Contact us

在新窗口打开 在新窗口打开

应用说明/示例程序

每个产品都提供以下配置的示例程序。

基于Arm®内核的微控制器

  • 用户指南
  • 头文件/启动程序
  • 驱动器/示例程序

TXZ家族

TXZ3系列
TXZ4系列

TX家族

TX00系列
TX03系列
TX04系列

东芝原创的内核微控制器

  • TMP89FS60FG示例程序的操作功能

产品详情

TXZ3系列M3H组(1)

Product Name

TMPM3H6FWFG TMPM3H5FWFG TMPM3H4FWUG TMPM3H3FWUG TMPM3H2FWDUG
TMPM3H6FWDFG TMPM3H5FWDFG TMPM3H4FWFG TMPM3H3FUUG TMPM3H2FWQG
TMPM3H6FUFG TMPM3H5FUFG TMPM3H4FUUG TMPM3H3FSUG TMPM3H2FUDUG
TMPM3H6FUDFG TMPM3H5FUDFG TMPM3H4FUFG TMPM3H2FUQG
TMPM3H6FSFG TMPM3H5FSFG TMPM3H4FSUG TMPM3H2FSDUG
TMPM3H6FSDFG TMPM3H5FSDFG TMPM3H4FSFG TMPM3H2FSQG
TMPM3H1FWUG TMPM3H0FSDUG
TMPM3H1FUUG TMPM3H0FMDUG
TMPM3H1FSUG
TMPM3H1FPUG

(*) This sample program operates on the evaluation board of the TMPM3H6FWFG.
If a function other than that of the TMPM3H6 is to be checked, CMSIS Core-related files (C startup file and I/O header file) must be changed properly.
The BSP-related file is dedicated to the evaluation board (TMPM3H6FWFG). If a function other than that of the TMPM3H6 is to be checked, the BSP-related file must be changed properly.
This sample program uses the RTC function.
Because the TMPM3H1 and the TMPM3H0 are not equipped with RTC, operation check with this sample program cannot be executed.

click here todownload

示例程序/功能 说明
模拟/数字转换器 ADC 该程序将显示终端软件中的温度,它是由ADC得到的测量好的热敏电阻电压,并通过CPU温度校正方法进行了调节。
时钟/模式控制 CG 按下SW端口输入作为触发器,切换至低功耗模式(IDLE/STOP1/STOP2)。根据工作模式打开和关闭LED。
数字噪声过滤器 DNF 该示例程序是通过开关由DNF检测的外部中断。
闪存控制 FLASH 在内部RAM中运行程序,执行内部闪存的删除和重新写入的示例。
输入/输出端口 GPIO 按键是否按下由轮询进程检测,从而开(关)LED。
串行总线接口 I2C 取决于终端软件中输入的命令(写入或读取),数据在I2C EEPROM中存储/读取。
示例程序是两个评估板之间的通信示例。以及使用2个评估板读取EEPROM的多主机示例程序。
电压检测电路 LVD 该示例程序比较电源电压和检测电压。
振荡频率检测器 OFD 该示例程序通过与设定的频率宽度进行比较,来检测外部高速振荡器的误差。
遥控器信号预处理器 RMC 遥控器代码显示于终端软件中。
实时时钟 RTC RTC已工作。时钟数据输出至终端软件中。
32位定时器 T32A 每运行1ms定时器中断的示例
占空比可变PPG的输出(可编程方波)示例。
微调电路 TRM 使用参考时钟或外部低速振荡器调整内部振荡器的示例程序。
同步串行接口 TSPI 取决于终端软件中的命令(写入或读取)输入,数据在串行闪存中存储/读取。
异步串行通道 UART 回应从电脑上终端软件输入的数据。
UART
DMAC
回应从电脑上终端软件输入的数据。该示例程序使用DMAC。

(*)在此处下载说明示例程序的应用手册。

TXZ3系列M3H组(2)

Product Name

TMPM3HQFDFG TMPM3HPFDFG TMPM3HNFDFG TMPM3HMFDFG TMPM3HLFDUG
TMPM3HQFZFG TMPM3HPFZFG TMPM3HNFDDFG TMPM3HMFZFG TMPM3HLFZUG
TMPM3HQFYFG TMPM3HPFYFG TMPM3HNFZFG TMPM3HMFYFG TMPM3HLFYUG
TMPM3HNFZDFG
TMPM3HNFYFG
TMPM3HNFYDFG

(*) This sample program operates on the evaluation board of TMPM3HQFDFG.
If a function other than that of the TMPM3HQ is to be checked, the CMSIS Core-related files (C startup file and I/O header file) must be changed properly.
The BSP-related file is dedicated to the evaluation board (TMPM3HQFDFG). If a function other than that of the TMPM3HQ is to be checked, the BSP-related file must be changed properly.

click here todownload

示例程序/功能 说明
模拟/数字转换器 ADC 该程序将显示终端软件中的温度,它是由ADC得到的测量好的热敏电阻电压,并通过CPU温度校正方法进行了调节。
时钟/模式控制 CG 按下SW端口输入作为触发器,切换至低功耗模式(IDLE/STOP1/STOP2)。根据工作模式打开和关闭LED。
CRC CRC 使用两个TSPI进行带CRC代码的通信,并将接收到的数据输出到终端软件。
数字噪声过滤器 DNF 该示例程序是通过开关由DNF检测的外部中断。
闪存控制 FLASH 在内部RAM中运行程序,执行内部闪存的删除和重新写入的示例。
输入/输出端口 GPIO 按键是否按下由轮询进程检测,从而开(关)LED。
串行总线接口 I2C 取决于终端软件中输入的命令(写入或读取),数据在I2C EEPROM中存储/读取。
示例程序是两个评估板之间的通信示例。以及使用2个评估板读取EEPROM的多主机示例程序。
电压检测电路 LVD 该示例程序比较电源电压和检测电压。
振荡频率检测器 OFD 该示例程序通过与设定的频率宽度进行比较,来检测外部高速振荡器的误差。
遥控器信号预处理器 RMC 遥控器代码显示于终端软件中。
RAM奇偶校验 RPAR 使用来自终端软件的写入命令将RAM奇偶校验添加到字符串输入中,并将其保存在RAM中。使用读取命令对保存在RAM中的数据进行奇偶校验,并将其显示到终端软件中。
实时时钟 RTC RTC已工作。时钟数据输出至终端软件中。
32位定时器 T32A 每运行1ms定时器中断的示例
占空比可变PPG的输出(可编程方波)示例。
微调电路 TRM 使用参考时钟或外部低速振荡器调整内部振荡器的示例程序。
同步串行接口 TSPI 它使用2通道TSPI进行通信并将数据输出到终端软件中。
异步串行通道 UART 回应电脑上终端软件输入的数据。
UART
DMAC
回应电脑上终端软件输入的数据。该示例程序使用DMAC。

