Thanks Radon. Very usefull link
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Memtool V4.7.8 - Program all command in Batch file
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JTrace for XMC4700
Hello,
I am currently setting up ETM Trace for the XMC4700.
Port 7-8 is currently configured for the TRACECLCK pin (see https://www.segger.com/products/debu...odels/j-trace/)
Port 8-1 is for TRACEDATA[0]
The issue I'm running into is trace stops working as soon as this function is called:
I'm not sure how to change the TRACECLCK source to the system pll, if that's even possible. Or, am I configuring the trace settings incorrectly?
Thanks!
I am currently setting up ETM Trace for the XMC4700.
Port 7-8 is currently configured for the TRACECLCK pin (see https://www.segger.com/products/debu...odels/j-trace/)
Port 8-1 is for TRACEDATA[0]
The issue I'm running into is trace stops working as soon as this function is called:
Code:
XMC_SCU_CLOCK_SetSystemClockSource(XMC_SCU_CLOCK_SYSCLKSRC_PLL);Thanks!
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Is there a way to swap banks with miniwiggler and Memtool?
Actual IFX Memtool (V4.9) support the UCB_SWAP. You can program this UCB also with Memtool.
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Irml9301trpbf
Dear experts,
We bought IRLML9301MTRPBF from franchised source.
During inspection, we observed nn the same date code:
1. Different die sizes
2. Different number of wires
3. Different country of diffusion. China n Philippines.
I cannot find any PCN on this on Infineon nor any public domain.
Can you advise if both are LOT are valid n send me a copy of the PCN if it's available. Thank you!
We bought IRLML9301MTRPBF from franchised source.
During inspection, we observed nn the same date code:
1. Different die sizes
2. Different number of wires
3. Different country of diffusion. China n Philippines.
I cannot find any PCN on this on Infineon nor any public domain.
Can you advise if both are LOT are valid n send me a copy of the PCN if it's available. Thank you!
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Irml9301trpbf
We bought IRLML9301MTRPBF from franchised source.
During inspection, we observed that from the same date code there's:
1. Different die sizes
2. Different number of wires
3. Different country of diffusion. China n Philippines.
I cannot find any PCN on this on Infineon nor any public domain.
Can you advise if both are LOT are valid n share a copy of the PCN if it's available. Thank you!
During inspection, we observed that from the same date code there's:
1. Different die sizes
2. Different number of wires
3. Different country of diffusion. China n Philippines.
I cannot find any PCN on this on Infineon nor any public domain.
Can you advise if both are LOT are valid n share a copy of the PCN if it's available. Thank you!
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Drop-in alternative to TC4428A?
Hi,
As per the datasheet of the 2EDN7523/524, the ENA and ENB pins can be enabled by keeping it open. Hence as per the pin configurations, the pin 1 of TC4428A can be overlapped with ENA and similarly with ENB.
The possible replacements for TC4428A can be the following,
2EDN7523
2EDN7524
2EDN852X
2EDN7424
Regards,
Abhilash P
As per the datasheet of the 2EDN7523/524, the ENA and ENB pins can be enabled by keeping it open. Hence as per the pin configurations, the pin 1 of TC4428A can be overlapped with ENA and similarly with ENB.
The possible replacements for TC4428A can be the following,
2EDN7523
2EDN7524
2EDN852X
2EDN7424
Regards,
Abhilash P
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Porting Ethernet Project with LwIP to TC377
I'm trying nearly the same things but with TC399 Triboard. When using the demo from Ethernet_1_KIT_TC375_LK, there must be some stuff to be adapted
when using the above Geth_Phy_Rtl8211f.zip.
But still I was not able to create a link up.
GETH module and reading of Rtl8211f works. But get no IP adress from DHCP server from the demo example.
Is there anything else to be considered?
when using the above Geth_Phy_Rtl8211f.zip.
But still I was not able to create a link up.
GETH module and reading of Rtl8211f works. But get no IP adress from DHCP server from the demo example.
Is there anything else to be considered?
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How to inject RAM ECC single bit error in TC27x controller
Hello,
For testing pupose I want to inject RAM ECC single bit error in TC27x controller.
Can any one pls share the procedure/code snippet to inject ECC error in RAM..
Thanks in advance..
Regards
Shwetha
For testing pupose I want to inject RAM ECC single bit error in TC27x controller.
Can any one pls share the procedure/code snippet to inject ECC error in RAM..
Thanks in advance..
Regards
Shwetha
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Tricore TC277 - SPI driver in FreeRTOS
@ Marcus, I have got a FreeRTOS port which can used in Hightec compiler. Unfortunately the portable files are compiler specific especially for Tricore. Yes, there are some issue with context handling in the port files where i found the context switch handler function was broken. I can try and help for Hightec compiler but I have not tried ADS.
@Jens the toggling function is fine between the task to start with but switching and synchronisation mechanism has to be overlooked.
@Jens the toggling function is fine between the task to start with but switching and synchronisation mechanism has to be overlooked.
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Question on TLF35584 Fail Safe State
Hello,
I have below question about TLF35584 device functionality. Can you please clarify ?
Item#1: I am trying to create below failure scenario.
1. Apply VBATT/12V to TLF35584
2. Observed that Rest pin of MCU is released by TLF35584 and all power supplies are up and running
3. Creating a MCU stuck fault scenario (This means no SPI communication or watchdog refresh from MCU)
4. Observed that after 600ms TLF35584 pulls reset pin low for 20ms and then releases Reset pin of MCU
5. Again Creating a MCU stuck fault scenario (This means no SPI communication or watchdog refresh from MCU)
6. Observed that after 600ms TLF35585 pulls reset pin low and remains low
After Step#6, If I apply Enable/Key-On the TLF35584 device is not recoverable
Is this behavior correct ?
Question#1.1: In Step#6, based on datasheet I thought TLF35584 will try to reset MCU at-least 3 times, however there is no retry from TLF35584 device ? Am I missing something ?
Question#1.2 In this case why Enable/Key-On is not able to recover TLF35584 device ?
I have below question about TLF35584 device functionality. Can you please clarify ?
Item#1: I am trying to create below failure scenario.
1. Apply VBATT/12V to TLF35584
2. Observed that Rest pin of MCU is released by TLF35584 and all power supplies are up and running
3. Creating a MCU stuck fault scenario (This means no SPI communication or watchdog refresh from MCU)
4. Observed that after 600ms TLF35584 pulls reset pin low for 20ms and then releases Reset pin of MCU
5. Again Creating a MCU stuck fault scenario (This means no SPI communication or watchdog refresh from MCU)
6. Observed that after 600ms TLF35585 pulls reset pin low and remains low
After Step#6, If I apply Enable/Key-On the TLF35584 device is not recoverable
Is this behavior correct ?
Question#1.1: In Step#6, based on datasheet I thought TLF35584 will try to reset MCU at-least 3 times, however there is no retry from TLF35584 device ? Am I missing something ?
Question#1.2 In this case why Enable/Key-On is not able to recover TLF35584 device ?
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Soft Reset vs Hard Reset
Quote:
Originally Posted by Sivakumar_M
![View Post]()
Where can I find the AP32197 ?
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Problem with 2EDNY52X.lib Spice model
Hello,
I have a problem with LTspice 2EDNY52X.lib library to simulate Eicedriver.
I tried to simulate 2EDN7523R Gate Driver but there is problem with interpreting one of the library subcircuit. here is the log:
Fatal Error: Unknown subcircuit called in:
x:u1:u1:dpwr:1 nc_05«:gnd:gnd:agnd» u1:u1:dpwr:dpwr0 u1:u1:dpwr:dgnd0 u1:u1:dpwr:dig_fpwr voltage= 5 reference= 0
Regards
Zaki
I have a problem with LTspice 2EDNY52X.lib library to simulate Eicedriver.
I tried to simulate 2EDN7523R Gate Driver but there is problem with interpreting one of the library subcircuit. here is the log:
Fatal Error: Unknown subcircuit called in:
x:u1:u1:dpwr:1 nc_05«:gnd:gnd:agnd» u1:u1:dpwr:dpwr0 u1:u1:dpwr:dgnd0 u1:u1:dpwr:dig_fpwr voltage= 5 reference= 0
Regards
Zaki
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F4-23MR12W1M1P_B11 heatsink
Hello Pablo,
Thank you for your answer, its really well explained !
But i'm looking for a refernce of a heatsink that matches the F4-23MR12W1M1P_B11 to use in my prototype ?
Thanks again :)
Thank you for your answer, its really well explained !
But i'm looking for a refernce of a heatsink that matches the F4-23MR12W1M1P_B11 to use in my prototype ?
Thanks again :)
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XMC4400 UART not working after SCU clock configuration
I resolved Q1, the problem was the initialization process. I initialized the SCU clock after initializing the UART, which lead to a conflict.
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The PingID for the Myinfineon account
I bound the PingID on the previous phone, but now the old phone is lost. Now how should I bind the new PingID on the new phoneï¼thanksï¼
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BTS50010-1TAE in parallel
Hi,
I want to create a DC "switch" for a upcoming RC car product. Can i use 2 BTS50010-1TAE in parallel to increase
the current?
Form my 1rst prototype consumes ~20A in normal operation and up to 35A for 1-3 sec.
Thanks in advance
I want to create a DC "switch" for a upcoming RC car product. Can i use 2 BTS50010-1TAE in parallel to increase
the current?
Form my 1rst prototype consumes ~20A in normal operation and up to 35A for 1-3 sec.
Thanks in advance
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Stack depth calculation for 1.6.2P - TC375TP
How to calculate stackdepth for an API on 1.6.2P architecture? Board used is TC375TP and at present using Trace32 debugger.
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[BTN7030-1EPA] Product Into
Summary of Features
Single half-bridge device with diagnosis and embedded protection.
