If the pinout of the device has the pins VCAP0 and VCAP1 then you would refer to the PMSLE as this is a low-end device.
For the TC387 only Chapter 11 (PMS) pertains.
For the TC387 only Chapter 11 (PMS) pertains.
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Aurix 2G User Manual Par1 Revison 1.4 Chapter 11 and Chapter 12
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EVRSDCTRL10 Register is for EVR33 LDO or EVRC Step-Down
EVR33 short detection doesn't use those limits.
Short to higher voltage is deduced when the voltage regulator control output or pass device gate voltage has saturated at the lower limit and at the same time the regulator voltage output has crossed the absolute maximum limit. Short to lower voltage is deduced when the voltage regulator control output or pass device gate voltage has saturated at the upper limit and at the same time the regulator voltage output has stayed at the minimum limit.
Quote:
Short to higher voltage is deduced when the voltage regulator control output or pass device gate voltage has saturated at the lower limit and at the same time the regulator voltage output has crossed the absolute maximum limit. Short to lower voltage is deduced when the voltage regulator control output or pass device gate voltage has saturated at the upper limit and at the same time the regulator voltage output has stayed at the minimum limit.
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can't download aurix-studio
Hello
I also cannot download the latest ADS in this same situation.
Could you let me know how to resolve that ?
regards,
Shige
I also cannot download the latest ADS in this same situation.
Could you let me know how to resolve that ?
regards,
Shige
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AURIX TC29x Flash Setting
How can I flash my program to flash
or how can i run my program without the PC
or how can i run my program without the PC
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Failure Rate of the AURIX TC397
AURIX Safety documentation includes a Safety Analysis Summary Report, Safety Manual, and FMEDA spreadsheet. The FMEDA lets you configure which parts of the AURIX are safety relevant to your application, lists the FIT rates for each portion, and lets you specify which hardware and software safety mechanisms your application will use. Contact your Infineon representative for details.
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FAQ for miscellaneous ePower Topics
In order to calculate the power dissipation inside of the Embedded power devices, we recommend to use the power dissipation calculator tool on the Infineon Toolbox.
The toolbox can be downloaded at: https://www.infineon.com/cms/en/tool...ontoolbox.html
The toolbox can be downloaded at: https://www.infineon.com/cms/en/tool...ontoolbox.html
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DAVE can't change c++ version
Hi!.
I am upgraded GCC for following link https://www.infineonforums.com/threa...g-GCC-in-DAVE4. ARM GCC compiller have version C++17, C2a but i can't choose it.
Attachment 4593
Maybe it's bug in program?
I am upgraded GCC for following link https://www.infineonforums.com/threa...g-GCC-in-DAVE4. ARM GCC compiller have version C++17, C2a but i can't choose it.
Attachment 4593
Maybe it's bug in program?
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Addition of shift to add instruction
Hi,
I'm using the hightec compiler, and I'm seeing the following:
Attachment 4594
For addind a value, the compiler adds a shift left of 3.... why is that?
this causes the value of offset to be larger than I intend it to be.
I'm using the hightec compiler, and I'm seeing the following:
Attachment 4594
For addind a value, the compiler adds a shift left of 3.... why is that?
Code:
offset = (j<<5);
0x80000C2E 19 EF FC FF LD.W d15,[a14]-0x4
0x80000C32 06 5F SH d15,0x5
0x80000C34 53 1F 40 20 MUL.U e2,d15,0x1
0x80000C38 89 E2 68 F9 ST.D [a14]-0x18,e2
offset += destLoc;
0x80000C3C 19 EF E8 FF LD.W d15,[a14]-0x18
0x80000C40 06 3F SH d15,0x3
0x80000C42 19 E2 F4 FF LD.W d2,[a14]-0xC
0x80000C46 42 2F ADD d15,d2
0x80000C48 0B F0 00 28 MOV e2,d15
0x80000C4C 89 E2 68 F9 ST.D [a14]-0x18,e2↧
Tle5012b s_magol
I get this S_MAGOL error every now and then. What does it mean, and what can I do about it?
There is no magnet nearby (yet).
There is no magnet nearby (yet).
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Setting up VADC
I am running into the exact same issue. Looking at DAVE examples is not helping.
Does anyone know why all of the values for the VADC registers might default to 0xFFFFFFFF instead of the values given in the datasheet? (The same holds true for the USIC registers).
I am also trying to setup not using Dave Apps (I'm actually using Keil as the compiler, but using DAVE also shows these memory locations defaulting to 0xFFFFFFFF.).
I have attached a screenshot showing the registers as all F's, and a bit of the code.
Thanks
Attachment 4597
Does anyone know why all of the values for the VADC registers might default to 0xFFFFFFFF instead of the values given in the datasheet? (The same holds true for the USIC registers).
I am also trying to setup not using Dave Apps (I'm actually using Keil as the compiler, but using DAVE also shows these memory locations defaulting to 0xFFFFFFFF.).
I have attached a screenshot showing the registers as all F's, and a bit of the code.
Thanks
Attachment 4597
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How is the CRC calculated with the DMA?
Hello Support,
Will the expected DMA Address CRC value using SDCRC register be same even for Aurix 2G assuming same addresses and data as in the previous reply?
Best Regards
Will the expected DMA Address CRC value using SDCRC register be same even for Aurix 2G assuming same addresses and data as in the previous reply?
Best Regards
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I2C Communication with TLE493DW2B6
Have you checked for possible error states of the I2C controller?
When TLE493D starts, it starts sending interrupts via the clock line, and that tends to mess up with I2C controllers.
I managed to get it working by sending a mode change to non-interrupting mode, before the TLE493D tried to interrupt.
When TLE493D starts, it starts sending interrupts via the clock line, and that tends to mess up with I2C controllers.