(*)在此处下载说明示例程序的应用手册。

TXZ4 Series M4K Group(1)

Product Name

TMPM4K4FYAUG TMPM4K2FYADUG TMPM4K1FYAUG TMPM4K0FSADUG
TMPM4K4FYAFG TMPM4K2FWADUG TMPM4K1FWAUG
TMPM4K4FWAUG TMPM4K2FUADUG TMPM4K1FUAUG
TMPM4K4FWAFG TMPM4K2FSADUG TMPM4K1FSAUG
TMPM4K4FUAUG
TMPM4K4FUAFG
TMPM4K4FSAUG
TMPM4K4FSAFG

(*) If a function other than that of the TMPM4K4FYA is to be checked, the CMSIS Core-related files (C startup file and I/O header file) must be changed properly.

click here todownload

参考程序/功能 说明
模拟/数字转换器 ADC 该程序将显示从电位计测量的电压值。
时钟/模式控制 CG 按下SW端口输入作为触发器,切换至低功耗模式(IDLE/STOP1) 根据操作模式打开和关闭LED
CRC CRC 在两个TSPI之间的通信增加CRC代码,并将接收到的数据输出到终端软件。
数字噪声过滤器 DNF 该参考程序是通过DNF检测开关的外部中断。
闪存控制 FLASH 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作
该参考程序使用代码闪存作为数据闪存(代码闪存EEPROM仿真:CFC)。
输入/输出端口 GPIO 按键由打开(关闭)LED的轮询进程决定。
串行总线接口 I2C 参考程序是两个评估板之间的通信示例。以及使用2个评估板读取EEPROM的多主机参考程序。
电压检测电路 LVD 该参考程序将比较电源电压和检测电压。
振荡频率检测器 OFD 该参考程序是通过与设定的频率宽度进行比较,来检测外部高速振荡器的误差。
RAM奇偶校验 RPAR 使用来自终端软件的写入命令将RAM奇偶校验添加到字符串输入中,并将其保存在RAM中。使用读取命令对存储在RAM中的数据进行奇偶校验,并将其显示到终端软件。
32位定时器 T32A 示例说明:定时器每运行1ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
微调电路 TRM 示例程序:使用参考时钟调节内部振荡器。
同步串行接口 TSPI 它使用2通道TSPI进行通信并将数据输出到终端软件。
异步串行通道 UART 回应电脑终端软件的数据输入。
UART
DMAC
回应电脑终端软件的数据输入。该参考程序使用DMAC。

TXZ4 Series M4K Group(2)

Product Name

TMPM4KQFDFG TMPM4KPFDDFG TMPM4KNFDDFG TMPM4KMFDDFG TMPM4KLFDUG
TMPM4KQFYFG TMPM4KPFYDFG TMPM4KNFYDFG TMPM4KMFYDFG TMPM4KLFYUG
TMPM4KQFWFG TMPM4KPFWDFG TMPM4KNFWDFG TMPM4KMFWDFG TMPM4KLFWUG
TMPM4KNFDFG TMPM4KMFDFG TMPM4KLFDFG
TMPM4KNFYFG TMPM4KMFYFG TMPM4KLFYFG
TMPM4KNFWFG TMPM4KMFWFG TMPM4KLFWFG
(*) If a function other than that of the TMPM4KQFDFG is to be checked, the CMSIS Core-related files (startup file and I/O header file) must be changed properly.

click here todownload

Sample Program/Function Description
Advanced Encoder Input Circuit A_ENC32 The rotation is detected by the rotary encoder in the encoder mode. The LED blink frequency depends on the count value.
Analog/Digital Converter ADC A program that will display the value , which is measured voltage from a potentiometer.
CAN Controller CAN Two channels of potentiometer output voltage are measured by ADC, the conversion result value is transmitted and received in the test loopback mode of CAN, and the received data are displayed on TeraTerm.
Clock/Mode Control CG Switch to the Low Power Consumption Mode (IDLE/STOP1) by the push SW port input as a trigger. Turn on and off the LED depending on the Operation Mode
CRC CRC The data of the amount of "MEMORY_SIZE" are input continuously to the CRC from "MEMORY_TOP". The CRC result is stored in "crc_data".
Digital Noise Filter DNF This sample program detects the external interrupt signal that is generated by the switch via the DNF.
Flash Control FLASH This sample program erases and re-programs data in a specified block in the Flash memory.
Code Flash memory, Data Flash memory, User information area, and others are used.
Serial Bus Interface I2C This sample program communicates between 2 evaluation boards. This is an example of Master-Slave communication.
Voltage Detection Circuit LVD This sample program compares the supply voltage with the detection voltage.
Oscillation Frequency Detector OFD This sample program detect error of external high speed oscillator by compare to set frequency width.
I/O port PORT The detection of push-down of a key turns on (or turns off) the LED.
RAM Parity RAMP Add RAM parity to the character string input using the write command from the terminal software and save it in the RAM. Do a parity check on the data saved in RAM with the Read command and display it to the terminal emulator.
Watchdog Timer with Clock Selection Function
Clock Selective Watchdog Timer
SIWDT An example in which an NMI interrupt occurs and an example in which the clear code is periodically written and an NMI interrupt does not occur
32-bit Timer T32A Example of timer interrupt that runs every 1 ms
Output example of PPG (Programmable Pulse Generator).
Trimming Circuit TRM Sample program that is adjusts internal oscillator using reference clock.
Synchronized Serial Interface TSPI Communication is done using the TSPI. The data are output to the terminal software.
The CRC, the DMA, and the FIFO are used for the communication.
Asynchronous Serial Communication Circuit
Asynchronous Serial Channel
UART The data input from the terminal software on the PC are echoed back.
This sample program includes the program with the DMAC and the program without the DMAC.

TXZ4系列M4G组(1)

Product Name

TMPM4G9F15FG TMPM4G8F15FG TMPM4G7F10FG TMPM4G6F10FG
TMPM4G9F15XBG TMPM4G8F15XBG TMPM4G7FEFG TMPM4G6FEFG
TMPM4G9F10FG TMPM4G8F10FG TMPM4G7FDFG TMPM4G6FDFG
TMPM4G9F10XBG TMPM4G8F10XBG
TMPM4G9FEFG TMPM4G8FEFG
TMPM4G9FEXBG TMPM4G8FEXBG
TMPM4G9FDFG TMPM4G8FDFG
TMPM4G9FDXBG TMPM4G8FDXBG

(*) This sample program operates on the evaluation board of the TMPM4G9F15FG.
If a function other than that of the TMPM4G9F15 is to be checked, the CMSIS Core-related files (C startup file and I/O header file) must be changed properly.
The BSP-related file is dedicated to the evaluation board (TMPM4G9F15). If a function other than that of the TMPM4G9F15 is to be checked, the BSP-related file must be changed properly.

click here todownload

Sample Program/Function Description
Analog/Digital converter ADC

1. The sample program displays the temperature, which is the ADC value measured by the thermistor and converted to temperature by the CPU, on the terminal emulator.

2. Example of displaying the result of the AD monitor function on the LED.

CEC CEC
The sample program is a communication sample between 2 evaluation boards.
Clock/Mode control CG Switch to the Low Power Consumption Mode (IDLE/STOP1/STOP2) by the push SW port input as a trigger. The LED turns on and off depending on the Operation Mode.
Digital/Analog converter DAC This is an example of DAC outputting data input from the terminal emulator.
Digital Noise Filter DNF The sample program detects external interrupt by switch via DNF.
External Bus Interface EBIF Depending on the command (write or read) input on the terminal emulator, stored/read in the SRAM.
Flash control FLASH

1. Example of rewriting the data flash by using Dual mode.

2. Example of rewriting the data in code flash by using User Boot mode.

3. Example of rewriting the user information area of flash.

Full Universal Asynchronous Receiver Transmitter Circuit FUART The data input from the terminal emulator on the PC are echoed back.
FUART/
DMAC
The data input from the terminal emulator on the PC are echoed back. The sample program uses DMAC.
I/O port GPIO Key presses are determined by polling process to turn on (turn off) the LED.
High Speed DMA Controller HDMAC The data input on the terminal emulator are sent to memory by DMA. The data sent to memory are displayed on the PC.
HDMAC/
TSPI
The data input on the terminal emulator are sent from memory to SPI by DMA. The data received via loopback of SPI are displayed on the terminal emulator.
Serial bus interface I2C

Depending on the command (write or read) input on the terminal emulator, stored/read in the I2C EEPROM.

The sample program is a master/slave communication sample between 2 evaluation boards.

Interval Sensor Detection Circuit ISD Detect signal by interval sensor, switch to Normal mode from Stop1 mode of Operation Mode.
Long Term Timer LTTMR The sample program generates 32 kHz by LTTMR.
Voltage Detection Circuit LVD The sample program compares supply voltage and detection voltage.
Multi-Function DMA Controller MDMAC The data input from the terminal emulator on the PC are echoed back.
Oscillation Frequency Detector OFD The sample program detects error of external high-speed oscillator by comparing to the set frequency width.
Remote control signal preprocessor RMC The remote controller code is displayed on the terminal emulator.
Real Time Clock RTC The RTC is operated. The clock data are output to the terminal emulator.
Serial Memory Interface SMIF Depending on the command (write or read) input on the terminal emulator, stored/read in the serial Flash.
32-bit Timer T32A

Example of timer interrupt that runs every 1 ms

Output example of duty-variable PPG (programmable square wave).

Trimming Circuit TRM The sample program adjusts internal oscillator using reference clock or external low-speed oscillator.
Synchronized serial interface TSPI

1. The sample program communicates using 2 ch TSPI and outputs data to the terminal emulator.

2. Example of controlling the accelerometer on the evaluation board using TSPI function.

Asynchronous Serial Channel UART

1. The data input from the terminal emulator on the PC are echoed back.

2. The sample program communicates using half-clock mode and the received data are displayed on the terminal emulator.

TXZ4 Series M4L Group(1)

click here todownload

Sample Program/Function Description
Advanced Encoder Input Circuit (32-bit) A_ENC32 The rotation of the rotary encoder is detected in Encoder mode.
12-bit Analog to Digital Converter ADC 2-channel output voltages of the potentiometer are measured by the ADC.
Clock Control/Operation Mode CG Example of switching between Normal mode and Low Power mode
CRC Calculation Circuit CRC The CRC continuously receives the data in the specified region of the memory to calculate their CRC value.
Digital Noise Filter circuit DNF The port input by the switch is detected via DNF, and the external interrupt is generated.
Flash Memory FLASH 1. Examples of erasing in a page unit, erasing in a block unit, programming(write) operation to a code flash, and erasing in an area unit
2. Examples of setting the protection function and protection release
3. Example of rewriting the user information area of flash
4. Example of rewriting the flash data area by using User Boot mode
Voltage Detection Circuit LVD The voltage level is detected. The lighting of LEDs is controlled by the detection result.
Oscillation Frequency Detector OFD The frequency of a target clock (an external high-speed oscillator) is detected. The lighting of LEDs is controlled by the detection result.
Input/Output Port PORT Usage example of Port using LEDs and switches
RAM Parity RAMP The input character string from a terminal emulator is stored to the RAM by the write command. Its parity is also stored. The stored data in the RAM are read, the parity is checked, and the data are displayed on a terminal emulator.
Clock Selective Watchdog Timer SIWDT Example in which an NMI interrupt occurs and an example in which the clear code is periodically written and an NMI interrupt does not occur
32-bit Timer Event Counter T32A 1. A clock frequency input from outside is measured using the capture function.
2. Example of using the timer interrupt to turn on / off the LED every second
3. Output example of duty-variable PPG (programmable square wave)
Trimming Circuit TRM The frequency of the internal high-speed oscillator is adjusted using an external reference signal.
Serial Peripheral Interface TSPI It communicates using TSPI and outputs data to a terminal emulator.
Asynchronous Serial Communication Circuit UART 1. The data received from a terminal emulator are echoed back and output to the terminal emulator through the UART.
2. Example of receiving the character string from a terminal emulator
3. Example of sending the character string to a terminal emulator

TX00系列M030组

click here todownload

示例程序/功能 说明 产品名称
TMPM
036
TMPM
037
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V V
时钟/模式控制 CG 示例说明:在常规模式与IDLE/STOP模式之间切换 V V
DMA控制器 DMAC 示例说明:DMAC设置,使用UART在存储器与外围设备之间进行数据传输 V V
闪存控制 FLASH 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V V
低电压检测电路 LVD 如果电压高于检测电压,UART显示“UPPER”
如果电压低于检测电压,UART显示“LOWER”
V V
串行总线接口 I2C 示例说明:I2C总线模式的传送/接收 V V
串行通道 SIO/UART 示例说明:UART配置和传送 V V
简单16位定时器 TMR16A 示例说明:定时器每运行500 ms中断一次 V V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V V

TX00系列M060组(TMPM061)

click here todownload

示例程序/功能 说明 产品名称
TMPM
061
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V
时钟/模式控制 CG 示例说明:在常规模式与STOP模式之间切换 V
24位ΔΣ模拟/数字转换器 DSADC 示例说明:检查DSADC状态和读取结果 V
闪存控制 FLASH 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V
LCD驱动器 LCD 通过1/4占空比、1/3偏压驱动系统,以可调的时间间隔并以一定顺序显示8位数字的字串,比如“12345678”。
通过一个静态驱动系统,以可调的时间间隔并按一定顺序在LCD上显示10位数字的字串,比如“0123456789”。
V
低电压检测电路 LVD 当电源电压正常时,LED0将闪烁,LED1将关闭。
当电源电压低于检测电压时,将导致中断: INTLVD,LED0将关闭,LED1将闪烁。
V
实时时钟 RTC 示例说明:日期和时间的配置 V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V
串行通道 SIO/UART 示例说明:UART配置和传送 V
简单16位定时器 TMR16A 示例说明:定时器每运行500 ms中断一次 V
16位定时器 TMRB 示例说明:定时器每运行500 ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V

TX00系列M060组(TMPM066)

click here todownload

示例程序/功能 说明 产品名称
TMPM
066
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V
时钟/模式控制 CG 示例说明:在常规模式与IDLE/STOP模式之间切换 V
闪存控制 闪存 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V
低电压检测电路 LVD 如果电压高于检测电压,UART显示“UPPER”,如果电压低于检测电压,UART显示“LOWER”。 V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V
串行通道 SIO/UART 示例说明:UART配置和传送 V
简单16位定时器 TMR16A 示例说明:定时器每运行500 ms中断一次 V
16位定时器 TMRB 示例说明:定时器每运行500 ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V
高分辨率16位定时器 TMRD 示例说明:定时器每运行500 ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V
同步串行接口 TSPI 示例说明:TSPI中的传送/接收。 V
μDMA控制器 uDMAC 示例说明:DMAC设置和存储器之间的数据传输 V
USB设备控制器 USBD HID(人机接口设备)鼠标演示
当评估板通过USB接口连接至PC并通电后,它将被识别为标准的USB鼠标,然后它将控制PC屏幕上的箭头图标,如下所示,该过程将重复3次。
V
CDC(通信设备等级)循环返回演示
在评估板上,简单的CDC演示程序设计用作为仿真中的COM设备。
V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V

TX03系列M310组

click here todownload

示例程序/功能 说明 产品名称
TMPM
311
24位ΔΣ模拟/数字转换器 DSADC 示例说明:检查DSADC状态和读取结果 V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V
同步串行接口 SSP 该示例程序将显示使用SSP和UART外围驱动程序通过UART接收的数据。检查数据,如果接收的数据与发送的数据相同,则LED2和LED3打开,如果不同,则LED0和LED1关闭。 V
温度传感器 TEMP 简要示例说明:MCU使用温度传感器测量相对温度。 V
简单16位定时器 TMR16A 示例说明:定时器每运行500ms中断一次 V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V
串行通道 SIO/UART 示例说明:UART配置和传送 V
μDMA控制器 uDMAC 示例说明:DMAC设置和存储器之间的数据传输 V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V

TX03系列M330组

click here todownload

示例程序/功能 说明 产品名称
TMPM
330
TMPM
332
TMPM
333
模拟//数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V V V
CEC功能 CEC 示例说明:CEC传送/接收中断 V V  
时钟/模式控制 CG 示例说明:在常规模式与SLEEP/SLOW模式之间切换 V V V
闪存控制 FLASH 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V V V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V V V
远程控制信号预处理器 RMC 示例说明:远程控制信号的接收和解码 V V  
实时时钟 RTC 示例说明:日期和时间的配置 V V V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V V
V
串行通道 SIO/UART 示例说明:UART配置和传送 V V V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
示例说明:频率测量模式的配置
V V V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V V V

