FM23

TMP86FM25

TMP86FM26 TMP86FM29 TMP86FM48 TMP86FM49

TMP86FH93

TMP86FS23 TMP86FS49A TMP86FS49AI

TMP86FM28

TMP86FP24

TMP86FS27 TMP86FS28

TMP91FU62

TMP88FW45TMP91FW27

8-bit

32-bit

TLCS-900 Family

TLCS-870 Family

TX19 Family

TLCS-900 Family

TLCS-870 Family

http://www.semicon.toshiba.co.jp/eng/index.html

Information on the entire spectrum of Toshiba semiconductor products is avaiable here.

●Solution

You can access latest information for each of system applications.

●Product information

You can access a wide range of new-product information, presentation data material and other data.

Under development

08 09

Toshiba offers a complete lineup of reliable, user-friendly development tools to support customers in each phase of program development from design to evaluation.

Reliable, User-Friendly Development Systems for Toshiba Microcomputers

Toshiba Software IP

System Support

* The outlines of microcomputer development systems can be found on page 53 onward.

Compact ICE for TLCS-870/C Series

* For details of software IPs, see the page 61 of this product guide.

RTE870/C Light emulator

The RTE870/C Light emulator is comprised of the minimum functions required for debugging, and comes in three types to support all MCUs in the TLCS-870/C Series (excluding the TMP86xx24FG).

The price is "Light".

Integration of the RTE controller and pod system makes

the emulator more affordable.

Comes with a free debugger download.

The connection is "Light".

The host interface is through USB.

Can be easily connected to a notebook PC.

The size is "Light".

A new system configuration succeeded in integrating

the system on a single board.

A smaller probe tip takes less space on the target

board.

Product components:

RTE870/C Light emulator AC power adapter

Other required items:

Probe set Emulation chip Language tool Host system (PC) USB cable (USB standard A to B)

Target system

Host system

The probe set and options are manufactured by ADLINKS Co., Ltd. These products are distributed by Daimaru Kogyo K.K.

http://www.adlinks.co.jp/

[Usage example]

Exchange connector

Target connector

*The target system requires a separate power supply.

As product development becomes sophisticated and increasingly offers technical advantages, high-performance and large-scale development becomes required in software development, and the development cycle has turned longer. To address this situation, Toshiba aims to faster time to market, realize functions with software, and improve quality by producing software components.

Toshiba’s MCU Plus Software IP Platform

Features of the Software IP

1. Full supports for microcomputers from 8 to 32 bits.

2. Optimized design concept for Toshiba microcomputers.

3. Pursuit of flexible designs and interfaces not limiting application types.

4. Flexible response to any development environments and platforms.

Option

Evaluation board for software IP (SWIP)

Reference model for LCD TV

Evaluation board for portable devices

TOP

Bottom

●

Software IPs ● Reference application software ● Reference models

We offer a v ariety of software and solution to speed up your development time.

Stacking connector

The stacking connector is used between the probe and the target connector to raise height so that the target system can be connected easily when there is not enough space around the target connector.

MCU mounting adapter for RTE870/C Light Bump socket

The bump socket is used together with the target connector to mount an MCU on the target system.

M15-Light connection exchange cable

The M15-Light connection exchange cable allows you to connect the RTE870/C Light system to a target system that has been debugged with the RTE870/C model 15 system. (The target connecting board used with the RTE870/C model 15 system is required.)

Probe set

The probe set is available f or each package pin count or package type of supported MCUs.

Set components:

RTE870/C Light probe

Used to connect the emulator and target system.

Target connector

Used to connect the probe to the target system.

Exchange connector

Required with some MCUs.

* For the detailed specifications of the RTE870/C Light emulator, see “Outline of TLCS-870 Family Development System on page 58.

Operation check and evaluation with a demonstration

board and application.

Software IP group

Network

File system

Speech recording

and playback,

TTS

Graphics

Security

(Authentication)

Customer’s

product

Operation check and evaluation

You can select, evaluate and use necessary element technologies.

Toshiba value your support and aim to propose the best possible platforms for various application fields.

RTE870/C Light debugger

● Exclusively for RTE870/C Light system

●

The same GUI as RTE87/C model15 debugger

Downloadable from our development system website

(User registration is required.)

AC power adapter

RTE870/C Light emulator

RTE870/C Light probe

USB

10 11

CONTENTS

Microcontrollers Listed by Function/Application

Microcontrollers with motor control circuit (PMD)

Microcontrollers with LCD controller

Microcontrollers with LCD driver

Microcontrollers with fluorescent display tube driver

General-purpose microcontrollers in compact packages

Microcontrollers with AD converters

Microcontrollers for personal equipment

Microcontrollers for televisions

Microprocessors for digital equipment

Microcomputers for automotive applications

Microcontrollers for automotive motor control

Microcontrollers for inverter electric appliances

Microcontrollers for digital single-lens reflex cameras (DSLRs)

Microcontrollers for digital video cameras (DVCs)

Microcontrollers for audio (CD-MP3 control MCUs)

Microcontrollers for audio (Main control MCUs)

61 62

TX99 Family

64-Bit Superscalar TX System RISC

TX49 Family

64-Bit TX System RISC

Companion Chip

TX39 Family

32-Bit TX System RISC

TX19 Family

MeP

(Media embedded Processor)

32-bit TX System RISC

TLCS-900 Family

16/32-bit Microcontrollers

TLCS-870 Family

8-bit Microcontrollers

Software Development Support

Package List

Guide to Websites

Introducing the Latest Software IP

T4X Series / T6H Series

4-Bit / 8 -Bit LL Microcontroller

Development System

Outline of TX19 Family Development System

Outline of TLCS-900 Family Development System

Outline of TLCS-870 Family Development System

Programming tools / Accessories

System support

On-site support

Web support

Toshiba utilizes global networking to provide powerful support for system development by our customers around the world. We provide support for microcomputer development including development systems, middleware, application software and all types of software IP for software development. We also have an organization for providing needed information to our customers in a timely fashion, through channels such as Web services.

Development support

Toshiba provides extensive local support to satisfy customer needs varying from region to region.

Toshiba Semiconductor Website

Toshiba is committed to supporting our customers in system development.

Software IPs

Reference application software

Reference models

We provide a wide range of software development support for customers so that they can reduce the time required for development.

Evaluation board for software IP (SWIP)

Evaluation board for portable devices

Evaluation board for PMD microcontrollers

Evaluation board for inverter lighting equipment

TOP

Bottom

Toshiba provides technical information through our website, with the aim of supplying information to customers as early as possible to improve their satisfaction.

http://www.semicon.toshiba.co.jp/eng/

Fluorescent lamp lighting by

high-frequency half-bridge inverter control

using IGBT control timer.

Dimmer function by

frequency and duty adjustment.

Allows direct

connection to Toshiba's emulation pod.

Supports on-

board Flash programming.

Supports both

sensorless and sensored brushless DC motors.

Equipped with

software for square wave and sine wave drive.

Toshiba Electronics (Shanghai) Co.,Ltd.

TOLS Software System Engineering (Shanghai) Co.,Ltd.

Toshiba Electronics Asia, Ltd. Hong Kong Head Office

Toshiba Electronics Trading (Malaysia) Sdn. Bhd. Kuala Lumpur Head Office

Toshiba Electronics Service (Thailand) Co., Ltd.

Toshiba Electronics Korea Corporation Seoul Head Office

Toshiba America Electronic Components, Inc. Headquarters-Irvine, CA

Toshiba LSI System Support Co.,Ltd.

Toshiba Corporation Semiconductor Company

Toshiba Electronics Taiwan Corporation Taipei Head Office

Applications

Air conditioners Refrigerators

Washing machines

Automotive

● Sine wave drive

● Rotor position detection function

●

Motor control timer and timer capture

●

PWM waveform generation function

● Overload protection function

● Abnormality protection function

●

Automatic commutation start and

automatic position detection start

● AD converter trigger generation function

Series Name

Part Number

Flash

ROM

(bytes)

RAM

(bytes)

Supply

Voltage (V)

PMD

(channel)

I/O Additional Functions Version with OTP/Flash Package

TMP88CH40NG/MG TMP88CH40IMG TMP88CH41NG/UG TMP88CH41IUG

/SUG

T5BE2 T5BE1

TMP88PS42NG/FG

TMP88PS43FG

TMP88CS42NG/FG

TMP88CS43FG

16 K

64 K

870/X

DSP

TX19A

512

221K32K

4.5 to 5.5

3.0 to 3.6

●

10-bit AD converter

●

UART

●

SIO

●

10-bit AD converter

●

UART/SIO

●

PWM

●

Encoder input

●

10-bit AD converter

●

UART

●

SIO

●

PWM

SDIP64/QFP64

(14

20mm)

LQFP44(10

10mm)

TMP88PH41NG/UG

SDIP42/LQFP44(10 10mm)

TMP88PH40NG/MG

SDIP28/SOP28

SOP28

QFP80(14

20mm)

TMP19A71CYUG/FG

-TMP88FW44FG

256 K

120K

10K4K75 2

3.0 to 3.6

4.5 to 5.5

●

10-bit AD converter

●

UART/SIO

●

PWM

●

Encoder input

●

10-bit AD converter

●

UART

●

SIO

●

PWM

LQFP100(14 14mm)/

QFP100(14

20mm)

TMP19A71FYUG/FG

QFP100(14 20mm)

-TMP88FW45FG

120K 4K 2

4.5 to 5.5

●

10-bit AD converter

●

UART

●

SIO

●

PWM

QFP80(14 20mm)

PMD 1ch

Second-generation PMD

4-channel 10-bit ADC

Second-generation PMD

8-channel 10-bit ADC

Third-generation PMD

8-channel 10-bit high-speed

ADC

PMD 2ch

ROM

size

120/

256 K

64 K

32 K

16 K

For details of the products listed above, see the "Part Number List".

++: Under planning

TMP88CH41TMP88CH40

T5BE2

Second-generation PMD

16-channel 10-bit ADC

TMP88CS42

TMP88CH40I

TMP88CH41I/S

Second-generation PMD

16-channel 10-bit ADC

Second-generation PMD

Flash ROM

TMP88CS43

Second-generation PMD

Flash ROM

TMP88FW45

Third-generation

PMD

8- and 11-channel

10-bit high-speed ADCs

TMP19A71

TMP88FW44

PMD : Programmable Motor Driver

These microcontrollers with a motor control circuit incorporate an inverter control function for 3-phase DC and AC motors. The motor control circuit supports hardware configuration where motor drive signals are linked with feedback signals from the motor, thus controlling the motor with less load imposed on the

CPU. The line-up

includes a variety of microcontrollers supporting

120-degree

commutation and vector control.

■ Microcontrollers with motor control circuit (PMD)

28-pin 42-/44-pin 64-pin 80-pin 100-pin

8-bit microcontrollers with motor control circuit (PMD)

Microcontrollers Listed by Function / Application

Main functions

Product line-up

Some of the flash memories use the SuperFlash® technology under the license of Silicon Storage Technology, Inc. SuperFlash® is a registered trademark of Silicon Storage Technology, Inc.

TMP88PH40MG

TMP88PH41UG LQFP44(10x10mm)

: In mass production : Under planning

SOP/QFP

DIP

Applications

Electronic dictionaries

PDAs Air conditioners Refrigerators

Washing machines

● Monochrome/Gray/Color LCD controller

● Memory interface: SDRAM, NAND Flash, SD card

● Large-capacity memory access MMU

● Touch Screen interface

Part Number

ROM

(bytes)

RAM

(bytes)

Supply

Voltage (V)

I/O Additional Functions

LCD-CTRL

Display SizeColor

Package

TMP91C016FG

W/B

Gray

Gray/ Color

64seg. x 32com.

360seg. x 240com.

128seg. x 128com.

640seg. x 480com.

64seg. x 64com.

to Color: 320seg. x 320com. Gray: 960seg. x 480com.

-- 1.8 to 3.6

●

MMU (105MB)

●

DRAM controller

●

Display data X/Y axis conversion circuit (8 x 8)

TMP91C025FG

38-- 2.4 to 3.6

●

MMU (72MB)

●

Touch Screen interface

TMP91C820AFG

778K8K 2.7 to 3.6

●

MMU (136MB)

●

SDRAM controller

TMP92CH21FG

8216K

(Boot)

2.7 to 3.6

●

MMU (512MB)

●

SDRAM controller

●

NAND Flash interface

●

Touch Screen interface

●

USB1.1 interface

64seg. x 64com.

640seg. x 480com.

TMP92CA25FG

9210K 2.7 to 3.6

●

MMU (512MB)

●

SDRAM controller

●

NAND Flash interface

●

Touch Screen interface

●

SPI interface

TMP92C820FG

838K-

Gray/ Color

136

TMP92CZ26AXBG

288K

1.4 to 1.6

3.0 to 3.6 (Two power

supplies)

●

MMU (3.1GB)

●

SDRAM controller

●

MLC NAND Flash interface

●

USB1.1 interface

●

SPI interface

(Boot)

3.0 to 3.6

●

MMU (136MB)

●

SDRAM controller

TMP91C815FG

618K- 1.8 to 3.6

●

MMU (136MB)

LQFP100

(14 x 14mm)

LQFP128

(14 x 14mm)

FBGA228

(15 x 15mm,

0.8-mm pitch)

LQFP144

(16 x 16mm)

480

Common

Segment

The following microcontrollers contain LCD controller circuitry that supports monochrome and color STN/TFT. The line-up thus supports a wide range of LCDs with different sizes.

■ Microcontrollers with LCD controller

320

240

128

128 320 360 640 960

Monochrome

Monochrome /

Gray

Monochrome /

Gray

Monochrome

Color

TMP92CA25

Monochrome /

Gray / Color

TMP92CZ26A

TMP92CF29

64K / 256K / 16M Colors

TMP92CZ26A

TMP91C820A TMP92C820

TMP92CH21

TMP91C016 TMP91C025 TMP91C815

For details of the products listed above, see the "Part Number List".

16-/32-bit microcontrollers with LCD controller

64seg.

64com.

64K

or more colors

:320seg.

480com.

or fewer colors

640seg.

480com.

Gray

Gray/ Color

TMP92CF29FG

144K

1.4 to 1.6

3.0 to 3.6 (Two power

supplies)

●

MMU (2.1GB)

●

SDRAM controller

●

MLC NAND Flash interface

●

USB1.1 interface

●

SPI interface

(Boot)

LQFP176

(20 x 20mm)

64seg.

64com.

64K

or more colors

:320seg.

480com.

or fewer colors

:640seg.

480com.

Gray

Main functions

Product line-up

: In mass production : Under development

: Under development

23 seg. x 4 com.

TMP86PH22

TMP86CH22

TMP86C822

64-pin44-pin 80-pin 100-pin 144-pin

LQFP

(

10 x 10mm

)

QFP

(

14 x 14mm

)

SDIP64/LQFP

(

10 x 10mm

)

QFP

(

14 x 20mm

)

LQFP

(

12 x 12mm

)

QFP

(

14 x 20mm

)

LQFP

(

14 x 14mm

)

LQFP

(

16 x 16mm

)

32seg. x 4 com.

8-bit AD converter: 8 channels

40seg. x 4 com.

On-chip voltage booster

40 seg .x 4 com.

8-bit AD converter: 8 channels

On-chip voltage booster

ROM

size

4 K

8 K

16 K

24 K

32 K

48 K

60 K

64 K

128 K

42- / 44-pin

SDIP / QFP

ROM

size

2 K

4 K

24seg. x 4 com.

On-chip voltage

booster

60seg. x 16com.

On-chip voltage booster

8-bit AD converter: 8 channels

40 seg. x 4 com.

On-chip voltage booster

10-bit AD converter: 8 channels

24 seg. x 4 com.

TMP87CM29

TMP87CK29

TMP87CH29

LQFP44

(

10 x 10mm

)

32 seg. x 4 com.

On-chip voltage booster

TMP86PM29B

TMP86FM29

TMP86CM29L

TMP86FM26

TMP86CM29B

TMP86CH21A TMP86CH29B

TMP86C829B

TMP86C820

TMP86C420

32 seg. x 4 com.

TMP86PS23 TMP86FS23

TMP86CP23A

TMP86CM23A

TMP86PM23

TMP87PP21

TMP87CP21C

TMP87CM21C

TMP87PP21

TMP86PS27

TMP86CP27A

TMP86CM27

TMP86FS28 TMP86FS28

TMP86CS28 TMP86CS28

TMP87CP21C

TMP87CH21C

TMP86FP24

TMP86FS27

TMP87PP23

TMP87CP23

TMP86FM25

TMP86CM25A

TMP87CM23A

TMP87PP24A

TMP87CP24A

TMP87CM24A

TMP86CM25

TMP93CS20

20 seg x 4 com. 8-bit AD converter: 4 channels

TMP47C222

TMP47C422

40 seg. x 4 com.

Not voltage booster type

TMP91FW40 TMP91CW40

60seg. x 16com.

On-chip voltage booster 8-bit AD converter: 8 channels

TMP86CS25A

TMP86CS25AD

TMP86PS25

The following microcontrollers contain LCD driver circuitry. Some products also incorporate a voltage booster, enabling stable LCD display even at low operating voltages and realizing low power consumption.

■ Microcontrollers with LCD driver

Microcontrollers Listed by Function / Application

: In mass production

QFP

DIP

4-bit microcontrollers with LCD driver

8-/16-bit microcontrollers with LCD driver

: In mass production

QFP

DIP

Applications

Game machines Telephones Remote controls Audio systems Air conditioners Refrigerators

Washing machines

Rice cookers

Series Name

Part Number

ROM

(bytes)

RAM

(bytes)

I/O LCD Driver Additional Functions

Power

Voltage (V)

Package

Series Name

Part Number

ROM

(bytes)

RAM

(bytes)

I/O LCD Driver Additional Functions

Power

Voltage (V)

Package

Series Name

Part Number

ROM

(bytes)

RAM

(bytes)

I/O LCD Driver Additional Functions

Power

Voltage (V)

Package

16 K

32 K

60 K

32 K

: Guaranteed over the ambient temperature (Topr) range of -20oC to 85oC at 1.8 V to 2.0 V. : Guaranteed over the ambient temperature (Topr) range of -20oC to 85oC at 2.7 V to 3.0 V.

For details of the products listed above, see the "Part Number List".

TMP87CH21CFG/CDFG TMP87CM21CFG/CDFG TMP87CP21CFG/CDFG TMP87CM23AFG TMP87CP23FG TMP87CM24AFG TMP87CP24AFG TMP87CH29NG/UG TMP87CK29NG/UG TMP87CM29NG/UG

870

1 K

2 K 1 K 2 K

1 K

40 seg. X 4 com.

(On-chip voltage booster)

32 seg. X 4 com.

24 seg. X 4 com.

23 seg. X 4 com.

●

8-bit AD converter: 8 channels

●

8-bit SIO: 2 channels

●

16-bit timer/counter: 2 channels,

8-bit timer/counter: 2 channels

●

8-bit AD converter: 5 channels

●

8-bit

UART

: 1 channel

●

18-bit timer/counter: 1 channel,

8-bit timer/counter: 4 channels

2.7 to 5.5

2.2 to 5.5

QFP100

(

14 X 20mm

)

LQFP100

(

14 X 14mm

)

QFP80 (14 X 20mm

)

LQFP80 (12 X 12mm

)

QFP80 (14 X 20mm

)

LQFP80 (12 X 12mm

)

SDIP64 LQFP64

(

10 X 10mm

)

870/C

256

512

1.5K

24 seg. X 4 com.

(On-chip voltage booster)

60 seg. X 16 com.

(On-chip voltage booster)

32 seg. X 4 com.

(On-chip voltage booster)

●

8-bit AD converter: 8 channels

●

8-bit SIO: 1 channel

●

18-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

●

8-bit AD converter: 4 channels

●

8-bit SIO: 1 channel,

UART

: 1 channel

●

18-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

●

8-bit AD converter: 8 channels

●

8-bit SIO: 1 channel

●

18-bit timer/counter: 1 channel, 8-bit timer/counter: 4 channels

●

10-bit AD converter: 8 channels

●

8-bit SIO/

UART

: 1 channel

●

18-bit timer/counter: 1 channel, 8-bit timer/counter: 4 channels

●

8-bit SIO/UART: 1 channel, 8-bit UART: 1 channel

●

18-bit timer/counter: 1 channel, 8-bit timer/counter: 4 channels

●

Real-time clock with calendar

●

10-bit AD converter: 8 channels

●

8-bit SIO: 1 channel,

8-bit

UART

: 1 channel

●

18-bit timer/counter: 1 channel, 8-bit timer/counter: 4 channels

●

Multiply-accumulate calculator (MAC)

●

10-bit AD converter: 8 channels

●

8-bit SIO: 1 channel, 8-bit SIO/UART: 1 channel

●

16-bit timer/counter: 2 channels, 8-bit timer/counter: 2 channels

●

Program patch logic

●

8-bit AD converter: 8 channels

●

8-bit SIO/

UART

: 1 channel,

8-bit SIO

: 1 channel

●

18-bit timer/counter: 1 channel,

8-bit timer/counter: 4 channels

1.8 to 5.5

1.8 to 3.6

1.8 to 5.5

1.8 to 3.6

LQFP64

(

10 X 10mm

)

QFP64

(

14 X 14mm

)

LQFP64

(

10mm

)

QFP64

(

14 X 14mm

)

LQFP64

(

10 X 10mm

)

LQFP80

(

12 X 12mm

)

TMP93CS20FG

TMP91CW40FG

TMP91FW40FG

64 K 2 K 88

40 seg. x 4 com.

(On-chip voltage booster)

● Serial interface: 3 channels

● 10-bit AD converter: 8 channels

● 16-bit timer/counter: 4 channels,

8-bit timer/counter: 4 channels

10%

LQFP144

(

16 x 16 mm

)

900/L

2 K

QFP100

(

14 X 20mm

)

LQFP100 (14 X 14mm

)

40 seg. X 4 com.

(On-chip voltage booster)

●

10-bit AD converter: 8 channels

●

8-bit

UART

: 1 channel,

8-bit SIO

: 1 channel

●

10-bit timer/counter: 1 channel,

8-bit timer/counter: 2 channels

2.7 to 5.5

1 K

QFP80

(

14 X 20mm

)

LQFP64

(

10 X 10mm

)

LQFP64

(

10 X 10mm

)

QFP64

(

14 X 14mm

)

LQFP64

(

10 X 10mm

)

LQFP44

(

10 X 10mm

)

32 seg. X 4 com.

16 K 32 K 48 K 32 K 48 K 32 K 48 K 16K 24K 32K

4 K 8 K

32K

8 K

TMP47C222N/F/U

TMP47C422N/F/U

2 K

4 K

192

256

20 seg. x 4 com.

