L298N มอเตอร์โมดูลไดรฟ์บอร์ด DC stepper มอเตอร์หุ่นยนต์รถสมาร์ท SUNLEPHANT

- หากคุณมีคำถามใด ๆ หรือต้องการให้ข้อมูลโปรดปรึกษาแบรนด์: SUNLEPHANT

L298N drive motor 28BYJ-48 tutorial link： http://v.ku6.com/show/jDlTZ-WAtZP-434O6_7tEg...html?nr=1&st=1_9_4_1&nr=1

L298N_Motor Drive Module_Program：http://wenku.baidu.com/view/bb2431ed941ea76e58fa04f7.html

Module name: double H bridge motor drive module
Working mode: H-bridge drive (two-way)
Main control chip: L298N
Logic voltage: 5V
Driving voltage: 5V-35V
Logic current: 0mA-36mA
Drive current: 2A (MAX single bridge)
Storage temperature: -20 ° C to +135 ° C
Maximum power: 25W
Weight: 30g
Peripheral size: 43*43*27mm

Features:
★ This module uses ST companys L298N as the main driver chip featuring strong driving capability low heat generation and strong anti-interference ability.
★ This module can use the built-in 78M05 to take power through the drive power supply part but in order to avoid the damage of the voltage regulator chip when using the drive voltage greater than 12V please use the external 5V logic power supply.
★ This module uses a large-capacity filter capacitor and a freewheeling protection diode to improve reliability.
★ This module is available in the whole game please take a photo directly thank you.

Precautions:
1. When your driving voltage (the above picture is 12V input the actual acceptable input range is 7-12V) is 7V-12V you can enable the onboard 5V logic power supply after using the onboard 5V power supply +5V in the interface
Do not input voltage to the power supply but can draw 5V for external use. (This is a regular application!)
2. When the driving voltage is higher than 12V less than or equal to 24V (the chip manual can support up to 35V but according to experience 298 conservative application of maximum voltage support to 24V is very great!) for example to drive a motor with a rated voltage of 18V . First the jumper cap with the onboard 5V output enable must be removed. Then 5V5V is enabled outside the 5V output port to enable a control signal with a level of 5V. When this signal input is valid and the power supply in the motor drive module is normal the motor drive module outputs current. Otherwise there is no current on the motor even if the power supply is normal. The voltage supplies power to the L298N internal logic circuit. (This is a non-conventional application of high voltage drive!)