TX03系列M340组

click here todownload

示例程序/功能 说明 产品名称
TMPM
341
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V
时钟/模式控制 CG 示例说明:在常规模式与STOP1模式之间切换 V
数字/模拟转换器 DAC 示例说明:从DA引脚的锯齿波输出 V
DMA控制器 DMAC 示例说明:DMAC设置,使用UART在存储器与外围设备之间进行数据传输 V
外部总线接口 EXB 示例说明:读取/写入连接至外部总线的SRAM V
闪存控制 FLASH 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V
振荡频率检测 OFD 示例说明:当时钟超过OFD检测频率范围时,产生输入/输出重置 V
2相脉冲输入计数器 PHC 示例说明:四倍计数模式配置 V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V
串行通道 SIO/UART 示例说明:UART配置和传送 V
同步串行接口 SSP 示例说明:SSP和自循环返回配置 V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V
高分辨率16位定时器 TMRD 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V

TX03系列M360组(TMPM361/362/363/364)

click here todownload

示例程序/功能 说明 产品名称
TMPM
361
TMPM
362
TMPM
363
TMPM
364
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V V V V
CAN控制器 CAN 示例说明:测试循环返回模式,比如:邮箱消息设置、邮箱配置、消息传送/接收、模式更改(测试循环返回模式)状态获取和中断使用     V V
CEC功能 CEC 示例说明:CEC传送/接收中断 V V V V
时钟/模式控制 CG 示例说明:在常规模式与SLEEP模式之间切换 V V V V
DMA控制器 DMAC 示例说明:DMAC设置和存储器之间的数据传输 V V V V
闪存控制 闪存 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V V V V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V V V V
按键唤醒 KWUP

示例说明:进入和释放低功率模式

V V V V
远程控制信号预处理器 RMC 示例说明:远程控制信号的接收和解码 V V V V
实时时钟 RTC 示例说明:日期和时间的配置 V V V V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V V V V
静态存储器控制器 SMC 示例说明:SRAM初始化 V V V V
串行通道 SIO/UART 示例说明:UART配置和传送 V V V V
同步串行接口 SSP 示例说明:SSP和自循环返回配置 V V V V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V V V V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V V V V

TX03系列M360组(TMPM365/366)

click here todownload

示例程序/功能 说明 产品名称
TMPM
365
TMPM
366
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V V
时钟/模式控制 CG 示例说明:在常规模式与STOP模式之间切换 V V
DMA控制器 DMAC 示例说明:DMAC设置,使用UART在存储器与外围设备之间进行数据传输 V V
外部总线接口 EXB 示例说明:读取/写入连接至外部总线的SRAM   V
闪存控制 闪存 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V V
异步串行通道 FUART 该程序从TX引脚发送64个不同数值,从RX引脚接收数据。   V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V V
串行通道 SIO/UART 示例说明:UART配置和传送 V V
同步串行接口 SSP 示例说明:SSP和自循环返回配置   V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V V
USB设备控制器 USBD HID(人机接口设备)鼠标演示
当评估板通过USB接口连接至PC并通电后,它将被识别为标准的USB鼠标,然后它将控制PC屏幕上的箭头图标,如下所示,该过程将重复3次
V V
CDC(通信设备等级)循环返回演示
在评估板上,简单的CDC演示程序设计用作为仿真中的COM设备。
V V
MSC(大量存储等级)RAM磁盘演示
当评估板通过USB接口连接至PC并通电后,它将识别为24k RAM磁盘。 你可以通过计算机对其进行格式化并保存文件到磁盘上。
V V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V V

TX03系列M360组(TMPM367/368/369/36B)

click here todownload

示例程序/功能 说明 产品名称
TMPM
367
TMPM
368
TMPM
369
TMPM
36B
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V V V V
CAN控制器 CAN 示例说明:测试循环返回模式,比如:邮箱消息设置、邮箱配置、消息传送/接收、模式更改(测试循环返回模式)状态获取和中断使用   V V  
时钟/模式控制 CG 示例说明:在常规模式与IDLE/STOP1/STOP2模式之间切换 V V V V
数字/模拟转换器 DAC 示例说明:从DA引脚的锯齿波输出 V V V  
外部总线接口 EXB 示例说明:读取/写入连接至外部总线的SRAM V V V V
编码器输入电路 ENC 该示例程序将检测鼠标滚轮的滚动 V V V V
闪存控制 FLASH 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V V V V
异步串行通道 FUART 该程序从TX引脚发送64个不同数值,从RX引脚接收数据。 V V V V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V V V V
多功能定时器 IGBT 该示例程序展示了使用外部触发器通过IGBT驱动器及EMG功能控制PPG输出的方法 V V V V
PMD 该示例程序展示了相输出 V V V V
低电压检测电路 LVD 如果电压高于检测电压,UART显示“UPPER”,如果电压低于检测电压,UART显示“LOWER”。 V V V V
振荡频率检测 OFD 示例说明:当时钟超过OFD检测频率范围时,产生输入/输出重置 V V V V
远程控制信号预处理器 RMC 示例说明:远程控制信号的接收和解码 V V V V
实时时钟 RTC 示例说明:日期和时间的配置 V V V V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V V V V
串行通道 SIO/UART 示例说明:UART配置和传送 V V V V
同步串行接口 SSP 示例说明:SSP和自循环返回配置 V V V V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V V V V
μDMA控制器 uDMAC 示例说明:DMAC设置和存储器之间的数据传输 V V V V
USB设备控制器 USBD HID(人机接口设备)鼠标演示
当评估板通过USB接口连接至PC并通电后,它将被识别为标准的USB鼠标,然后它将控制PC屏幕上的箭头图标,如下所示,该过程将重复3次
V V V  
CDC(通信设备等级)循环返回演示
在评估板上,简单的CDC演示程序设计用作为仿真中的COM设备。
V V V  
MSC(大量存储等级)RAM磁盘演示
当评估板通过USB接口连接至PC并通电后,它将识别为24 k RAM磁盘。 你可以通过计算机对其进行格式化并保存文件到磁盘上。
V V V  
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V V V V