47E

● 8-bit AD converter: 4 channels

● 8-bit SIO: 1 channel

●

Pulse output: remote control transmission carrier

2.5 to 5.5

SDIP42

QFP44

(

14 x 14 mm

)

QFP44

(

10 x 10 mm

)

2.7 to 5.5

2 K

40 seg. X 4 com.

(On-chip voltage booster)

●

10-bit AD converter: 8 channels

●

8-bit SIO/

UART

: 1 channel,

8-bit

UART

: 1 channel

●

16-bit timer/counter: 2 channel,

8-bit timer/counter: 4 channels

2.7 to 5.5

128 K 4 K 61

40 seg. x 4 com.

(Not voltage booster type)

● Serial interface: 4 channels

● 10-bit AD converter: 12 channels

● 16-bit timer/counter: 3 channels,

8-bit timer/couter: 4 channels

2.7 to 3.6

LQFP100

(

14 x 14 mm

)

900/L1

16 K 8 K

512 32

48K

60K

48K

48K 60K

16-bit microcontrollers with LCD driver

8-bit microcontrollers with LCD driver

4-bit microcontrollers with LCD driver

TMP86FM26UG

TMP86C829BUG/BFG TMP86CH29BUG/BFG TMP86CM29BUG/BFG

TMP86CM29LUG

TMP86FM29UG/FG

TMP86CM23AUG

♦

TMP86CP23AUG

♦

TMP86FS23UG ▲

TMP86FP24FG

TMP86CM27FG TMP86CP27AFG TMP86FS27FG TMP86CM25FG

TMP86CM25AFG

TMP86FS28FG/DFG ▲

TMP86CH22UG ♦ TMP86C822UG ♦

TMP86CS25AFG

♦

TMP86CS25ADFG

♦

TMP86CS28FG/DFG ▲

TMP86C420UG/FG TMP86C820UG/FG

TMP86CH21FG TMP86CH21AUG ♦

Some of the flash memories use the SuperFlash® technology under the license of Silicon Storage Technology, Inc. SuperFlash® is a registered trademark of Silicon Storage Technology, Inc.

1.5K

32K

16 K

Applications

ROM

size

32 K

24 K

16 K

8 K

40 K

48 K

60 K

64 K

72 K

96 K

128 K

870/C Series

870/X

Series

64-pin 80-pin 100-pin

QFP/SDIP QFP

QFP

Audio systems Air conditioners Refrigerators

Washing machines

DVDs

The following microcontrollers incorporate high breakdown voltage output for directly driving a fluorescent display tube and a display circuit for automatically transferring display data to a port. In addition to existing products, such as a VFT driver circuit which can display digits on a segmented display, Toshiba offers a line-up of products which support automatic display on universal-grid display tubes.

■ Microcontrollers with fluorescent display tube driver

Microcontrollers Listed by Function

Application

8-/16-bit microcontrollers with fluorescent display tube driver

: In mass production : Under development

QFP

DIP

TMP87C814

TMP87CH14

TMP87CK14

TMP87CM14

TMP87PM14

870

Series

TMP87PS71A TMP87CS71B

TMP88PU74 TMP88CU74

TMP88CP77

TMP88CS77

TMP88PU77 TMP88CU77

TMP87PM74

TMP87CM74A

TMP87CH74A

TMP87PM75

TMP87CM75

TMP87CH75

TMP86PM74A

TMP86CM74A

TMP86CK74A

TMP86PM72

TMP86CM72

TMP86CH72

8-bit microcontrollers with fluorescent display tube driver

ROM

(bytes)

RAM

(bytes)

Series Name

Part Number I

/ OVFT Driver(Fluorescent Tube Driver)

Additional Functions Package

TMP87C814NG/FG TMP87CH14NG/FG TMP87CK14NG/FG TMP87CM14NG/FG

TMP87CS71BFG

TMP87CH74AFG TMP87CM74AFG TMP87CH75FG

TMP87CM75FG TMP86CK74AFG TMP86CM74AFG

TMP86CH72FG TMP86CM72FG

TMP88CU74F

TMP88CP77FG TMP88CS77FG TMP88CU77FG

8 K 16 K 24 K 32 K

60 K

16 K 32 K

16 K

32 K

24 K

32 K

16 K

32 K

96 K

48 K 64 K 96 K

512

1 K

2 K

512

1K 2K 3K

870

870/C

●

8-bit SIO: 1 channel

●

16-bit timer/counter: 2 channels,

8-bit timer/counter: 2 channels

●

8-bit AD converter: 12 channels ●

8-bit SIO: 2 channels

●

16-bit timer/counter: 3 channels,

8-bit timer/counter: 1 channel

●

8-bit AD converter: 8 channels

●

8-bit SIO: 1 channel

●

16-bit timer/counter: 2 channels,

8-bit timer/counter: 2 channels

●

8-bit AD converter: 12 channels

●

8-bit SIO: 2 channels

●

16-bit timer/counter: 2 channels,

8-bit timer/counter: 2 channels

●

AD converter input: 6 channels

●

8-bit SIO: 1 channel

●

High-speed serial output

QFP80

(

14 x 20mm

)

QFP80

(

14 x 20mm

)

QFP100

(

14 x 20mm

)

QFP80

(

14 x 20mm

)

16 seg. x 16 dig.

SDIP64/

QFP64

(

14 x 20mm

)

Maximum breakdown

voltage:

40 V on each of 24 pins

Maximum breakdown voltage:

40 V on each of 37 pins

Programmable grid scan output

Maximum breakdown voltage:

40 V on each of 51 pins

Programmable grid scan output

●

8-bit AD converter: 8 channels ● 8-bit SIO: 1 channel

●

16-bit timer/counter: 2 channels,

8-bit timer/counter: 2 channels

QFP100

(

14 x 20mm

)

Maximum breakdown voltage:

41 V on each of 37 pins

Programmable grid scan output

●

8-bit AD converter: 6 channels ●

8-bit SIO: 1 channel

●

16-bit timer/counter: 1 channel,

8-bit timer/counter: 2 channels ●

I2C bus: 1 channel

QFP64

(

14 x 14mm

)

Maximum breakdown voltage:

41 V on each of 32 pins

Programmable grid scan output

Maximum breakdown voltage:

40 V on each of 37 pins

Programmable grid scan output

Maximum breakdown voltage:

40 V on each of 53 pins

Programmable grid scan output

870/X

For details of the products listed above, see the "Part Number List".

■ General-purpose microcontrollers in compact packages

This comprehensive product line comes in compact packages, including SOPs, SSOPs and 7 mm x 7 mm 48-pin flat packages.

20-pin 28-pin 30-pin 32-pin 42-pin 48-pin44-pin

SOP/DIP SOP/SDIP SDIP

LQFP

SSOP

ROM

size

4 K

2 K

64 K

8 K

16 K

48 K

32 K

SDIP LQFP/QFP

Applications

Electronic dictionaries

PDAs Game machines Telephones Remote controls Audio systems Air conditioners Refrigerators

Washing machines

Rice cookers TVsAutomotive

General-purpose microcontrollers in compact packages

TMP86P202MG/NG

TMP86P203MG/NG

TMP86C407MG/NG

TMP86C407IMG/NG

TMP86C407SMG/NG

TMP86C807MG/NG

TMP86C807IMG/NG

TMP86C807SMG/NG

TMP86F807MG/NG

TMP88CH40MG/NG

TMP88CS34NG/FG

TMP88CS38ANG/F

TMP88CS38BNG/NG

TMP88CP34NG/FG

TMP88CP38ANG/F

TMP88CM38ANG/F

TMP88CH41NG/UG

TMP88CM38BNG/F

TMP88CP38BNG/FG

TMP86C408DMG

TMP86C408IDMG

TMP86C408SDMG

TMP86C808DMG

TMP86C808IDMG

TMP86C808SDMG

TMP86F808DMG

TMP86C892IDMG

TMP86C892SDMG

TMP86CH12MG

TMP88CH40IMG

TMP86FH12MG

TMP86FH92DMG

TMP86FH92IDMG

TMP86CH92IDMG

TMP86CH92SDMG

TMP86F409NG

TMP86C809NG

TMP86F809NG

TMP86CH09NG

TMP86FH09NG

TMP86FH93NG

TMP86C846NG

TMP86CH06NG

TMP86CH46ANG

TMP86FH46ANG

TMP86CM46ANG

TMP86C845UG

TMP86C822UG

TMP86C847UG

TMP86C847IUG

TMP86C847SUG

TMP86CH47SUG

TMP86FH47AUG

TMP86CH87RUG

TMP88CH41IUG

TMP88CH41SUG

TMP86CM47AUG

TMP86CM87RUG

TMP86CH06AUG

TMP86CH47AUG

TMP86CH47IUG

TMP93CS36UG

TMP86FH47ADUG

: In mass production : Under development

: Under planning

SOP/QFP

DIP

Microcontrollers Listed by Function / Application

870/C

TMP86P202MG

SOP20

●

8-bit AD converter: 4 channels

●

8-bit timer/counter: 2 channels

TMP86P202PG

DIP20

TMP86P203MG

2 K 128 14

SOP20

3.3 to 5.5

TMP86P203PG TMP86CH06NG

DIP20

TMP86CH06AUG

♦

SDIP42

●

8-bit SIO/UART (switchable): 1 channel

●

UART: 1 channel

●

16-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

SEI

●

UART: 1 channel

●

8-bit AD converter: 6 channels

●

16-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

SEI

●

UART: 1 channel

●

10-bit AD converter: 6 channels

●

16-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

●

8-bit SIO: 1 channel

●

UART: 1 channel

●

10-bit AD converter: 8 channels

●

16-bit timer/counter: 1 channel, 10-bit timer/counter: 1 channel,

8-bit timer/counter: 2 channels

●

8-bit SIO: 1 channel

●

10-bit AD converter: 8 channels

●

8-bit timer/counter: 2 channels

●

8-bit SIO: 1 channel

●

UART: 1 channel

●

10-bit AD converter: 8 channels

●

16-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

LCD

●

8-bit SIO: 1 channel

●

UART: 1 channel

●

8-bit AD converter: 4 channels

●

18-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

TMP86PH06NG

16 K 512 35

1.8 to 5.5

TMP86PH06UG

TMP86C407MG

256

SOP28

2.7 to 5.5

TMP86P807MG TMP86F807MG

TMP86C407NG

SDIP28

TMP86P807NG TMP86F807NG

TMP86C407IMG

4 K

SOP28

TMP86P807MG

TMP86C407ING

SDIP28

TMP86P807NG

TMP86C407SMG

★

SOP28

TMP86P807MG

TMP86C407SNG

★

SDIP28

TMP86P807NG

TMP86C807MG

8 K

SOP28

TMP86P807MG TMP86F807MG

TMP86C807NG

SDIP28

TMP86P807NG TMP86F807NG

TMP86C807IMG

SOP28

TMP86P807MG

TMP86C807ING

SDIP28

TMP86P807NG

TMP86C807SMG

★

SOP28

TMP86P807MG

TMP86C807SNG

★

SDIP28

TMP86P807NG

TMP86F807MG

SOP28

TMP86F807NG

SDIP28

TMP86C408DMG

SSOP30

TMP86P808DMG TMP86F808DMG

4 K

TMP86C408IDMG

TMP86P808DMG

TMP86C408SDMG

★

TMP86C808DMG

8 K

TMP86C808IDMG TMP86C808SDMG ★ TMP86F808DMG TMP86F409NG ▲

TMP86C809NG

8 K

4 K

512

26 SDIP32

TMP86FH09NG ▲ TMP86F809NG ▲

TMP86FH09NG ▲

TMP86F809NG ▲ TMP86CH09NG TMP86FH09NG ▲

16 K

TMP86CH12MG

24 SSOP30

TMP86FH12MG ▲

TMP86C822UG

♦

8 K

LQFP44

(10 x 10mm)

1.8 to 5.5

TMP86PH22UG

♦

TMP86CH22UG

♦

16 K

TMP86C845UG

8 K

256 35

SDIP42

2.7 to 5.5

TMP86PM47AUG TMP86PH47UG TMP86FH47AUG

▲

TMP86C846NG

512

1.8 to 5.5

TMP86PH46NG

♦

TMP86PM46NG TMP86FH46ANG

▲

TMP86CH46ANG

♦

16 K

TMP86FH46ANG ▲ TMP86CM46ANG

8 K

1 K

2.7 to 5.5

TMP86PM46NG

512

LQFP44

(10 x 10mm)

1.8 to 5.5

TMP86PM47AUG TMP86PH47UG

♦

TMP86FH47AUG ▲

TMP86C847UG

TMP86C847IUG

2.7 to 5.5

TMP86PM47AUG TMP86PH47UG TMP86FH47AUG

TMP86C847SUG

★

16 K

32 K

1.8 to 5.5

TMP86PM47AUG TMP86PH47UG

♦

TMP86FH47AUG ▲ TMP86FH47ADUG ▲

TMP86CH47AUG

♦

8-bit microcontrollers (TLCS-870/C Series)

Part Number Flash

ROM

(bytes)

RAM

(bytes)

Series Name

I/O Additional FunctionsCompact Package Supply Voltage (V) Version with OTP/Flash

LQFP44

(10 x 10mm)

: Guaranteed over the ambient temperature (Topr) range of -40oC to 125oC.

: Guaranteed over the ambient temperature (Topr) range of -20oC to 85oC at 1.8 V to 2.0 V. : Guaranteed over the ambient temperature (Topr) range of -20oC to 85oC at 2.7 V to 3.0 V.

Applications

Electronic dictionaries

PDAs Game machines Telephones Remote controls Audio systems Air conditioners Refrigerators

Washing machines

Rice cookers TVsAutomotive

TMP86CH47IUG

TMP86CH47SUG

★

TMP86FH47AUG ▲

TMP86FH47ADUG ▲

TMP86CM47AUG

TMP86C892IDMG TMP86C892SDMG ★ TMP86CH92IDMG TMP86CH92SDMG ★ TMP86FH92DMG TMP86FH92IDMG TMP86FH93NG

TMP86CH87RUG

TMP86CM87RUG

SDIP32

SDIP42

SSOP30

16 K

32 K

8 K

16 K

48 K

64 K

32 K

48 K

64 K

16 K

32 K

512

1 K

512

2 K

512

1.5 K

2.7 to 5.5

1.8 to 5.5

3.0 to 5.5

2.7 to 5.5

4.5 to 5.5

2.7 to 5.5

870/C

870/X

16-bit microcontrollers (TLCS-900/L Series)

8-bit microcontrollers (TLCS-870/C Series,TLCS-870/X Series)

Part Number Flash

ROM

(bytes)

RAM

(bytes)

Series Name

I/O Additional FunctionsCompact Package Supply Voltage (V) Version with OTP/Flash

Part Number

ROM

(bytes)

RAM

(bytes)

Series Name

I/O Additional FunctionsCompact Package Supply Voltage (V) Version with OTP/Flash

: Guaranteed over the ambient temperature (Topr) range of -40oC to 125oC.

CAN SEI UART: 1 channel

●

10-bit AD converter: 14 channels

●

16-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

SEI UART: 1 channel I2C/UART

(switchable)

10-bit AD converter: 6 channels

●

16-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

I2C

: 1 channel

PWM: 4 channels

●

8-bit AD converter: 6 channels

●

16-bit timer/counter: 2 channels, 8-bit timer/counter: 2 channels

●

Remote control detection

●

Program patch logic

I2C

: 1 channels

PWM: 10 channels

●

8-bit AD converter: 6 channels

●

16-bit timer/counter: 2 channels, 8-bit timer/counter: 2 channels

●

Remote control detection

●

Program patch logic

●

8-bit SIO: 1 channel UART: 1 channel

●

10-bit AD converter: 4 channels

●

16-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

●

Motor control

●

8-bit SIO: 1 channel UART: 1 channel

●

10-bit AD converter: 8 channels

●

16-bit timer/counter: 2 channels, 8-bit timer/counter: 2 channels

●

Motor control

LQFP44

(10 x 10mm)

LQFP44

(10

10mm)

QFP44

(14

14mm)

SDIP42

QFP44

(14

14mm)

SDIP42

QFP44

(14

14mm)

SDIP42

QFP44

(14

14mm)

SDIP42

QFP44

(14

14mm)

SDIP42

QFP44

(14

14mm)

SDIP42

QFP44

(14

14mm)

SDIP42

SOP28

SDIP28

SDIP42

QFP44

(14

14mm)

LQFP44

(10 x 10mm)

LQFP44

(10 x 10mm)

LQFP48

7mm)

●

8-bit SIO: 1 channel

●

UART: 1 channel

●

10-bit AD converter: 8 channels

●

16-bit timer/counter: 1 channel, 8-bit timer/counter: 2 channels

TMP86PM47AUG

TMP86PM87RUG

TMP86FH92IDMG

TMP88PS38BNG

TMP88PS34NG

TMP88PS34FG

TMP88PS34NG

TMP88PS34FG

TMP88PS38NG

TMP88PS38FG

TMP88PS38BNG

TMP88PS38BFG

TMP88PS38NG

TMP88PS38FG

TMP88PS38BNG

TMP88PS38BFG

TMP88PS38NG

TMP88PS38FG

TMP88PS38BFG

TMP88PH40MG TMP88PH40NG

TMP88PH40MG

TMP88PH41UG

TMP88PH41NG

TMP86PM47AUG TMP86PH47UG TMP86FH47AUG

TMP93CS36UG

64 K 2 K

5V 10%

900/L

LQFP44

(10 x 10mm)

●

SIO/UART: 2 channels

●

10-bit AD converter: 4 channels

●

16-bit timer/counter: 2 channels, 8-bit timer/counter: 4 channels

●

Clock gear

TMP88CP34FG

TMP88CP34NG

TMP88CS34FG

TMP88CS34NG

TMP88CM38AF

TMP88CM38ANG

TMP88CM38BFG

TMP88CM38BNG

TMP88CP38AF

TMP88CP38ANG

TMP88CP38BFG

TMP88CP38BNG

TMP88CS38FG

TMP88CS38NG

TMP88CS38BFG

TMP88CS38BNG TMP88CH40MG TMP88CH40NG

TMP88CH41NG TMP88CH41IUG TMP88CH41SUG

TMP88CH40IMG

TMP88CH41UG

: Under development

++: Under planning

: Guaranteed over the ambient temperature (Topr) range of -20oC to 85oC at 1.8 V to 2.0 V. : Guaranteed over the ambient temperature (Topr) range of -20oC to 85oC at 2.7 V to 3.0 V.

Some of the flash memories use the SuperFlash® technology under the license of Silicon Storage Technology, Inc. SuperFlash® is a registered trademark of Silicon Storage Technology, Inc.

28-pin

SOP/SDIP

QFP/LQFP

(

10mm

)

SDIP/QFP

(

14mm

)

30-pin 42- / 44-pin 44-pin

SSOP/SDIP

20-pin

SOP/DIP

ROM

size

2 K

4 K

16 K

24 K

32 K

48 K

60 K

64 K

96 K

8-bit AD converter: 6 channels

86C407

86C407I/S

86C807I/S

86C807

86F807

10-bit AD converter: 4 channels

88CH40

88CH40I

120 K

10-bit AD converter: 8 channels

86C846

86CH46A

86FH46A

88CH41

86CM46A

10-bit AD converter: 14 channels

86CM87

86CH87

10-bit AD converter: 8 channels

86C847

86C847I/S

86C845

86CH47A

86CH47I/S

86FH47A

88CH41

88CH41I/S

86CM47A

86CS44

For details of the products listed above, see the "Part Number List".

8 K

32-pin

SDIP

48-pin

LQFP

(

7mm

)

10-bit AD converter: 6 channels

86FH09

86FH93

86CH09

86F409

86C809

86F809

10-bit AD converter: 8 channels

86FH47A

8-bit AD converter: 4 channels

86CH22

86C822

8-bit AD converter: 6 channels

86C808I/S

86C408I/S

86FH12

86CH12

10-bit AD converter: 6 channels

86FH92I

86FH92

86CH92I/S

86C892I/S

88CM38B

88CM38A

88CP38B

88CP38A

88CP34

8-bit AD converter: 4 channels

86P202

86P203

10-bit AD converter: 8 channels

88CS38B

88CS38

88CS34

8-bit AD converter: 6 channels

86C408

86C808

86F808

Microcontrollers Listed by Function / Application

■ Microcontrollers with AD converters

8-bit microcontrollers with AD converters

: In mass production : Under development : Under planning

SOP/QFP

DIP

SDIP / QFP

(

20mm

)

QFP

(

14mm

)

/LQFP

(

10mm

)

64-pin

QFP

(

20mm

)

/ LQFP

(

12mm

)

80-pin 100-pin

QFP

(

20mm

)

/ LQFP

(

14mm

)

8-bit AD converter: 8 channels

86CK74A

86CM74A

8-bit AD converter: 8 channels

86CS25A

86CM25

86CM25A

86FM25

10-bit AD converter: 16 channels

88FW45

88CS43

8-bit AD converter: 6 channels

86CH72

86CM72

86CH29B

86CM29L

86CM29B

86FM29

86CM23A

86CP23A

10-bit AD converter: 8 channels

86FS23

86C829B

8-bit AD converter: 8 channels

86CH21A

86C820

86C420

10-bit AD converter: 16 channels

87C841

88CS42

86CH49

86CH48I/S

86FM48

86CM49

86FS49AI

86FS49A

89FS60

86CS49

88CU74

88CP77

88CS77

88CU77

86CP27A

86FP24

86FS27

86FS28

86CS28

86CM27

10-bit AD converter: 16 channels

86FS64

88FW44

86CS64A

8-bit AD converter: 12 channels

10-bit AD converter: 8 channels

Applications

Electronic dictionaries

PDAs Game machines Telephones Remote controls Audio systems Air conditioners Refrigerators

Washing machines

Rice cookers TVsAutomotive

Some of the flash memories use the SuperFlash® technology under the license of Silicon Storage Technology, Inc. SuperFlash® is a registered trademark of Silicon Storage Technology, Inc.

44-pin

64-pin

80-pin

100-pin

ROM

size

N/A

8 K

10-bit AD converter: 8 channels

10-bit AD converter: 4 channels

91CP27

91CK27

91CU27R

91CU27

10-bit AD converter: 5 channels

10-bit AD converter: 6 channels

10-bit AD converter: 12 channels

10-bit AD converter: 8 channels

6-bit AD converter: 4 channels

91FY27

32 K

48 K

64 K

96 K

93CS36 93CS44

93CS45

93CS32

96C031Z

96CM40

96C141B

96C041B

93CU44

93CW4491FW27 91CW18A

93CS42A

95C061B

91C025

91C219

92CM22

91C630

91C829

91C824

1941A

93CM40

91CY22

91CY22I

91FY42

91CW28

91CW12A

91CW11

91CU10

95CW65

95C265

93CW41

93CS41

91CY28

91FY28

95CW64

93CW40D

95CS64

93CS40

10-bit AD converter: 8 channels

10-bit AD converter: 19 channels

512 K

1 M

2 M

1.5 M

256 K

384 K

128 K

24 K

For details of the products listed above, see the "Part Number List".

