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Dear supporters,

I tried to use Capsense tuner on CY8CKIT-145-40xx Prototyping board with miniprog4.
But, it failed to connect between the boad and the debugger.

The I2C address, speed, etc. are consistent with the program settings.

How can I modify the board to use this debugger with this kit?

My status is below.

-My project is "CAPSENSE_CSD_Slider_Tuning" from code examples by means default( not canged "main.c" and "config" files).
-I using MTB 3.0 and Capsense tuner .
-Trimed kitProg2 curcuit from the boad. Because two debugger two debuggers exist on one board.
-I don't use BLE module in my project.

Regards,

Chihiro Tatebayashi

Hi,

I'm trying to connect PSoC6 to the external SPI master through SPI.

Is it possible to change the default MOSI/MISO pin mapping of PSoC6's SPI as like the below?

In CYB06445LQI-S3D42, when SCB4 is set as SPI Slave

MOSI : P7_0 (default) -> P7_1

MISO : P7_1 (default) -> P7_0

When I've tried it by just swapping MOSI and MISO pin mapping at the function "cyhal_spi_init", it has been failed.

Thanks,

I copied the code from the midi_server example over to a new MTW project and I can send Midi notes to iOS apps (Garageband, MidiWrench). However the server does not seem to receive any Midi events from the phone. I added LEGATTDB_CHAR_PROP_WRITE_NO_RESPONSE to the GATT db in the HANDLE_HSENS_SERVICE_CHAR_NOTIFY characteristic entry, and now the iOS apps do see that the device is capable of Input as well as Output.

I expected that when the client sends a Midi note or CC that the callback I registered (midi_server_gatts_callback) would get called but that does not seem to happen. Am I missing some obvious step?

Unfortunately, the MTW documentation is pretty light on tutorials and overviews 😞

Thanks, Norm

For CY62187EV30, data retention should be done in the range of “Ambient Temperature with Power Applied” which is –55C to +125C.

My question is whether the max standby current Isb2 (48uA) is derived by applying the range of “Ambient Temperature with Power Applied”, which is –55C to +125C ?

If not, if it applies “Operating temperature”, which is –40C to +85C, for max Isb2, let me know the “true” max Isb2 by applying the range of “Ambient Temperature with Power Applied”, which is –55C to +125C.  

I have two PC's, one running Ubuntu 14.x and MacOS v12.x and, therefore in a dire search for a version of Aurix Development Studio that can run on either.

1)

Based on my search so far, Aurix Development Studio might be supported only for Windows.
Is this really the case?

2)

I've tried installing Aurix Development Studio on a VM running on my MacOS PC but it never succeeds in finding onboard miniWiggler on my TC395 Lite eval board. I confirmed that DAS driver is correctly installed and running.
Any advice would be appreciated.

Hi. For the BSC032NE2LS, the part and footprint drawings are different between the datasheet vs the Packaging -> Package Data link off the product page. Which one is correct for this part?

Datasheet (page 10/12):

https://www.infineon.com/dgdl/Infineon-BSC032NE2LS-DataSheet-v02_03-EN.pdf?fileId=db3a30432ea425a4012ed8c328633851

Standalone packaging doc:

https://www.infineon.com/dgdl/Infineon-PG-TDSON-8-6_BSC032NE2LSATMA1-PD-v01_00-EN.pdf?fileId=5546d46254e133b40154f1e9a77b5a95

Thanks

Hello,

I am using the CYBT-213043-mesh-2 kit and programmed the HCI_loop_back test. I open the clientcontrol and looks like BR/EDR is disabled. I tried using FIND_ME app but no luck. 

I am looking to connect the CYBT-213043 to external devices making it discoverable for other devices to connect. Also, please let me know how to enable the diagnostic mode on this board.

Thanks!

Hi everyone,

I really hope someone can help me…

I’m using the tc397, I try to implement can communication between one node of the board (CAN0) with external devices.

I saw the GitHub with MCMCAN example, but it’s not so useful, every example is in loop back, and I need to see a working code in normal mode. 

I don’t understand what I have to do in order to make can communication work in normal mode.

I try to set node 0 as a receiver, so, I initialize the can module (as see in the example) then the can node, I disable the LOOP BACK MODE ( loop back enable = FALSE) and I initialize the pins of IDC10, 20.7 as Rx and 20.8 as Tx. 

So i use an external device (arduino + mcp2515) as a sender and, I verify with another arduino +mcp2515 as a receiver that the message is correctly sent, and it is, but if I add the node0 receiver, it doesn’t work. 

ah, in other posts, similar to mine, someone spoke about CAN_STB pin, but I don’t really understand it’s function.

if it can be useful I try to set the node as transmitting one, and it works, in some way, only if I set the external loop back.

thank you for the attention, I really hope someone can kindly give me advices 

What is the expected Bluetooth Classic range between two CYBT-343026-01 modules?

I am using the EZ-Serial firmware on the CYBT-343026-01 and making a bluetooth connection using SPP. I can make a Bluetooth Classic connection between two CYBT-343026-01 modules from about 100 feet away maximum. I was expecting a range closer to 300 feet.