L293D VS L298N Motor Driver Differences, Specifications and Pinouts

Last updated on November 7th, 2023 at 03:57 pm

Both L293D and L298N motor drivers are commonly used by students and hobbyists in various projects all over the world. But sometimes you have to select the one which is best suitable for your project application. And there is a lot of confusion going on between L293D VS L298N.

So in this post, we are going to discuss some of the major differences between L293D and L298N motor drivers.

Differences between L293D VS L298N: 

Sr. No.PropertyL298NL2983d
1Logical voltage4.5V~7V4.5~5.5V
2Drive voltage5V-46V4.5V-36V
3Logical current0-36mA1.2A
4Max. Continuous Output Current2A600mA
5Max power25W –
6Dimensions44 x 44 x 28 mm70x54x18 mm
7Weight26 gm35 gm
8Efficiency30–70%50–90%
9Fast direction switchingHeatingLess heating
10Breadboard friendly (IC)NOYES
  1. Drive voltage or the external voltage required to run the DC motor can be anywhere between 4.5V to 36V for L293D whereas between 5V to 46V for L298N.
  2. IC operating voltage for L298N is between 4.7V to 7V and between 4.5V to 5.5V for L293D
  3. The maximum output current through one channel of L293D is 600mA whereas L298N Motor Driver can give up to 2A from both channels. 
  4. L293d contains a quadruple half-H driver meaning all the four input-output lines are independent. While L298N is a dual full-H driver meaning only the full drives can be used.
  5. Protective Diodes are used against back EMF. They are internally added in L293D but must be connected externally in L298N.
  6. L293D is used for controlling motors rated at low current while L298N can be used for controlling high-current motors.
  7. L293D motor driver IC is breadboard friendly but L298N motor driver IC can not be inserted on a breadboard.

L298N Motor Driver Basics:

L298N is a 15-pin IC used for controlling high-current drawing motors and thus costs a little bit more than L293D. Protective diodes for the protection against back EMFs are connected externally. It also consists of a heat sink as it has a high current/voltage rating (operating temperature is between 0oC to 130oC).

For driving motors in both directions, L298N uses a dual H bridge circuit. This module can operate between 5V to 46V and can supply current up to 1.2A for a single channel. And thus consumes high power (25 W).

Features of the L298N Motor Driver Module:

  • Operating supply voltage up to 46 V
  • Total DC current up to 4 A. 2A per channel
  • Low saturation voltage
  • Overtemperature protection
  • Logical input voltage up to 1.5 V
  • High noise immunity

L298N Motor Driver Pinouts:

Pinouts of L298N Motor driver Module
Pinouts of L298N Motor Driver Module

**Read this detailed article to know more about L298N: All about L298N

L293D Motor Driver Basics:

L293D is a commonly used 16-pin IC for controlling DC motors. They are popular because of their cheap cost, internally connected protective diodes for protection against back EMFs, no need for a heat sink, and good resistance to high temperatures (operation temp. 0oC to 70oC).

This IC operates between the voltage of 4.5V to 36V and supplies a current of up to 600 mA. It consists of four high current half h-bridge circuits for driving the motor in both directions.

Specifications of L293D Motor Driver IC:

  • Wide Supply-Voltage Range: 4.5 V to 36 V
  • Separate Input-Logic Supply
  • Internal ESD Protection
  • High-Noise-Immunity Inputs
  • Output Current 600 mA Per Channel
  • Peak Output Current 1.2 A Per Channel
  • Output Clamp Diodes for Inductive Transient Suppression
  • Operation Temperature 0°C to 70°C.
  • Automatic thermal shutdown is available

L293D Motor Driver Pinouts:

L293D Motor Driver Module Pinouts
L293D Motor Driver Module Pinouts

**Read this detailed article to know more about L293D: All about L293D

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Ankit Negi

I am an electrical engineer by profession who loves to tinker with electronic devices and gadgets and have been doing so for over six years now. During this period, I have made many projects and helped thousands of students through my blog and YouTube videos. I am active on Linkedin and Facebook.

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