LQFP

(

12 x 12mm

)

QFP

(

14 x 20mm

)

QFP

(

14 x 14mm

)

LQFP

(

10 x 10mm

)

LQFP

(

10 x 10mm

)

QFP

(

14 x 20mm

)

LQFP

(

14 x 14mm

)

19A71CY

1940CYA

19A71FY

10-bit AD converter: 8 channels

1940FDB

93CW46A

91CW12

: In mass production : Under development

QFP

Microcontrollers Listed by Function / Application

16- / 32-bit microcontrollers with AD converters

LQFP

(

14 x 14mm

)

QFP

(

14 x 20mm

)

TQFP

(

14 x 14mm

)

LQFP

(

16 x 16mm

)

LQFP

(

20 x 20mm

)

QFP

(

28 x 28mm

)

LQFP

(

20 x 20mm

)

FBGA

(

12 x 12mm

)

100-pin

128-pin 144-pin 160-pin

10-bit AD converter: 8 channels

10-bit AD converter: 5 channels

10-bit AD converter: 8 channels

91C815 92C820

10-bit AD converter: 12 channels

92CM27

10-bit AD converter: 4 channels

92CA25

93CS20

91C820A

94C251A

95C063 94C241C

10-bit AD converter: 6 channels

92CF29

193-pin176-pin

10-bit AD converter: 12 channels

92FD23A

92FD54AI

92CD54I

92FD23A

92CD23A

10-bit AD converter: 16 channels

19A43FD

19A43CD

19A43FZ

19A43CZ

92CD23A

92FY23

92CY23

10-bit AD converter: 16 channels

1942FD

1942CZ

1942CY

92FY23

92CY23

10-bit AD converter: 4 channels

91FW40

91CW40

10-bit AD converter: 16 channels

91FW60

91CW60

10-bit AD converter: 16 channels

91FW60

91CW60

92CH21

10-bit AD converter: 12 channels

91CP82T

FBGA

(

15 x 15mm

)

228-pin

10-bit AD converter: 6 channels

92CF26A

92CZ26A

FBGA

(

13 x 13mm

)

281-pin

Applications

10-bit AD converter: 24 channels

19A64F20B

19A64C1D

1962F10A 1962C10B

Electronic dictionaries

PDAs Game machines Telephones Remote controls Audio systems Air conditioners Refrigerators

Washing machines

Rice cookers Automotive

Some of the flash memories use the SuperFlash® technology under the license of Silicon Storage Technology, Inc. SuperFlash® is a registered trademark of Silicon Storage Technology, Inc.

Microcontrollers Listed by Function / Application

PM12:00

● SDRAM controller

TMP92CZ26

TMP92

CF29 TMP92CA25 TMP92CH21 TMP92C820 TMP91C820A

Applications

Electronic dictionaries

PDAs

NAND

FLASH

data

program

NOR

FLASH

Less

SDRAM program

data

stack

VRAM

MASK

ROM

Dictionary

data

NOR

FLASH

program

DSP

MP3/JPEG

codec

keyboard

CARD

Power

Device

LCDD

Column

Monochrome

LCD panel

Color

LCD panel

Sound LSI

DAC

amp

BLD

LCDD

ROW

USB

CPU

MCU

SDRAM I/F

NANDF I/F

SPI I/F

LCDC

SRAM

data stack work

VRAM

For details of the products listed above, see the "Part Number List".

LCD display

●

TFT (16M colors)/STN color (262K colors) TMP92CZ26A TMP92CF29

● TFT/STN color (4096 colors)

TMP92CH21

● Monochrome

16 gray levels TMP92C820 TMP91C820A, etc.

● Monochrome

TMP92CA25 TMP91C815 TMP91C016 TMP91C025, etc.

PC interface

● USB circuit

TMP92CZ26A TMP92CF29 TMP92CH21

● UART

TMP91C815, etc. All products

Clock with calendar

● RTC circuit

TMP91C815, etc. All products

Touch panel

interface

● AD circuit

TMP92CZ26A TMP92CF29 TMP92CA25 TMP92CH21 TMP91C025

Memory access with

low bit unit cost

● SPI interface

TMP92CZ26

TMP92

CF29

TMP92CA25

● NANDF interface

TMP92CZ26

A TMP92CA25 TMP92CH21

Large capacity memory access

● MMU circuit

TMP91C815, etc. All products

Keyboard matrix &

Key-on wake-up

TMP91C815, etc. All products

TMP91C824FG TMP91C016FG TMP91C025FG TMP91C815FG TMP91C820AFG TMP92C820FG TMP92CH21FG

- W/B

8ch -

8K -

- EDO

1ch 1ch 1ch 1ch 1ch -

106MBmax 105MBmax

121ns

16.5MHz/2.7V

148ns

13.5MHz/2.7V

112ns

18MHz/3.0V

148ns

13.5MHz/2.7V

112ns

18MHz/3.0V

50ns

20MHz/3.0V

50ns

20MHz/3.0V

50ns

20MHz/3.0V

4ch 4ch

W/B

4ch

1ch 1ch

72MBmax

4ch

W/B

8ch

1ch 1ch 1ch

136MBmax

4ch

16Gray

8ch 8K 8K

SDRAM

2ch 1ch 1ch

136MBmax

4ch 1ch

16Gray

5ch

SDRAM

3ch 1ch 1ch

136MBmax

4ch 1ch

Gray/Color

4ch

8K(Boot)

16K

SDRAM

Program execute

2ch 1ch

512MBmax

4ch 1ch

USB Device

W/B

4ch

10K

SDRAM

Program execute

1ch 1ch 1ch 1ch

512MBmax

4ch 1ch

TMP92CA25FG

12.5ns

80MHz/3.0V,1.4V

(Two power supplies)

Gray/Color

6ch

8K(Boot)

SDRAM

Program execute

1ch

1ch 1ch

3.1GBmax

8ch 2ch

USB Device

6ch

- - - - - - - - 1ch

LQFP100 LQFP100

LQFP100

TQFP128

LQFP144

2ch

LQFP144

2ch

LQFP144

2ch(MLC/SLC)

FBGA228

288K

TMP92CZ26AXBG

12.5ns

80MHz/3.0V,1.4V

(Two power supplies)

Gray/Color

6ch

8K(Boot)

SDRAM

Program execute

2ch

1ch 1ch

2.1GBmax

8ch 2ch

USB Device

6ch 1ch

2ch(MLC/SLC)

LQFP176

144K

TMP92CF29FG

: Under development

● LCD driver controller (monochrome to 16M colors)

● SDRAM controller

●

Large-capacity memory access MMU

● 10-bit AD converter

● Shift to high-performance 32-bit

900/H1 core

With built-in devices such as LCD driver controllers, Memory Management Units and RTC, these microcontrollers are ideal for personal equipment. We also offer products with a built-in touch panel I/F, AD converter and power supply detection circuit; and products with a builtin SDRAM controller and NAND-type flash memory I/F featuring outstanding bit unit cost.

■ Microcontrollers for personal equipment

Main functions

System block diagram

Product outline

Product line-up for personal equipment

Part Number

LCD-CTRL

10-bit ADC ROM (bytes) RAM (bytes)

DRAM-CTRL

UART/SIO SIO/IrDA1.0 SBI/I

C BUS

SPI

MMU

Min Instruction

CLK(internal)

8-bit timer 16-bit timer USB-CTRL

DMA-CTRL

MAC

NANDF-I/F

Package

● Monochrome font OSD

(in character units)

● Color font OSD (in dot units)

TMP88CS34 TMP88CS38B

Applications

TVs

● Main microcontroller

TMP88CS34 TMP88CS38B

● Sub-microcontroller

AV-Link CEC

, etc.)

TMP86FS49 TMP86FH92

OSD

System control

● Built-in closed-caption decoder

TMP88CS38 TMP88CS38B

● USB1.1

TMP92CH21

● NANDF controller

TMP92CH21 TMP92CA25

For U.S. closed caption

PC interface

Memory access

● UART

TMP91CW12A TMP91CU27

TMP88CS34NG/FG

For details of the products listed above, see the "Part Number List".

Note: Although there is only one channel, the circuit has two sets of input/output lines, which can be selected.

Tuner

LCD

TV-A

L/R out

R-ch

L-ch

AV SW

TC90L01N

Comp SW Freq. Det.

TB1305FG

YUV-RGB SW

Main MCU

TMP88CS38/34

Surround

TA1343N

D-Class

TB29xxF

TC90200FG

Teletext

TV-V V1/Y

YPbPr CVBS/Y

YCS

Multi Color

Decoder

RGB

Mix

SW/ADC

Scaler

Picture Control

OSD Mix

Cutoff & Drive

LVDS

Clamp Pulse

Y/Pb/Pr or R/G/B

C BUS

H/V

ADC

OSD RGB

CVBS

R/G/B

YCbCr

R/G/B1 R/G/B2

CCVBS/Y

Audio IN

AV IN

HD-STB DVD/PC

SCART

I/F

● High-functionality 8-bit core (870/X Series)

● High ROM and RAM capacity

●

High-speed operation,

low power consumption

● Serial interface: I2C bus

For color TV applications Toshiba offers a line-up of 8-bit microcontrollers with an OSD function and an I2C bus interface circuit.

■ Microcontrollers for televisions

Part Number ROM (bytes)

48K

TMP88CP34NG/FG

RAM (bytes)

1.5K

On Screen Display

Dot coloring character

32-digit x 12-line display

OSD clock

External LC oscillation circuit

Packages

AD Converter

C Interface

PWM

14-bit x 2ch, 12-bit x 2ch,

64K 32K

For U.S. closed caption

32-digit x 12-line display

32K

1.5K

1ch

Note 1)

48K

Internal oscillation circuit

48K

External LC oscillation circuit

64K

SDIP42/QFP44

(

14 mm

)

8-bit x 6ch

14-bit x 2ch, 12-bit x 2ch,

7-bit x 6ch

64K

I/O

Version with OTP

TMP88PS34NG/FG TMP88PS38NG/FG TMP88PS38BNG/BFG

TMP88CM38ANG/AF TMP88CM38BNG/BFGTMP88CP38ANG/AF TMP88CP38BNG/BFGTMP88CS38NG/FG TMP88CS38BNG/BFG

: Under development

Main functions

OSD

Tuner

PIF/SIF

TA1303BFN

Remote

Control

Audio AMP

Main MCU

TB2924FG

TMP88CS34F

CRT

Video processor

from DTV

option module

/HDMI

TC90801MFG

I2C BUS

C BUS

ITU-R601/656

Panel

Key

Power Control

EEPROM

H-OUT

E/W

V-OUT

RGB

DRV

Audio

CVBS

Y/C

YPbPr

Audio

Switch

Audio

Processor

TA1343N

CRT TV System block diagram

LCD TV System block diagram

Product outline

Product line-up

Applications

Digital equipment

Printers

Network equipment

TMPR4955CFG-400

400MHz/SysAD bus

Part Number Package Additional functions

QFP240

●

32-bit RISC processor ● Built-in instruction cache 8 Kbytes, data cache 4 Kbytes

●

PCI controller, memory controller, DMA controller, timer, serial, etc.

●

Power supply voltage (I/O 3.3 V, internal 2.5 V) ● Operating frequency 133 MHz

QFP160

(4955)

PFBGA217

(4956)

●

64-bit RISC processor ● Built-in instruction cache 32 Kbytes, data cache 32 Kbytes

●

Built-in FPU conforming to IEEE754 (single precision/double precision)

●

Employs 32-bit (

TMPR4955B/C

)/64-bit (

TMPR4956

) SysAD Bus interface

●

Power supply voltage (I/O 3.3 V, internal 1.5 V; TMPR4955B), (I/O 2.5 V or 3.3 V, internal 1.25 V; TMPR4955C,TMPR4956)

●

Operating frequency 200 MHz/300 MHz (TMPR4955B), 400 MHz (TMPR4955C,TMPR4956)

TMPR3927CF

TMPR4956CXBG-400 TMPR4955CFG-400 TMPR4955BFG-200/300

PBGA256

●

64-bit RISC processor ● Built-in instruction cache 16 Kbytes, data cache 16 Kbytes

●

Built-in FPU conforming to IEEE754 (single precision/double precision)

●

NAND Flash controller, PCI controller, DMA controller, memory controller, timer, serial, AC-link, Data Encryption

Standard

(TMPR4926)

, etc. ● Power supply voltage (I/O 3.3 V, internal 1.5 V) ● Operating frequency 200 MHz

TMPR4925XBG-200 TMPR4926XBG-200

PBGA484

●

64-bit RISC processor ● Built-in instruction cache 32 Kbytes, data cache 32 Kbytes

●

Built-in FPU conforming to IEEE754 (single precision/double precision)

●

Memory controller, DMA controller, timer, serial, AC-link,

Ether MAC (TMPR4938), etc.

●

Power supply voltage (I/O 3.3 V, internal 1.5 V)

●

Operating frequency 300 MHz/333 MHz.

TMPR4937XBG-300/333 TMPR4938XBG-300/333

TX4939XBG-400

PBGA456

●

64-bit RISC processor ● Built-in instruction cache 32 Kbytes, data cache 32 Kbytes

●

Built-in FPU conforming to IEEE754 (single precision/double precision)

●

Encryption engine (DES, 3DES, AES etc.), DDR-SDRAM controller, AC-Link,

10/100 BASE-T EtherMAC (2 channels), ATA-100 (2 channels), ITU656 video output port, PCI controller, etc.

●

Power supply voltage (I/O 3.3 V, Internal 1.25 V, DDR-SDRAM 2.5 V (333 MHz or less)/2.6 V (400 MHz))

●

Operating frequency 400 MHz

TX9956XBG-533/600 PBGA272

●

64-bit Superscalar RISC processor ● Built-in instruction cache 32 Kbytes, data cache 32 Kbytes

●

256 Kbyte level 2 cache ● Built in FPU conforming to IEEE754 (single precision/double precision)

●

Employs 32-bit/64-bit SysAD Bus interface ● Power supply voltage (I/O 2.5 V or 3.3 V, internal 1.25 V)

●

Operating frequency 533 MHz/600 MHz

For details of the products listed above, see the "Part Number List".

✽✽

: Under development

TC86C001FG (GOKU-S)

LQFP144

●

PCI/IF (32-bit, 33 MHz)

● ATA/ATAPI host controller, Ultra DMA transfer (mode 4),

maximum transfer rate 66 Mbytes/s

●

USB1.1 host, controller 2 ports (OpenHCI 1.0a supported)

●

USB device controller 1 port

● I2C bus/SIO ● Power supply voltage (I/O 3.3 V, internal 1.5 V)

For details of the products listed above, see the "Part Number List".

TX System RISC, PCI bus products

TX System RISC, SysAD bus products

TXxxxx

600MHz/PCI-66MHz

TMPR4956CXBG-400

400MHz/SysAD bus

TX9956XBG-533/600

533/666MHz/SysAD bus

TMPR4937XBG-300/333

300/333MHz/PCI-66MHz

TMPR4938XBG-300/333

300/333MHz/PCI-66MHz

TX4939XBG-400

400MHz/PCI-66MHz

TMPR4925XBG-200

200MHz/PCI-33MHz

TMPR4926XBG-200

200MHz/PCI-33MHz

Performance

TMPR4955BFG-200/300

200/300MHz/SysAD bus

TMPR4955AFG-200B

200MHz/SysAD bus

TMPR4951BFG-200

200MHz/SysAD bus

TMPR3927CF

133MHz/PCI-33MHz

TMPR4927ATB-200

200MHz/PCI-66MHz

LQFP100

●

64-bit RISC processor ● Built-in instruction cache 16 Kbytes, data cache 8 Kbytes

●

No FPU ● Employs 32-bit SysAD Bus interface

●

Power supply voltage (I/O 2.5 V or 3.3 V, internal 1.5 V) ● Operating frequency: 200 MHz

TMPR4951BFG-200

These 32- and 64-bit microprocessors are ideal for use as the main controller in digital equipment, such as printers and network equipment. The units with a built-in PCI bus interface are outstanding for peripheral equipment expandability. These microprocessors are also useful in other applications.

■ Microprocessors for digital equipment

PCI

Connectuon companion chip

32-/64-bit RISC processors

Microcontrollers Listed by Function / Application

In mass production

Under development

Applications

Automotive

SunroofSteering switches

Wipers

8-bit

16-bit

32-bit

Electromotive power steering

Air bags

Meters

Lights

Mirrors

Compressor

Air conditioner

Display panel

Blower motor

Body control

Keyless entry system

Door switches

Power windows

Note: For details about the automotive grade products, please contact your local Toshiba sales representive.

28-/30-pin 64-pin44-pin 100-pin

4 K

8 K

16 K

32 K

60/64 K

48 K

96 K

256 K

512 K

ROM

size

Toshiba offers a wide selection of automotive microcontrollers with various communications functions such as CAN and SEI. These microcontrollers are manufactured to Toshiba's exacting automotiv e g rade standards

Note)

to ensure high quality in a wide range of operating tempera-

tures.

■ Microcomputers for automotive applications

Product line-up for automotive

SOP/SDIP/SSOP

LQFP

(

10 X 10mm

)

QFP

(

14 X 14mm

)

LQFP44

(

10 X 10mm

)

LQFP

(

14 X 14mm

)

● CAN

● SEI

Main functions

Immobilizer

Seat position

Passenger

detection

Power seats

86C407I/S

86C807I/S

88CH40I

PMD

86CH92I/S

86FH92I

86C808I/S

86C408I/S

86C892I/S

86CH47I/S 87CH48I/S

86FS49AI

91CU27R

86CH87R

88CH41I/S

86CM87R

86C847I/S

PMD

CAN

91CP82T

91CY22I

CAN

92CD54I

CAN

92FD54AI

CAN

PWM

: In mass production : Under development : Under planning

SOP/QFP

DIP

Applications

Automotive

Microcontrollers Listed by Function / Application

TMP86C407I/S TMP86C807I/S

Part Number

4/8

ROM (bytes)

256

RAM (bytes)

I/O

CAN

1ch

SEI

SIO

1ch

UART

I2C

8-bit x 6ch

AD converter

2ch

8-bit timer counter

1ch

16-bit timer counter

Dual Clocks

TMP86P807

OTP/Flash Version

SOP28/SDIP28

Watchdog timer

TMP86C408I/S TMP86C808I/S

4/8

256

1ch

8-bit x 6ch

2ch 1ch

TMP86P808

SSOP30

TMP86C847I/S TMP86CH47I/S

8/16

512

1ch 1ch

10-bit x 8ch

2ch 1ch

TMP86PM47A/PH47/FH47A

LQFP44(10 x 10mm)

TMP86CH87R

TMP86CM87R

16/32

35 1ch 1ch

1ch

10-bit x 14ch

2ch 1ch

TMP86PM87R

LQFP44(10 x 10mm)

Package

Part Number

ROM (bytes) RAM (bytes)

I/O

CAN(4 mail boxes)

SEI SIO

UART

C/UART

AD converter

8-bit timer counter

16-bit timer counter

Motor controller

Dual Clocks

OTP/Flash Version

Watchdog timer

Package

ROM (bytes) RAM (bytes)

I/O

CAN(16 mail boxes)

SEI

SIO/UART

AD converter

8-bit timer counter

16-bit timer counter

32-kHz timer (for S/W RTC)

Dual Clocks

OTP/Flash Version

Watchdog timer

Package

TMP86C892I/S++

TMP86CH92I/S++

8/16

512

1ch

10-bit x 6ch

2ch 1ch

TMP86FH92I

SSOP30

TMP88CH40I

512

1ch 1ch

10-bit x 4ch

2ch 1ch

TMP88PH40

SOP28

TMP88CH41I/S++

512

19/33

1ch 1ch

10-bit x 8ch

2ch 2ch

TMP88PH41

LQFP44(10 x 10mm)

TMP86FS49AI

2ch 2ch

1ch - - -

1ch

10-bit x 16ch

4ch 2ch

- 1ch 1ch -

LQFP64(10 x 10mm)/QFP64(14 x 14mm)

TMP91CP82T

Part Number

80 1ch 1ch 2ch

10-bit x 12ch

4ch 2ch

4ch

1ch

16-bit PWM timer

CS/WAIT

controller

H/W RTC

PDC

TMP91PP82T

LQFP100(14 x 14mm)

TMP91CU27R

10K

2ch 1ch

10-bit x 4ch

6ch 1ch

3ch

TMP91FY27

LQFP64(10 x 10mm)

TMP91CY22I

256 16K

2ch 1ch

10-bit x 8ch

8ch 2ch

4ch

TMP91FY42

LQFP100(14 x 14mm)

TMP92CD54I

512

32K

68 1ch 1ch 2ch 3ch

10-bit x 12ch

8ch 2ch

1ch

TMP92FD54AI

LQFP100(14 x 14mm)

8-bit microcontrollers for automotive

16-bit microcontrollers for automotive

32-bit microcontrollers for automotive

: Under development

: Under planning

Applications

Automotive

MOS-FET

Motor predriver (TB9065F)

System power supply

(5V-Reg, reset circuit, WDT,

low voltage detection)

Predriver

LIN transceiver

Comparator

Operational

amplifier

Microcontroller

Watch

dog

timer

ROM

RAM

10-bit

Timer/

counter

I/O

870/X

CORE

SCI

Programmable

motor driver

(sine wave control)

Part Number

Series name

870/X 870/X

TMP88CH40IMG TMP88CH41UG

(Note2)

Motor control circuit (PMD)

(Note1)

1ch 1ch

AD converter

10-bit x 4ch 10-bit x 8ch

Memory (ROM/RAM)

16KB/512B 16KB/512B

Package

SOP28

Part Number

DSP

16-bit fixed-point

TMP77CM70TUG

Motor control circuit (PMD)

(Note1)

1ch

AD converter

10-bit x 8ch

Memory (ROM/RAM)

32KB/1KB

Package

LQFP64QFP44

OTP product

(Note3)

TMP88PH40MG TMP88PH41UG

These microcontrollers incorporate an inverter control function for sensorless/sensor-equipped 3-phase DC and AC motors and a sine wave drive circuit for supporting high reliability and high temperature operation. The sine wave drive circuit enables easy sine wave drive suited to high efficiency and low noise.

■ Microcontrollers for automotive motor control

Note 1: Programmable Motor Driver Note 2: Automotive-grade products under consideration Note 3: Standard grade * For details of the products listed above, see the "Part Number List".

Microcontrollers DSP

Achieved intelligent, high value-added automotive motors!

