L298N Driver Board Module L298N Stepper Motor Smart Car Robot Breadboard Peltier High Power L298 DC Motor Driver

L298N Green board

Product parameters:

1. Driver chip: L298N double H-bridge DC motor driver chip

2. Power supply range of some driver terminals Vs: +5V ~ +35V; If in-board power supply is required, the power supply range is Vs: +7V ~ +35V

3. Drive partial peak current Io: 2A

4. Power supply range of logical terminals Vss: +5V ~ +7V (in-board power +5V)

5. Logical part of the working current range :0 ~ 36mA

6. Control signal input voltage range:

Low level: -0.3V≤Vin≤1.5V

High: 2.3V≤Vin≤Vss

7. Enable signal input voltage range:

Low level: -0.3≤Vin≤1.5V (invalid control signal)

High level: 2.3V≤Vin≤Vss (active control signal)

8. Maximum power consumption: 20W (temperature T = 75℃)

9. Storage temperature: -25℃ ~ +130℃

10. Driver plate size :48mm*43mm*33mm(with fixed copper column and heat sink height)

11. Weight of drive board: 33g

12. Other extensions: Control direction indicators and power access ports on the logical part.

L298N Red board

Product Attributes:

Module name: Double H bridge motor drive module

Working mode: H-bridge drive (dual)

Main control chip: L298N

Logic voltage: 5V

Drive voltage: 5V-35V

Logic current: 0mA-36mA

Drive current: 2A(MAX single bridge)

Storage temperature: -20℃ to +135℃

Maximum power: 25W

Weight: 30g

External dimensions: 43*43*27mm

Product features:

★ This module uses L298N as the main driver chip, which has the characteristics of strong driving ability, low heat output and strong anti-interference ability.

★ This module can use the built-in 78MO5 to power through the drive power supply, but in order to avoid damage to the voltage regulator chip, when the drive voltage is greater than 12V, please use the external 5V logic power supply.

★ This module uses large capacity filter capacitor and continuous current protection diode, which can improve reliability.

Notes:

1. When you are driving voltage (above logo for the 12 v input, can actually accept input range is 7 to 12 v) for 7 v to 12 v, can make to onboard power supply 5 v logic, when using the onboard after 5 v power supply, interface of + 5 v

The power supply does not input voltage, but can yield 5V voltage for external use.

2. When the driving voltage is higher than 12V, it is less than or equal to 24V

(the chip manual proposes to support 35V, but according to the book

When the maximum voltage is applied to the maximum voltage of 298 conservative applications to 24V, for example, the motor with a rated voltage of 18V shall be driven.

You must first remove the board 5V output to enable the jumper cap. Then 5V is accessed outside the 5V output port

The 5V enables the power to be a control signal with a level of 5V. When the signal input is valid, and when the power supply is normal in the motor drive module, the motor drive module outputs the current. Otherwise, even if the power supply is normal, there is no current on the motor.

Voltage to L298N internal logic circuit power supply. (this is a high-pressure, unconventional app!)