Share the Chinese data sheet of cc2530
Download address: [Free] CC2530 Chinese Data Manual Full Version Resource-CSDN Library
Recently I am learning the development of ZigBee, using the cc2530 chip. When I was looking for reference manuals online, I found that there are various charges. It is too difficult to find a free one, so I will share it here.
I transferred him to CSDN and set it to 0 points, which is free. I am too lazy to share it with the network disk.
About this manual
The 2.4GHz CC253x system-on-chip solution is suitable for a wide range of applications. They can be easily built on top of protocols based on the IEEE 802.15.4 standard (RemoTI™ network protocol, TIMAC software and Z-Stack™ software for ZigBee® compatible solutions), or on the specialized SimpliciTI™ network protocol. But their use is not limited to these protocols. For example, the CC253x series is also suitable for the implementation of 6LoWPAN and WirelessHART.
Each chapter of this manual describes the details of a module or peripheral, but does not completely list all functions of all devices in the CC253x series.
able.
For detailed technical parameters, such as power consumption and RF performance, see the device-specific data sheet.
Texas Instruments related documentation and software
Relevant documentation (such as the CC2530 data sheet http://www-s.ti.com/sc/techlit/swrs081 ) can be found in Appendix C.
For more information on the software that can be used with the CC253x system-on-chip solution (such as SmartRF™ software for radio performance and functionality evaluation) see Chapter 21. This chapter also includes information on the RemoTI network protocol, SimpliciTI network protocol, TIMAC software and more information on Z-Stack software.
FCC warning
This device is intended for use in a laboratory test environment only. It generates, uses and can radiate radio frequency energy and has not been tested for compatibility with the limits for a computing device pursuant to Part 15 of the FCC Rules and is designed to provide reasonable protection against radio frequency interference. Operation of this equipment in other environments may cause interference to radio frequency communications, in which case the user, at his own expense, is required to take all measures that may be required to correct such interference.
if you need help
All technical support channels are provided through the TI Product Information Center (PIC) - www.ti.com/support .
To send an email request, please enter your contact information along with your request at the following link - PIC Request Form .
Also visit the Low Power RF and ZigBee section of the TI E2E Community ( www.ti.com/lprf-forum ), where you can easily communicate with other CC253x users and find FAQs, design notes, application notes, videos, and more wait.
You can also check out TI's Analog & Mixed-Signal Knowledge Base .
Glossary
Abbreviations used in this user guide can be found in Appendix A.
RemoTI, Z-Stack, SimpliciTI, SmartRF are trademarks of Texas Instruments.
Microsoft and Windows are trademarks of Microsoft Corporation.
ZigBee is a registered trademark of the ZigBee Alliance.
equipment
The CC253x family of system-on-chip solutions includes several devices. The table below provides an overview and information on the different peripherals, memory sizes, etc. for each device.
CC253x Series Overview
| feature |
CC2530F32/F64/F128/F256 |
CC2531F256 |
| FLASH_SIZE |
32 KB/64 KB/128 KB/256 KB |
256KB |
| SRAM_SIZE |
8KB |
8KB |
| USB |
Not included |
include |
legend:
FLASH_SIZE – size of flash memory, in bytes SRAM_SIZE – size of SRAM, in bytes
Register convention
Each SFR and XREG register is described in a separate table, with each table title following the following format:
SFR register: register name (SFR address) - register description
XREG Register: Register Name (XDATA Address) - Register Description There are five columns in each row of each table describing the register part, described as follows:
Column 1 - Bit: Indicates which bit of the register the specified row describes Column 2 - Name: The specific name of the register part
Column 3 - Reset: Reset/initial value of the register section
Column 4 - R/W: Key indicating whether each bit is accessible (see Table 1 for more details) Column 5 - Description: More information about the register part, usually a description of the different values
In the register description, each register bit uses a symbol (R/W) to indicate the access mode of the register bit. Register values are always given in binary notation, unless prefixed with 0x for hexadecimal notation.
Table 1 Register bit convention
| symbol |
access mode |
| R/W |
read/write |
| R |
read only |
| R0 |
Read as 0 |
| R1 |
Read as 1 |
| W |
just write |
| W0 |
Writing 0 |
| W1 |
writing 1 |
| H0 |
hardware clear |
| H1 |
Hardware settings |
As mentioned in the introduction, the CC253x device family provides solutions for a wide range of applications. To assist users in developing these applications, this user guide focuses on the use of the different building blocks of the CC253x device family. For detailed device descriptions, complete feature lists and performance parameters, readers are referred to the data sheets of each device.
To make it easier to access relevant information, the following subsections direct the reader to different chapters of this guide.
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title page