Artículo: AMZ-B0FXTSTNPG

Teyleten Robot

Teyleten Robot DC Motor Driver Board H-Bridge PWM Motor Controller Module 450W DC 12V/24V/36V Reversing Brake 1pcs

Detalles del producto
Disponibilidad
En stock
Peso con empaque
0.20 kg
Devolución
Condición
Nuevo
Producto de
Amazon
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USA

Sobre este producto
  • Product Description: This driver has built-in hardware deadband control function. Motor forward and reverse high-current operation is more secure, stable and reliable! There is also undervoltage lockout output function! Measured continuous output 450W (36V 15A). This driver board can not only simulate the control, and can directly accept microcontroller IO drive! The system can not only analogue control, but also has a good protection function. Module parameters: Module nature: H-bridge brush DC motor driver module for 3-36V high power DC motorScope of application: high-power DC motor drive. Wide input voltage (11-36V) requirements of the occasion. Such as large cars, robots and other various control.Driving voltage: DC 11-36V input DC voltage (prohibited input AC)Output current: rated continuous output 24V when 15A 360W or less without heat sink, maximum 36V 15A 450WOutput Power: Rated 450W with natural cooling Measured at 36V 15A power supplyOperating Temperature: Industrial (-40°C to +85°C) Full load temperature: 45°C Small size, only 6.6cm x 3.8cm, total height is 2.8cm after 1cm thick heat sink is attached.Support voltage range of 10-36V, undervoltage protection, independent power supply zui up to 50VZui large continuous load current 20A (paste the simple heat sink), short-time peak current 110AThree-wire control of speed, forward and reverse, and brakesSupport full PWM, can directly use the key to control forward and reverse, PWM effective range of 0%~100.0%.Can be directly with the PLC and 3.3V 5V microcontroller IO port Bibi with direct control of the built-in interface level buffer function, no need to worry about damage to the microcontroller IO.Product use: EN: Enable terminalPWML1: Forward rotation controlPWML2: reverse controlGND: power groundOutput terminal: VIN+: Driver board power supply input positive 10V-36VGND: Negative input of power supply of driver boardM+: connect to motor cableM-: connect to motor cableThe following are the instructions for using the two control modes: Level control mode: EN=0 PWML1=0 PWML2=1 motor forward EN=0 PWML1=1 PWML2=0 Motor reversing EN=0 PWML1=1 PWML2=1 Motor Brake EN=1 PWML1=1 PWML2=1 Motor Free PWM control mode: EN=0 PWML1=Duty cycle adjustable PWM signal PWML2=1 Motor forward (speed can be adjusted by changing duty cycle) EN=0 PWML1=1 PWML2=Duty cycle adjustable PWM signal Motor reversal (speed control by changing duty cycle) EN=0 PWML1=1 PWML2=1 Motor Brake EN=1 PWML1=1 PWML2=1 Motor Free
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(1) Using imported full-bridge driver chip + low-pass internal resistance 110A NMOS driver tube, easy to achieve motor braking, forward and reverse. (2) chip operating frequency up to 600KHz, a good solution to the MC33886 and VNH3SP30 motor noise and heat problems, while the drive capacity has improved significantly, fast response speed. The performance of this driver is not L298, IR2104, MC33887 and other motor driver chip can be compared with (3) two-way PWM input, duty cycle can be in 0-100%, is not reached by the general drive. With instant braking ability and help you easily do the whole speed precision control. (4) With a wider operating voltage 10.5-36V, suitable for lithium batteries directly powered by the robot or car model competition. (5) Built-in logic buffer isolation circuit. Support PLC and all types of 3V or 5V microcontroller IO port direct control, but also through the analogue voltage input to control the motor brake and forward and reverse. (6) The control is very simple and easy to use, only need to connect three input lines to control the motor brake and forward and reverse. (7) Chip built-in dead time hardware control, can adapt to frequent motor commutation when the effective protection of the H-bridge, to avoid damage to the straight-through, so that the software programming is more simple. (8) Chip operating frequency up to 600KHZ, suitable for hollow wye motor drive, noise is very small, low heat and so on.