Part Number: CC1101EM868-915_REFDES Hi team,
System setting:
Transmit side: Connect the MCU1 serial port TXD end to the GDO0 of the CC1101, 868-MHz signal transmission over TXD
Receive side: Connect the RXD side of the MCU2 serial port to GDO2 of the…
Part Number: CC1101EM868-915_REFDES Hi;
I do not want to send the lenght of my buffer. I just want to send exactly my buffer but on my code if ı do not send a size of my buffer first and even if I change the inside of my buffer, it continues to send old…
Part Number: CC1101EM868-915_REFDES Hallo,
I have to develop a custom project where RF S2LP device (ST Microelectronics) must communicate with CC1101 device.
About the CC1101 parameters configuration I have only the following information:
• charater…
Part Number: CC1101EM868-915_REFDES Hi,
I'm interested in using Inverted F antenna for 915MHz from design note DN023 or Miniature Helical PCB antenna in DN038. DN023 states that there is 'antenna.spl' file included in the CC1110EM IIFA Reference…
Hello,
Thank you for your reply. I understand about PER.
Let me confirm the detail of TRXEB. To evaluate CC1101, we need TRXEB and below board and smartRF studio. Is my understanding correct?
https://www.tij.co.jp/tool/jp/CC1101EM868-915_REFDES
https…
Part Number: CC1101-CC1190EM869RD Other Parts Discussed in Thread: CC1101 Team,
assuming that you will manufacture your own module (CC11xx EM based on the below TI Ref Design): Can those CC1101EM be directly interfaced to the https://www.ti.com/tool/BOOST…
1): I assume that you got a small IR drop on your board causing the voltage on the CC115L to be 3.60 V or below? I doubt that the difference in supply will cause any differences since all the modules internally in the chip has separate LDOs.
2) When using…
Hi TER,
Thanks for the answer!
For 1) I found the below TI reference design:
http://www.ti.com/tool/ CC1101EM868-915_REFDES Q: It seems to be the one provided in the CC1101EMK868-915. Correct?
As you mention I can see some differences in the CC1101EM868…
1)
See chapter 5 (Antenna) in http://www.ti.com/lit/an/swra640c/swra640c.pdf for a generic antenna match. The reference design and the datasheet assume that an antenna which is matched to 50 ohm is used.
The schematic drawings in the datasheet should never…