lpc4357lpc1768 gpioo怎么用

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【嵌入式开发】(112)
& & & 除了外部中断管脚,LPC178x/7x的端口中的Port 0和Port 2也可以提供中断功能。
& & &这些端口管脚可以由上升沿、下降沿或边沿产生中断 &&
& & &因为 边沿检测是非同步的,所以可以在没有时钟的情况下操作。不需要电平来触发中断。& & &每个使能的中断都可以产生唤醒信号,使器件退出掉电模式。& & &寄存器为软件提供挂起的上升沿中断、挂起的下降沿中断,以及整个挂起的GPIO中断& & &GPIO中断功能并不要求管脚配置为GPIO。这就允许作为外设接口的一部分管脚改变时发生中断。
GPIO中断寄存器描述
1.GPIO整体中断状态寄存器(IOIntStatus -- 0x)
& &bit0和bit2分别标识Port0和Port2上是否有中断
2.端口0上升沿GPIO中断使能(IO0IntEnR -- 0x)
& &在P0.0~P0.31管脚上使能上升沿GPIO中断
3.端口2上升沿GPIO中断使能(IO2IntEnR -- 0x)
& &在P2.0~P2.31管脚上使能上升沿GPIO中断
4.端口0下降沿GPIO中断使能(IO0IntEnF -- 0x)
& &在P0.0~P0.31管脚上使能下降沿GPIO中断
5.端口2下降沿GPIO中断使能(IO2IntEnF -- 0x)
& &在P2.0~P2.31管脚上使能下降沿GPIO中断
6.端口0上升沿GPIO中断状态(IO0IntStatR -- 0x)
& &在P0.0~P0.31管脚上的上升沿中断状态
7.端口2上升沿GPIO中断状态(IO2IntStatR -- 0x)
& &在P2.0~P2.31管脚上的上升沿中断状态
8.端口0下降沿GPIO中断状态(IO0IntStatF -- 0x)
& &在P0.0~P0.31管脚上的下降沿中断状态
9.端口2下降沿GPIO中断状态(IO2IntStatF -- 0x)
& &在P2.0~P2.31管脚上的下降沿中断状态
10.端口0的GPIO中断清零状态(IO0IntClr -- 0xC)
& &向相应的位写入1可以清零该管脚的任何中断
11.端口2的GPIO中断清零状态(IO2IntClr -- 0x4002 80AC)
& &向相应的位写入1可以清零该管脚的任何中断
& //启用P2.1 GPIO中断,下降沿
& LPC_GPIOINT-&IO2IntEnF = & 1&&1; // 使能GPIO中断
& NVIC_SetPriority(GPIO_IRQn, 0); &// 0-31 Priority(0=highest priority)
& NVIC_EnableIRQ(GPIO_IRQn);&
void GPIO_IRQHandler (void)&
& & uint32_t i = 0;
& & uint32_t status = 0;
& & uint32_t status_R_P0 = 0, status_F_P0 = 0;
& & uint32_t status_R_P2 = 0, status_F_P2 = 0;
& & status = LPC_GPIOINT-&IntS //GPIO整体中断状态寄存器
& & if (status & 0x1) { & & & & & & & & & & & & & & & & & & & & & & & & /* P0口中断 & & & & & & & & & & */
& & & & status_R_P0 = LPC_GPIOINT-&IO0IntStatR; &//P0上升沿中断状态
& & & & status_F_P0 = LPC_GPIOINT-&IO0IntStatF; &//P0下降沿中断状态
& & & & if (status_R_P0) {
& & & & & & LPC_GPIOINT-&IO0IntClr = status_R_P0; & & & & & & & & & & & /* P0口上升沿中断 & & & & & & & */
& & & & & & &///action
& & & & if (status_F_P0) { & & & & & & & & & & & & & & & & & & & & & & &/* P0口有下降沿中断 & & & & & & */
& & & & & & LPC_GPIOINT-&IO0IntClr = status_F_P0; & & & & & & & & & & & /* 清除P0口中断状态 & & & & & & */
& & & & & & ///action
& & if (status & 0x4) { & & & & & & & & & & & & & & & & & & & & & & & & /* P2口中断 & & & & & & & & & & */
& & & & status_R_P2 = LPC_GPIOINT-&IO2IntStatR; &//P2上升沿中断状态
& & & & status_F_P2 = LPC_GPIOINT-&IO2IntStatF; &//P2下降沿中断状态
& & & & if (status_R_P2) { & & & & & & & & & & & & & & & & & & & & & & &/* P2口上升沿中断 & & & & & & & */
& & & & & & LPC_GPIOINT-&IO2IntClr = status_R_P2;&
