Part Number: TIOL1115 Other Parts Discussed in Thread: BOOSTXL-IOLINKM-8 , TIOL1125 , Tool/software: Hello, Is there anyway we can use your io-link stack with a headless build system? Or it's only available on your IDE?
Part Number: TIOL1115 Other Parts Discussed in Thread: TIOS101
Hello,
My main application is to integrate the magnetic reed sensor switch to activate and deactivate the output which are pilot valves.
I had planned to connect the sensors directly to the…
Part Number: TIOL1115 Hi Team,
I would like to know the voltage levels for IO link protocol frame format. Does C/Q line switches between 24V to 0V or does it switch at different voltage levels.
Thanks and Regards
Alok Kakatkar
Part Number: TIOL1115EVM Other Parts Discussed in Thread: TIOL1115 I powered up the EVM board via the IO-Link master and the following LED's show up:
D1 : VCC in/out is on
D2: NFault is off
D3: Wake is faint orange led
D4: L+ is off although L+ is…
Hello Chirag,
The first thing to do is to remove the jumper from the EN pin on JMP5 if the MCU is connected to the EVM. This jumper is only needed if the EVM is used by itself where the jumper is needed to tie the EN pin High or Low. But when the MCU…
Part Number: TIOL1115EVM Other Parts Discussed in Thread: TIOL1113 , TIOL111 , TIOL1115 Hello,
I have a TIOL1115EVM board, which i'm trying to connect to an Arduino using UART.
GROUND, TX, and RX are connected to the Arduino pins. Ground on ground…
Hi RV,
This is for all three devices but does not include any current that may be sourced out of the VCC_OUT pin on either the TIOL1113 or TIOL1115 devices. The TIOL111 which is considered the non-LDO option actually does have an internal LDO that is…
Hello Matthew,
I'm sorry to hear you are having difficulties. No, there are no known issues with running the TIOL111 at COM3. However I do have some questions and some thoughts on what may be the source of your issue.
Can you confirm which version…
Hi Mira,
What is the voltage level you are applying on L+ ? Also, you said you are concerned with the L+ voltage level because you are using the internal 5V LDO to supply your MCU. Have you monitored the 5V for any variation when CQ switches? I am not…
