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i was designing pcb foot print for 28 pin dip in proteus as the dip inside proteus wont work with atmega328 28 pin dip.
1) i made device in ISIS
2) i made foot print in ARES
3) i saved foot print as package in ARES
4) i assigned that package to the device i made earlier
now when i use that...
i do not need 3000kv for experimentation, as they are costly and out of budget for me :D any way i nearly for what i want but can you please provide me some links on working of high and low side Mosfet driver that will be enough for me.
with 1000Kv BLDC motor,and propeller as a load.
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okay then recommend me something for a 1000kv BLDC motor driving a propeller, BLDC is out runner.
ok thanks i also got most of the working in Atmel sheet on 2 phase bldc, i have one more question i want to seriously increase RPM of motor what can i do? does a force full constant current from constant current source help?
I need detailed (not mathematically) explanation of 2 phase BLDC motor,it's torque wave form and other such thing and also comparison between 3 phase and 2 phase BLDC.
i want to implement any 48 pin SMT device of ST Microelectronics, as they are readily available near my locations some examples are..........
well any of STM32F0 device may do but implementation of STM32F030cc will be help full, i researched on ST website about how to implement but it was way...
i want to implement Cortex M0 minimally on pcb,for BLDC motor controll final year project.I have STM32f4 Discovery board,how can i implement a ARM minimally on pcb and program it through my stm32f4,Schematics and little explanation will be sufficient.
have you started reverse engineering ? because ill suggest you not to, cause i already know enough about bldc and it's control circuit so you can make it at home,but you will need smd rework station, in bldc control most complicated thing is software not hardware, also i'm from India and i want...
recently i brought coreless motor which 10mm body 7mm circumference, they say it can go upto 50000rpm,can any one tell me what will be the max current it can handle? some say it can handle 2.75A current any practical way to check this? and to generate 2A current @ 3.3V which Mosfet should i use?
So did you include simulation model for nRF24L01?, also suppose i want to make a library that contains simulation model of a power MOSFET, how am i supposed to do that?
1. ill Draw footprint according datashee
2. draw component
3. attach footprint to component
and then what's the next step.
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