Josehf Murchison 2 years ago ReplyL293D is for small motors or inverters.If you want it to handle a 1.3 amp load you can use it as a transistor driver for higher loads.However if you are going to do that you might as well build your own full bridge or half bridge circuits.
Josehf Murchisonmanjusulagna154 Answer 2 years ago ReplyYes L298 series IC should be able to to handle your load with ease.
manjusulagna154manjusulagna154 Answer 2 years ago ReplyWill you tell me the connection of L298n IC with Arduino ??
Josehf Murchisonmanjusulagna154 Answer 2 years ago ReplyFor 1 motorIt is the same sketch as L293 in this Instructable.https://www.instructables.com/id/Arduino-Full-Brid...You can get the datasheet for the IC here:http://www.maxim4u.com/Current sensor pin 1 R 0.5 ohm+ up to 50 volts motor supply pin 4+ 5 volts logic pin 9Ground pin 8The motor to pin 2 and 3Enable pin 6Data inputs pin 5 and 7Second motorThe motor to pin 13 and 14Enable pin 11Data inputs pin 10 and 12Current sensor pin 15 R 0.5 ohmStandard 2 motor sketch for the L293
rickharris 2 years ago ReplyL293D has an over current limit of 600 Ma per output channel. It will clamp down when tyhat limit is exceeded, a situation that often catches people out and they put too large a load on the H bridge and think it isn't working.http://www.ti.com/lit/ds/symlink/l293.pdf
Discussions
2 years ago
L293D is for small motors or inverters.
If you want it to handle a 1.3 amp load you can use it as a transistor driver for higher loads.
However if you are going to do that you might as well build your own full bridge or half bridge circuits.
Answer 2 years ago
can we use The IC L298n for this purpose ??
Answer 2 years ago
Yes L298 series IC should be able to to handle your load with ease.
Answer 2 years ago
Thanks a lot..
Answer 2 years ago
Will you tell me the connection of L298n IC with Arduino ??
Answer 2 years ago
For 1 motor
It is the same sketch as L293 in this Instructable.
https://www.instructables.com/id/Arduino-Full-Brid...
You can get the datasheet for the IC here:
http://www.maxim4u.com/
Current sensor pin 1 R 0.5 ohm
+ up to 50 volts motor supply pin 4
+ 5 volts logic pin 9
Ground pin 8
The motor to pin 2 and 3
Enable pin 6
Data inputs pin 5 and 7
Second motor
The motor to pin 13 and 14
Enable pin 11
Data inputs pin 10 and 12
Current sensor pin 15 R 0.5 ohm
Standard 2 motor sketch for the L293
Answer 2 years ago
Thanks a lot sir..
Answer 2 years ago
Your welcome.
2 years ago
L293D has an over current limit of 600 Ma per output channel. It will clamp down when tyhat limit is exceeded, a situation that often catches people out and they put too large a load on the H bridge and think it isn't working.
http://www.ti.com/lit/ds/symlink/l293.pdf