Specification Amperage : 6 amps Brand : Yanmis BulletPoint : Reland Sung BulletPoint1 : ➤【L298N Main Control Chip】L298N as main driver chip makes strong driving ability/small heating/strong anti-interference/low calorific value BulletPoint2 : ➤【-channel H-bridge】-channel H-bridge driver working mode creates higher working efficiency BulletPoint3 : ➤【Better heat dissipation】There is a big heat sink on board for better heat dissipation BulletPoint4 : ➤【Specifications】Work Mode: H bridge drive (-channel) ; Main Control Chip: L298N ; Logic Voltage: 5V ; Drive Voltage: 5V-35V ; Logic Current: 0mA-36mA ; Drive Current: 2A( single-bridge) ; Storage Temperature: -20℃ to +135℃ ; . Power: 25W BulletPoint5 : ➤【Note】5V enable is a control with a 5V level; when the input is valid and power supply of motor drive module is normal, motor driver module outputs current. Otherwise, even if the power supply is normal, there is no current on motor. Color : Red ExternallyAssignedProductIdentifier1 : 749249368860 ExternallyAssignedProductIdentifier2 : 0749249368860 ItemName : L298N Driver Module, H-Bridge Robot Stepper Motor Control and Drives Module for Stepper Motor Smart Car Robot Power Control ItemPackageDimensions_Height : 6 centimeters ItemPackageDimensions_Length : 3 centimeters ItemPackageDimensions_Width : 6 centimeters ItemPackageQuantity : 1 ItemTypeKeyword : electronic-component-motor-drives Manufacturer : Yanmis Material : Copper ModelNumber : BTS7960 MountingType : Surface Mount NumberOfChannels : 2 NumberOfItems : 1 OutputVoltage : 240 volts PackageTypeName : Surface Mount Technology (SMT) package PartNumber : Yanmisd406mwyn9v ProductDescription : Product features: This motor driver has strong driving ability, low heat, strong anti-jamming ability. H-bridge two-channel type driver, drive voltage is 5V to 35V, drive current is 2A. For better heat dissipation is a large heat sink on board. Practical to use, with screw terminals for easy wiring. It is usually used to drive stepper motors on smart cars or robots.
Annotation: 1. When the operating voltage is 7V-12V, a 5V on-board logic voltage can be used as the power supply. If you use 5V as a power supply on board, do not input voltage to the + 5V terminal, but this may result in an external 5V voltage. (This is a regular application) 2. If the operating voltage is higher than 12 V and less than or equal to 24 V, for example to operate a motor with a rated voltage of 18 V, you must first pull out the jumper of the 5 V output enable. Then connect 5V to the 5V output is external. 5V enable is a control with a 5V level; If the input is valid and the motor drive module power supply is normal, the motor driver module will output power. Otherwise, even if the power supply is normal, there is no power on the motor.