System Debugging

Overview of Arm® Neoverse™ V2 Reference Design Technology – Debug Module (Debugging and Tracing) – Debug Authentication and System Debug Support

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Overview of Arm® Neoverse™ V2 Reference Design Technology - Debug Module (Debugging and Tracing) - Debug Authentication and System Debug Support

Debug Authentication The debug authentication signals are used to control access to the debug components. For more information about these signals, refer to the Arm CoreSight Architecture Specification v3.0. As shown in Figure 3 – 13 “Architectural View of RD – V2 DAP Structure on Page 39”, there are different debug domains within the compute … Read more

Avoid These Pitfalls When Implementing Power Distribution Automation with Siemens PLCs!

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Avoid These Pitfalls When Implementing Power Distribution Automation with Siemens PLCs!

Power distribution automation enhances power supply reliability and operational efficiency. This article introduces an implementation plan based on Siemens PLCs, focusing on hardware selection, program design, and practical applications. 1. Hardware Configuration PLC and Expansion Module Selection The power distribution automation system has high requirements for real-time performance and reliability. It is recommended to use … Read more

Development of PLC Temperature Control System: Precision Temperature Control with an Error of ±0.5℃!

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Development of PLC Temperature Control System: Precision Temperature Control with an Error of ±0.5℃!

“Development of PLC Temperature Control System: Achieving ±0.5℃ Precision Temperature Control, Letting Equipment Say Goodbye to ‘Overheating’ Troubles!” 1. Hardware Selection: To do a good job, one must first sharpen their tools Core Controller: Siemens S7-1200/1500 Series PLC (supports PID algorithm) Temperature Sensor: PT100 Platinum Resistance (accuracy 0.1℃) