Bảng Mạch Điều Khiển Tốc Độ Cao Ce6075K Dc Cho Động Cơ Analog / Ppm tại Lotte Market

Giới thiệu Bảng Mạch Điều Khiển Tốc Độ Cao Ce6075K Dc Cho Động Cơ Analog / Ppm tại Lotte Market

NCE6075K motor drive module
High-power MOS tube DC/L298N/H bridge driver/support PWM PPM signal

Support PWM signal, analog signal, PPM signal control.
Rated power supply voltage: 5V-40V.
Limit voltage range: 4.8V- 48V.
Four-layer PCB, good heat conduction and heat dissipation, with adhesive heat sink, users can mount them according to their needs.
The power supply voltage is 12V, 10A continuous current working temperature rise is small and 15 degrees (25°C room temperature environment).
Choose among the five working modes through the dial switch.
Support high frequency PWM signal (see the output waveform test of the drive module below for details).
Supports 100% duty cycle PWM signal input in PWM mode.
Can withstand the large transient current when the DC motor starts and stops (180A/10ms)
In the PPM signal and analog signal control mode, the PWM frequency is 15.5KHzo
The rated parameters of the MOS tube are: 75A/60V/NMOS.

Q: What PWM frequency does the module support?
Answer: In a 25°c environment, it is recommended that the PWM frequency is not higher than 150KHz to control the switching loss of the MOS tube.
Q: Will changing the DIP switch during work change the working mode?
Answer: No, the working mode will be the new setting mode after power on again.
Q: What model is the MOS tube?
Answer: The MOS tube is NCE6075K, and each arm of the H bridge uses two MOS in parallel.
Q: Do you provide the schematic diagram and layout of the circuit diagram?
Answer: ZR5002 module does not provide circuit schematic and layout.
Q: How much power can be driven by the motor?
Answer: According to the safe working area icon, the maximum current when the power supply voltage is 23V is 20A, so the output MAX power is 460W.
Question: In PWM mode, when the input signal is 100% duty cycle, is the output duty cycle also 100%?
Answer: No, in PWM mode, when the input signal duty cycle is 100%, the maximum output duty cycle is 99.7%. When the input duty cycle is less than 99.7%, the output duty cycle is the same as the input duty cycle.
Question: When using the analog control method, when connecting the potentiometer, what resistance should I use?
Answer: Potentiometers between 4.7K and 220K can be used.