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electronic:boards:xc4492 [2026/10/13 22:29] – [Examples] tonyelectronic:boards:xc4492 [2026/10/20 22:26] (current) – tony
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 \\ \\
  
-{{ :electronic:boards:.jpg?200|Overview}}+{{ :electronic:boards:pa184372a.jpg?200|Overview}}
 ^  Module Description  || ^  Module Description  ||
 ^Model|**XC4492**| ^Model|**XC4492**|
-^Manufacturer|Duiotech| +^Manufacturer|Duinotech| 
-^Description|Dual/Stepper Motor Controller Module| +^Description|Dual/Stepper motor controller module| 
-^Other designations|TA0052 iduino L298 , Keyes L298, Keyestudio L298N| +^Other designations|Duinotech L298, TA0052 iduino L298 , Keyes L298, Keyestudio L298N| 
-^Associated modules| |+^Associated modules|-|
 ^Voltage|3V - 30V| ^Voltage|3V - 30V|
 ^Current|4A max total load| ^Current|4A max total load|
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   * Back-EMF protection   * Back-EMF protection
   * Over-temperature protection   * Over-temperature protection
-  * On-board 5V regulator can provide power to Arduino etc (if supplied operating voltage <16V)+  * On-board 5V regulator can also power attached Arduino etc
   * Status LEDs (logic power and input status)   * Status LEDs (logic power and input status)
   * Provision for current sense resistors   * Provision for current sense resistors
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 {{electronic:boards:xc4492_schem.png?800|Schematic}} {{electronic:boards:xc4492_schem.png?800|Schematic}}
  
 +Note: C1 not actually installed.
 +
 +\\
 ^  Jumper block  || ^  Jumper block  ||
 ^CSB|Insert current sense resistor between pins to measure current on channel B, or short with jumper if not used| ^CSB|Insert current sense resistor between pins to measure current on channel B, or short with jumper if not used|
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 ^UR3|Jumper to activate pullup on IN2 (not needed for Arduino)| ^UR3|Jumper to activate pullup on IN2 (not needed for Arduino)|
 ^UR4|Jumper to activate pullup on IN1 (not needed for Arduino)| ^UR4|Jumper to activate pullup on IN1 (not needed for Arduino)|
-^5V_EN|Jumper to enable +5V power to the board via 5V regulator from VMS supply (only if VMS less than 16V otherwise need to supply external 5V)|+ 
 +^5V_EN|Jumper to enable +5V power to the board via 5V regulator from VMS supply| 
 + 
 +If you install jumper "5V_EN" the board can generate +5V from the VMS (motor)  supply using an onboard regulator but only if that VMS supply is less than 16V.   That +5V can be used to power an attached Arduino etc via the pin header.   Otherwise (eg VMS >16V, too high for regulator), the board needs an external +5V supply as well as the VMS supply.
  
 \\ \\
 ---- ----
 +
 ===== Examples ===== ===== Examples =====
-{{electronic:boards:xc4492_top.png?800|Overview}}+{{electronic:boards:pa184372a.jpg?800|XC4492 overview}} 
 +{{electronic:boards:pa184371a.jpg?800|XC4492 overview back}} 
 +{{electronic:boards:pa184375a.jpg?800|XC4492 top view}} 
 +{{electronic:boards:pa184376a.jpg?800|XC4492 PCB bottom}}
  
 ====== References and Additional Resources ====== ====== References and Additional Resources ======
-  * {{:electronic:boards:xc4492.pdf|XC4492}} datasheet.+  * {{https://media.jaycar.co.nz/product/resources/XC4492_datasheetMain_67878.pdf?_gl=1*1q73kcn*_gcl_au*MzA1ODQ3MDUuMTc5MTkzMjE3OQ..|XC4492}} datasheet. /* {{:electronic:boards:xc4492.pdf|XC4492}} datasheet. */
   * {{https://www.st.com/resource/en/application_note/an240-applications-of-monolithic-bridge-drivers-stmicroelectronics.pdf|L293, L293E and L298}} application notes.   * {{https://www.st.com/resource/en/application_note/an240-applications-of-monolithic-bridge-drivers-stmicroelectronics.pdf|L293, L293E and L298}} application notes.
   * {{https://www.auselectronicsdirect.com.au/assets/files/TA0052%20Stepper%20Motor%20Controller%20Module.pdf|TA0052}} datasheet.   * {{https://www.auselectronicsdirect.com.au/assets/files/TA0052%20Stepper%20Motor%20Controller%20Module.pdf|TA0052}} datasheet.