TX03系列M370组

click here todownload

示例程序/功能 说明 产品名称
TMPM
370
TMPM
372
TMPM
373
TMPM
374
TMPM
375
TMPM
376
TMPM
37A
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V V V V V V V
时钟/模式控制 CG 示例说明:在常规模式与STOP模式之间切换 V V V V V V V
编码器输入电路 ENC 该示例程序将检测鼠标滚轮的滚动。 V V V V V V  
闪存控制 闪存 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V V V V V V V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V V V V V V V
振荡频率检测 OFD 示例说明:当时钟超过OFD检测频率范围时,产生输入/输出重置 V V V V V V V
电机控制电路 PMD 该示例程序展示了相输出。 V V V V V V V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收         V
  V
串行通道 SIO/UART 示例说明:UART配置和传送 V V V V V V V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V V V V V V V
电压检测电路 VLTD 当电源电压低于检测电压时,MCU通过硬件自动重置,端口通过软件设置为高电平 V V V V V V V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V V V V V V V

TX03系列M380组

click here todownload

示例程序/功能 说明 产品名称
TMPM
380
TMPM
381
TMPM
383
TMPM
384
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V V V V
时钟/模式控制 CG 示例说明:在常规模式与SLEEP模式之间切换 V V V V
DMA控制器 DMAC 示例说明:DMAC设置,使用UART在存储器与外围设备之间进行数据传输 V V V V
数字噪声过滤器 DNF DNF检测PPG生成的脉冲。 如果DNF检测到噪声脉冲,将产生中断请求。   V V  
编码器输入电路 ENC 该示例程序将检测鼠标滚轮的滚动 V V V V
闪存控制 闪存 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V V V V
异步串行通道 FUART 该程序从TX引脚发送64个不同数值,从RX引脚接收数据。   V V  
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V V V V
多功能定时器 IGBT 该示例程序展示了使用外部触发器通过IGBT驱动器及EMG功能控制PPG输出的方法 V V V V
PMD 该示例程序展示了相输出。 V V V V
振荡频率检测 OFD 示例说明:当时钟超过OFD检测频率范围时,产生输入/输出重置 V V V V
远程控制信号预处理器 RMC 示例说明:远程控制信号的接收和解码 V V V V
实时时钟 RTC 示例说明:日期和时间的配置 V V V V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V V V V
串行通道 SIO/UART 示例说明:UART配置和传送 V V V V
同步串行接口 SSP 示例说明:SSP和使用DMAC进行传送/接收
示例说明:SSP和自循环返回配置
V V V V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V V V V
电压检测电路 VLTD 当电源电压低于检测电压时,MCU通过硬件自动重置,端口通过软件设置为高电平 V V V V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V V V V

TX03 Series TMPM3U0

click here todownload

Sample Program/Function Description Product Name
TMPM3U0
Analog/Digital converter ADC Example of reading ADC data from analog input pins V
Clock/Mode control CG Switching example between NORMAL mode and STOP mode V
Digital Noise Filter DNF DNF detects a pulse generated by PPG. If DNF detects a noise pulse, the external interrupt request is not generated. V
Encoder Input Circuit ENC This example detects the rolling of mouse wheel. V
Flash control FLASH Example of running a program in the internal RAM and performing delete and rewrite of the internal flash memory V
I/O port GPIO Usage example of Port using LEDs and KEYs V
Oscillation frequency detection OFD Example of generate a reset, when the clock exceeds the OFD detection frequency range V
Motor Control Circuit PMD This example demonstrates the phase outputs. V
Serial bus interface SBI Example of transmission / reception in I2C bus mode V
Serial channel SIO/UART Example of UART configuration and transmission V
16-bit timer TMRB Example of timer interrupt that runs every 1 ms
Output example of duty-variable PPG (programmable square wave).
V
Trimming Circuit TRM The frequency of the internal high-speed oscillator is adjusted using an external reference signal. V
Voltage Detection Circuit VLTD When the power supply voltage is lower than the detection voltage, the MCU is reset automatically by hardware and Port is set to high level by software. V
Watchdog timer WDT Example of the detection time and the processing after the detection for watchdog timer V

TX03 Series TMPM3V6 / M3V4

click here todownload

Sample Program/Function Description Product Name
TMPM3V6 TMPM3V4
Analog/Digital converter ADC Example of reading ADC data from analog input pins V V
Clock/Mode control CG Switching example between NORMAL mode and STOP mode V V
Digital Noise Filter DNF DNF detects a pulse generated by PPG. If DNF detects a noise pulse, the external interrupt request is not generated. V V
Flash control FLASH Example of running a program in the internal RAM and performing delete and rewrite of the internal flash memory V V
Asynchronous Serial Channel FUART This program sends 64 different data values from TX pin and receives data from RX pin. V V
I/O port GPIO Usage example of Port using LEDs and KEYs V V
Oscillation frequency detection OFD Example of generate a reset, when the clock exceeds the OFD detection frequency range V V
Remote control signal preprocessor RMC Example of receiving the signals of remote control and decode V V
Real-time clock RTC Configuration example for date and time V V
Serial bus interface SBI Example of transmission / reception in I2C bus mode V V
Serial channel SIO/UART Example of UART configuration and transmission V V
Synchronized serial interface SSP Configuration example for SSP and self-loop back V V
16-bit timer TMRB Example of timer interrupt that runs every 1 ms
Output example of duty-variable PPG (programmable square wave)
V V
Voltage Detection Circuit VLTD When the power supply voltage is lower than the detection voltage, the MCU is reset automatically by hardware and Port is set to high level by software. V V
Watchdog timer WDT Example of the detection time and the processing after the detection for watchdog timer V V

