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Core NOx Sensor Technology:
The NOx Sensor Control Unit (SCU) is one of the three core components of the product. Kreation uses self-developed ASIC chips to design control schematics and PCBs, along with intelligent control algorithm groups. Through intelligent software and hardware, the system achieves high precision, reliability, and stability.
Based on self-developed ASIC chips, the schematic and PCB are designed. A 32-bit high-performance MCU is used to implement three-stage coupled oxygen pump control, heating control, CAN communication, and fault diagnosis control based on zirconia solid electrolyte (coupling control of three current-type and three voltage-type solid electrolyte cells).
Oxygen pump control, heating control, CAN communication, and fault diagnosis control rely not only on hardware but also on software control strategies and algorithms. Kreation's software algorithm groups not only achieve these functions but also address the issue of inconsistent static accuracy of the probe. Additionally, the underlying software implements XCP calibration (automotive industry standard), J1939 communication protocol, and CAN communication flashing (no need to open the casing for flashing).
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Core NOx Sensor Technology:
The NOx Sensor Control Unit (SCU) is one of the three core components of the product. Kreation uses self-developed ASIC chips to design control schematics and PCBs, along with intelligent control algorithm groups. Through intelligent software and hardware, the system achieves high precision, reliability, and stability.
Based on self-developed ASIC chips, the schematic and PCB are designed. A 32-bit high-performance MCU is used to implement three-stage coupled oxygen pump control, heating control, CAN communication, and fault diagnosis control based on zirconia solid electrolyte (coupling control of three current-type and three voltage-type solid electrolyte cells).
Oxygen pump control, heating control, CAN communication, and fault diagnosis control rely not only on hardware but also on software control strategies and algorithms. Kreation's software algorithm groups not only achieve these functions but also address the issue of inconsistent static accuracy of the probe. Additionally, the underlying software implements XCP calibration (automotive industry standard), J1939 communication protocol, and CAN communication flashing (no need to open the casing for flashing).
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