Since GYD9E is not an industry-standard part number (like 2N2222 or LM317), you won’t find a datasheet from a single manufacturer. Instead, use this article as your reference. However, for the L298N IC inside the GYD9E, download the official STMicroelectronics L298 datasheet (Rev 14 or later). It covers all electrical specs, timing diagrams, and application notes.
Recommended search terms:
You may also find Chinese-language datasheets from vendors like LCSC, Mouser (for clones), or AliExpress product pages.
Modern power ICs integrate multiple safeguards. The GYD9E datasheet likely lists: gyd9e datasheet
These make the GYD9E suitable for battery-powered devices, routers, automotive infotainment, and FPGA power supplies.
Unlike a standard diode which causes a voltage drop, a P-Channel MOSFET like the GYD9E can be used to create an "ideal diode" circuit. This protects your circuit if the battery is inserted backward without sacrificing efficiency.
Thermal shutdown occurs at ~165°C. If your motors stop abruptly while VMS is still present, allow the module to cool. Since GYD9E is not an industry-standard part number
Q1: Can I use GYD9E with a 24V battery system?
Yes, but ensure VMS ≤ 35V. Add a larger heat sink and forced airflow.
Q2: Does the GYD9E support regenerative braking?
No. Braking shorts the motor terminals, but energy dissipates as heat in the driver.
Q3: Can I control two different voltage motors simultaneously?
No. Both motors share the same VMS supply. Use separate modules for different voltage requirements. You may also find Chinese-language datasheets from vendors
Q4: What is the maximum PWM resolution?
8-bit (0–255) is typical with Arduino. The driver responds linearly up to 25 kHz.
Q5: My GYD9E has an extra pin labeled “5V OUT” – what is it?
That is the output of the onboard 5V regulator. It can power your microcontroller (max 500mA).
Since GYD9E is not an industry-standard part number (like 2N2222 or LM317), you won’t find a datasheet from a single manufacturer. Instead, use this article as your reference. However, for the L298N IC inside the GYD9E, download the official STMicroelectronics L298 datasheet (Rev 14 or later). It covers all electrical specs, timing diagrams, and application notes.
Recommended search terms:
You may also find Chinese-language datasheets from vendors like LCSC, Mouser (for clones), or AliExpress product pages.
Modern power ICs integrate multiple safeguards. The GYD9E datasheet likely lists:
These make the GYD9E suitable for battery-powered devices, routers, automotive infotainment, and FPGA power supplies.
Unlike a standard diode which causes a voltage drop, a P-Channel MOSFET like the GYD9E can be used to create an "ideal diode" circuit. This protects your circuit if the battery is inserted backward without sacrificing efficiency.
Thermal shutdown occurs at ~165°C. If your motors stop abruptly while VMS is still present, allow the module to cool.
Q1: Can I use GYD9E with a 24V battery system?
Yes, but ensure VMS ≤ 35V. Add a larger heat sink and forced airflow.
Q2: Does the GYD9E support regenerative braking?
No. Braking shorts the motor terminals, but energy dissipates as heat in the driver.
Q3: Can I control two different voltage motors simultaneously?
No. Both motors share the same VMS supply. Use separate modules for different voltage requirements.
Q4: What is the maximum PWM resolution?
8-bit (0–255) is typical with Arduino. The driver responds linearly up to 25 kHz.
Q5: My GYD9E has an extra pin labeled “5V OUT” – what is it?
That is the output of the onboard 5V regulator. It can power your microcontroller (max 500mA).