TX03 Series TMPM3U6

click here todownload

Sample Program/Function Description Product Name
TMPM3U6
Analog/Digital converter ADC Example of reading ADC data from analog input pins V
Clock/Mode control CG Switching example between NORMAL mode and SLEEP mode V
DMA controller DMAC Example of DMAC settings and data transfer between memory and peripheral devices using the UART V
Encoder Input Circuit ENC This example detects the rolling of mouse wheel. V
Flash control FLASH Example of running a program in the internal RAM and performing delete and rewrite of the internal flash memory V
I/O port GPIO Usage example of Port using LEDs and KEYs V
Multi-Purpose Timer IGBT This example program demonstrates how to use external trigger to control the PPG output by IGBT driver and EMG function V
PMD This example demonstrates the phase outputs. V
Oscillation frequency detection OFD Example of generate a reset, when the clock exceeds the OFD detection frequency range V
Remote control signal preprocessor RMC Example of receiving the signals of remote control and decode V
Real-time clock RTC Configuration example for date and time V
Serial bus interface SBI Example of transmission / reception in I2C bus mode V
Serial channel SIO/UART Example of UART configuration and transmission V
Synchronized serial interface SSP Example of SSP and transmission / reception using DMAC
 Configuration example for SSP and self-loop back
V
16-bit timer TMRB Example of timer interrupt that runs every 1 ms
 Output example of duty-variable PPG (programmable square wave)
V
Voltage Detection Circuit VLTD When the power supply voltage is lower than the detection voltage, the MCU is reset automatically by hardware and Port is set to high level by software. V
Watchdog timer WDT Example of the detection time and the processing after the detection for watchdog timer V

TX04系列M440组

click here todownload

示例程序/功能 说明 产品名称
TMPM
440
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V
时钟/模式控制 CG 示例说明:在常规模式与IDLE/STOP1/STOP2模式之间切换 V
数字/模拟转换器 DAC 示例说明:从DA引脚的锯齿波输出 V
DMA控制器 DMAC 示例说明:DMAC设置,使用UART在存储器与外围设备之间进行数据传输 V
增强型2相脉冲输入计数器 EPHC 示例说明:四倍计数模式配置 V
增强型串行输入/输出接口 ESIO 示例说明:单转移传送 V
外部总线接口 EXB 示例说明:读取/写入连接至外部总线的SRAM V
闪存控制 闪存 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V
异步串行通道 FUART 该程序从TX引脚发送64个不同数值,从RX引脚接收数据。 V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V
关键矩阵扫描 KSCAN 当KEY0至KEY7逐一按下时,LED0至LED7打开 V
按键唤醒 KWUP 示例说明:进入和释放低功率模式 V
2相脉冲输入计数器 PHC 示例说明:四倍计数模式配置 V
可编程伺服器/程序控制器 PSC 当使用DMAC启动重置后,PSC代码和数据将予以传送。使用TMRB通道重复执行传送的PSC程序 V
实时时钟 RTC 示例说明:日期和时间的配置 V
串行总线接口 SBI 示例说明:I2C总线模式的传送/接收 V
串行通道 SIO/UART 示例说明:UART配置和传送 V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V
32位定时器 TMRC 示例说明:定时器中断 V
高分辨率16位定时器 TMRD 示例说明:定时器每运行500ms中断一次 V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V

TX04系列M460组

click here todownload

示例程序/功能 说明 产品名称
TMPM
461
TMPM
462
TMPM
46B
模拟/数字转换器 ADC 示例说明:从模拟输入引脚读取ADC数据 V V  V
AES处理器 AES 简单示例说明:ECB/CBC/CTR加密和解密的程序     V
CEC功能 CEC 示例说明:CEC传送/接收中断 V V  
时钟/模式控制 CG 示例说明:在常规模式与IDLE/STOP1/STOP2模式之间切换 V V V
熵种子发生器 ESG 简单示例说明:通过ESG的512位熵种子生成程序     V
外部总线接口 EXB 示例说明:读取/写入连接至外部总线的SRAM V V V
闪存控制 闪存 示例说明:在内部RAM中运行程序,执行内部闪存的删除和重新写入操作 V V V
异步串行通道 FUART 该程序从TX引脚发送64个不同数值,从RX引脚接收数据。 V V V
输入/输出端口 GPIO 示例说明:使用LED和KEY端口 V V V
串行总线接口 I2C 示例说明:I2C总线模式的传送/接收 V V
V
多功能定时器 IGBT 该示例程序展示了使用外部触发器通过IGBT驱动器及EMG功能控制PPG输出的方法 V V V
低电压检测电路 LVD 如果电压高于检测电压,UART显示“UPPER”。如果电压低于检测电压,UART显示“LOWER”。 V V V
多倍长度字长算术协处理器 MLA 简单示例说明:蒙哥马利乘法模乘法/多倍字长加法/多倍字长减法模式程序     V
振荡频率检测 OFD 示例说明:当时钟超过OFD检测频率范围时,产生输入/输出重置 V V  
远程控制信号预处理器 RMC 示例说明:远程控制信号的接收和解码 V V  
实时时钟 RTC 示例说明:日期和时间的配置 V V V
安全散列算法处理器 SHA 简单示例说明:通过SHA从信号数据生成256位散列值的程序     V
同步串行接口 SSP 示例说明:SSP和自循环返回配置 V V V
16位定时器 TMRB 示例说明:定时器每运行500ms中断一次
示例说明:可变占空比PPG的输出(可编程方波)
V V V
串行通道 SIO/UART 示例说明:UART配置和传送 V V V
μDMA控制器 uDMAC 示例说明:DMAC设置和存储器之间的数据传输 V V V
看门狗定时器 WDT 示例说明:检测时间和看门狗定时器检测后的处理 V V V