Part of NovalithIC family
Switch ON capability while inverse current condition (InverseON)
Green product (RoHS compliant)
Qualified in accordance with AEC Q100 grade 1
Temperature limitation with intelligent latch
Overcurrent protection with intelligent latch for both the low-side and high-side output stage
Temperature dependent overload detection current level with min. 18 A (TJ < 75°C), min. 15 A (TJ = 125°C) and min. 14 A (TJ = 150°C)
Undervoltage shutdown
Cross current protection
Load current sense for high-side load currents
Open load detection in ON and OFF state
Short circuit to ground or battery detection
Potential Applications
Replaces electromechanical relays, fuses and discrete circuits
Suitable for driving motors and solenoids (Lmax = 3 mH) at max. load current
Current sense diagnosis optimized for motor and solenoid applications
Automotive applications up to 15A, e.g. Door Lock, Power liftgate, Cinching Latch
For more information, documents, boards, software and tools please visit the product web page
https://www.infineon.com/cms/en/prod...redirId=134861
Single half-bridge device with diagnosis and embedded protection.
Part of NovalithIC family
Switch ON capability while inverse current condition (InverseON)
Green product (RoHS compliant)
Qualified in accordance with AEC Q100 grade 1
Temperature limitation with intelligent latch
Overcurrent protection with intelligent latch for both the low-side and high-side output stage
Temperature dependent overload detection current level with min. 18 A (TJ < 75°C), min. 15 A (TJ = 125°C) and min. 14 A (TJ = 150°C)
Undervoltage shutdown
Cross current protection
Load current sense for high-side load currents
Open load detection in ON and OFF state
Short circuit to ground or battery detection
Potential Applications
Replaces electromechanical relays, fuses and discrete circuits
Suitable for driving motors and solenoids (Lmax = 3 mH) at max. load current
Current sense diagnosis optimized for motor and solenoid applications
Automotive applications up to 15A, e.g. Door Lock, Power liftgate, Cinching Latch
For more information, documents, boards, software and tools please visit the product web page
https://www.infineon.com/cms/en/prod...redirId=134861
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[BTN7030-1EPA] Motor Control Arduino Shield
The Motor Control Shield adds powerful motor control to the Arduino projects.
The shield can be controlled with the general logic IO-Ports of a microcontroller. Either an Arduino Uno R3 or the XMC1100 Boot Kit from Infineon can be used as the master. Another way to control this board is via uIO Port using Infineon uIO Stick.
Summary of Features
6 18 V nominal input voltage (max. 3.8 28 V)
Typical nominal current 7 A (current limitation is temperature dependent - 14 A @150ºC)
Drives either one brushed bi-directional DC motor or two uni-directional DC motors.
Capable of PWM up to 2 kHz
Status flag diagnosis with current sense capability
Current sense accuracy ~ 5%
Protection against overtemperature, overcurrent, cross current
Voltage clamping
OFF state diagnosis (missing load and short circuit to battery or ground)
Benefits
An Arduino Uno R3 or XMC1100 Boot Kit can control the two BTN7030-1EPA devices via the general IO pins.
A uIO Stick can control the two BTN7030-1EPA devices via the uIO Port.
Having two devices on one Shiled enables testing both half- and full-bridge configurations.
Evaluation Board page : https://www.infineon.com/cms/en/prod...hield_btn7030/
The shield can be controlled with the general logic IO-Ports of a microcontroller. Either an Arduino Uno R3 or the XMC1100 Boot Kit from Infineon can be used as the master. Another way to control this board is via uIO Port using Infineon uIO Stick.
Summary of Features
6 18 V nominal input voltage (max. 3.8 28 V)
Typical nominal current 7 A (current limitation is temperature dependent - 14 A @150ºC)
Drives either one brushed bi-directional DC motor or two uni-directional DC motors.
Capable of PWM up to 2 kHz
Status flag diagnosis with current sense capability
Current sense accuracy ~ 5%
Protection against overtemperature, overcurrent, cross current
Voltage clamping
OFF state diagnosis (missing load and short circuit to battery or ground)
Benefits
An Arduino Uno R3 or XMC1100 Boot Kit can control the two BTN7030-1EPA devices via the general IO pins.
A uIO Stick can control the two BTN7030-1EPA devices via the uIO Port.
Having two devices on one Shiled enables testing both half- and full-bridge configurations.
Evaluation Board page : https://www.infineon.com/cms/en/prod...hield_btn7030/
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[BTN7030-1EPA] Tools
Under Infineon Toolbox https://www.infineon.com/cms/en/tool...redirId=102781 you can find and install :
1. Power Dissipation Tool - an interface that helps you estimate the power dissipation and the temperature of the chip under different conditions
2. Config Wizard for Single Half-Bridges - this tool enables you to configure and use the DC-SHIELD_BTN7030 to drive a DC motor via the Infineon UIO STICK https://www.infineon.com/cms/en/prod...rds/uio-stick/
1. Power Dissipation Tool - an interface that helps you estimate the power dissipation and the temperature of the chip under different conditions
2. Config Wizard for Single Half-Bridges - this tool enables you to configure and use the DC-SHIELD_BTN7030 to drive a DC motor via the Infineon UIO STICK https://www.infineon.com/cms/en/prod...rds/uio-stick/
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