Blower motor

(low noise)

Water pump

(long life,

high efficiency)

Electromotive fan motor

(long life,

high efficiency)

EPS motor (low noise,

low vibration)

Automotive motor system block diagram

Product line-up

● Sine wave drive circuit

● Rotor position detection function

●

Motor control timer and timer capture

●

PWM waveform generation function

● Overload protection function

● Abnormality protection function

● Automatic commutation start and

automatic position detection start

Main functions

: Under development

Microcontrollers Listed by Function / Application

Applications

TLP3616

2SK3868 × 6 / MP6622

Heater

SIO

Driver IC

TD62304AP

Coupler TLP421

SW power supply

C.R.F. indoor fan

Motor dumper

Stepping motor driver IC

TA7774P/F

Reset IC

TA8000S

DC motor

driver IC

TA7291P DC motor

driver IC

TA7288P

Sensor input

Door SW input

EEPROM

Fan motor driver IC

TA84006F

Three-way valve for 2-evaporator

switching

100V

Surge

absorber

Buzzer output

● Quick freezing

● Quick refrigeration

● Quick defrosting

Key input

Operation panel control

microcontroller

TMP86CX29

Compressor control microcontroller

TMP88CH41/T5BE2

● Inverter output frequency control

● 3-phase PWM waveform synthesis function

LCD display

Control block Display block

Driver

Refrigeration cycle control Cooling fan Compressor fan Defrosting Timer control Open door detection Ice maker control

Main control microcontroller

TMP86CX49

●

Defrosting heater

Indoor lamp

Compressor

Automatic

ice maker

LED output

●

TMP86CX49

4 diodes

TA8000S

TD62003A

Indoor unit

Operation command

Operation information

EEPROM

(Data control)

Partial circuit

Louver motor drive circuit

Louver

motor

Transistor array

Compressor Restart delay function Indoor fan Startup compensation function Temperature computation function Outdoor unit Operation command function

● Transformer

● Power regulation circuit

Operating mode display

Power level display

Remote control

Indoor fan drive circuit

DC indoor

fan motor

LED

TB6520P + TA8483CP

TMP88FW45/TMP19A71

TLP351

GT15J321 x 6

TLP351

2SK3868

Overcurrent protection function Frequency control Compressor Restart delay function Temperature computation function Inverter control Outdoor DC fan RPM control

Compressor

Outdoor unit

Power supply

Driver coupler

D-IGBT

TLP3502/3503

AC power coupler

Fan

motor

Driver coupler

MOS FET

Temperature sensor

(room temperature/

radiant heat/heat exchanger)

TMP86CX25

● Power ON/OFF

● Operating mode change

(for comfortable sleeping/normal)

● Cooling/heating switching (Cooling/heating/dehumidifying)

● Temperature setting

● Timer/clock setting

● Fan power

●

Two-way/four-way valve

RefrigeratorsAir conditioners

■ Microcontrollers for inverter electric appliances

The following microcontrollers incorporate various functions suitable for electric appliances that require user interfaces, sensor inputs, actuator control, and communications.

● AD converter

● Serial communication

● Motor control circuit

● LCD driver

Main functions

Air conditioner system block diagram

Refrigerator system block diagram

Product outline

Some of the flash memories use the SuperFlash® technology under the license of Silicon Storage Technology, Inc. SuperFlash® is a registered trademark of Silicon Storage Technology, Inc.

TMP86CH21A TMP86CS28 TMP86C822 TMP86CH22

TMP86CP27A TMP86CM27 TMP86C822 TMP86CH22 TMP86CS28

Panel

● LCD driver

● Serial communication

TMP86C829B TMP86CH29B TMP86CM29B TMP86C420 TMP86C820

Indoor unit

● AD converter for sensor input

●

Serial communication with outdoor unit

● I/O for controlling actuators

Outdoor unit

● Motor control circuit

● AD converter for sensor input

●

Serial communication with outdoor unit

Remote control

● LCD driver

● Key input

Main control block

● Brushless DC motor control circuit

● AD converter for sensor input

● Serial communication

TMP86CS49

Inverter control block

● Motor control circuit

● AD converter for sensor input

T5BE2 TMP88CH41

TMP88CS43 TMP19A71CY TMP88CS42 TMP88FW44

TMP88FW45

TMP86CH49 TMP86CS49 TMP86CM49 TMP91FW60

TMP86CM25A TMP86CM25 TMP86CS25A TMP86C829B TMP86CH29B TMP86CM29B TMP86CM29L TMP86C420 TMP86C820

Applications

LCD display

TMP86C420 TMP86C820 TMP86C822 TMP86C829B TMP86CH21A TMP86CH22 TMP86CH29B TMP86CM23A TMP86CM29 TMP86CM25

AF control (computation), AE control (computation) Built-in strobe control Dial input, shutter control

TMP1942CYU TMP1942CZU TMP1942CZXB

Camera control/Shutter control AF control/Tape control

TMP1962C10BXB TMP19A64F20BXB TMP19A64C1DXB

TMP19A43FDXB TMP19A43FZXB TMP19A43CDXB TMP19A43CZXB

TMP86FM26 TMP86CP23A TMP86FP24 TMP86CS25A TMP86CS28 TMP86FS28

These microcontrollers incorporate high-speed AD converters to support AF/AE control (computation), dial input, and other features suitable for the main controller of a single-lens reflex camera.

■

Microcontrollers for digital single-lens reflex cameras (DSLRs)

These microcontrollers, responsible for controlling the camera and tape deck sections, contain large-capacity ROM to help minimizing the product size and support various features suitable for main DVC control.

■ Microcontrollers for digital video cameras (DVCs)

LENS

Zoom Motor

EEPROM

Large-scale software that controls the camera and deck blocks. Multipin system control interface High performance, low power dissipation

A single chip controls both the camera and deck blocks.

Analog Font End

Camera

DSP

Memory Card USB

IEEE1394 In-out

LCD panelLCDC

OPAMP

Motor

Drive

DECK

System

microcontroller

TMP1962

TMP19A64

Flash Key

Audio

DV control

LSI

Video

Image processing system

Timing signal

AF control Shutter control Iris control Signals

Camera control system

Analog

front end

USB IEEE1394 Wireless, infrared ray

Battery control

Sensor

DRAM

Camera

Key/switch

Information display LCD

LCD

microcontroller

Memory

card

Lens

micro-

controller

Image display

LCD

System

microcontroller

DSC signal

processing

LSI

(CUSTOM)

SoC

For image processing engine

For display system

For main processing in camera control system

TLCS-870/C

Area

Sensor

TMP1942

TMP19A43

Independent image processing and camera control systems run in parallel. Faster image processing High-speed multipoint AF

DVCs DSLRs

Part Number

Maximum operating frequency (MHz)

TMP1942CYUG/CZUG/CZXBG

Internal bus width

External bus width

16 (address/data

multiplexed)

Internal ROM (bytes)

256/384K

Internal RAM (bytes)

16K

DMAC channels

4ch

I/O ports

108

Serial interface

6ch

Timer channels

28ch

External interrupt pins

Dual clock

●

Debug support unit

● (Flash product only)

Package

LQFP144(16 x 16mm)/ FBGA177(13 x 13mm)

40.5

Supply voltage (V)

2.7 to 3.6

1.35 to 1.65

I/O: 1.65 to 3.3

2.3 to 3.3

AD: 2.7 to 3.5

TMP1962C10BXBG

(multiplexed or

separate selectable)

1024K

AD converter 16ch (conversion time: 2µs)

24ch

40K

8ch 202 8ch

18ch

●

FBGA281(13 x 13mm)

Others

10-bit DA converter x 3 channels

ROM correction

2-phase pulse input counter

Dynamic pull-up

5 V capable ports (x 15)

ROM correction

2-phase pulse input counter

1.35 to 1.65

I/O, AD

2.7 to 3.6

2.3 to 2.7

TMP19A43FDXBG/CDXBG

(multiplexed or

separate selectable)

512K

16ch (conversion time: 1.15µs)

24K

8ch

143

7ch

17ch

●

FBGA193(12 x 12mm)

8-bit DA converter x 2 channels

ROM correction

2-phase pulse input counter

Dynamic pull-up

●

1.35 to 1.65

I/O, AD

2.7 to 3.6

2.3 to 2.7

TMP19A43FZXBG /CZXBG

(multiplexed or

separate selectable)

384K

16ch (conversion time: 1.15µs)

20K

8ch 143 7ch

17ch

●

FBGA193(12 x 12mm)

8-bit DA converter x 2 channels

ROM correction

2-phase pulse input counter

Dynamic pull-up

●

1.35 to 1.65

I/O: 1.65 to 3.3

TMP19A64F20BXBG/C1DXBG

16 (multiplexed or

separate selectable)

2048K/1536K

24ch

64K/56K

8ch 209 8ch

12ch

●

FBGA281(13 x 13mm)

Built-in back-up block

ROM correction

2-phase pulse input counter

●

For details of the products listed above, see the "Part Number List".

: Under development

● AF/AE control (high-speed AD/multidigit operation)

● Dial input control

● Shutter control

● Tape control

● LCD display control

Main functions

Product line-up

Product outline

DVC system block diagram

DSLR system block diagram

Microcontrollers Listed by Function / Application

Mechanism

and PUH

Analog out

* MP3 and WMA are trademarks or registered trademarks of their respective holders.

CD-MP3 Decoder Control

SPI

USB

Bit Stream I/F

SIO/UART/I

SD Memory

Card

USB Memory

Motor Driver

Main MCU

USB Host

CD-MP3 Decoder

TC94A70

USB MCU

TMP92FD28

Main MCU

TMP92CY23

TMP92CD23A

TMP92CD54I

PIO

SW, Volume Control

SCI

Remote control Sensor

Analog SW E-Volume

RDS

AMP

Tuner Unit, PLL

MD Unit

CD Unit, changer

MCU driver

for display

SCI

RDS Unit Control

Tuner Unit Control

SCI

MD Unit Control

SCI

CD Unit Control

SCI, CAN

SCI, BUS

Display Control

Sensor Input

MP3

Decoder

Servo

Applications

Audio systems Car audios

CD-MP3 control MCU

Toshiba's extensive line-up of microcontrollers for audio applications includes 16-bit products ideal for controlling CD-MP3 decoder ICs, and 32-bit products incorporating a USB host controller which are software-compatible with the 16-bit products.

■ Microcontrollers for audio (CD-MP3 control MCUs)

16-bit core TLCS-900/L1 Series

32-bit core TLCS-900/H1 Series

USB host controller built in

100-pin

128KB/4KB

ROM/RAM expanded

These 32-bit microcontrollers incorporate large-capacity memory and a wide range of serial interfaces, hence they are suitable for main control, for example, in car audio. The series also includes products that contain CAN controllers.

■ Microcontrollers for audio (Main control MCUs)

Part Number

Series name 900/L1

TMP91CP27UG/

TMP91CU27UG

ROM(bytes) 48KB/96KB RAM(bytes) 4KB/10KB

I/O port 53

10-bit AD converter(ch)

4ch

UART/SIO (ch) 2ch

I2C bus/SIO (ch) 1ch

USB HOST controller

Packag e LQFP64

Main control MCU

Part Number

Series name 900/H1

TMP92CY23FG/DFG

ROM(bytes) 256KB RAM(bytes) 16KB

I/O port 84

10-bit AD converter(ch)

12ch

UART/SIO (ch) 3ch

I2C bus/SIO (ch) 2ch

CAN

Packag e LQFP100/QFP100

900/H1

TMP92CD54IFG

512KB

32KB

12ch

2ch 3ch 1ch

QFP100

900/H1

TMP92CD23AFG/DFG

512KB

32KB

12ch

3ch 2ch

LQFP100/QFP100

900/L1

TMP91CW12AFG/

TMP91CY22FG

128KB/256KB

4KB/16KB

81 8ch 2ch 1ch

LQFP100

900/H1

TMP92CY23FG/DFG

TMP92CD23AFG/DFG

256KB/512KB

16KB/32KB

12ch

3ch 2ch

LQFP100/QFP100

900/H1

TMP92CD28FG/

TMP92CD28DFG

512KB

32KB

2ch 2ch 1ch

LQFP100/QFP100

● Controlling CD servo and CD-MP3 decoder ICs

● Memory variations

● Pin count variations

Main functions

● High performance

● Large-capacity memory

● Range of serial interfaces

● Peripheral unit control

Main functions

Sample application: CD-MP3/USB/SD system

Sample application : Main control system

Product line-up

Roadmap for audio MCUs

TMP91CW12A

100-pin

256KB/16KB

512KB/32KB

TMP91CY22

100-pin

256KB/16KB

High speed,

high functionality

Smaller

ROM/RAM,

lower pin

count

TMP91FY42

64-pin

48KB/4KB

TMP91CP27

64-pin

96KB/10KB

Pin count

ROM size/RAM

size

TMP91CU27

64-pin

128KB/12KB

TMP91FW27

64-pin

256KB/16KB

TMP91FY27

TMP92CD28

TMP92FD28

100-pin

256KB/16KB

TMP92CY23

TMP92FY23

100-pin

512KB/32KB

TMP92CD23A

TMP92FD23A

: Under development

: Under development : Under development

: Flash ROM : Mask ROM

Some of the flash memories use the SuperFlash® technology under the license of Silicon Storage Technology, Inc. SuperFlash® is a registered trademark of Silicon Storage Technology, Inc.

64-bit

superscalar

64-bit core

32-bit core

MIPS64 &

MIPS-3D ASE

MIPS

MIPS & MIPS16

✽ These are original cores developed independently

by Toshiba based on each MIPS architecture.

For fields requiring higher functionality and performance in network connection

TX99

A 64-bit core ideal for digital equipment that requires high performance.

TX49

Balanced cost/performance. A variety of applications ranging from commercial to industrial equipment

TX39

Ideal for products such as mobile equipment where the focus is power consumption, cost and code efficiency

TX19

TX39

TX99

TX49

TX19

TX39

TX19

TX99

TX49

Higher performance

levels

Lower-cost design and

lower-power consumption

Digital networks, automotive (digital information)

Networks, LBP, Digital information appliances, DSCs

Mobile terminals, networks, car navigation

Cameras, automotive devices, DSCs, DVCs, DVDs, HDDs

Seamless core TX System RISC

line-up

A complete line-up of products, ranging from low-power-consumption devices to high-speed-processing devices, to suit a wide variety of applications

Performance

RISC stands for Reduced Instruction Set Computer. The smaller, fixed-length instruction set of a RISC processor allows fast program execution. Compared to the conventional CISC (Complex Instruction Set Computer), the RISC processor's simplified circuit structure offers attractive features such as increased execution speed and reduced power consumption. Toshiba has adopted the RISC processor technology developed by MIPS Technologies, Inc. In addition to the 32-bit processor TX39 Family for embedded use, Toshiba has also developed the TX19 Family of processors, featuring an additional 16-bit instruction set, and the 64-bit TX49 and TX99 Family of processors for embedded use. The TX19, TX39, TX49 and TX99 families serve as CPU cores, which, together with megacells for peripherals, offer solutions for the implementation of ASICs.

TX9956XBG-533/600

Superscalar Architecture

TX99 Processor Core Features

The TX99 Family of RISC microprocessors is based on the MIPS64TM microarchitecture of MIPS Technologies, Inc. (U.S.A.) These microprocessors have a 64-bit superscalar architecture developed jointly by MIPS and Toshiba. MIPS64

has the highest performance in the industry, enabling simultaneous execution of two instructions. By using this architecture in semiconductors and systems, it is possible to achieve high-speed data processing in fields such as automotive (digital information), OA, home servers, digital information appliances and networks where cost and power consumption are the top priority.

TX99

Family

64-Bit Superscalar TX System RISC

Can be used as a CPU core for custom SoC

Under development

Based on MIPS 25Kf high-end RISC core

Instruction set: MIPS 64

with MIPS-3DTM ASE Employs dual issue superscalar pipeline (7-stage) Core operation frequency: 533 MHz/600 MHz Equipped with 32-Kbyte instruction cache and

32-Kbyte data cache

employs 4-way set-associative system

Level 2 cache of up to 256 Kbytes can be installed (optional)

Built-in single/double precision floating point coprocessor SOC I/F with a high bus band width (12.8 Gbytes/s)

with numerous bus frequency division ratios for core

vs. SOC I/F

TX99/H4: 90-nm process technology Complete development environment

64-bit RISC microprocessor using a Superscalar architecture

● 64-bit Superscaler equipped with

TX99/H4 core

● On-chip caching

Four-way set-associative caches Instruction cache: 32 Kbytes Data cache: 32 Kbytes Level 2 cache: 256 Kbytes

● External bus (SysAD bus)

64-/32-bit

● Single-/double-precision FPU

● Clock generator (CG)

● Low power consumption mode

● Built-in debug support unit (DSU)

● Maximum operating frequency:

Core: 533 MHz/600 MHz External bus: 133 MHz

● I/O operating voltage: 2.5 V or 3.3 V

Internal operating voltage: 1.25 V

● Package:

272-pin PBGA, 27 mm x 27 mm,

1.27-mm pitch (with 16 thermal balls)

The TX9956XBG is equipped with a TX99/H4 core that uses a 90 nm process to enable 533 or 600 MHz operation. This processor has a built-in floating-point unit (FPU) and SysAD bus interface, and is useful in a wide range of applications areas including LBPs and set-top boxes. It contains 32-Kbyte instruction cache and 32-Kbyte data cache, as well as large secondary cache of 256 Kbytes.

TX99/H4 Core

Integer Arithmetic

Unit

256-Kbyte Level 2 Cache

System Control

Coprocessor

Registers

Memory Management Unit

48 Double-Entry TLB

Exception Handling Unit

Floating-Point

Unit

Coprocessor

Floating-Point

Unit

Registers

Floating-Point

Unit Data

Path Logic

32-KB 4-Way

Set-Associative

Instruction Cache

64-Bit GeneralPurpose

Registers

Dual

Issue

Pipeline

Control

Integer

Arithmetic

Data Path

Logic

MAC Unit

32-KB 4-Way

Set-Associative

Data Cache

Cache Controller

Write

buffer

Clock

Generator

Debug

Support Unit

(EJTAG)

SysAD

Bus

Interface

MGB II Bus

SysAD Bus Interface

The TX49 Family of RISC microprocessors for embedded use is an original Toshiba 64-bit processor family and is based on the RISC architecture designed by MIPS Technologies, Inc. The customer can implement a custom SoC using the TX49 Family cores in conjunction with general-purpose ASSP products.

TMPR4951BFG-200

First product incorporating the TX49/L3 core

TX49

Family

64-Bit TX System RISC

64-bit RISC architecture Low-power consumption design

Built-in high-capacity primary cache

Can be used as a CPU core for custom SoC

● Instruction cache: 32 Kbytes

■

4-way set-associative

■

Lock function supported

● Data cache: 32 Kbytes

■

4-way set-associative

■

Lock function supported

■

Write-back/write-through (every page)

●

Low-power consumption modes (Doze/Halt)

● TX49/H2: 0.18-µm process technology

● TX49/H3, TX49/L3: 0.13-µm process technology

● TX49/H4, TX49/L4, TX49/W4: 90-nm process technology

● Complete development environment

● R4000A architecture

■

Upward-compatible instruction set including MIPS I,

MIPS II and MIPS

III

instruction set architectures (ISAs)

● TX49/H2: Internal operating frequency: 200 MHz

● TX49/H3: Internal operating frequency: 300 MHz/333 MHz

● TX49/H4: Internal operating frequency: 400 MHz

● TX49/L3: Internal operating frequency: 200 MHz

● TX49/L4: Internal operating frequency: 333 MHz

(Under development)

● TX49/W4: Internal operating frequency: 400 MHz

(Under development)

■

Level 2 cache of up to 256 Kbytes can be installed (optional)

● Non-blocking load function

■

The instructions which follow the instruction currently

ing executed are executed while the cache is being refilled.

● DSP function

● Thirty-two 64-bit general-purpose registers

● Optimized 5-stage pipelining

● Single- or double-precision floating-point unit (FPU)

(TX49/H2, TX49/H3, TX49/H4 and TX49/W4 core)

● Debug support unit (DSU)

■

Supports EJTAG.

64-bit RISC microprocessor offering excellent cost performance

The TMPR4951BFG incor porates a 0.13-µm process TX49/L3 core, and by minimizing the built-in functions and external interfaces, it offers the industry's highest cost-performance ratio in the 200 MHz class and low-power consumption, all encapsulated in a compact package. Moreover, the SysAD bus interface adopted for this microprocessor enables diverted use of existing resources and facilitates system de v elopment. These and other features make it an ideal controller for lowend LBPs, networks, and settop boxes.

● TX49/L3 64-bit RISC core

● Five-stage pipeline

● On-chip caching

4-way set-associative caches Instruction cache: 16 Kbytes built in Data cache: 8 Kbytes built in Cache lock function

● 48 double-entry

● External bus (32-bit SysAD bus)

● Low-power consumption mode

● Debug support unit (DSU) built in

(execution control only)

● Maximum operating frequency:

Core: 200 MHz External bus: 100 MHz

● I/O supply voltage: 2.5 V or 3.3 V

Internal supply voltage: 1.5 V

● Package: 100-pin LQFP

(14 mm x 14 mm, 0.5-mm pitch)

TX49/L3 Core

Integer Arithmetic

Unit

System Control

Coprocessor

Clock

Generator

64-Bit GeneralPurpose

Registers

Pipeline

Control

Integer Arithmetic Data Path

Multiplier/

Accumulator

Unit

Coprocessor

Registers

Memory Management

Unit

48 Double-Entry TLBs

Exception

Handling Unit

16-KB 4-Way

Set-Associative

Instruction Cache

8-KB 4-Way

Set-Associative

Data Cache

Cache

Controller

Write

Buffer

Sync Circuit

Debug

Support Unit

(EJTAG)

SysAD Bus

Interface

TX4939XBG-400

This highly functional, high-performance family contains an encoder, and is well adapted to digital information equipment.

TX49

Family

64-Bit TX System RISC

RTC SIO SPI I2C

AC-Link/

Encoder

DDR-SDRAM

Controller

External Bus Interface

(NAND FLASH)

DMA Controller

10/100BASE-T

EtherMAC

ATA100

Video port

PCI Controller

IM BUS Bridge

TX49/H4 core

Debug Support Unit (DSU)

Data Cache

(32K)

Instruction

Cache (32K)

MMU

BIU

Write

Buffer

Floating-Point Unit (FPU)

G BUS Interface

General Purpose Register

MAC unit

64-bit

G-BUS

32-bit IM BUS

64-bit RISC microcontroller with encoder, DDR-SDRAM controller, EtherMAC, and ATA100

The TX4939XBG-400 is based on a TX49/H4 core, and contains an encoder, a DDR-SDRAM controller, an ATA100, an EtherMAC, a PCI controller and other peripherals. It is a highly functional, high-performance, 64-bit RISC microcomputer optimally applicable to digital information appliances. The processor operates at a frequency of 400 MHz, while the PCI bus runs at a frequency of 33/66 MHz.