TLCS-870/C1系列

TMP89Fx : TMP89FM42V/TMP89FS60V/TMP89FS62V/TMP89FS63V
TMP89FWy : TMP89FW20V/TMP89FW24V

click here todownload

Function Description
Product Name
TMP89
Fx
TMP89
FWy
10-bit AD Converter ADC
REPEAT
The analog input value is AD-converted 10 times, and the average result is displayed on a terminal emulator. V V
ADC
SINGLE
The analog input value is AD-converted once, and the result is displayed on a terminal emulator. V V
Divider Output DVO By selecting a frequency of the divider output, pulse waves are output. V V
External Interrupt control circuit EXT_INT The port input by switch triggers the generation of the external interrupt. An LED turns on when the external interrupt is detected. V V
Flash Memory FLASH
MCU_BOOTROM
In MCU mode, this sample program applies Security Program and writes test data using a support program (API) provided in the BOOTROM.   V
FLASH
MCU_ProductID
In Product ID mode, this sample program reads the vendor ID, flash ID and security status from the flash memory and displays them on a terminal emulator. V  
FLASH
MCU_RAM
In MCU mode, the control program is transferred to the RAM and writes or reads test data. V V
FLASH
MCU_SHADOW_BOOTROM
(External)
This sample program rewrites a program transferred from an external control board using a support program (API) provided in the BOOTROM and shadow RAM. This sample is for the external control board.   V
FLASH
MCU_SHADOW_BOOTROM
(Sample)
This sample program rewrites a program transferred from an external control board using a support program (API) provided in the BOOTROM and shadow RAM. This sample is for the target board.   V
FLASH
SPROM_UART
The sample program of an external control board writes or reads test data on the target board through UART communication. V V
Key-on Wakeup KWU The NORMAL1 and STOP modes are switched by pushing down a switch, and the LED display is also switched according to the operation mode. V V
LCD LCD The values from 0 to 999 are counted up per second and displayed on the LCD.   V
Operation mode control circuit LOW_POWER
NORMAL1/NORMAL2/SLOW1
The operation mode is changed by a switch input. An LED turns on or blinks according to operation modes. V V
I/O Ports PORT When a switch is pushed down, an LED turns on. When the switch is released, the LED turns off. V V
Real Time Clock RTC An LED repeats turn on/off each interrupt cycle of the real-time clock (RTC). V V
Serial Bus Interface SBI By a command input (via UART) from a terminal emulator of a PC, the sample program executes the following:
1. The Master mode setting
2. Transmission of one byte of test data to the Slave side.
3. Transmission request of the test data to the Slave side.
The Slave side transmits the test data, when it receives the transmission request.
V V
Shadow RAM SHADOW_RAM
COPY
This sample program transfers the shadow RAM copy program to the internal RAM.   V
SHADOW_RAM
POWER_CUT
This sample program turns off/on the power supply of the Flash memory from the shadow RAM   V
Synchronous Serial Interface SIO
8bit_RECEIVE
One byte of test data received from the board in the transmit mode is displayed on a terminal emulator. V V
SIO
8bit_TRANS
One byte of test data is transmitted by the command input (via UART) from a terminal emulator of a PC. V V
SIO
8bit_TRANS_RECEIVE
This sample program uses two evaluation boards that have the program. When one of the boards transmits one byte of test data, the other receives it and displays it on a terminal emulator. V V
Time Base Timer TBT An LED repeats turn on/off each interrupt cycle of the time base timer (TBT). V V
8-bit Timer Counter TC0
8bit_EVENT_COUNT
In the 8-bit event counter mode sample, an LED repeats turn on/off per setting cycle by using the timer interrupt. V V
TC0
8bit_PPG
In the 8-bit programmable pulse generation (PPG) output mode sample, the frequency and duty ratio are changed by a switch input. V V
TC0
8bit_PWM
In the 8-bit pulse width modulation (PWM) output mode sample, the frequency and duty ratio are changed by a switch input. V V
TC0
8bit_TIMER
In the 8-bit timer mode sample, an LED repeats turn on/off each interrupt cycle of the 8-bit timer. V V
TC0
12bit_PWM
In the 12-bit pulse width modulation (PWM) output mode sample, the frequency and duty ratio are changed by a switch input. V V
TC0
16bit_EVENT_COUNT
In the 16-bit event counter mode sample, an LED repeats turn on/off per setting cycle by using the timer interrupt. V V
TC0
16bit_PPG
In the 16-bit programmable pulse generation (PPG) output mode sample, the frequency and duty ratio are changed by a switch input. V V
TC0
16bit_TIMER
In the 16-bit timer mode sample, an LED repeats turn on/off each interrupt cycle of the 16-bit timer. V V
16-bit Timer Counter(TCA) TCA
EVENT_COUNT
In the event counter mode sample, an LED repeats turn on/off each interrupt cycle of the TCA timer. V V
TCA
EXT_TRIG
In the external trigger timer mode sample, an LED repeats turn on/off each interrupt cycle of the TCA timer. V V
TCA
PPG
In the PPG output mode sample, the remote control waveform is output with a 200 msec cycle. V V
TCA
PULSE_WIDTH_MEASURE
In the pulse width measurement mode sample, the measured value of input pulse width is displayed on a terminal emulator. V V
TCA
TIMER
In the timer mode sample, an LED repeats turn on/off each interrupt cycle of the TCA timer. V V
TCA
WINDOWS
In the window mode sample, an LED repeats turn on/off each interrupt cycle of the TCA timer. V V
16-bit Timer Counter(TCB) TCB
PPG
In the PPG output mode sample, the remote control waveform is output with a 200 msec cycle.   V
10-Bit Timer/Counter TCC
PPG_DUTY_50
A waveform whose duty ratio is 50% is output.   V
TCC
PPG_DUTY_CHANGE
A waveform having the specified pulse widths is output.   V
TCC
PPG_DUTY_INDEPENDENT
The waveforms having the specified pulse widths for each of the PPGC01 and PPGC02 pins are output.   V
TCC
PPG_EMG
An LED turns on when an emergency PPG output stop input is accepted. When the emergency PPG output stop state is released, an LED turns off.   V
Asynchronous Serial Interface UART Each character input is echoed to a terminal emulator as it is entered. V V
UART
IrDA
Test data in infrared data format (IrDA) are output with 100 msec cycle. V V
Voltage Detection Circuit VOLT_DETECT Falling of the power supply voltage is detected, and LED patterns corresponding to the detected voltage are set. V V
Watchdog Timer WDT When the clear code is written regularly, all LEDs blink. V V

click here todownload

SP编号 模块名称 概述
SP-870-101 - TMP89FS60FG示例程序的操作功能。
  • 8位PWM输出
  • 8位PPG输出
  • 16位PPG输出
  • UART输出
  • SIO输出
  • I2C输出
  • 10位AD输入
SP-870-102 RAM、存储器 自诊断测试样品软件

联系方式

如您需查询,请点击其中任何一个链接

技术方面的问题
购买、样片和IC可靠性的相关咨询
To Top
·Before creating and producing designs and using, customers must also refer to and comply with the latest versions of all relevant TOSHIBA information and the instructions for the application that Product will be used with or for.