& & & & & & ///action
& & & & if (status_F_P2) { & & & & & & & & & & & & & & & & & & & & & & &/* P2口下降沿中断 & & & & & & & */
& & & & & & LPC_GPIOINT-&IO2IntClr = status_F_P2;&
& & & & & & ///action
参考知识库
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&&L​P​C37​-​G​P​I​O​应​用
你可能喜欢LPCOpen Platform
 v1.03
LPCOpen Platform for NXP LPC Microcontrollers
#define 
#define    1
#define    2
#define    0
#define    6
#define    10
#define    6
#define    11
#define    6
#define    12
#define    6
#define    13
#define    6
#define    8
#define    0x01
#define    0x02
#define    0x04
#define    0x08
#define    0x10
#define    0x00
#define    0x01
#define    0x01
#define    0x02
#define    0x04
#define    0x08
#define    0x00
#define    (0x34 && 1)
#define    
#define    0x
#define    
#define    
#define    240
#define    320
#define    (0x82 && 1) /* Touchscreen 7-bit I2C address */
#define    
#define    0x03
#define    0x04
#define    0x09
#define    0x0A
#define    0x0B
#define    0x17
#define    0x20
#define    0x21
#define    0x40
#define    0x41
#define    0x4A
#define    0x4B
#define    0x4C
#define    0x4D
#define    0x4F
#define    0x51
#define    0x56
#define    0x58
#define    0x59
#define    0xD7
void  (void)
 Sets up board specific ADC interface.
void  ( id)
 Sets up board specific I2C interface.
void  ( id)
 Sets up I2C Fast Plus mode.
void  ( id)
 Disable I2C Fast Plus mode and enables default mode.
void  (void)
 Initializes board specific GPIO Interrupt.
void  (void)
 Sets up board specific SDMMC interface.
void  ( *pSSP)
 Sets up board specific SSP interface.
void  (uint8_t *mcaddr)
 Returns the MAC address assigned to this board.
void  ( *pUART)
 Initialize pin muxing for a UART.
void  (void)
 Initialize the LCD interface.
void  (void)
 Initializes the LCD Controller.
void  (void)
 Initialize touchscreen controller.
bool  (int16_t *pX, int16_t *pY)
 Get touch screen position (Polled mode)
bool  (int16_t *pX, int16_t *pY)
 Get touch screen position (Interrupt Based)
void  (uint8_t Intensity)
 Set LCD Backlight.
void  (void)
 Initializes board specific buttons.
void  (void)
 Initializes board specific joystick.
uint8_t  (void)
 Initialize joystick interface on board.
  (void)
 Returns button(s) state on board.
void  ( *pI2S, int micIn)
 Sets up board specific I2S interface and UDA1380.
void  ( *pDAC)
 Initialize DAC interface for the board.
void  (void *Stream)
 Create Serial Stream.