● TX49/H4 64-bit RISC core

● On-chip caching

4-way set-associative caches Instruction cache: 32 Kbytes Data cache: 32 Kbytes Cache lock function

● Memory management unit

● Memory controller: DDR-SDRAM (32-bit, 400 MHz)

Supports NAND Flash, SRAM, ROM and NOR Flash

● Encoder: Supports DES, 3DES, AES, MD5, SHA1 and

Modular Exponentiation Operation Coprocessor

● DMA controller: 8 channels

● 10/100BASE-T EtherMAC: 2 channels

● ATA100: 2 channels

● Video port: 1-parallel I/O, 3-serial in

● PCI controller: 33/66 MHz

● AC-Link

● I2S

● SIO: 4 channels

● SPI

● I2C

● Interrupt controller

● Maximum operating frequency: 400 MHz

● I/O supply voltage: 3.3 V

Internal supply voltage: 1.25 V

● I/O (DDR 400): 2.6 V

I/O (less or equal to DDR 333): 2.5 V

● Package: 456-pin PBGA (with 36-pin thermal balls)

TX4939 reference board

This board consists of a CPU module and a base board.

CPU module

● TX4939XBG-400

●

Contains four 512 M-bit DDR-SDRAMs suitable for the

DDR400 in the standard configuration sized totally at 256 MB.

●

Contains a power supply necessary to drive the DDR memory.

●

Supports an EJTAG interface that allows data to be read and written.

● Supports a DIP switch used for boot setting.

●

Provided with the CPU around which reset, clock and RTC circuits are installed.

Base board

●

The TX4939 contains two channels of Ethernet controllers each of

which consists of a 10/100M Ethernet MAC and an external PHY.

● Supports a NOR flash ROM (x 16 bits) consisting of 32

MB of a user ROM and 8 MB of a monitor ROM.

● Contains 32 MB of a NAND flash ROM (x 8 bits).

● Supports two channels of ATA (IDE) interfaces.

● Contains an AUDIO (AC-link/I2S) interface.

● Supports five channels of PCI slots.

● Provided with a USB 2.0 host.

● Supports four channels of RS-232C interfaces.

●

Contains a 100 Base-TX Ethernet controller used for debugging.

● Equipped with a ROM emulator connector.

● Supports two ISA slots.

● Contains a connector for external bus extension.

● Provided with an I/O controller.

● Contains a power supply.

● Full size: ATX size

● The model ID required for ordering TX4939 reference

board is RBHMA4700 (CE).

TX4939XBG

(400MHz)

RS-232C

2 channels

DDR SDRAM

256MB

AMR Connector

NOR

FLASH ROM

NAND

FLASH ROM

Ethernet x2

10/100M

IDE Connector

USB 2.0 Host

VT6212

PCI Card Slot

3.3V x3.5V x2

ISA Connector

Ethernet

(100M)

Connector for external bus extension (150 pin)

32-bit

Local Bus (8/16-bit)

PCI Bus

TMPR4938XBG-300/333

Built-in PCI controllers, Ether MAC

64-bit RISC microprocessor with built-in PCI controller and Ether MAC

TMPR4955CFG-400 TMPR4956CXBG-400

Achieves 400 MHz operation

The TMPR4938XBG is a 64-bit RISC microprocessor ideal for networks and digital consumer applications. It is based on the TX49/H3 core and has a variety of built-in functions, including PCI controller, Ether MAC, DMA controller, NAND Flash controller, memory controller, UART and timers. The processor runs at 33/66 MHz, and the PCI bus at 300/333 MHz.

● 64-bit RISC equipped with TX49/H3 core

● On-chip caching

Four-way set-associative caches Instruction cache: 32 Kbytes built in Data cache: 32 Kbytes built in Cache lock function

● Memory management unit (TLB): 64 entries

4 K / 16 K / 64 K / 256 K / 1 M / 4 Mbyte pages

● Memory controller: SDRAM (64-bit, 133 MHz)

Supports NAND Flash, SRAM, ROM,

NOR Flash and I/O

● Interrupt controller: 6 external sources

● 32-bit timer: 3 channels

● UART: 2 channels

● PCI controller (32-bit, 33/66 MHz)

● DMA controller: 8 channels

● AC-Link (AC97 interface)

● Ether MAC: 2 channels

● I/O ports: 16-bit

● Maximum operating frequency: 300/333 MHz

● I/O supply voltage: 3.3 V

Internal supply voltage: 1.5 V

● Package: 484-pin PBGA

(with 64-pin thermal balls)

TX49/H3 core

Debug Support Unit (DSU)

Data Cache

(32K)

Instruction

Cache (32K)

MMU

BIU

Write

Buffer

Floating-Point Unit (FPU)

G BUS Interface

General Purpose Register

MAC unit

64-bit

G-BUS

Clock Generator

NAND Flash Controller

SDRAM Controller

External Bus Interface

DMA Controller

PCI Controller

Ether MAC

IM BUS Bridge

AC-Link

UART Timer Parallel I/O

Interrupt

Controller

64-bit RISC microprocessors that can easily be enhanced with desired functions

The TMPR4955CFG and TMPR4956CXBG are equipped with a TX49/H4 core that uses a 90-nm process to enable 400 MHz opera-

tion. These processors have a built-in floating point unit (FPU) and SysAD bus interface, and are useful in a wide range of application areas including LBP, networks and set-top boxes. A debug support unit (DSU) is also built in, and this enables real-time PC tracing and various types of execution control.

● 64-bit RISC equipped with TX49/H4 core

● Five-stage pipeline

● On-chip caching

4-way set-associative caches Instruction cache: 32 Kbytes built in Data cache: 32 Kbytes built in Cache lock function

● 48 double-entry TLB

● External bus (SysAD bus):

32-bit (TMPR4955CFG) 64-/32-bit (TMPR4956CXBG)

● Single-/double-precision FPU

● Low power consumption mode

● Built-in debug support unit (DSU)

● Maximum operating frequency:

Core: 400 MHz External bus: 133 MHz

● I/O supply voltage: 2.5 V or 3.3 V

Internal supply voltage: 1.25 V

● Package:

160-pin QFP (TMPR4955CFG) 217-pin PFBGA (TMPR4956CXBG)

TX49/H4 Core

Integer Arithmetic

Unit

System Control

Processor

Coprocessor

Registers

Memory Management

Unit (MMU)

48 Double-Entry TLB

Exception

Handling Unit

Floating-Point Unit

Coprocessor

Floating-Point

Unit Registers

Floating-Point

Unit Data Path

Logic

64-Bit

General-

Purpose

Registers

Pipeline

Control

Integer

Arithmetic Data Path

Logic

MAC

Unit

Clock

Generator

Sync Circuit

Debug

Support Unit

(EJTAG)

32-KB 4-Way

Set-Associative

Instruction Cache

32-KB 4-Way

Set-Associative

Data Cache

Cache

Controller

Write

Buffer

32-Bit

SysAD Bus

Interface

The TMPR4937XBG is based on a TX49/H3 core, and contains a PCI controller, a DMA controller, a memory controller, a UART, a timer and other peripherals. It is a 64-bit RSC microcomputer well adapted to networks and digital information appliances. The processor operates at frequencies of 300 MHz and 333 MHz, while the PCI bus runs at a frequency of 33/66 MHz.

● TX49/H3 64-bit RISC core

● On-chip caching

Four-way set-associative caches Instruction cache: 32 Kbytes Data cache: 32 Kbytes Cache lock function

● Memory management unit (TLB): 64 entries

4 K / 16 K / 64 K / 256 K / 1 M / 4 Mbyte pages

● Memory controller: SDRAM (64-bit, 133 MHz)

SRAM, ROM, NOR Flash and I/O

● Interrupt controller: 6 external sources

● 32-bit timer: 3 channels

● UART: 2 channels

● PCI controller (32-bit, 33/66 MHz)

● DMA controller: 8 channels

● AC-Link (AC97 interface)

● I/O ports: 16-bit

● Maximum operating frequency: 300/333 MHz

● I/O supply voltage: 3.3 V

Internal supply voltage: 1.5 V

● Package: 484-pin PBGA

(with 64-pin thermal balls)

TX49/H3 core

Debug Support Unit (DSU)

Data Cache

(32K)

Instruction

Cache (32K)

MMU

BIU

Write

Buffer

Floating-Point Unit (FPU)

G BUS Interface

General Purpose Register

MAC unit

64-bit

G-BUS

Clock Generator

SDRAM Controller

External Bus Interface

DMA Controller

PCI Controller

IM BUS Bridge

AC-Link

UART Timer Parallel I/O

Interrupt

Controller

TMPR4937XBG-300/333

Built-in PCI controllers

TMPR4926XB-200

Built-in PCI controller, Encoder (DES) and NAND Flash controller

64-bit RISC microprocessor with built-in PCI controller

General-purpose 64-bit RISC microprocessor with NAND Flash controller, PCI, DMA and DES

TX49

Family

64-Bit TX System RISC

The TMPR4926XB-200 is a 64-bit RISC microcomputer that is based on a TX49/H2 processor core and contains a NAND flash controller, a PCI controller, a memory controller, a UART, a timer, a DES and other peripherals. It supports a TX49/H2 core suitable for high-speed mode. The processor operates at a frequency of 200 MHz, while the PCI bus runs at a frequency of 33 MHz.

● Instruction cache: 16 Kbytes

(4-way set-associative caches)

● Data cache: 16 Kbytes

(4-way set-associative caches)

● MAC: Multiply-accumulate

● Memory management unit (TLB):

48 double entries (odd/even) Joint TLB, 4 K/16 K/64 K/256 K/1 M/4 M bytes pages

● Memory controller:

Supports NAND Flash, SDRAM (32-bit, 80 MHz), SRAM, ROM, NOR Flash and I/O

● Interrupt controller: 8 external sources

● 32-bit timer: 3 channels

● UART: 2 channels

● SPI

● PCI controller (32-bit, 33 MHz)

● DMA controller: 4 channels

● PCMCIA: 2 slots

● AC-Link (AC97 interface)

● Real-time clock

● CHI

●

DES/3DES (Data Encryption Standard: Encoder)

● I/O port: 32-bit

● RF (Reduced Frequency) function

● Maximum operating frequency: 200 MHz

● I/O supply voltage: 3.3 V

Internal supply voltage: 1.5 V

● Package: 256-pin PBGA (27 x 27 mm)

TX49/H2 core

Debug Support Unit (DSU)

Data Cache

(16K)

Instruction

Cache (16K)

MMU

BIU

Write

Buffer

Floating-Point Unit (FPU)

G BUS Interface

General Purpose Register

MAC unit

32-bit

G-BUS

AC-Link

UART Timer SPI RTC

Parallel

I/O

Interrupt

Controller

NAND FLASH Controller

SDRAM Controller

External Bus Interface

DMA Controller

PCI Controller

PCMCIA Interface

CHI

Data Encryption Standard

(

DES

)

IM BUS Bridge

The TX39 Family of RISC microprocessors for embedded use was developed by Toshiba based on the R3000A architecture designed by MIPS Technologies, Inc. It is an original Toshiba 32-bit processor family. Using the TX39/H or the high-speed TX39/H2, TX39/H3 as the CPU core for gate arrays and cell-based ICs, you can accomplish a high level of integration in your system.

TC86C001FG (Goku-S)

PCI-connected companion chip

Companion Chip

High-performance RISC technology

Low power consumption

Functions suitable for embedded applications

Ideal as CPU core in embedded arrays/cell-based ICs

TX39

Family

32-Bit TX System RISC

● PCI interface

32-bit PCI bus (33 MHz) PCI Rev. 2.2 compatible

● ATA/ATAPI host controller

Single channel: Can connect up to two systems Ultra ATA/66: Supports 66 Mbytes/s PIO modes 0 to 4, multiword DMA modes 0, 1, 2

● USB 1.1 host controller

OpenHCI 1.0a compliant 2 ports: 12 Mbits/s or 1.5 Mbits/s

Built-in overcurrent protection circuit (for each port)

● USB device controller

1 port: 12 Mbits/s

● I2C bus/SIO controller

C master/slave mode

UART

● GPIO: 1 or 5 ports

● Core operating voltage: 1.5 V

Peripheral I/O operating voltage: 3.3 V

● 144-pin LQFP package (20 mm x 20 mm)

Companion chip with built-in ATA and USB interfaces

The TC86C001FG (GOKU-S) is a highly integrated, high-performance interface LSI chip that supports a widely used five interfaces. It incorporates a PCI interface, ATA/ATAPI host controller, USB host controller, USB device controller, I

C bus, and serial I/O controller. The GOKU-S facilitates designing a wide range of digital products, including set-top boxes, PVR, information equipment, and multifunction printers.

GOKU-S

(TC86C001)

PCI interface logic

Clock

Generator

ATA/ATAPI

1ch

USB

DEVICE

1ch

USB

HOST

2ch

C/SIO/ GPIO

G-Bus

8MHz

PCI Local Bus (32bits, 33MHz)

● Reduced code size and improved performance

■

Use of branch-likely instructions

■

Hardware interlock function

● Increased real-time capability

■

Cache lock function

● Real-time debugger system connection

■

Real-time debugging is possible while cache is on.

● Low power consumption modes

● Clock stop function

● TX39/H2: 0.25 µm process technology

● TX39/H3: 0.18 µm process technology

● Complete development environment

● R3000A architecture

● Internal operating frequency

TX39/H: 92 MHz, TX39/H2, H3: 133 MHz

● Built-in cache memory

● Non-blocking load function

■

The instructions which follow the instruction currently being executed are executed while the cache is being refilled.

● DSP function

■

32-bit multiply-accumulate (MAC) operations take only one clock cycle to execute.

MeP Module

The MeP module is a processor module customized for specific applications.

● MeP core

■

Configurable processor core

● Extensions

■

Four kinds of hardware extensions

■

Multiple extensions

● Local bus

■

Internal data bus in MeP module

■

Hierarchical bus structure for higher transfer efficiency

● DMAC

■

Transfers data between the global bus and MeP core or extensions.

● Global bus I/F

■

Provides a bus bridge for connection to on-chip bus.

MeP Module

Extensions

Hardware

Engine

UCI Unit

DSP Unit

VLIW

Coprocessor

Local Bus

Global Bus I/F DMAC

MeP Core

Bus I/F

Unit

Instruction

RAM/

Cache

Data RAM/

Cache

32-bit Base Processor

Interrupt

Controller

Timer/Counter

Debug

Support

Optional

Instructions

MeP

Overview of the MeP Core

Hardware Extensions

Configuration Items

Development Environment

Media embedded Processor (MeP) is a processor for media processing based on Toshiba's original architecture.

Given its flexible configuration and extensibility, MeP can be customized for targeted applications.

* For more information, please visit http://www.MePcore.com/.

Application-specific extensions can be connected to the MeP core for high-performance processing.

● User-customized instruction (UCI) unit

■

Customized instructions for single-cycle arithmetic operations.

● DSP unit

■

Customized instructions for multi-cycle arithmetic operations.

■

Can access Internal data RAM of MeP core.

■

Simultaneous two-bank access to data RAM of MeP core.

● VLIW coprocessor

■

Works as a 2-way or 3-way VLIW processor with the MeP core.

● Hardware engines

■

Extensible control registers (up to 4K words for each)

It is possible to set up the optimum configuration by selecting the optional instructions or cache memory size required for media processing.

● Optional instructions

■

32-bit multiplication/division, bit manipulation, zero detection, differential absolute value, and others

● Memory configuration

■

Instruction cache: 0 to 16 Kbytes (Direct-mapped or 2-way)

■

Data cache: 0 to 16 Kbytes (Direct-mapped or 2-way)

■

Instruction RAM: 0 to 32 Kbytes

■

Data RAM: 0 to 128 Kbytes

● Interrupt controller: 1 to 32 interrupt sources and

1, 3, 7, or 15 priority levels

● Timer/counter: 0 to 4 channels

● Debug support function

● Bus width: 32 or 64 bits

Third-party vendors provide the software development environments that support the configuration items and hardware extensions described here.

● MeP integrator

● Language tools (C/C++ compiler, assembler, and linker)

● Simulator

● Debugger

● Evaluation board

MeP core is a configurable and extensibile processor core.

● 32-bit RISC architecture

● High code efficiency due to 32-bit/16-bit variable length

instructions

● Supports optional instructions and other configuration

items

● Supports interface for hardware extensions

● Fully-synthesizable design not dependent on process

technology

● High performance and low power consumption

Media embedded Processor

TX19

Family

Features of TX19 Family

High-performance multiply-accumulate (MAC) unit

A 32-bit x 32-bit + 64-bit operation can be executed in one clock cycle.

Suitable for real-time control

Dedicated interrupt controller Simplified register stacking using shadow registers (TX19A)

Code efficiency of the highest standard in the industry

16-bit instruction set for higher code efficiency TX19A features an enhanced 16-bit instruction set

(with extra instructions to enable bit manipulation, etc.).

NANO FLASHTM realizing a significant improvement over conventional Flash memory

Product line-up including the industry’s largest memory capacity (2MB) device Low power consumption equivalent to the mask ROM version High-speed programming capability ideal for development and mass production

High-speed computational capability

High-speed

computational

capability

Quick

interrupt

response

Excellent

code

efficiency

NANO

FLASH

memory

CPU core ideal

for embedded

applications

TX19

1) 32-bit x 32-bit 2 clock cycles

2) 64-bit + 64-bit

4 clock cycles

Ideal for applications requiring

high-speed computations

Total: 6 clock cycles

Can be executed in one clock cycle

by the dedicated MAC unit.

MULT r2, r6, r7 MFHI r3

ADDU r10, r2, r4 SLTU r11, r10, r2 ADD(U) r11, r11, r3 ADD(U) r11, r11, r5

32-bit x 32-bit + 64-bit MADD r4, r6, r7

The high-performance MAC unit enables a 32-bit x 32-bit + 64-bit operation to be executed in one clock cycle.

When not using MAC

When using MAC

TX19

Family

-bit

TX System RISC

Quick interrupt response

Conventional RISC processor

TX19 TX19A

Software processing

Use of hardware for part of interrupt processing

Displays outstanding efficiency in control programs heavy with bit operations.

Automated interrupt processing reduces burden on software.

Save SFRs on stack

Read entry address

Jump to entry address

Enable interrupts

Decide interrupt level

Set CPU registers

Jump to vector address

Save general-purpose registers on stack

Hardware processing

Software processing

Save SFRs on stack

Read entry address

Jump to entry address

Enable interrupts

Decide interrupt level

Set CPU registers

Jump to vector address

Save general-purpose registers on stack

Hardware processing

Software processing

Save SFRs on stack

Read entry address

Jump to entry address

Enable interrupts

Decide interrupt level

Set CPU registers

Jump to vector address

Save general-purpose registers on stack

10 20 %

(compared to conventional

Toshiba RISC CPU core)

Code size

Code efficiency of the

highest level in RISC

Architecture

New instructions are added to enable bit manipulation,

format conversion, and saving/restoring multiple registers.

Addition of CP0 instructions allows all processing to be

performed with only MIPS16e-TX.

Shadow registers

Compiler

The compiler tailored to TX19A is provided.

The TX19A core features the MIPS16e-TX architecture that realizes enhanced code efficiency and performance.

Excellent code efficiency

MIPS16e-TX

TX19

MIPS16

TX19A

MIPS16e-TX

MIPS16e

16-/32-bit

Toshiba-defined

extended instructions

16-/32-bit

TMP19A43FZXBG

TX19 Series single-chip microcontroller with NANO FLASH

TMP19A71

TX19 Series single-chip microcontroller with ROM/RAM

Single-chip 32-bit RISC microcontroller for inverter control

Single-chip 32-bit RISC microcontroller for real-time control

Under development

●Internal ROM: Flash 384 Kbytes

●Internal RAM: 20 Kbytes

●

Sequential conversion type 10-bit AD converter: 16 channels (conversion time 1.15 µs)

●8-bit DA converter: 2 channels (2.5 V)

●32-bit timer counter: 1 channel

Output compare register: 8 channels Input capture register: 4 channels

●16-bit timer counter: 16 channels

(Four of the 16 channels are used for a dual-phase pulse input counter)

●

UART/SIO: 4 channels (One of the four channels is used for I

C/SIO)

●UART/HSIO: 3 channels (10 Mbps)

●DMAC: 8 channels

●ROM correction: 1 word x 8 blocks

8 words x 4 blocks

●Key-on wake-up: 32 channels

●External interrupt: 48 channels

●Operating temperature: -20 to 85oC

●Maximum operating frequency:

40 MHz (PLL multiplication)

●Internal supply voltage: 1.35 to 1.65 V

ADC, I/O supply voltage: 2.7 to 3.6 V

●Package: 193-pin FBGA

(12 x 12 mm, 0.65-mm pitch, 1.2-mm thick)

The TMP19A43 is a 32-bit RISC microcontroller based on the TX19A core and containing NANO FLASH™, a high-speed AD converter, a large number of external interrupts, and timer/counters. The microcontroller features low-voltage and low-power-consumption operation, making it ideal for battery-driven applications such as portable information equipment for personal use.

CPU

TX19A Core

Clock Generator

16-ch 16-Bit Timer

1-ch 32-Bit Timer

Interrupt Controller

7-ch

Serial Interface

16-ch

10-Bit AD Converter

2-ch

8-Bit DA Converter

8-ch

DMA Controller

Watchdog Timer

Key-on Wake-up

RAMROM

ROM

Correc-

tion

Debug

Support

Unit

The TMP19A71 is a single-chip 32-bit RISC microcontroller, which integrates major features for controlling home electric appliances, including motor control. It is based on the TX19A

core, an enhanced version of the

TX19

core,

which incorporates

high-speed ROM and RAM. The TMP19A71 is ideal for controlling home electric appliances that require energy saving or low vibration/noise.

