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PIC16C771-I/SO 用户编程技术手册 - Microchip（微芯）
制造商:
Microchip（微芯）
分类:
微控制器
封装:
SOIC-20
描述:
PIC16C717/770/771 8 位微控制器Microchip 的 PIC16C 系列微控制器 8 位 CMOS MCU，将 Microchip 的 PIC® 体系架构融入到引脚和封装选件中，从节省空间的 14 引脚设备到功能丰富的 64 引脚设备。 现在由基于闪存的型号代替，这些设备在传统设计方面也仍受到欢迎。 对于新应用，应考虑 PIC16F 型号。 PIC16C717/770/771 系列微控制器基于 Microchip 的中级体系结构，带 8 层硬件堆栈和 35 个 14 位指令。 这些 MCU 可提供高达 5 MIP、7 千字节的程序存储器，数据存储器为 256 字节 RAM。 板载 RC 振荡器，精确度为 ±1%。### 特点35 指令 8 级硬件堆栈 15 个输入/输出引脚 1 个增强型捕获、比较、PWM (ECCP) 模块 6 通道模拟到数字转换器 (ADC) - PIC16C717 10 位、PIC16C770/771 12 位 两个 8 位计时器 一个 16 位计时器 主同步串行端口 (MSSP)，带有 SPI 和 I2C 监控器计时器 (WDT) 通电重置 (POR) 通电计时器 (PWRT) 振荡器启动计时器 (OST) 可编程掉电重置 (PBOR) 在线串行编程 (ICSP)展开
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PIC16C771-I/SO数据手册
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若手册格式错乱，请下载阅览PDF原文件
1996 Microchip Technology Inc. DS30154F-page 1
OVERVIEW
Serialization is a method of programming PIC16/17
microcontrollers whereby each chip is programmed
with a slightly different code. Typically, all locations are
programmed with the same basic code except for a few
contiguous bytes which are programmed with a differ-
ent number (referred to as ‘key’ or ‘ID number’ or ‘serial
number’) in each member. Typical applications of such
programming are remote transmitters for car alarms or
garage door openers where each unit must have a dif-
ferent access code.
Microchip offers a flexible SQTP program, whereby a
customer can simply specify the nature of serialization.
The ‘serial number’ generation and programming will
be taken care of by the factory.
1.0 SERIALIZATION SCHEME
SUPPORTED
1.1 Locations:
The serial number must reside in contiguous locations
with up to sixteen locations used. Furthermore these
locations must be coded as RETLW NN, where NN=
8-bit random code, in the finished product. For details
on how the
RETLW
instruction is typically used for seri-
alization purposes, please see Appendix A. The cus-
tomer code must be supplied without the serial code in
these locations. These locations must be blank or the
assembled value of a
RETLW H’FF’
instruction. in the
customer code provided to Microchip. Microchip will
insert the serial code at these locations during pro-
gramming. Hex files must be in Intel hex 8-bit merged
format. See Appendix B for details.
1.2 Numbering Sc
hemes:
Random: Truly random numbers are generated. How-
ever, there is no guarantee that the numbers will be
non-repeating although the probability of such an
occurrence will be infinitesimally small for a reasonably
large field.
Pseudo-Random: Pseudo-random sequences of
requested length (e.g. 32-bit long if four locations are
used) starting with a 'seed value' selected by the fac-
tory. The customer may optionally specify the starting
value. Pseudo-random sequences, by definition are
non-repeating until all possible values are used.
Sequential: Sequential numbers are generated. User
specifies the “starting number” and an increment value.
In sequential numbering, the least significant digit is in
the lowest memory location. The increment value must
be between 1 and 255.
Numbers are always in hex and not in BCD or any other
format.
SQTP
SM
Specification
for PIC16/17
Serialized Quick Turn Programming Specification for PIC16/17
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