RF Transmitters

RF Transmitters are electronic devices designed to generate radio frequency signals which are then used to transmit information over distances without the need for wires. These devices are pivotal in applications such as broadcasting audio and video signals, enabling wireless communication in systems like remote controls, and facilitating data transfer in teLEMetry and IoT (Internet of Things) setups. The main characteristics of RF Transmitters include their ability to operate over various frequencies and distances, robustness against interference, and adaptability to different transmission standards and environments. Common manufacturers of RF Transmitters include Texas Instruments, Analog Devices, and NXP Semiconductors, among others.

Search within results
Filter by Manufacturers
Apply
Image
Part Number
Manufacturer
Description
Inquiry
IC TX FM RADIO W/RPS 20UQFN
RFQ
MODULE TRANSMITTER 4CH W/ANT
RFQ
TRANSMITTER FM MOD 433.92MHZ
RFQ
TRANSMITTER FM MOD 433.92MHZ DIL
RFQ
TRANSMITTER 418.00MHZ SM-20L
RFQ
TRANSMITTER 315.00MHZ SM-20L
RFQ
TRANSMITTER RF HYBRID
RFQ
ASH TX 115.2 KBPS 916.5 MHZ
RFQ
IC WIRELESS AUDIO LINK UCSP5OL3
RFQ
TRANSMITTER RF ALPHA 5.4V 915MHZ
RFQ
IC WIRELESS AUDIO LINK 28-VQFN
RFQ
IC WIRELESS AUDIO LINK UCSP5OL3
RFQ
IC WIRELESS AUDIO LINK 28VQFN
RFQ
IC TRANSMIT FM STEREO SOP22 TR
RFQ
IC TRANSMITTER FM STEREO 24SSOP
RFQ
IC TRANS AUDIO WIRELESS VQFN28
RFQ
IC TRANS AUDIO WIRELESS 24SSOP
RFQ
IC TRANS AUDIO WIRELESS 24SSOP
RFQ
IC TRANS AUDIO WIRELESS SOP22
RFQ
IC TRANSMITTER FM STEREO QFP44
RFQ
IC TRANSMITTER DUAL FM TQFP 44
RFQ
IC RF TRANSMITTER FSK 16QFN
RFQ
IC TX 868MHZ 200MW 28TQFN
RFQ
IC WIRELESS AUDIO LINK 24-VQFN
RFQ
IC WIRELESS AUDIO LINK 24-SSOP
RFQ
IC SNGL CHIP RF TX LP 20-QFN
RFQ
IC SNGL CHIP RF TX LP 20-QFN
RFQ
IC TX FM RADIO RPS/RDS 20UQFN
RFQ
IC RF TX FOR NARROWBAND 20VQFN
RFQ
IC TX FM RADIO W/RPS 20UQFN
RFQ
 
1 ... 56789 ... 27 Go to Page Go
Electronic Parts Index
Read More

We value your privacy

Our website uses cookies to ensure you are getting the best browsing experience, serve personalized content, and analyze our traffic.
By clicking "Accept Cookies", you consent to our use of cookies. Privacy Policy