● Internal ROM

TMP19A71CYUG/FG: Mask ROM, 256 Kbytes TMP19A71FYUG/FG: Flash EEPROM, 256 Kbytes

● Internal RAM: 10 Kbytes

●

3-phase PWM output: 2 channels Resolution: 35.7 ns (16 bits) Dead time insertion Output stop on failure

●

Incremental encoder input: 1 channel

● 10-bit AD converter: 2 units

Analog input: 8 channels + 11 channels Conversion time: 2.36 µs/channel

Start synchronization with PWM cycle or timer

● DMA controller: 8 channels

● Interrupt controller:

10 external sources

● 16-bit timer/counter: 4 channels

● Serial interface

UART: 2 channels UART/SIO: 2 channels

● Watchdog timer

● I/O ports: 75 pins

● ROM correction: 8 areas

● Maximum operating frequency:

56 MHz

● Supply voltages:

TMP19A71CYUG/FG: Internal 1.35 to 1.65 V I/O 3.0 to 3.6 V TMP19A71FYUG/FG: Internal 2.3 to 2.7 V I/O 3.0 to 3.6 V

● Package: 100-pin QFP

TMP19A71CYUG/FYUG: 14 x 14 mm, 0.5-mm pitch TMP19A71CYUG/FYFG: 14 x 20 mm, 0.65-mm pitch

CPU

TX19A Core

Clock Generator

4-ch 16-Bit Timer

2ch PMD

2-Unit 10-Bit

AD Converter

4-ch Serial Interface

Interrupt Controller

1-ch Encoder

8-ch DMA Controller

Watchdog Timer

7 MHz

Timer Output Timer Input

PWM Output

Encoder Input

Analog Input

SIO/UART

Interrupt Input

RAMROM

ROM

Correc-

tion

EJTAG

PC trace

Touch panel

LCD

25 to 36 MHz (12.5 MHz to 18 MHz internal)

Processing capability four times higher than 16-bit 900 devices achieved by 32-bit implementation and faster internal processing

20 MHz

Suitable for high-performance and multifunctional home appliances, audio equipment and portable devices

The TLCS-900 Family of 16-bit and 32-bit microcontrollers provides solutions in every application field by offering a wide variety of built-in peripheral functions that can be used in combination with our software IP products. The instruction code compatibility within the 900 Family which ensures a smooth migration from the TLCS-900/L1 16-bit to

TLCS-900/H1 32-bit systems enhances the product line-up strategies.

Software configuration

Files can be

shared between

PC and MCU.

Handwritten

character

recognition

TLCS-900

TLCS-900/H

TLCS-900/L

TLCS-900/L1

TLCS-900/H1

High Speed

TLCS-900/H1

Up to 16 Mbytes of linear address space

Real-time processing capability such as

high-speed instruction execution

by task switching (4 banks)

80 MHz Processing capability four times higher than the standard 900/H1

Toshiba offers total solutions including hardware, systems and software.

TLCS-900

Family

16/32-

bit Microcontrollers

Features of TLCS-900 Family

High-speed operation with low power consumption

The 900 Family is capable of high-speed operation while achieving low power consumption. These features make it ideal for embedded applications.

Application-oriented peripheral functions

Smaller systems Reduced system costs Shorter development time

Excellent architecture compatibility

Supports development of simple to

advanced devices.

Allows a smooth migration from 16-bit to 32-bit.

Application examples

SD card access

Handwritten character recognition

Application layer

FAT driver

SD driver

MCU hardware - TSI

Software configuration

Application layer

TSI driver

LCD driver

MCU hardware - LCDC

SPI

FAT file system + SD card driver

TSI

LCDC

Character recognition + TSI driver

GUI + LCD driver

Completely compatible instruction codes enable

a smooth migration from 16-bit to 32-bit.

You can use the TLCS-900 Family to develop

general-purpose to advanced devices.

Note 1) Maximum operating frequency varies depending on the product, so please see the "Part Number List" for details.

900/L Series 900/H Series 900/L1 Series 900/H1 Series

10 MHz

200 ns

1.6 µs/2 bytes @20 MHz

12.5 MHz 160 ns

0.64 µs/2 bytes @25 MHz

18 MHz

111 ns

0.44 µs/2 bytes @36 MHz

20 MHz

50 ns

0.25 µs/4 bytes @20 MHz internal

Up to 16 Mbytes of linear address space (for program and data)

5 V/3 V 5 V/3 V/2 V 5 V/3 V

2.6 µs 960 ns

666 ns

8-/16-bit

400 ns

8-/16-/32-bit

80 MHz

12.5 ns

62.5 ns/4 bytes @80 MHz internal

3.3 V, 1.5 V (two power supplies) 134 ns

Maximum internal operating frequency

Note 1)

Minimum instruction execution time Address space Data transfer rate (micro DMA) Operating voltage

Multiplication instruction execution time (16-bit operands, 32-bit result)

Dynamic bus sizing

MCU

Processor core features

High-speed

CPU

performance

Extensive

peripheral

functions

Seamless

family

compatibility

CPU core ideal

for embedded

applications

TLCS-900

NEW

TMP92CY23FG/DFG TMP92CD23AFG/DFG

TLCS-900/H1 Series

Under development

NEW

TMP92CF29FG

High-speed TLCS-900/H1 Series

Single-chip 32-bit microcontrollers with a wide range of built-in I/O functions

The TMP92CY23 and TMP92CD23A are single-chip 32-bit microcontrollers containing a wide range of I/O functions based on the 900/H1 core.

● Internal ROM: TMP92CY23 256 Kbytes

TMP92CD23A 512 Kbytes

● Internal RAM: TMP92CY23 16 Kbytes

TMP92CD23A 32 Kbytes

● Operating voltage: 3.0 to 3.6 V

● Minimum instruction execution time:

50 ns (internal: 20 MHz)

● SIO/UART: 3 channels*

● SIO/I2C: 2 channels

● 16-bit timer: 2 channels

● 8-bit timer: 6 channels

● 10-bit AD converter: 12 channels

● Key-on-wakeup: 8 channels

● Program patch logic: 8 banks

● Package: TMP92CY23FG/CD23AFG:

100-pin LQFP (14 x 14 mm, 0.5-mm pitch) TMP92CY23DFG/CD23ADFG: 100-pin QFP (14 x 20 mm, 0.65-mm pitch)

● Flash version:

TMP92CY23FG/DFG: TMP92FY23FG/DFG TMP92CD23AFG/DFG: TMP92FD23AFG/DFG

(Under development)

*One of the channels in the TMP92CD23A can operate as a high-speed SIO.

This product uses the SuperFlash

technology under the license of Silicon Storage Technology, Inc.

SuperFlash

is a registered trademark of Silicon Storage Technology, Inc.

Under development

Highly functional 32-bit microcontroller with color LCD controller, capable of operating at 80 MHz

The TMP92CF29 is a 32-bit microcontroller incorporating large-capacity RAM (144 Kbytes) housed in a 176-pin LQFP.

● Internal ROM: 8 Kbytes (Boot)

● Internal RAM: 144 Kbytes

● Operating voltage

Internal : 1.4 to 1.6 V I/O : 3.0 to 3.6 V

● Minimum instruction execution time:

12.5 ns (internal: 80 MHz)

● USB device: 1 channel

● Memory management unit: 2.1 GB (max)

● SDRAM controller: 512 Mbits (max)

● Color LCD controller: 65K colors (TFT)/

262K colors (STN)

● MLC/SLC NAND Flash interface: 2 channels

● DMA controller: 6 channels

● Multiply-accumulate (MAC):

1 channel (32 x 32 + 64 = 64)

● SD card interface: 1 channel (SPI mode)

● I2S interface: 1 channel

● SIO/UART: 1 channel

● I2C bus: 1 channel

● 8-bit timer/counter: 8 channels

● 16-bit timer/counter: 2 channels

● 10-bit AD converter: 6 channels

● RTC: 1 channel

● Touch screen interface: 1 channel

● Package: 176-pin LQFP

(20 x 20 mm, 0.4-mm pitch)

Internal ROM: 512 Kbytes Internal RAM: 32 Kbytes Operating voltage: 3.0 to 3.6 V Minimum instruction execution time: 50 ns (internal: 20 MHz) USB host controller UART/SIO: 2 channels SBI: 2 channels

HSIO: 1 channel SPI controller: 1 channel 8-bit timer: 6 channels 16-bit timer: 2 channels Key-on wake-up: 4 channels Program patch logic: 8 banks

Package: TMP92FD28FG/TMP92CD28FG: 1

00-pin LQFP (14 x 14 mm, 0.5-mm pitch) TMP92FD28DFG/TMP92CD28DFG: 100-pin QFP (14 x 20 mm, 0.65-mm pitch)

TMP92FD28FG/DFG TMP92CD28FG/DFG

TLCS-900/H1 Series

Highly functional 32-bit microcontrollers with a USB host controller

The TMP92FD28 and TMP92CD28 are 32-bit microcontrollers containing a USB host controller based on the 900/H1 core.

NEW

TMP91FW60FG/DFG TMP91CW60FG/DFG

TLCS-900/L1 Series

16-bit microcontrollers supporting 5-V operation and a wide range of I/O functions on a single chip

The TMP91FW60 and TMP91CW60 are 16-bit microcontrollers that suppor t 5-V operation and incorporate a wide variety of I/O functions on a single chip.

Internal ROM: 128 Kbytes Internal RAM: 8 Kbytes Operating voltage: 4.5 to 5.5 V Minimum instruction execution time: 200 ns (internal: 20 MHz) SIO/UART: 3 channels

I2C/SIO: 2 channels 8-bit timer/counter: 6 channels 16-bit timer/counter: 5 channels 10-bit AD converter: 16 channels Program patch logic: 6 banks

Package: TMP91FW60FG/TMP91CW60FG: 100-pin LQFP (14 x 14 mm, 0.5-mm pitch) TMP91FW60DFG/TMP91CW60DFG: 100-pin QFP (14 x 20 mm, 0.65-mm pitch)

NEW

This product uses the SuperFlash

technology under the license of Silicon Storage Technology, Inc.

SuperFlash

is a registered trademark of Silicon Storage Technology, Inc.

This product uses the SuperFlash

technology under the license of Silicon Storage Technology, Inc.

SuperFlash

is a registered trademark of Silicon Storage Technology, Inc.

Under development

Features of TLCS-870 Family

2 banks

15 0

PSW

B D H

L IX IY

TLCS-870/X

Series

TLCS-870/C1

Series

TLCS-870/C

Series

TLCS-870

Series

◆

Core architecture optimized for C compiler

◆

Address space extended to

1Mbyte

◆ High-speed processing capability equivalent to 16-bit microcontrollers

◆ Address space extended to 128 Kbytes

◆ 5-V operation

◆ On-chip debug function

Performance

Software design facilitatedCompact core and object sizes

64-Kbyte code segment

Code

Data

Code

Additional code

Data

Code:Instruction op-codes and operands Data: Sources and destinations of load and

arithmetic instructions, etc.

Unlike the bank switching method, small- to largesized programs need not be modified. Processing speed and code efficiency are unaffected even if the code size exceeds 64 Kbytes.

Compared to the address bus extension method, core and code sizes are reduced. The instruction set is compatible with TLCS-870/C.

Code and data in the same area

Processor core features

Memory management method

(segment method)

[TLCS-870/C1 Series]

NEW

NEW NEW

Toshiba microcomputer core line-up

NEW

Segment method

Conventional 8-bit product

Segment method

Toshiba's proprietary memory segment method manages instr uction codes and data independently in separate memory address spaces. This new method enables memory address space extension without affecting processing speed or code efficiency for small- to large-sized programs exceeding 64 Kbytes.

TLCS-870

Family

bit Microcontrollers

8-bit microcontrollers suitable for a wide range of consumer products such as home appliances, communications devices and inverter-controlled equipment

The TLCS-870 Family consists of 8-bit microcontrollers developed for consumer applications such as home appliances, TVs, audio equipment, telephones, motor control and lighting devices. The product line-up includes microcontrollers incorporating various functions to suit these applications, including an AD converter, LCD driver, UART, on-screen display circuit, IGBT controller and PMD circuit. The 870 Family also offers products featuring low-voltage, low-power-consumption and low-noise operation that are suitable for portable equipment and many other applications. The 870 Family has been reinforced by the TLCS-870/C1 Series which delivers enhanced processing capability and upgraded low-voltage and low-powerconsumption features such as on-chip Flash memory, a voltage detecting circuit and a power-on reset circuit.

16 MHz

0.25 µs/0.167 µs 64 Kbytes

731 instructions

1.8 to 5.5 V

8 MHz

0.5 µs

64 Kbytes

412 instructions

2.7 to 5.5 V/6.0 V

8 MHz

0.125 µs

128 Kbytes

732 instructions

2.7 to 5.5 V

20 MHz

0.2 µs

1 Mbyte

842 instructions

2.7 to 5.5 V

Maximum operating frequency Minimum instruction execution time Address space Interrupt vector (max) Instruction set Operating voltage range (typ.)

870/C Series 870/X Series 870 Series 870/C1 Series

*The minimum instruction execution time is reduced by half compared to TLCS-870/C.

TLCS-870/C1 Series: Minimum instruction execution time of 125 ns TLCS-870/C Series: Minimum instruction execution time of 250 ns

16KB

32KB

60KB

96KB

ROM

LCD driver built-inStandard product

Flash version or mask version can be selected.

42-pin 44-pin 48-pin 64-pin 80-pin 100-pin

One instruction cycle operated in a single clock cycle

[TLCS-870/C1 Series]

Noise reduction measures

870/C1 Series road map

(planned)

NEW NEW

Separate power supplies Optimized pin layout

Noise filter

Decoupling capacitor

Oscillator protection

Internal VDD

Xin

Internal VSS

I/O VDD

I/O VSS

Internal

logic

OSC

Oscillator pins

Filter

I/O

buffer

Prevents internal

noise from

propagating

to I/O pins.

Prevents noise

propagation.

Enables power supply decoupling and current loop minimization.

Separate power supplies are used for internal logic and I/O.

Internal EMI noise can be prevented from propagating to I/O pins.

Oscillator pins are guarded by GND pins. Spurious noise from oscillator pins can be

suppressed.

Spike noise can be eliminated.High-frequency noise can be eliminated by

placing a noise filter.

A decoupling capacitor is attached to the noise source. High-frequency currents directly flowing to

power supply lines can be reduced. Spurious noise can be suppressed by minimizing

current loops created by circuit operations.

Xout

VSS VDDXIN XOUT

External pin noise

Noise-free internal signal

(VSS)

TEST

X'TAL

Filter

Circuit

block

Packages: UG: 64-pin LQFP (10 mm x 10 mm/0.50-mm pitch) FG: 64-pin QFP (14 mm x 14 mm/0.80-mm pitch)

TMP89CM60UG/FG

TMP89CS60UG/FG

TMP89FS60UG/FG

✽✽

32 KB 60 KB 60 KB

3.0 KB

✽✽

: Under development

: Under planning

2 3 4

Internal clock

TLCS-870/C

Series

TLCS-870/C1

Series

One machine cycle

Part Number ROM RAM

The TLCS-870 Family implements various measures for improving noise immunity.

TLCS-870

Family

NEW

TMP86FH09NG/809NG/409NG

TLCS-870/C Series

8-bit microcontroller based on the new 870/C1 core realizing enhanced functionality and performance

The TMP86FS60 is an 8-bit microcontroller based on the new 870/C1 core that achieves processing capability four times higher than our popular high-performance 870/C Series (at the same internal clock frequency). This new microcontroller contains large-capacity Flash memory, a voltage detecting circuit, a power-on reset circuit, various serial interfaces and timer/counters. In addition to the standard real-time emulator, the TMP86FS60 also supports on-board debugging to enhance development efficiency and product quality.

Internal ROM: 60 Kbytes (Flash) Internal RAM: 3 Kbytes I/O ports: 56 pins Operating voltage: 2.7 to 5.5 V Minimum instruction execution time:

0.125 µs (8 MHz/4.5 to 5.5 V)

0.24 µs (4.2 MHz/2.7 to 5.5 V) 122 µs (32.768 kHz/2.7 to 5.5 V) 10-bit AD converter: 16 channels

Serial interface UART/SIO: 2 channels I

C/SIO: 1 channel

UART: 1 channel

Up to two SIO channels can be used simultaneously.

Timer/counter 16-bit: 2 channels 8-bit: 4 channels Voltage detecting circuit (two voltage levels detectable)

Power-on reset circuit Key-on wake-up: 8 channels Package:

TMP89FS60UG:64-pin LQFP

(10 x 10 mm, 0.50-mm pitch)

TMP89FS60FG:64-pin QFP

(14 x 14 mm, 0.80-mm pitch)

8-bit Flash microcontroller in a compact package suitable for home appliances and control equipment

The TMP86FH09, TMP86F809 and TMP86F409 are follow-up products to our popular TMP86C807/808. These new microcontrollers offer enhanced usability by incorporating a 10-bit AD converter and Flash memory.

Internal ROM: 16 K/8 K/4 Kbytes (Flash) Internal RAM: 512 Kbytes I/O ports: 26 pins Operating voltage: 2.7 to 5.5 V Minimum instruction execution time:

0.25 µs (16 MHz/4.5 to 5.5 V)

0.50 µs (8 MHz/2.7 to 5.5 V) 122 µs (32.768 kHz/2.7 to 5.5 V) 10-bit AD converter: 6 channels

Serial interface 8-bit SEI: 1 channel UART: 1 channel Timer/counter 16-bit: 1 channel 8-bit: 2 channels Key-on wake-up: 4 channels Package: 32-pin SDIP

This product uses the SuperFlash

technology under the license of Silicon Storage Technology, Inc. SuperFlash

is a registered trademark of Silicon Storage

Technology, Inc.

This product uses the SuperFlash

technology under the license of Silicon Storage Technology, Inc. SuperFlash

is a registered trademark of Silicon Storage

Technology, Inc.

TMP89FS60UG/FG

TLCS-870/C1 Series

Under development

TMP86FH92IDMG

TLCS-870/C Series device with power-on reset and voltage detecting circuits

8-bit microcontroller incorporating a power-on reset circuit and a voltage detecting circuit

The TMP86FH92I is an 8-bit microcontroller that incorporates synchronous and asynchronous serial interfaces, a power-on reset circuit and a voltage detecting circuit. The mask ROM version is also being planned.

Internal ROM: 16 Kbytes Internal RAM: 512 bytes Minimum instruction execution time:

0.25 µs (16 MHz/4.0 to 5.5 V)

0.50 µs (8 MHz/3.0 to 5.5 V) Operating voltage:4.5 to 5.5 V (16 MHz)

3.0 to 5.5 V (8 MHz) UART: 1 channel I2C/SIO: 1 channel

SEI: 1 channel 10-bit AD converter: 6 channels Package: 30-pin SSOP Power-on reset circuit Voltage detecting circuit (two voltage levels detectable)

This product uses the SuperFlash

technology under the license of Silicon Storage Technology, Inc. SuperFlash

is a registered trademark of Silicon Storage

Technology, Inc.

Under development

TLCS-870

Family

T4X

Series

/ T6H

Series

T4X Series

Reduce development time and total cost down

Target system: Battery usage product with LCD (Calculator, Watch, Health equipment, Remote controller, LCD game and Toys etc.)

High performance CPU: T4X CPU built-in special architecture that means 2 clocks needs to 1 execute instruction. Low power consumption: T4X's low power consumption make possible long time operation of the equipment run on battery. Low voltage operation: Memory, LCD driver, I/O and the other peripheral circuits required for hand held equipment are integrated on 1 chip. Dice form: All T4X family can be supplied in dice form.

4-Bit / 8 -Bit LL Microcontroller

TMP04030 TMP04070

T4X

32 KW 4 K bits 4 K bits

18 ch

64SEG x 16COM

8 bit x 2 ch or

16 bit x 1 ch

1 ch 1 ch

2.5 to 3.5 V

Dice

(117 pad)

T4X

16 KW 2 K bits 6 K bits

17 ch

60SEG x 8COM

58SEG x 10COM

8 bit x 2 ch or

16 bit x 1ch

1 ch

1.2 to 1.8 V or

2.4 to 3.6 V QFP100pin

Dice

TMP04081

T4X

32 KW

2 K bits

16 K bits

17 ch

60SEG x 8COM

60SEG x 10COM

8 bit x 2 ch or

16 bit x 1 ch

1 ch

1.2 to 1.8 V

Dice

(102-pin)

TMP04100

T4X

64 KW 4 K bits 4 K bits

20 ch

60SEG x 16COM

8 bit x 2 ch or

16 bit x 1 ch

1 ch

(ver1.1)

2.5 to 3.5 V

Dice

(121-pin)

T6F36

T4X

24 KW

4 K bits

18 ch

50SEG x 15COM

8 bit x 2 ch

1 ch

1.8 to 3.5 V

Dice

(132-pin)

T6F42

T4X

52 KW

4 K bits

18 ch

50SEG x 15COM

8 bit x 2 ch

1 ch

1.8 to 3.5 V

Dice

(132-pin)

CPU ROM Work RAM Data RAM I/O port LCD driver (Built-in regulator)

Timer/Counter

Buzzer circuit Melody circuit SIO UART USB External SRAM I/F External LCDD I/F

Operating voltage

Package

Wireless remote controllers

IC card R/W

Digital clocks

Data banks

Wired remote controllers

Single-lens Reflex Camera

Lens Shutter Camera

Handheld LCD games

Calculators

Health equipment

Low-current-consumption

microcontrollers

4-Bit 8-Bit

16-Bit

T4X Series Line-up

Application for personal usage

T4X

Series

/ T6H

Series

4-Bit / 8 -Bit LL Microcontroller

T6H82C T6H87

TLCS-870/C

32 KB

1 KB

40SEG x 4COM

Input 8 ch (Internal 1 ch)

Output 2 ch (Internal 2 ch)

1 ch 4 ch 1 ch 1 ch

12 ch

1.5 ch (P-ch/N-ch open drain x 3 ch)

1.8 to 5.5 V

TQFP100pin Dice

EEPROM (T6H83C)

TLCS-870/C

24 KB

1 KB

24SEG x 4COM

Input 8 ch (Internal 1 ch)

Output 2 ch (Internal 2 ch)

1 ch 4 ch 1 ch 1 ch 8 ch

1.5 ch (P-ch/N-ch open drain x 3 ch)

1.8 to 5.5 V

LQFP80pin Dice

EEPROM (T6H88)

CPU ROM RAM I/O port LCD driver (Built-in regulator/Charge-pump) 8-bit ADC 8-bit DAC 16-bit timer/counter 8-bit timer/counter SIO UART External interrupt Motor pre-driver Operating voltage Package None volatile (NV) type

T6H Series Line-up

Reduce development time and total cost down

Target system: Battery usage product with LCD (Compact camera, Health equipment, Home appliance, Remote controller, Toys etc.)

Low voltage & Low power consumption for battery use application

Operation voltage: 1.8 to 5.5V Low power consumption: IQD < 15 µA(@V

= 5.0 V, LCD display ON) Low power oscillator: Low speed clock 32.768 kHz Low power regulator (Regulator for LCD driver, regulator for oscillator)

Built-in logic circuits to reduce software development time

Blinking operation for LCD, External interrupt ports for SW with sampling detection

Built-in analog circuits for actuator control

8-bit AD Converter, 8-bit DA Converter Comparator with variable detected level Motor drive control with pre-drives

T6H Series

Development System

Toshiba Semiconductor Website

http://www.semicon.toshiba.co.jp/eng/index.html

Information on the entire spectrum of Toshiba semiconductor products is avaiable here.

