Product Selection
| Technical Documents | Engineering
Utilities | Reference Designs | Evaluation
Boards
 TI
offers a leading-edge portfolio of radio frequency (RF) integrated circuits
(ICs) targeted to transmit and receive data using the unlicensed ISM (industrial,
scientific, and medical) bands specifically designed for short-range half-duplex
RF links. The product offering can cover frequencies between 315 to 950 MHz
supporting up to 64 Kbps (NRZ). The product portfolio offers a broad range
of cost-effective possibilities to the system designer.
Texas Instruments Acquires Chipcon
With the acquisition of Chipcon, TI provides customers with industry-leading ZigBee™-compliant solutions and a broad range of proprietary RF-ICs that enable innovative low-power RF applications. Chipcon's market-leading RF portfolio, technical support and development tools combined with TI's high-performance analog silicon technologies, systems experience and extensive sales network will provide customers with complete low-power RF solutions for consumer electronics and building automation applications.
Additional ISM RF Resources
Articles
| Date |
Magazine |
Abstract |
| 7/5/2005 |
Wireless
Net Design Line
CommsDesign |
Make the most of the unlicensed ISM band: Combat interference and achieve
better link range for RF transceivers operating in the 915-MHz ISM band.
|
|
Product Selection
| Part Number |
Description |
| Transceivers |
| TRF6903 |
New 315-, 433-, 868-, 915- MHz for FSK/OOK
operation transceiver eases baseband functionality with clock recovery
and training sequence recognition. Fastest and most efficient hoppers
in the market for frequency hopping systems. It requires no calibration
when switching to a new frequency which makes them highly efficient at
high data rates. |
| TRF6901 |
868-, 915- MHz for FSK |
| TRF6900A |
868-, 915- MHz for FSK |
| TRF5901 |
915-MHz extended temperature range of -40 to +85 C |
| Transmitters |
| TRF4903 |
New 315-, 433-, 868-, 915- MHz for FSK/OOK
operation eases baseband functionality with clock recovery and training
sequence recognition. Fastest and most efficient hoppers in the market
for frequency hopping systems. It requires no calibration when switching
to a new frequency which makes them highly efficient at high data rates.
Available in April, 2005. |
| TRF4400 |
433-MHz for FSK |
| TRF4900 |
868-, 915- MHz for FSK |
| Base band ASICs |
| DBB03A |
New Digital baseband ASIC for the Dolphin
chipset (Rev. A) |
| DBB03 |
Digital baseband ASIC for the Dolphin chipset |
|
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Technical Documents
| Designer's Guides |
New TRF4903 Design Guide(swru011.pdf,
465 KB)
15 March 2005 Download |
New TRF6903 Design Guide(swru009.pdf,
596 KB)
07 September 2004 Download |
TRF6901 Design Guide (swra035.pdf, 455 KB)
01 April 2003 Download |
TRF6900A Design Guide - also applicable to TRF5901 (swra033d.pdf,
691 KB)
01 June 2003 Download |
| Application Notes |
New Operating the TRF6903 With MSP430
Evaluation Kit in the 315-MHz or 433-MHz ISM Band (swra049.pdf, 375
KB)
21 September 2005 Download |
New Measuring the Packet Error Rate
(PER) Using the TRF6903 With MSP430 Evaluation Kit (swra050.pdf, 412
KB)
21 September 2005 Download |
TRF6903 Transceiver for Konnex RF System (swra042.pdf, 387 KB)
3 June 2005 Download |
ISM-Band and Short Range Device Regulatory Compliance Overview
(swra048.pdf, 186 KB)
31 May 2005 Download |
Operating TRF6903 with MSP430 Evaluation Kit in 868 MHz European
ISM Band (swra040.pdf, 152 KB)
August 2004 Download |
ISM-Band and Short Range Device Antennas (swra046.pdf, 912 KB)
16 March 2005 Download |
Implementing a Bidirectional Frequency Hopping Application W/TRF6903
and MSP430 (swra041.pdf, 210 KB)
22 September 2004 Download |
Implementing a Bidirectional Frequency Hopping Application W/TRF6903
and MSP430 (swra041.zip, 433 KB)
22 September 2004 Download
associated code files and the serial port driver software |
Implementing a Bidirectional Wireless UART Application w/ TRF6903
& MSP430 (swra039.pdf, 644 KB)
7 September 2004 Download |
Implementing a Bidirectional Wireless UART Application w/ TRF6903
& MSP430 (swra039.zip, 427 KB)
7 September 2004 Download
single channel firmware and wireless UART driver |
Implementing a Bidirectional, Half-Duplex FSK RF-Link with TRF6900
and MSP430 (slaa121.pdf, 784 KB)
12 Mar 2001 Download |
Implementing a Bidirectional, Half-Duplex FSK RF-Link with TRF6900
and MSP430 (slaa121.zip, 21 KB)
12 Mar 2001 Download
associated code files |
Fractional/Integer-N PLL Basics (swra029.pdf, 6108 KB)
August 1999 Download |
Understanding and Enhancing Sensitivity in Receivers for Wireless
Applications (swra030.pdf, 544 KB)
13 May 1998 Download |
| FAQ |
New TRF6903 FAQ (slad012.pdf,
44 KB)
19 August 2005 Download |
TRF6901 FAQ (slad008.pdf, 33 KB)
12 Sept. 2002 Download |
TRF6900A FAQ (slad007.pdf, 145 KB)
12 Sept. 2002
Download |
|
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Engineering Utilities
Third
Party Support - Explore the possibilities with RF developers
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Reference Designs
| Part Number |
Description |
| DOLPHIN-WUART-REF |
New Frequency Hopping Spread Spectrum
(FHSS) Wireless UART Chipset Reference Design |
| TRF6903RD |
New TRF6903 Reference Design for FSK
and OOK for 315, 433 , 868 and 915 MHz bands |
| TRF6903RD-TR-SWITCH |
New TRF6903 Tiny 1"x1" Reference
design for FSK and OOK with a TR Switch for 315, 433, 868 and 915 MHz
bands |
| TRF6903FSK-THRU-HOLE |
New TRF6903 FSK Reference design for
315, 433, 868 and 915 MHz bands using thru-hole components |
| TRF6903OOK-THRU-HOLE |
New TRF6903 OOK Reference design for
315, 433, 868 and 915 MHz bands using thru-hole components |
| TRF4903RD |
New TRF4903 Reference Design for FSK
and OOK for 315, 433, 868 and 915 MHz bands |
| TRF4903RD-LC-FILTER |
New TRF4903 Reference Design with optional
LC low-pass filter for FSK and OOK for 315, 433, 868 and 915 MHz bands |
| TRF6901RD |
TRF6901 RF 2-layer Board |
| TRF6900ARD-CODE |
TRF6900A Wireless Headset Application |
| TRF6900ARD-315 |
TRF6900 315-MHz Application |
| TRF6900ARD-433 |
TRF6900 433-MHz Application |
|
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Evaluation Boards
Each evaluation board includes a User's Guide, Software/Firmware, Gerber
Files, Schematics and BOM. Please click on the EVM of your choice to find
this information.
Back to Top
|
-
Low-Power RF Guide (Rev. B) (slab052b.pdf, 3.43 MB)
13 Nov 2008
Download
-
Zigbee Overview Brochure (Rev. A) (slyb134a.pdf, 2.18 MB)
28 Nov 2007
Download
-
Designers Guide to Low-Power RF (slya020.pdf, 1.21 MB)
Download
|
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