I managed to get it working by sending a mode change to non-interrupting mode, before the TLE493D tried to interrupt.
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CPUx put CPUx in IDLE
Hi
I use TC277 DC-Step where I have two cores running and want to put Core1 in idle state by itself.
After calling Mcu_SetMode(MCU_IDLE) from Core1, the core doesn't gets into idle state. I confirmed this by looking at REQSLP flag.
What could be that I'm missing here to put the core in IDLE state?
Thanks!
Sivakumar M.
I use TC277 DC-Step where I have two cores running and want to put Core1 in idle state by itself.
After calling Mcu_SetMode(MCU_IDLE) from Core1, the core doesn't gets into idle state. I confirmed this by looking at REQSLP flag.
What could be that I'm missing here to put the core in IDLE state?
Thanks!
Sivakumar M.
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Disable/Enable Interrupt in Tricore(TC397)
Hello,
I am trying to disable interrupt by using the tasking compiler attribute(__disable() and __enable()). But this does not seem to disable the interrupt. Is there a way through which I can disable interrupt by setting some registers?
I already looked into the target specification of TC3xx , and found that the register address for ICR is 1FE2C. But I did not find the full register layout of this register. I read in some paragraph that , to disable all the interrupts globally,
I should set the ICR.IE bit to '0'. But I did not find the register layout in the specification. Can someone please help me with this?
regards,
Bharath
I am trying to disable interrupt by using the tasking compiler attribute(__disable() and __enable()). But this does not seem to disable the interrupt. Is there a way through which I can disable interrupt by setting some registers?
I already looked into the target specification of TC3xx , and found that the register address for ICR is 1FE2C. But I did not find the full register layout of this register. I read in some paragraph that , to disable all the interrupts globally,
I should set the ICR.IE bit to '0'. But I did not find the register layout in the specification. Can someone please help me with this?
regards,
Bharath
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IMC301A usart connection problem
i bought IMC301A MCE. I connect all Vcc and Vss pin. In the beginnig i could connect MCE and prgrammed it with MCEDesigner. I used IRMC301t firmware and sample parameters. After download program to MCE. I could not connect MCE with USART. How can i reach MCE again with USART?
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Aurix TC387 Memory Flash
Please see these sections:
Sequence for Programming
Sequence for Erasing
On page 422 of the AURIXTC3XX_um_part1_v1.4.pdf.
Sequence for Programming
Sequence for Erasing
On page 422 of the AURIXTC3XX_um_part1_v1.4.pdf.
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Sos smd
I've problem with MAF sensor
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XMC1302 and XMC1201 programming
Hello; I am new to Infineon microcontrollers
I need to program XMC1302 and XMC1201 microcontrollers
I am having a hard time in finding the right information regarding programming of these two MCUs :
1. What programmer hardware should I use in order to download / programm a hex file into these two MCU's Flash memory ? I am looking for a low cost solution, something like an evaluation board.
2. What software should I use for just programming these MCUs using the proposed programming hardware ?
3. I have PE Micro Multilink Universal, which says it can programm XMCs, but I could not find a software for it (free of course) .
Can anyone help me with some ideas?
I need to program XMC1302 and XMC1201 microcontrollers
I am having a hard time in finding the right information regarding programming of these two MCUs :
1. What programmer hardware should I use in order to download / programm a hex file into these two MCU's Flash memory ? I am looking for a low cost solution, something like an evaluation board.
2. What software should I use for just programming these MCUs using the proposed programming hardware ?
3. I have PE Micro Multilink Universal, which says it can programm XMCs, but I could not find a software for it (free of course) .
Can anyone help me with some ideas?
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XMC1400 CAN Issue
My last post in the following link may help a little...
https://www.infineonforums.com/threa...etting-started
https://www.infineonforums.com/threa...etting-started
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1.2kV / 6mR SiC Power Module + EiceDriver maximum Fs
Dear Dominik,
in general the operation at several 100 kHz under ZVS condition is feasible with this module.
You have to do separate power loss and junction temperature calculations for the module as well as for the driver.
For the driver I have calculated a power demand of approx. 4 W. This power is dissipated within the internal gate resistance, the external gate resistance and the driver output impedance according to the ratios of resistance. With a total gate voltage swing of 20 V (I'd recommend -2 V and +18 V if you need no SC-rating) and recommended turn-on and turn-off gate resistors the peak gate current is approx. 9 A. The driver you mention would be marginally suitable from a peak current point of view, but for sure it is undersized under thermal aspects. Hence you should consider combining a lower current driver with an external booster. For the booster you should choose a solution with low thermal resistance to the PCB and cooling area on the PCB. Isolated gate driver ICs in general do not provide significant thermal dissipation capability as isolation requirements (clearance and creepage) and power dissipation enhancements (e.g. exposed die pad) are not compatible with each other.
Best regards,
electricuwe
in general the operation at several 100 kHz under ZVS condition is feasible with this module.
You have to do separate power loss and junction temperature calculations for the module as well as for the driver.
For the driver I have calculated a power demand of approx. 4 W. This power is dissipated within the internal gate resistance, the external gate resistance and the driver output impedance according to the ratios of resistance. With a total gate voltage swing of 20 V (I'd recommend -2 V and +18 V if you need no SC-rating) and recommended turn-on and turn-off gate resistors the peak gate current is approx. 9 A. The driver you mention would be marginally suitable from a peak current point of view, but for sure it is undersized under thermal aspects. Hence you should consider combining a lower current driver with an external booster. For the booster you should choose a solution with low thermal resistance to the PCB and cooling area on the PCB. Isolated gate driver ICs in general do not provide significant thermal dissipation capability as isolation requirements (clearance and creepage) and power dissipation enhancements (e.g. exposed die pad) are not compatible with each other.
Best regards,
electricuwe
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