Toshiba Microcomputer Website

http://www.semicon.toshiba.co.jp/eng/prd/micro/index.html

A line-up of Toshiba microcomputer products and the latest technical information on products are presented here.

Click

Toshiba Microcomputer Development System Product Website

Click

This website provides the latest information on Toshiba microcomputer development system products. To suit the different aims of visitors, the website includes the pages for examinating customers and current users.

Page for Examinating Customers

●

A system developed for each Family and Series of products is

available.

●

A list of third-party tools supported

for each vendor can be viewed.

Page for Users

User Registration

Once you have completed user registration on our New User Registration page, you will be issued with a user ID and password for accessing the user page.

●

You can see new product information and receive updates to

the products you currently use.

●

You can access technical information and helpful information

on product usage.

●

You can download the following latest data and resources:

●

Software product ● Instruction manual PDF files

●

Operation manual PDF files ● Firmware

54 55

TX19 series TX19A series

The C Compiler package containing C Compiler, Assembler and Linker allows you to generate object files such as HEX files from source code written in C or assembly language. It conforms to the ANSI C standard and offers excellent descriptiveness and portability. A wide range of options are provided to improve code efficiency and RAM utilization. This product is used in combination with the TX19 Family Integrated Development Environment. TX19 Series version and TX19A Series version are available.

The basic development system environment for the TX19 Family is summarized below. The specified values are the recommended values for comfortable use. For the minimum operating environment, check with the product manual of each development system product.

Software used to control multitasking in embedded systems.

Conforms to µITRON specifications. Ample system calls required for embedded systems. Use of the configuration tool facilitates data setting of timer, task, etc. Offered in two versions: object version and object & source version. The object & source version allows users to modify the source programs.

Development system configuration examples

Basic performance

Toshiba Integrated Development Environment (TIDE)

Real-Time OS

DSU PROBE is an on-board emulator that enables efficient debugging. It provides emulation and debugging features that are useful for developing application programs by being connected to the target system and operated from the debugger on a PC.

Emulator

TLCS-900 Family C Compiler

Outline of TX19 Family Development System

User source

program

Target

system

Software products

Object file

TX19 Series Integrated Development Environment TX19A Series Integrated Development Environment TX19 Series C Compiler TX19A Series C Compiler

Toshiba Integrated Development Environment (TIDE)

Hardware products

Software products

TX19 Series Real-Time OS TX19A Series Real-Time OS

Real-Time OS

Emulator

C Compiler

Assembler

Build Manager

Simulator

Debugger

Linker

Framework

Editor

With individual development tools such as Editor, Build Manager, Compiler and Debugger integrated into one, the Integrated Development Environment enables seamless operations of coding, building and debugging tasks which must be performed repeatedly in the software development process. It also contains a simulator function for simulating MCU operations for logical debugging, and a debug function supporting real-time OS. TX19 Series version and TX19A Series version are available.

TX19 Family Integrated Development Environment

C Compiler

Assembler

Build Manager

Simulator

Debugger

Linker

Framework

Editor

* The term “Toshiba Integrated Development Environment (TIDE)” refers collectively to the TX19 Family Integrated

Development

Environment and the TX19 Family C Compiler.

TX19 Series emulator

DSU PROBE for N-WIRE

Includes a debugger specifically tailored to the TMP1940/42. For development work using other MCUs, you need to purchase the TX19 Series Integrated Development Environment.

TX19A Series emulator

DSU PROBE model 110/120

model 120 is a higher-end product to model 110. Includes the TX19A Series Integrated Development Environment without simulator function (downloadable from our website).

HUB

Target board

DSU PROBE

Target board

RS-232C Cable

DSU PROBE

DSU PROBE for N-Wire system

LAN card

Host machine

OS: Windows 2000/XP Host machine: IBM-PC/AT compatible Host machine CPU: Pentium 4 1 GHz or faster (recommended) Memory: 512 MB or larger (recommended) Display resolution: 1280 x 1024 or higher Extended I/O port: 1 port (RS-232C) (TX19A only) Expansion slots: 1 port (for LAN card)

Hub

Ethernet hub Support for 10BASE-T Conformance to

IEEE 802.3 Ethernet standard

LAN expansion card for PC

Ethernet network interface card Support for 10BASE-T Conformance to IEEE 802.3

Ethernet standard

LAN cable

Twisted-pair cable

Products required for minimal system

Toshiba Integrated Development Environment (TIDE)

TX19 Series Integrated Development Environment

..........1

TX19 Series C Compiler....................................1

Emulator

DSU PROBE for N-WIRE ..................................1

Other required products

Windows PC ......................................................1

LAN expansion card for PC ...............................1

Hub ....................................................................1

RS-232C cross cable.........................................1

LAN cable .........................................................2

Target connectors

20-pin half-pitch plug 104068-1 from AMP ........1

20-pin half-pitch plug FTSH-110-01-F-D-K from SAMTEC

.....1

DSU PROBE model 110 system

Products required for minimal system

Toshiba Integrated Development Environment (TIDE)

TX19A Series Integrated Development Environment

........1

TX19A Series C Compiler .................................1

Emulator

DSU PROBE model 110 ...................................1

Other required products

Windows PC......................................................1

LAN expansion card for PC...............................1

Hub....................................................................1

RS-232C cross cable.........................................1

LAN cable .........................................................2

Target connectors

20-pin half-pitch plug FTSH-110-01-F-D-K from SAMTEC

.....1

34-pin half-pitch plug FTSH-117-01-F-D-K from SAMTEC

.....1

DSU PROBE model 120 system

Products required for minimal system

Toshiba Integrated Development Environment (TIDE)

TX19A Series Integrated Development Environment

........1

TX19A Series C Compiler .................................1

Emulator

DSU PROBE model 120 ...................................1

Other required products

Windows PC......................................................1

LAN expansion card for PC...............................1

Hub....................................................................1

RS-232C cross cable.........................................1

LAN cable .........................................................2

Target connectors

20-pin half-pitch plug FTSH-110-01-F-D-K from SAMTEC

.....2

34-pin half-pitch plug FTSH-117-01-F-D-K from SAMTEC

.....1

* For part numbers, see "PART NUMBER LIST" or our Development System website.

System name

TX19 Series

DSU PROBE for N-Wire system

Host interface

Trace memory

Events

Program variables

Break

Memory access

Capacity

Trace modes

Trace items

External output

Number of points Comparison items

Comparison conditions

Pass count

Event trigger actions

Event combinations

Display

Registration

Source display

External input

Flash programming/security feature

Software break

Hardware break

Timer measurement

Memory display during program execution

Memory rewrite during program execution

TX19A Series

DSU PROBE model 110 system DSU PROBE model 120 system

Ethernet, RS-232C Ethernet, RS-232C

Instruction: 8 points, Data: 4 point

Address, data, status, external input

4 lines

Variables: 16-byte area x 32, Memory: Up to 1024 bytes

4 bytes x 4 blocks can be written simultaneously.

Variables, arrays, structures and unions can be registered by the elements.

Binary, octal, decimal or hexadecimal display can be selected for each variable.

Match

Once 1 to 256 times

8 points

256 points (settable only on RAM)

4K frames 128K frames

Free trace, trigger trace, overflow stop

PC address, status, tag timer

PC address, data address,

data value, status, tag timer

Run timer: 1 channel Lap timer: 1 channel

Run timer: 1 channel Lap timer: 4 channels

(max., min., average, count)

OR, sequential

Instruction: 4 points, Data: 1 point

(Note 1)

Address, data, status, external input

Match Once

Break, trace control, timer control, external trigger output

Break, trace control, timer control, external trigger output,

external pulse output, memory write

4 points

(Note 1)

256 points (settable only on RAM)

4K frames

Free trace, trigger trace, overflow stop

PC address, status, tag timer

Run timer: 1 channel Lap timer: 1 channel

Source Source + assembler code Source + assembler code + machine language

Internal/external Flash memory can be programmed during debugging.

(Note 2)

1 line

Internal/external Flash memory can be programmed during debugging.

1 line

Binary, octal, decimal or hexadecimal display can be selected for each variable.

Variables, arrays, structures and unions can be registered by the elements.

µITRON

specifications

Source programs

Configuration

tool

TX19 Series

Object version

Object &

source version

µITRON 3.0 specifications

TR Configurator

Not included Included

TX19A Series

Object version

Object &

source version

µITRON 4.0 specifications

TRcEditor

Note 1: Varies with the MCU to be used. Note 2: Some MCUs do not support this feature.

DSU PROBE

Target board

RS-232C Cable

DSU PROBE

Not included Included

Connection exapmle

An appropriate connector with DSU PROBE must be soldered on the target board.

56 57

Toshiba Integrated Development Environment (TIDE)

The basic development system environment for the TLCS-900 Family is summarized below. The specified values are the recommended values for comfortable use. For the minimum operating environment, check with the product manual of each development system product.

Development system configuration examples

Basic performance

RTE900 model 15 system

The model 15 system is a low-cost version of the model 25 system that is realized by offering the minimum functionality required for development work and an extensive use of gate arrays.

RTE900 model 25 system

The model 25 system features enhanced hardware that enables faster processing to support high-speed and high-functionality MCUs and provide

advanced debug capability such as performance analysis.

* A combination of the model 25 controller and the model 15 emulation pod is also

possible.

Emulator

Outline of TLCS-900 Family Development System

Programming tools Accessories

TLCS-900 Family Real-Time OS

µITRON 3.0 specifications

Object code

Source programs

TR Configurator

TR Editor

Source programs

TR Configurator

TR Editor

Object version

Object code

Object & source version

HUB

Target board

Controller

Pod

RTE900 model 15 system

LAN card

Host machine

Hub

Ethernet hub Support for 10BASE-T Conformance to IEEE 802.3

Ethernet standard

LAN expansion card for PC

Ethernet network interface card Support for 10BASE-T Conformance to IEEE 802.3 Ethernet standard

LAN cable

Twisted-pair cable

Products required for minimal system

Toshiba Integrated Development Environment (TIDE)

TLCS-900 Family Integrated Development Environment ...............................1

TLCS-900 Family C Compiler.........................................................................1

Emulator

model 15 controller.........................................................................................1

model 15 emulation pod .................................................................................1

Accessories Programming tools

MCU probe Pin protector OTP programming adapter QFP adapter MCU mounting adapter Flash adapter

Other required products

Windows PC...................................................................................................1

LAN expansion card for PC............................................................................1

Hub.................................................................................................................1

RS-232C cross cable......................................................................................1

LAN cable ......................................................................................................2

Target board

Controller

Pod

RTE900 model 25 system

Products required for minimal system

Toshiba Integrated Development Environment (TIDE)

TLCS-900 Family Integrated Development Environment ...............................1

TLCS-900 Family C Compiler.........................................................................1

Emulator

model 25 controller.........................................................................................1

model 25 emulation pod .............................................................1

Accessories Programming tools

MCU probe Pin protector OTP programming adapter QFP adapter MCU mounting adapter Flash adapter

Other required products

Windows PC...................................................................................................1

LAN expansion card for PC............................................................................1

Hub.................................................................................................................1

RS-232C cross cable......................................................................................1

LAN cable ......................................................................................................2

* For part numbers, see "PART NUMBER LIST" or our Development System website.

RTE900 model 25 system RTE900 model 15 system

Note 1: When you are using a device whose part number starts with TMP92.

Software products

Object file

Hardware products

Software products

Emulator

User source

program

Target

system

Real-Time OS

Controller Emulation pod

System name

Host interface

Trace memory

Events

Program variables

Break

Memory

access

Capacity

Trace modes

Trace items

External output

External input

Number of points

Comparison items

Comparison conditions

Pass count

Event trigger actions

Event combinations

Display

Registration

Performance

analysis

Time measurement per module Coverage measurement

Source display

Software break

Hardware break

Timer measurement

Memory display

during program execution

Emulation memory

Capacity

TLCS-900, 900/H, 900/L, 900/L1 Series

model 15 system model 25 system

Ethernet, RS-232C

8 points

1 line

32 bytes

Variables, arrays, structures and unions can be registered by the elements.

Binary, octal, decimal or hexadecimal display can be selected for each variable.

Match, unmatch, within scope

1 to 65535 times

3 points

1024 points

8K frames

Free trace, trigger trace, sampling trace, overflow stop

PC address, data address,

data value, status

PC address, data address, data value, status,

external input, tag timer, event

Run timer: 1 channel, Lap timer: 1 channel

AND, OR, sequential

Break, trace control, timer control, external trigger output

Source Source + assembler code Source + assembler code + machine language

TLCS-900/H1 Series

(Note 1)

model 15 system model 25 system

Ethernet, RS-232C

4 Mbytes

8 points

Address, data, status, external input

1 line

128 bytes

Variables, arrays, structures and unions can be registered by the elements.

Binary, octal, decimal or hexadecimal display can be selected for each variable.

Match, unmatch, within scope

1 to 256 times

4 points

1024 points

8K frames

Max., min, average, count, dispersion

4 Mbytes1 Mbytes

16 line-

Address, data, status, external inputAddress, data, status

Max., min, average, count, dispersion

C0 coverageC0 coverage

Free trace, trigger trace, sampling trace, overflow stop

PC address, data address, data value, status,

external output, external input, tag timer, event

Run timer: 1 channel, Lap timer: 1 channel

AND, OR, sequential

Break, trace control, timer control, external trigger output

Source Source + assembler code Source + assembler code + machine language

1 line

TLCS-900 Family Integrated Development Environment TLCS-900 Family C Compiler

TLCS-900 Family Real-Time OS

Toshiba Integrated Development Environment (TIDE)

* The term “Toshiba Integrated Development Environment (TIDE)” refers collectively to the TLCS-900 Family Integrated Development Environment and the TLCS-900 Family C Compiler.

TLCS-900 Family C Compiler

C Compiler

Assembler

Build Manager

Simulator

Debugger

Linker

Framework

Editor

TLCS-900 Family Integrated Development Environment

C Compiler

Assembler

Build Manager

Simulator

Debugger

Linker

Framework

Editor

Software used to control multitasking in embedded systems.

Conforms to µITRON specifications. Ample system calls required for embedded systems. Use of the TR Configurator facilitates data setting of timer, task, etc. The TR Editor can be used to describe task operations graphically and to generate program outlines. Offered in two versions: object version and object & source version. The object & source version allows users to modify the source programs.

Real-Time OS

58 59

These software tools containing C Compiler, Assembler and Linker allow you to generate object files such as HEX files from source code written in C, C-Like(*) or assembly language.

(*) Supported only with the TLCS-870 Series.

Build Manager with user-friendly GUI is included. C Compiler conforming to the ANSI C standard offers excellent descriptiveness and portability.

The basic MCU-dependent development system environment for the TLCS-870 Family is summarized below. The specified values are the recommended values for comfortable use. For the minimum operating environment, check with to the product manual of each development system product.

Development system configuration examples

Basic performance

Language T ools

Outline of TLCS-870 Family Development System

TLCS-870/C Series C Compiler TLCS-870/X Series C Compiler TLCS-870 Series C/C-Like Compiler

Language tools

TLCS-870/C Series Debugger TLCS-870/C Series Light Debugger TLCS-870/X Series Debugger TLCS-870 Series Debugger

Debuggers

C Compiler /

C-Like Compiler

Assembler

Build Manager

Linker

The emulator system for a TLCS-870 Family MCU can be configured by an appropriate combination of a debugger and an emulation pod. A wide variety of debug functions are available including various types of break settings and real-time trace.

Debugger

HUB

LAN card

Host machine

Host machine: IBM-PC/AT compatible Host machine CPU: Pentium 4 133 MHz or faster Memory: 128 MB Display resolution: 1024 x 768 or higher Expansion slots: 1 port (for LAN card)

Hub

Ethernet hub Support for 10BASE-T Conformance to IEEE 802.3 Ethernet standard

LAN expansion card for PC

Ethernet network interface card Support for 10BASE-T Conformance to IEEE 802.3 Ethernet standard

LAN cable

Twisted-pair

cable

Other required products

Windows PC......................1

LAN expansion card

for PC ................................1

Hub....................................1

LAN cable..........................2

* For part numbers, see "PART NUMBER LIST" or our Development System website.

System name

model 10 system

TLCS-870/C SeriesTLCS-870 Series

Light system model 15 system

TLCS-870/X Series

model 15 system

model 25 system

model 15 pod

model 25 pod

(Note 1)

Host interface

Emulation memory

Capacity

Number of points

Events

Trace memory

Performance

analysis

Memory

access

Break

Trace items

Trace modes

Comparison items

Comparison conditions

Pass count

Hardware break

Software break

Capacity

Event trigger actions

Event combinations

External input

External output

Coverage measurement

Time measurement per module

Program

variables

Registration

Display

RS-232C

64 Kbytes

4 points

OR, sequential

points

1 line

8 lines

4K frames

PC address, data address,

data value, status, external input

PC address, data address, data value,

status, external input, tag timer

Overflow stop

1 to 65535 times

Break, trace control,

timer control,

external trigger output

Break, trace control,

timer control,

external trigger output

Break, trace control,

timer control,

external trigger output

Address, data, status,

external input

Address, data, status,

external input

Match, unmatch, within scope

USB2.0 Full-speed

64 Kbytes

4 points

OR, sequential

2000 points 2000 points

1K frames

PC address, data address, data value, status

Overflow stop

1 to 65535 times

Break

Address, data, status

Match, unmatch, within scope

Ethernet, RS-232C

AND, OR, sequential

1 line

8K frames

Free trace, trigger trace,

sampling trace, overflow stop

Free trace, trigger trace,

sampling trace, overflow stop

Ethernet, RS-232C

1 Mbyte 8 points

AND, OR, sequential

2000 points

1 line

Timer measurement

Run timer or Lap timer: 1 channel

Run timer: 1 channel

Run timer: 1 channel Lap timer: 1 channel

Memory display during program execution

- - 32 bytes 32 bytes

8K frames

PC address, data address,

data value, status

1 to 65535 times

Address, data, status

Match, unmatch, within scope

3 points

2 bytes

(Note 2)

16 lines

Max., min., average, count, dispersion

C0 coverage

Memory rewrite during program execution

2 bytes

Binary, octal, decimal or hexadecimal

display can be selected for each variable.

Binary, octal, decimal or hexadecimal

display can be selected for each variable.

Binary, octal, decimal or hexadecimal

display can be selected for each variable.

Variables, arrays, structures and unions can be registred by the elements.

Variables, arrays, structures and

unions can be registred by the elements.

Variables, arrays, structures and unions can be registred by the elements.

Note 1: model 25 pod: BM88CM49N0A, BM88CU74F0A, BM88CP77F0A, BM88C060F0A Note 2: This function is not supported with the BM88CM49N0B-M15.

As the RTE870/C Light system is designed to share products within the system, the probe, target connector and emulation chip need to be changed to accommodate different MCUs in the TLCS-870/C Series.

* Detailed information on the RTE870/C Light system can be found on page 8.

The RTE870/C Light system is a low-cost version of the RTE870/C model 15 system with the minimum functionality required for development work.

TLCS-870/C Series

TLCS-870/X Series

RTE870/C Light system

As the RTE870/C model 15 system is designed to share products within the system, only the target connecting board and emulation chip need to be changed to accommodate different MCUs in the TLCS-870/C Series. In this way, the cost associated with a change of MCU is lowered.

(Some MCUs also require a change of the emulation module.)

RTE870/C model 15 system

Target board

Light emulator

USB

Other required products

Windows PC......................1

LAN expansion card for PC

....1

Hub....................................1

LAN cable..........................2

The RTE870/X model 25 system offers advanced debug capability such as performance analysis.

RTE870/X model 25 system

The RTE870/X model 15 system is a low-cost version of the RTE870/X model 25 system with the minimum functionality required for development work.

RTE870/X model 15 system

Products required for minimal system

TLCS-870/C Series

C Compiler ....................................1

TLCS-870/C Series

Debugger .......................................1

Accessories

QFP adapter Pin protector MCU mounting adapter

Emulator

model 15 controller..............1

Interface module..................1

Emulation module ...............1

Target connecting board ......1

Emulation chip.....................1

Target board

Pod

Controller

RS-232C cable

TLCS-870 Series

RTE870 model 10 system

Target board

Pod

Target board

Pod system

Controller

Emulation module

Interface module

Software products

Object file

Hardware products

Emulator

Source display

Source Source + assembler code Source + assembler code + machine language

Controller

Programming tools

OTP programming adapter Flash adapter

Products required for minimal system

TLCS-870/X Series

C Compiler ...................1

TLCS-870/X Series

Debugger......................1

Accessories

MCU probe QFP adapter Pin protector MCU mounting adapter

Emulator

model 15 controller ............1

model 15 emulation pod ......1

Programming tools

OTP programming adapter Flash adapter

Products required for minimal system

TLCS-870 Series

C/C-Like Compiler .......1

TLCS-870 Series

Debugger......................1

Accessories

MCU probe QFP adapter Pin protector MCU mounting adapter

Emulator

model 10 controller ............1

model 10 emulation pod ......1

Programming tools

OTP programming adapter

Other required products

Windows PC......................1

RS-232C cross cable

............1

User source

program

Target

system

Controller Emulation pod Emulator

Programming tools Accessories

Products required for minimal system

TLCS-870/C Series C Compiler...........1

TLCS-870/C Series Light Debugger ....1

Accessories

Light-system

probe (probe set).......................1

Programming tools

OTP programming adapter Flash adapter

Emulator

Light emulator ..................1

Emulation chip .................1

Other required products

Windows PC......................1

USB cable

(USB standard A to B).......1

Programming tools / Accessories

Flash adapter

Enables Toshiba's Flash microcontrollers to be programmed on a

stand-alone basis.

Can be used with Toshiba's Flash microcontrollers of any Family

or Series in the same package. (*The user is required to connect write signals and mount oscillators as appropriate to each device.)

Comes with "Flash Programmer"-programming control software

controllable on a PC.

Ensures ease of operation through the GUI-based control

software. Allows programmed data to be compared on a byte basis. Yokogawa Digital Computer's programmer (NET IMPRESS) can

be used as a host system.

The Flash adapter is provided for each package type of Toshiba’s microcontrollers with on-chip Flash memory. Connecting the Flash adapter with a host system allows you to program, erase, and verify on-chip Flash memory. Although this tool can be used both for product development and mass production, some limitations apply when it is used for mass production. For details, visit Toshiba’s Microcomputer website. The website provides various support information for the Flash adapter including its control software upgrades to flexibly support newly developed devices.

OTP programming adapter

This is an adapter for converting the pinout of an OTP microcontroller to that of a general-purpose EPROM. The OTP programming adapter enables an OTP microcontroller to be programmed and verified by an off-the-shelf EPROM programmer. This adapter is provided for each OTP microcontroller type.