const  
#define ADC_CTRL1   0x20
Definition at line
#define ADC_CTRL2   0x21
Definition at line
#define BOARD_KEIL_MCB_
Definition at line
#define BOARD_LCD   
Definition at line
#define BUTTONS_BUTTON1   0x01
Definition at line
#define BUTTONS_BUTTON1_GPIO_BIT_NUM   0
Definition at line
#define BUTTONS_BUTTON1_GPIO_PORT_NUM   2
Definition at line
#define C_GLCD_H_SIZE   240
Definition at line
#define C_GLCD_V_SIZE   320
Definition at line
#define DATA_X   0x4D
Definition at line
#define DATA_XYZ   0xD7
Definition at line
#define DATA_Y   0x4F
Definition at line
#define DATA_Z   0x51
Definition at line
#define FIFO_SIZE   0x4C
Definition at line
#define FIFO_STA   0x4B
Definition at line
#define FIFO_TH   0x4A
Definition at line
#define FRAMEBUFFER_ADDR   0x
Definition at line
#define GPIO_ALT_FUNCT   0x17
Definition at line
#define I2CDEV_UDA1380_ADDR   (0x34 && 1)
Definition at line
#define INT_CTRL   0x09
Definition at line
#define INT_EN   0x0A
Definition at line
#define INT_STA   0x0B
Definition at line
#define JOY_DOWN   0x02
Definition at line
#define JOY_LEFT   0x04
Definition at line
#define JOY_PRESS   0x10
Definition at line
#define JOY_RIGHT   0x08
Definition at line
#define JOY_UP   0x01
Definition at line
#define JOYSTICK_DOWN_GPIO_BIT_NUM   11
Definition at line
#define JOYSTICK_DOWN_GPIO_PORT_NUM   6
Definition at line
#define JOYSTICK_LEFT_GPIO_BIT_NUM   12
Definition at line
#define JOYSTICK_LEFT_GPIO_PORT_NUM   6
Definition at line
#define JOYSTICK_PRESS_GPIO_BIT_NUM   8
Definition at line
#define JOYSTICK_PRESS_GPIO_PORT_NUM   6
Definition at line
#define JOYSTICK_RIGHT_GPIO_BIT_NUM   13
Definition at line
#define JOYSTICK_RIGHT_GPIO_PORT_NUM   6
Definition at line
#define JOYSTICK_UP_GPIO_BIT_NUM   10
Definition at line
#define JOYSTICK_UP_GPIO_PORT_NUM   6
Definition at line
#define LED_NUMBER_OF   1
Definition at line
#define LEDS_LED1   0x01
Definition at line
#define LEDS_LED2   0x02
Definition at line
#define LEDS_LED3   0x04
Definition at line
#define LEDS_LED4   0x08
Definition at line
#define LEDS_NO_LEDS   0x00
Definition at line
#define NO_BUTTON_PRESSED   0x00
Definition at line
#define SSP_ID   
LCD controller definitions
Definition at line
#define SYS_CTRL1   0x03
STMPE811 Register addresses
Definition at line
#define SYS_CTRL2   0x04
Definition at line
#define TSC_CFG   0x41
Definition at line
#define TSC_CTRL   0x40
Definition at line
#define TSC_FRACTION_Z   0x56
Definition at line
#define TSC_I2C_ADDR   (0x82 && 1) /* Touchscreen 7-bit I2C address */
Private types/definitions for touch screen controller (STMPE811)
Definition at line
#define TSC_I2C_BUS   
Definition at line
#define TSC_I_DRIVE   0x58
Definition at line
#define TSC_SHIELD   0x59
Definition at line
#define UDA1380_I2C_BUS   
Definition at line
void Board_ADC_Init
void 
Sets up board specific ADC interface.
ReturnsNothing
Sets up board specific ADC interface.
ReturnsNothing
Definition at line
void Board_Audio_Init
micIn 
Sets up board specific I2S interface and UDA1380.
Parameters
pI2S: Pointer to I2S interface to initialize
micIn: If 1 selects MIC as input device, if 0 selects LINE_IN
ReturnsNothing
Sets up board specific I2S interface and UDA1380.
Initialize I2S interface for the board and UDA1380.
Parameters
pI2S: I2S peripheral to use (Must be LPC_I2S)
micIn: If 1 MIC will be used as input device, if 0 LINE_IN will be used as input to Audio Codec.
ReturnsNothing
Definition at line
void Board_Buttons_Init
void 
Initializes board specific buttons.
ReturnsNothing
Initializes board specific buttons.
Initialize button(s) interface on board.
ReturnsNothing
Definition at line
void Board_DAC_Init
Initialize DAC interface for the board.
Parameters
pDAC: Pointer to DAC register interface used on this board
ReturnsNothing
Definition at line
void Board_ENET_GetMacADDR
uint8_t * 
Returns the MAC address assigned to this board.
Parameters
mcaddr: Pointer to 6-byte character array to populate with MAC address
ReturnsNothing
Parameters
mcaddr: Pointer to 6-byte character array to populate with MAC address
ReturnsNothing
NoteReturns the MAC address used by Ethernet
Definition at line
bool Board_GetTouchPos
int16_t * 
int16_t * 
Get touch screen position (Polled mode)
Parameters
pX: pointer to X position
pY: pointer to Y position
Returnstrue if touch is detected or false if otherwise
NoteWhen using OS use , instead of this function as this function uses busy wait to do I2C transfers.
Get touch screen position (Polled mode)
Parameters
pX: Pointer to x-Coord to populate
pY: Pointer to y-Coord to populate
Returnstrue if touch is detected or false if otherwise
Definition at line
void Board_GPIO_Int_Init
void 
Initializes board specific GPIO Interrupt.
ReturnsNothing
Definition at line
void Board_I2C_DisableFastPlus
Disable I2C Fast Plus mode and enables default mode.
Parameters
id: Must always be I2C0
ReturnsNothing
Definition at line
void Board_I2C_EnableFastPlus
Sets up I2C Fast Plus mode.
Parameters
id: Must always be I2C0
ReturnsNothing
NoteThis function must be called before calling
to set clock rates above normal range 100KHz to 400KHz. Only I2C0 supports this mode.
Definition at line
bool Board_I2C_GetTouchPos
int16_t * 
int16_t * 
Get touch screen position (Interrupt Based)
Parameters
pX: pointer to X position
pY: pointer to Y position
Returnstrue if touch is detected or false if otherwise
NoteTo use this function, I2C interrupt for
must be enabled, and the corresponding handler must call
Definition at line
void Board_I2C_Init
Sets up board specific I2C interface.
Parameters
id: I2C Interface ID (I2C0, I2C1 ... etc)
ReturnsNothing
Sets up board specific I2C interface.
Parameters
id: Must be passed as I2C0
ReturnsNothing
Parameters
id: I2C peripheral ID (Must be I2C0)
ReturnsNothing
Parameters
id: I2C peripheral ID (I2C0, I2C1 or I2C2)
ReturnsNothing
Sets up board specific I2C interface.
Parameters
id: Must be passed as I2C0
ReturnsNothing
Parameters
id: I2C peripheral ID (Must be I2C0)
ReturnsNothing
Definition at line
void Board_InitLCDController
void 
Initializes the LCD Controller.
ReturnsNothing
Initializes the LCD Controller.
ReturnsNothing
Definition at line
void Board_InitTouchController
void 
Initialize touchscreen controller.
ReturnsNothing
Definition at line
void Board_Joystick_Init
void 
Initializes board specific joystick.
ReturnsNothing
Initializes board specific joystick.
Initialize joystick interface on board.
ReturnsNothing
Definition at line
void Board_LCD_Init
void 
Initialize the LCD interface.
ReturnsNothing
Initialize the LCD interface.
ReturnsNothing
Definition at line
void Board_SDMMC_Init
void 
Sets up board specific SDMMC interface.
ReturnsNothing
Sets up board specific SDMMC interface.
ReturnsNothing
Definition at line
void Board_SetLCDBacklight
uint8_t 
Intensity)
Set LCD Backlight.
ReturnsNothing
Set LCD Backlight.
Parameters
Intensity: Backlight intensity (0 = off, &=1 = on)
ReturnsNone
NoteOn boards where a GPIO is used to control backlight on/off state, a '0' or '1' value will turn off or on the backlight. On some boards, a non-0 value will control backlight intensity via a PWN. For PWM systems, the intensity value is a percentage value between 0 and 100%.
Definition at line
void Board_SSP_Init
Sets up board specific SSP interface.
Parameters
pSSP: Pointer to SSP interface to initialize
ReturnsNothing
Sets up board specific SSP interface.
Parameters
pSSP: Pointer to SSP interface to initialize
ReturnsNothing
Definition at line
void Board_UART_Init
Initialize pin muxing for a UART.
Parameters
pUART: Pointer to UART register block for UART pins to init
ReturnsNothing
Definition at line
Buttons_GetStatus
void 
Returns button(s) state on board.
ReturnsReturns BUTTONS_BUTTON1 if button1 is pressed
Returns button(s) state on board.
Returnsstatus of button
Definition at line
uint8_t Joystick_GetStatus
void 
Initialize joystick interface on board.
Returnsjoystick status: up, down, left or right
Initialize joystick interface on board.
Returns joystick states on board.
Returnsstatus of Joystick
Initialize joystick interface on board.
Returns joystick states on board.
System Clock Frequency (Core Clock)
Definition at line
void Serial_CreateStream
void * 
Create Serial Stream.
Parameters
Stream: Pointer to stream
ReturnsNothing
Definition at line
const uint8_t ledports[] = {6, 6, 6, 6, 6, 4, 4, 4}
Definition at line
MCB4300_LCD
Definition at lineLPC43xx系列ARM
LPC435x/3x/2x/1x是全球首款采用ARM(R) Cortex(TM)-M4F和Cortex-M0双核架构的非对称数字信号控制器。LPC435x/3x/2x/1x系列ARM控制器为DSP和MCU应用开发提供了单一的架构和环境。Cortex-M0子系统处理器可分担Cortex-M4F处理器大量数据传输和I/O处理任务,减小Cortex-M4F带宽占用。LPC435x/3x/2x/1x系列ARM独有的可配置外设包括SPI 闪存接口(SPIFI)、1个支持硬件TCP/IP校验的10/100T以太网、1个高分辨率彩色LCD控制器、SD卡接口、1个外部存储器控制器、状态机定时器(SCT)、通用串行GPIO接口(SGPIO)和2个高速USB控制器(1个带有片内高速PHY)。
LPC4370系列微控制器在LPC435x/3x/2x/1x的基础上增加一个业界最快的12位集成ADC,转换速率高达80Msps,可支持6个单通道或者一路差分通道的快速采集,提供高达282K的SRAM。LPC4370除了包含一个处理应用程序的 Cortex-M0协处理器外还有一个专门管理SGPIO、SPI等高速数字I/O处理的Cortex-M0子系统,可以处理更加复杂的应用。
Cortex-M4F处理器内核
ARM Cortex-M4F内核,运行速度高达204MHz;
硬件浮点运算单元(FPU);
内置存储器保护单元(MPU),支持8个区域;
内置嵌套向量中断控制器(NVIC);
非可屏蔽中断(NMI)输入;
具有JTAG和串行线调试(SWD)、串行跟踪、八个断点和四个观察点;
支持ETM和ETB;
系统节拍定时器。
Cortex-M0处理器内核
Cortex-M0子系统处理器可分担Cortex-M4F处理器大量数据传输和I/O处理任务,减小Cortex-M4F带宽占用,使得后者可以全力处理数字信号控制应用中的数字计算;
运行速度高达204MHz;
支持JTAG调试;
内置嵌套向量中断控制器(NVIC)。
Cortex-M0子系统(仅LPC4370支持)
Cortex-M0内核通过一个独立的AHB多层矩阵可直接管理SPI和SGPIO外设和访问2KB+16KB的 SRAM;
通过一个内核到内核桥连接到主AHB多层矩阵和Cortex-M4处理器,所以主系统和子系统之间可以相互访问;
运行速度高达204MHz;
支持JTAG调试;
内置嵌套向量中断控制器(NVIC)。
片内存储器
高达1MB的大容量双块Flash存储器;
高达282KB片内SRAM;
64KB的ROM,包含引导程序和片内软件驱动;
128位的一次性可编程(OTP)存储器,供用户使用(只包含在LPC43xx系列中)。
四线SPI闪存接口(SPIFI),传输速率高达60MB/s;
1个具有RMII和MII接口的10/100M以太网接口,支持DMA传输实现高吞吐量;
1个高速USB 2.0 Host/ Device /OTG接口,带有片内PHY,支持DMA传输;1个高速USB 2.0 Host/ Device接口,带有片内全速PHY和支持片外高速PHY的ULPI接口;
1个支持550模式和DMA传输的UART,具有完整调制解调器接口;3个支持550模式和DMA传输的USART,支持同步模式和符合ISO7816规范的智能卡接口,其中一个USART具有IrDA接口;
2个单通道C_CAN 2.0B控制器;
2个带FIFO和多协议支持的SSP控制器,支持DMA传输;
1个SPI控制器;
1个带有监控模式和开漏I/O引脚、支持快速模式的I2C总线接口,符合full I2C总线规范,数据传输速率高达1Mbit/s;
1个带有监控模式和标准I/O引脚、支持快速模式的I2C总线接口;
2个支持DMA的I2S接口,每个控制器带输入和输出通道。
两组GPIO中断单元,高达8个GPIO管脚可配置为电平或跳变触发中断,GPIO寄存器位于AHB上,便于快速访问,支持DMA传输
外部存储器控制器(EMC)支持外部SRAM、ROM、Flash和SDRAM器件;
LCD控制器带有专门的DMA控制器,支持高达1024H×768V分辨率的LCD,支持单色及彩色STN面板和TFT彩色面板,支持高达24位真彩色;
SD卡接口;
八通道通用DMA(GPDMA)控制器,可访问AHB上所有存储器和所有支持DMA的AHB从机;
可配置状态机定时器(SCT),4个具有捕获和匹配功能的通用定时器/计数器;
1个用于三相电动机控制的MCPWM;
1个正交编码器接口(QEI);
重复中断定时器(RIT);
窗口看门狗定时器(WWDT);
极低功耗实时时钟(RTC),位于独立电源域上,带有256个字节电池供电的备用寄存器;
报警定时器,可电池供电。
1个10位的DAC,支持DMA传输,数据转换速率为400KSamples/s;
2个10位的ADC,支持DMA传输,数据转换速率为400KSamples/s;
1个6通道,12位高速ADC(ADCHS),支持DMA传输,数据转换速率高达80MSamples/s{仅LPC4370支持}。
可通过片内API编程的AES解密引擎;
2个128位的安全OTP存储器,用于AES密钥存储,可供用户使用;
每颗芯片具有唯一的ID。
时钟产生单元
晶体振荡器的运行频率为1MHz~25MHz;
12MHz内部RC振荡器精度为1%;
极低功耗的RTC晶体振荡器;
三个PLL允许CPU在最大的频率下工作而无需高频晶体,第二个PLL专门用于高速USB,第三个PLL可用于音频锁相环;
支持时钟输出。
四种低功耗模式:睡眠、深度睡眠、掉电和深度掉电模式;
各个外设产生的唤醒中断可以将CPU从睡眠模式唤醒;
外部中断和采用RTC电源域中电池供电模块产生的唤醒中断可以将CPU从深度睡眠、掉电和深度掉电模式中唤醒;
带四个独立阈值的掉电检测,用于中断和强制复位;
LQFP100/144/208、LBGA100/188/256封装。
推荐外围器件
高性价比标准复位芯片
内置E2PROM、手动复位
手动复位、看门狗输入、
内部集成LDO的复位芯片
输出电压(V)
1.8, 2.85, 3.3
1.8/2.8, 1.8/3.3
Adj, 1.5, 3.3, 5
1.5, 1.8, 2.5, 2.6,
2.8, 2.9, 3, 3.1, 3.3
极低的静态功耗
104/140/280/400
104/140/280/400
RS-232模块
RS-232芯片
电源电压(V)
速率(kbps)
RS-485模块
+4.75-5.25
+4.75-5.25
+3.17-3.45
+3.17-3.45
+4.75-5.25
+4.75-5.25
+3.17-3.45
+3.17-3.45
RS-485芯片
带32×4位RAM 低复用率通用LCD驱动器
字符型LCD控制器/驱动器
LCD图形点阵液晶驱动器
串行输入/输出与串入并出的移位寄存器
8路数据锁存器
集成4路2输入与门
16位通用并行输入/输出的I/O扩展器
8位通用并行输入/输出的I/O扩展器
I2C总线中继器
I2C总线扩展与多路复用器
I2C总线的4路双向转换开关
带有4路双向转换开关的12C总线扩展器
RTC时钟器件
NUP4114UPXV6
USB2.0,DVI和HDMI接口保护
NZQA5V6XV5
集成的SIM卡滤波保护阵列
PRTR5V0U2X
超低容抗,USB2.0,HDMI接口
PESD5V0L2BT
VGA/video接口,SIM卡保护
PESD5V0L5UV
低容抗,VGA/video接口保护
CAN总线接口保护
CAN总线接口保护
PESD5V0L6UAS
高速数据线,视频、音频接口保护
兼容TJA1050,更低EME更高EMI保护
使用最广泛的CAN收发器
反向电流极低,无待机模式
允许直接和3 V ~5V的微控制器联接
待机模式功耗极低,可通过总线唤醒
允许直接和3 V ~5V的微控制器联接
隔离CAN收发器模块
电源电压(V)
+4.75-5.25V
+4.75-5.25V
USB电源控制开关
静态电流(μA)
最大电流(mA)
配套开发套件
TinyM4是广州致远电子股份有限公司开发的基于LPC4330处理器(ARM Cortex-M4F和Cortex-M0双核架构)的通用教学/竞赛/开发平台。...
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(10/100BT)
LPC4370FET256
LPC4370FET100
LPC43S70FET256[1]
2x8ch/101x6/12 (ADCHS)
LPC43S70FET100[1]
1x3/12(ADCHS)
LPC4357FET256
LPC4357JBD208
LPC4357JET256
LPC4353JBD208
512(2x256)
LPC4353JET256
512(2x256)
LPC4353FET256
512(2x256)
LPC4350FET180
LPC4350FET256
LPC43S50FET180[1]
LPC43S50FET256[1]
LPC4337JET256
LPC4337JBD144
LPC4337JET100
LPC4337FET256
LPC43S37JBD144[1]
LPC43S37JET100[1]
LPC4333JET256
512(2x256)
LPC4333JBD144
512(2x256)
LPC4333JET100
512(2x256)
LPC4333FET256
512(2x256)
LPC4330FBD144
LPC4330FET180
LPC4330FET100
LPC4330FET256
LPC43S30FBD144[1]
LPC43S30FET100[1]
LPC43S30FET256[1]
LPC4327JET100
LPC4327JBD144
LPC4325JET100
768(2x384)
LPC4325JBD144
768(2x384)
LPC4323JET100
512(2x256)
LPC4323JBD144
512(2x256)
LPC4322JET100
512(1x512)
LPC4322JBD144
512(1x512)
LPC4320FBD144
LPC4320FET100
LPC43S20FBD144[1]
LPC43S20FET180[1]
LPC4317JET100
LPC4317JBD144
LPC4315JET100
768(2x384)
LPC4315JBD44
768(2x384)
LPC4313JET100
512(2x256)
LPC4313JBD144
512(2x256)
LPC4312JET100
512(1x512)
LPC4312JBD144
512(1x512)
LPC4310FBD144
LPC4310FET100
注:[1]: 支持AES。
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