Edited title and removed CC logo.
Formatted and edited text. Put important notes in boxes.
Corrected the 250 kBaud settings information from MSK to GFSK.
Added plot over RX current variation versus input power level and temperature.
Added tables for sensitivity, output power and TX current consumption variation
versus temperature and supply voltage.
Moved the selectivity plots to the electrical specification section and updated the 1.2
kBaud setting plot.
Added load capacitance spec for the crystal oscillator.
Updated links from AN039 to AN050.
Updated information regarding optional filtering of 699 MHz emission, updated the
868/915 MHz application figure and bills of material, and added link to DN017.
Updated and moved information regarding the crystal, a reference signal, the balun,
and PCB layout recommendations to the section regarding the application circuit.
Added information regarding antennas and link to the antenna selection guide AN058.
Added link to DN005.
Restructured Section 14.1 and added link to DN015.
Moved improved spectrum information (GFSK info) to Section 16.1.
Added information regarding the DEVIATN register in Chapter 16 and in the register
description.
Added information on ASK/OOK settings and added a link to DN022.
Updated RSSI information and added link to DN505.
Updated Section 18.2 information.
Clarified the text describing Figure 27.
Added link to DN013.
Updated Figure 33.
Updated Section 28.2.
Updated information regarding serial synchronous mode.
Added information regarding Wireless MBUS and added link to AN067.
Updated info regarding the FIFOTHR register and TEST1 and TEST2.
Updated info regarding the PKTSTAUS.SFD bit.
Updated address for reading content from 0x3D.
Updated registers information on bits that are not used.
Updated Command Strobes section.
Added link to DN009.
Updated links in the reference chapter.
Added link to the Community.
Changed name on DN009 Close-in Reception with CC1101 to DN010 Close-in
Reception with CC1101.
Added info regarding how to reduce spurious emission at 699 MHz. Changes
regarding this was done the following places: Table: RF Transmit Section,
Figure 11: Typical Application and Evaluation Circuit 868/915 MHz, Table 20:
Overview of External Components, and Table 21: Bill Of Materials for the Application
Circuit.
Changes made to Figure 27: Power-On Reset with SRES
To Next Page
Loading...
Need help?
General