Socket for mounting MCU with on-chip Flash memory

NET IMPRESS connector

RS-232C D-SUB 9-pin male

Power supply

OTP microcontroller

OTP programming adapter

EPROM programming socket

Programming tools

MCU probe

The MCU probe is used to connect a target system and an emulation pod, and is provided for each package type. The MCU probe used for a flat package comes with a QFP adapter and a pin protector.

* The RTE870/C Light system requires a probe specifically tailored to the Light

system. For details, see page 8.

Pin protector

The pin protector is a protective socket for an MCU probe and a QFP adapter. Be sure to use the pin protector to prevent MCU probe's joint from losing its spring after repeated attachments and detachments.

* We recommend replacing the pin protector after 100 attach-detach cycles.

QFP adapter

The QFP adapter is used to connect an emulation pod or an emulation module to a target system designed for a QFP-type microcontroller. It is soldered onto the foot pattern on the target system board.

* Once soldered, the QFP adapter cannot be reused. * The pin protector and QFP adapter of the same specifications are also available

from Tokyo Eletech Corporation.

MCU mounting adapter

The MCU mounting adapter is used together with the QFP adapter to mount a microcontroller on the target system.

Accessories

For part numbers and tool combinations,

see "PART NUMBER LIST" or Development System website.

MCU probe

Pin protector

QFP adapter

MCU mounting adapter

QFP adapter

Software Development Support

Software IP MCU/Series Features Status

TCP/IP protocol stack

HTTP server

TLCS-900/L1, H1

JPEG TLCS-900/L1, H1

IrDA protocol stack TLCS-900/L1, H1

USB1.1 (device)

TMP92CH21FG TMP92CZ26A TMP92CF26A TMP92CF29

Available

Ideal for network appliances and network audio products etc. Conforms to RFC and supports TCP, UDP, IP, ICMP, and ARP.

Supports HTTP 1.0/1.1. Application product control, data gathering, and monitoring from an external PC or other device are readily achievable.

Exchange of various data is readily achievable by connecting to PC. Supports standard request, various types of class request, and vender commands.

Software decoder that conforms to ISO/IEC10918-1. The maximum size of an image is QVGA. Communication with other infrared application devices is feasible. Supports IrPHY, IrLAP, IrLMP,

IrTTP, and IrOBEX.

Embedded file system TLCS-900/L1, H1

File system for embedding. Supports FAT12/16/32 and VFAT, and can perform file sharing with PC.

Speech codec

TLCS-870/C TLCS-900/L1, H1

Toshiba original compression algorithm. The CPU load and memory usage are optimized to enable also the control of peripheral devices with embedded state in single-chip microcontroller. Speech codec application development environment and evaluation board are available.

Available

CompactFlash Driver TLCS-900/L1, H1

Driver Software for reading from and writing to CompactFlash card. Can transfer files to and from a PC, being incorporated in an embedded file system.

Available

SD Memory Card Driver TLCS-900/L1, H1

TLCS-900/L1, H1

Driver Software for reading and writing SD card with MCU. Can transfer files to and from a PC, being incorporated in an embedded file system.

Available

Graphics Library TLCS-900/L1, H1

Software that draws figure/text and processes them. It has become also capable of expressing many colors in fewer colors with its dithering function.

Available

Animation Library TLCS-900/L1, H1

Combining multiple still images, can play them dynamically. Encoded on PC, and decoded on embedded device.

Available

Handwritten Recognition

Software that recognizes handwritten characters on a LCD panel with a touchscreen. An embedded device incorporating this software can realize a user-friendly input interface without any exclusive input device such as key board.

Available

TLCS-900/L1, H1

Graphical Interface

Software for embedded devices with LCD panel. Has functions of various controls, preset interface and display for PDA. Setting several data makes it possible to display menus and control them.

Available

TLCS-870/C

Authentication Library

8-bit microcontroller-mountable small size program. Software for authentication of high safety. Authentic method based on ISO/IEC9798-2. Key length is selective from 96 to 256 bits and shall be activated by function call.

Available

TMP92CZ26A TMP92CF26A TMP92CF29

Text To Speech (TTS)

Text To Speech is a means of conversion from text data to speech data. Compared to Speech Codec, it dramatically saves a storage area when reading various input text data. Moreover, the speech data is changeable only by replacing it by new one.

Available

Toshiba software IP line-up

Reference application software (RAS)

FTS-171 FTS-172

(Under development)

FTS-151

TMP88CS34FG

TMP88CS38BFG

TMP88CS34FG

TMP88CS38BFG

TMP86FS49AUG

(HDMI Receiver LSI:TC90704MFG)

TC90200FG TC90200FG

200200 US181CH

Multi-system color LCD TVs

supporting HDMI

with CEC function

FS channel tuning for

NTSC color LCD-TV with support

for North American CCD and V-Chip

CTS-777

TMP88CP34NG/FG

TB1261ANG

100/200

VS channel tuning for

multi-system color TVs

CTS-851

TMP88CS38NG/FG

TB1263NG

US181CH

FS channel tuning for NTSC color TVs with

support for North American CCD and V-Chip

System name

Application

MCU

Sub MCU

Chip IC for color TVs Channels in memory

NICAM/IGRNICAM/IGR Sound multiplexing for US NICAM/IGR Sound multiplexing for US

Sound multiplexing

TC90200FG

VGA VGA/WXGA CRT CRT

Display

VGA/WXGA

Toshiba provides a variety of reference software for supporting system development. At customer request, we can also develop application software for embedding in microcontroller units (MCUs).

We have a comprehensive software IP set for customers using (or considering using) Toshiba MCU products.

The software IP and its user support are offered on certain terms and conditions. In addition, you are required to make an agreement separately in order to use this software IP.

Some of the above software IPs require a separate real-time OS (Toshiba's TR900).

A separate contract is necessary to use RAS. Please consult with us about modifying software to suit customer systems and specifications.

RAS is software for driving an entire system, whose specifications have been created by Toshiba. RAS is developed for reference with the aim of reducing customer software development time, so it is used and evaluated by customers themselves.

Display the following URL for the overviews of these software IPs.

http://www.semicon.toshiba.co.jp/eng/prd/micro/swip/index.html

http://www.semicon.toshiba.co.jp/eng/index.html

We offer a comfortable solution of handwritten character input achieved by the interaction between the handwritten character recognition and Kana-Kanji conversion. In addition to the input continued at an uninterrupted pace that was succeeded by Toshiba’s original technology of overwritten character recognition, the cooperation with an advanced Kana-Kanji prediction and conversion technology has achieved costless input, which made the input of long sentences stressless. This software is the best thing for wide range of applications that use LCD and touch panel such as PDA (Personal Digital Assistant), electric dictionary, home electric appliances. As for MCU to use, our TLCS-900/H1 series is recommended.

An application note is a sample software product offered by Toshiba to help customers understand Toshiba microcontrollers and learn how to create programs when developing new products. To access a download page, go to "Application Notes" from the above URL through "Microcomputer." If you accept and agree to the terms and conditions for usage, you will see an application notes list displayed. The application notes for Toshiba 870/X and 900/H Series are released first, and those for other MCUs will also be released sequentially.

TLCS-870/X

Creating TOD Clock Using TBT Interrupts Generating Interrupts at Regular

Intervals Using 8-bit Timer Generating Interrupts at Regular Intervals

Using Cascaded 8-bit Outputting 50%-Duty Pulses Using 8-bit Timer Outputting PWM Waveform Using 8-bit Timer Outputting PPG Waveform Using 8-bit Timer

Outputting Single-Shot Pulse Using External Trigger Pulse

Counting Events Using 16-bit Timer

Measuring Frequency Using 16-bit Timer

Detecting Keys Using a Timer

Detecting Keys Using an A/D Converter RS-232C Communication Using UART Generating Tone Using PDO Inter-CPU Communication

(Transmission + Reception) Using SIO Inter-CPU Communication

(Simultaneous Transmission/Reception) Using SIO Measuring AC Frequency Using Pulse Width

Measurement Mode

TLCS-900/H

Introducing the Latest Software IP

Application Notes

Handwritten Character Input Solution

Start of Web download services

Handwritten Character Input Package

Overwritten Character

Recognition

Touch Panel Driver

Advanced Wnn is the product of OMRON SOFTWARE Co., Ltd.

is the trademark of TOSHIBA CORPORATION.

LCD Driver

Handwritten Character Kana-Kanji Text

Coordinate

Character Code

Kana-Kanji Conversion

Example of Application

Note: This solution can recognize not only Kana,

but also alphabetic, numeric, and special symbols.

Guide to Websites

Toshiba Semiconductor Website

Toshiba Microcomputer Website

Toshiba Microcomputer Development System Product Website

http://www.semicon.toshiba.co.jp/eng/index.html

Information on the entire spectrum of Toshiba semiconductor products is avaiable here.

http://www.semicon.toshiba.co.jp/eng/prd/micro/index.html

A line-up of Toshiba microcomputer products and the latest technical information on products are presented here.

Topics

Regularly presents information on Toshiba microcomputers.

Software IP

Provides information about a wide range of software IPs.

Solution

You can access latest information for each of system applications.

Product information

You can access a wide range of new-product information, presentation data material and other data.

Reference Model/Evaluation board

Provides a PDF summary of reference models and evaluation boards.

Application Notes

Application notes are sample software provided to help the customer understand Toshiba microcontrollers and program their own applications. The customer can download application notes from this section.

Datasheet/Catalog download

Publishes microcomputer datasheets and catalogs in PDF format.

Family introduction

Introduces microcomputer families ranging from 4-bit to 64-bit.

64 65

Package List

LQFP

QFP

TQFP/LQFP/

QFP

14 14

LQFP

SSOP-300

10 6

SOP-450

18 8

SOP-300

13 5

SOP-300

10 5

FBGA

LQFP

QFP

TQFP/LQFP/

QFP

14 14

LQFP

SSOP-300

10 6

SOP-450

18 8

SOP-300

13 5

SOP-300

10 5

20 2816 30 6448 8044 100 144128 228160

FBGA

QFP

Size

(mm)

■ The number above each photograph (actual size) indicates the pin pitch (mm).

Number

of pins

0.65

0.5

0.8

1.0

0.5

0.8

0.4

0.8

0.65

1.27

0.65

0.5

(Top) (Bottom)

Package pin pitch table

SDIP20 SDIP32

SDIP/SOP/SSOP/QFP/FBGA packages for 4-/8-/16-/32-bit microcontrollers

Package

Pin Pitch

100

100 144

144

160

100

128

Number of pins

QFP

1.0mm

0.8mm

0.65mm

0.5mm

0.8mm

0.5mm

0.4mm

0.5mm

0.4mm

LQFP

TQFP

Microcomputer package summary

To meet customers' needs Toshiba provides a wide range of highly reliable packages for high-density mounting. In particular, Toshiba's miniature packages for portable applications offer extensive choices ranging to products as compact as 144-pin and 0.4-mm pitch.

66 67

Package List

TX99

TX49

TX39

TX19

TMPR3911BUTMPR3927CF

TMPR4927ATBG TMPR4927ATBG

TX9956XBG(Top) TX9956XBG (Bottom)

TMPR4955AFG TMPR4955BFG TMPR4955CFG

TMP1940CYAFG TMP1940FDBFG TMP1941AFG TMP19A71CYUG TMP19A71FYUG

TMP1942CYU TMP1942CZUE TMP1942FDU

TMPR4937XBG TMPR4938XBG

(Top)

TMPR4937XBG TMPR4938XBG

(Bottom)

TMPR4925XBG TMPR4926XBG

(Top)

TMPR4925XBG TMPR4926XBG

(Bottom)

TMPR4951BFG TC86C001FG

(Top)

TMPR4956CXBG

(Bottom)

(Top)

TMPR3912XB-92

(Bottom)(Top)

TMPR3911BXB

(Bottom)

(Top)

TMP1942CZXBG TMP1942FDXBG

(Bottom)

(Top)

TX4939XBG

(Bottom)

(Top)

TMP1962C10BXBG TMP1962F10AXBG TMP19A64C1DXBG TMP19A64F20BXBG

(Bottom)

(Top)

TMP19A43FDXBG TMP19A43FZXBG TMP19A43CDXBG TMP19A43CZXBG

(Bottom)

TMPR3912AUG-92TMPR3916F

(Top) (Bottom)

(Top)

TX System RISC Packages (Actual Size)

OVERSEAS SUBSIDIARIES AND AFFILIATES

Toshiba America Electronic Components, Inc.

Headquarters-Irvine, CA

19900 MacArthur Boulevard, Suite 400, Irvine, CA 92612, U.S.A. Tel: (949)623-2900 Fax: (949)474-1330

Boulder, CO (Denver)

3100 Araphahoe #500, Boulder, CO 80303, U.S.A. Tel: (303)442-3801 Fax: (303)442-7216

Buffalo Grove (Chicago)

2150 E. Lake Cook Road, Suite 310, Buffalo Grove, IL 60089, U.S.A. Tel: (847)484-2400 Fax: (847)541-7287

Duluth, GA (Atlanta)

3700 Crestwood Pkwy, #160, Duluth, GA 30096, U.S.A. Tel: (770)931-3363 Fax: (770)931-7602

Portland, OR

2560 NW 141st Place Portland, OR 97229, U.S.A. Tel: (503)784-8879 Fax: (503)466-9729

Raleigh, NC

3120 Highwoods Blvd., #108, Raleigh, NC 27604, U.S.A. Tel: (919)859-2800 Fax: (919)859-2898

Richardson, TX (Dallas)

777 East Campbell Rd., #650, Richardson, TX 75081, U.S.A. Tel: (972)480-0470 Fax: (972)235-4114

San Jose Engineering Center, CA

2590 Orchard Parkway San Jose, CA 95131, U.S.A. Tel: (408)526-2400 Fax:(408)526-2410

Wakefield, MA (Boston)

401 Edgewater Place, #360, Wakefield, MA 01880-6229, U.S.A. Tel: (781)224-0074 Fax: (781)224-1095

Wixom (Detroit)

48679 Alpha Drive, Suite 100, Wixom, MI 48393 U.S.A. Tel: (248)449-6165 Fax: (248)449-8430

Toshiba Electronics do Brasil Ltda.

Rua Afonso Celso, 552-8 andar, CJ. 81 Vila Mariana Cep 04119-002 S Tel: (011)5576-6619 Fax: (011)5576-6607

Toshiba India Private Ltd.

6F DR. Gopal Das Bhawan 28, Barakhamba Road, New Delhi, 110001, India Tel: (011)2331-8422 Fax: (011)2371-4603

The information contained herein is subject to change without notice. 021023_D TOSHIBA is continually working to improve the quality and reliability of its products. Nevertheless, semiconductor devices in general can malfunction or fail due to their inherent electrical

sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing TOSHIBA products, to comply with the standards of safety in making a safe design for the entire system, and to avoid situations in which a malfunction or failure of such TOSHIBA products could cause loss of human life, bodily injury or damage to property. In developing your designs, please ensure that TOSHIBA products are used within specified operating ranges as set forth in the most recent TOSHIBA products specifications. Also, please keep in mind the precautions and conditions set forth in the “Handling Guide for Semiconductor Devices,” or “TOSHIBA Semiconductor Reliability Handbook” etc. 021023_A

The TOSHIBA products listed in this document are intended for usage in general electronics applications (computer, personal equipment, office equipment, measuring equipment, industrial robotics, domestic appliances, etc.). These TOSHIBA products are neither intended nor warranted for usage in equipment that requires extraordinarily high quality and/or reliability or a malfunction or failure of which may cause loss of human life or bodily injury (“Unintended Usage”). Unintended Usage include atomic energy control instruments, airplane or spaceship instruments, transportation instruments, traffic signal instruments, combustion control instruments, medical instruments, all types of safety devices, etc. Unintended Usage of TOSHIBA products listed in this document shall be made at the customer’s own risk. 021023_B

The products described in this document shall not be used or embedded to any downstream products of which manufacture, use and/or sale are prohibited under any applicable laws and regulations. 060106_Q

The information contained herein is presented only as a guide for the applications of our products. No responsibility is assumed by TOSHIBA for any infringements of patents or other rights of the third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of TOSHIBA or others. 021023_C

Please contact your sales representative for product-by-product details in this document regarding RoHS compatibility. Please use these products in this document in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances. Toshiba assumes no liability for damage or losses occurring as a result of noncompliance with applicable laws and regulations. 060819_Z

The products described in this document may include products subject to the foreign exchange and foreign trade laws. 021023_F The products described in this document contain components made in the United States and subject to export control of the U.S. authorities. Diversion contrary to the U.S. law is prohibited.

021023_G TOSHIBA has made this document deliberately in order to make its contents as accurate as possible. Nevertheless, if any trouble should occur due to any error contained in this document,

TOSHIBA shall not have any liability therefore. Also, please keep in mind the precautions and conditions set forth in the “Instruction Manual or Operation Manual of TOSHIBA Products,” or “The Precautions or Procedure Files described in the Installation Disk such as Floppy Disk or CD-ROM etc.” Please constantly pay attention to the latest information on the TOSHIBA products which is to be released through the web page of TOSHIBA microcomputer development system. (http:/www.semicon.toshiba.co.jp/eng) 060824_N

a˜o Paulo SP, Brasil

Toshiba Electronics Europe GmbH

Düsseldorf Head Office

Hansaallee 181, D-40549 Düsseldorf, Germany Tel: (0211)5296-0 Fax: (0211)5296-400

München Office

Büro München Hofmannstrasse 52, D-81379, München, Germany Tel: (089)748595-0 Fax: (089)748595-42

France Branch

Les Jardins du Golf 6 rue de Rome F-93561, Rosny-Sous-Bois, Cedex, France Tel: (1)48-12-48-12 Fax: (1)48-94-51-15

Italy Branch

Centro Direzionale Colleoni, Palazzo Perseo 3, I-20041 Agrate Brianza, (Milan), Italy Tel: (039)68701 Fax: (039)6870205

Spain Branch

Parque Empresarial, San Fernando, Edificio Europa, 1a Planta, E-28831 Madrid, Spain Tel: (91)660-6798 Fax:(91)660-6799

U.K. Branch

Riverside Way, Camberley Surrey, GU15 3YA, U.K. Tel: (01276)69-4600 Fax: (01276)69-4800

Sweden Branch

Gustavslundsvägen 18, 5th Floor, S-167 15 Bromma, Sweden Tel: (08)704-0900 Fax: (08)80-8459

Toshiba Electronics Asia (Singapore) Pte. Ltd.

438B Alexandra Road, #06-08/12 Alexandra Technopark, Singapore 119968 Tel: (6278)5252 Fax: (6271)5155

Toshiba Electronics Service (Thailand) Co., Ltd.

135 Moo 5, Bangkadi Industrial Park, Tivanon Road, Pathumthani, 12000, Thailand Tel: (02)501-1635 Fax: (02)501-1638

Toshiba Electronics Trading (Malaysia) Sdn. Bhd.

Kuala Lumpur Head Office

Suite W1203, Wisma Consplant, No.2, Jalan SS 16/4, Subang Jaya, 47500 Petaling Jaya, Selangor Darul Ehsan, Malaysia Tel: (03)5631-6311 Fax: (03)5631-6307

Penang Office

Suite 13-1, 13th Floor, Menara Penang Garden, 42-A, Jalan Sultan Ahmad Shah, 10050 Penang, Malaysia Tel: (04)226-8523 Fax: (04)226-8515

Toshiba Electronics Philippines, Inc.

26th Floor, Citibank Tower, Valero Street, Makati, Manila, Philippines Tel: (02)750-5510 Fax: (02)750-5511

Toshiba Electronics Asia, Ltd.

Hong Kong Head Office

Level 11, Tower 2, Grand Century Place, No.193, Prince Edward Road West, Mongkok, Kowloon, Hong Kong Tel: 2375-6111 Fax: 2375-0969

Beijing Office

Room 714, Beijing Fortune Building, No.5 Dong San Huan Bei-Lu, Chao Yang District, Beijing, 100004, China Tel: (010)6590-8796 Fax: (010)6590-8791

Chengdu Office

Room 2508A, 2 Zongfu Street, Times Plaza, Chengdu 610016 Sichuan, China Tel: (028)8675-1773 Fax: (028)8675-1065

Qingdao Office

Room 4(D-E), 24F, International Financial Center, 59 Xiang Gang Zhong Road, Qingdao, Shandong, China Tel: (0532)579-3328 Fax: (0532)579-3329

Toshiba Electronics Shenzhen Co., Ltd.

Room 2601-2609, 2616, Office Tower Shun Hing Square, Di Wang Commercial Center, 5002 Shennan Road East, Shenzhen, 518008, China Tel: (0755)2583-0810 Fax: (0755)8246-1581

Toshiba Electronics (Shanghai) Co., Ltd.

Shanghai Head Office

11F, HSBC Tower, 1000 Lujiazui Ring Road, Pudong New Area, Shanghai 200120, China Tel: (021)6841-0666 Fax: (021)6841-5002

Hangzhou Office

502 JiaHua International Business Center, No.28 HangDa Road, Hangzhou, 310007, China Tel: (0571)8717-5004 Fax: (0571)8717-5013

Nanjing Office

23F Shangmao Century Plaza, No.49 Zhong Shan South Road, Nanjing, 210005, China Tel: (025)8689-0070 Fax: (025)8689-0125

Toshiba Electronics (Dalian) Co., Ltd.

14/F, Senmao Building, 147, Zhongshan Road, Xigang Dist., Dalian, 116011, China Tel: (0411)8368-6882 Fax: (0411)8369-0822

Tsurong Xiamen Xiangyu Trading Co., Ltd.

14G, International Bank BLDG., No.8 Lujiang Road, Xiamen, 361001, China Tel: (0592)226-1398 Fax: (0592)226-1399

Toshiba Electronics Korea Corporation

Seoul Head Office

891, Samsung Life Insurance Daechi Tower 20F, Daechi-dong, Gangnam-gu, Seoul, 135-738, Korea Tel: (02)3484-4334 Fax: (02)3484-4302

Gumi Office

6F, Goodmorning Securities Building, 56 Songjung-dong, Gumi-shi, Kyeongbuk, 730-090, Korea Tel: (054)456-7613 Fax: (054)456-7617

Toshiba Electronics Taiwan Corporation

Taipei Head Office

17F, Union Enterprise Plaza Building, 109 Min Sheng East Road, Section 3, Taipei, 10544, Taiwan Tel: (02)2514-9988 Fax: (02)2514-7892

Kaohsiung Office

16F-A, Chung-Cheng Building, 2, Chung-Cheng 3Road, Kaohsiung, 80027, Taiwan Tel: (07)237-0826 Fax: (07)236-0046

(As of February 23, 2006)

2006-10

BCE0021E

Microcomputer

Semiconductor Company

Website: http://www.semicon.toshiba.co.jp/eng

2006

Previous edition: BCE0021D

2006-10(3k)SO-DQ

Toshiba TX49, TLCS-900 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual