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2007-2013 Microchip Technology Inc. DS61145L-page 1
PIC32
1.0 DEVICE OVERVIEW
This document defines the programming specification
for the PIC32 families of 32-bit microcontrollers. This
programming specification is designed to guide
developers of external programmer tools. Customers
who are developing applications for PIC32 devices
should use development tools that already provide
support for device programming.
The major topics of discussion include:
Section 1.0 “Device Overview
Section 2.0 “Programming Overview
Section 3.0 “Programming Steps”
Section 4.0 “Connecting to the Device”
Section 5.0 “EJTAG vs. ICSP”
Section 6.0 “Pseudo Operations”
Section 7.0 “Entering 2-Wire Enhanced ICSP Mode”
Section 8.0 “Check Device Status”
Section 9.0 “Erasing the Device”
Section 10.0 “Entering Serial Execution Mode”
Section 11.0 “Downloading the Programming Executive (PE)”
Section 12.0 “Downloading a Data Block”
Section 13.0 “Initiating a Flash Row Write”
Section 14.0 “Verify Device Memory”
Section 15.0 “Exiting Programming Mode”
Section 16.0 “The Programming Executive”
Section 17.0 “Checksum”
Section 18.0 “Configuration Memory and Device ID”
Section 19.0 “TAP Controllers
Section 20.0 “AC/DC Characteristics and Timing Requirements”
Appendix A: “PIC32 Flash Memory Map”
Appendix B: “Hex File Format”
Appendix C: “Revision History”
2.0 PROGRAMMING OVERVIEW
All PIC32 devices can be programmed through two
primary methods:
Self-programming
External tool programming
The self-programming method requires that the target
device already contains executable code with the logic
necessary to complete the programming sequence.
The external tool programming method does not
require any code in the target device – it can program
all target devices with or without any executable code.
This document describes the external tool
programming method. Refer to the individual sections
of the “PIC32 Family Reference Manual” and the
specific device data sheet for more information about
using the self-programming method.
An external tool programming setup consists of an
external programmer tool and a target PIC32 device.
Figure 2-1 illustrates the block diagram view of the
typical programming setup. The programmer tool is
responsible for executing necessary programming
steps and completing the programming operation.
FIGURE 2-1: PROGRAMMING SYSTEM
SETUP
2.1 Devices with Dual Flash Panel and
Dual Boot Regions
The PIC32MZ Embedded Connectivity (EC) family of
devices incorporate several features useful for field
(self) programming of the device. These features
include dual Flash panels with dual Boot regions, an
aliasing scheme for the Boot regions allowing auto-
matic selection of Boot code at start-up and a panel
swap feature for program Flash. The two Flash panels
and their associated Boot regions can be erased and
programmed separately. Refer to Section 3. “Memory
Organization (DS61115) in the “PIC32 Family
Reference Manual” for a detailed explanation of these
features.
A development tool used for production programming
will not be concerned about most of these features with
the following exceptions:
Insuring that the SWAP bit (NVMCON<7>) is in the
proper setting. The default setting is ‘0’ for no swap
of panels. The development tool should assume the
default setting when generating source files for the
programming tool.
Proper handling of the aliasing of the Boot memory
in the checksum calculation. The aliased sections
will be duplicates of the fixed sections. See
Section 17.0 “Checksum” for more information on
checksum calculations with aliased regions.
Target PIC32 Device
CPU
On-Chip Memory
External
Programmer
PIC32 Flash Programming Specification

PIC32MX150F128B-I/SP 数据手册

Microchip(微芯)
344 页 / 3.25 MByte
Microchip(微芯)
68 页 / 1.08 MByte
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346 页 / 3.5 MByte
Microchip(微芯)
34 页 / 0.47 MByte
Microchip(微芯)
2 页 / 0.13 MByte
Microchip(微芯)
5 页 / 0.17 MByte

PIC32MX150F128 数据手册

Microchip(微芯)
PIC32MX1x0/2x0/5x0 32 位微控制器Microchip PIC32 系列微控制器为 32位 MCU ,具有 MIPS microAptiv 或 M4K 内核,以及嵌入式应用所需的全系列集成工具。 这些设备可以为高级应用提供所需的高性能,如高耐冲击性的图形/用户接口,以太网/USB/CAN 连接,多任务嵌入式控制和高性能音频。 PIC32Mx1x0/2x0/5x0 系列微控制器采用 Microchip 的 MIPS32® M4K® 内核,可提供高达 83 DMIPS,变体提供最大 512K 字节闪存程序储存器和最大 64K 字节 RAM。### 微控制器功能最高 50MHz CPU 速度 MIPS16e® 模式,可以减少最多 40% 代码长度 多电源管理模式 可配置监控计时器 (WDT) 在线串行编程 (ICSP) 在线调试 (ICD) ### 外围功能外设引脚选择 (PPS) 10 位 1 Msps 模拟至数字转换器 (ADC) 模块 - 9 至 48 个通道,取决于型号 模拟比较器 - 2 至 3 个,取决于型号 5 个 16 位计时器 两个 32 位计时器 实时时钟和日历 (RTCC) 模块 5 个输出比较 (OC) 和 5 个输入比较 (IC) 模块 四个直接内存访问 (DMA) 通道 ### 音频/图形/触摸 HMI 功能数据通信 – I2S、LJ、RJ 和 DSP 模式 控制接口 - SPI 和 I2C 主时钟 - 用于生成分数时钟频率。 可使用 USB 时钟同步,运行时间可调 充电时间测量装置 (CTMU) - 部分型号提供 ### 通信接口功能USB 2.0 兼容全速便携设备 (OTG) 控制器 - 取决于型号 两个 UART 模块 - 支持 LIN 2.0 协议和 IrDA® 两个 4 线 SPI 模块 两个 I2C 模块,带 SMBus 支持 并行主端口 (PMP) ### PIC32 微控制器高性能的 32 位微控制器设计用于:高冲击强度图形/用户接口、以太网/USB/CAN 连接、多任务处理嵌入式控制、高性能音频
Microchip(微芯)
MICROCHIP  PIC32MX150F128B-I/SP  微控制器, 32位, 音频和图形接口, PIC32, 40 MHz, 128 KB, 32 KB, 28 引脚, SDIP
Microchip(微芯)
MICROCHIP  PIC32MX150F128D-I/PT  微控制器, 32位, 音频和图形接口, PIC32, 40 MHz, 128 KB, 32 KB, 44 引脚, TQFP
Microchip(微芯)
MICROCHIP  PIC32MX150F128B-I/SO  微控制器, 32位, 音频和图形接口, PIC32, 40 MHz, 128 KB, 32 KB, 28 引脚, SOIC
Microchip(微芯)
单片机(MCU/MPU/SOC) PIC32MX150F128D-I/ML QFN-44-EP(8x8)
Microchip(微芯)
PIC 40MHz 闪存:128K@x8bit RAM:32KB
Microchip(微芯)
单片机(MCU/MPU/SOC) PIC32MX150F128B-I/ML QFN-28-EP(6x6)
Microchip(微芯)
32位微控制器 - MCU 32B 128KB FL 32KB RAM 40MHz 36 Pin
Microchip(微芯)
MICROCHIP  PIC32MX150F128B-50I/SP  微控制器, 32位, 音频和图形接口, PIC32, 50 MHz, 128 KB, 32 KB, 28 引脚, SDIP
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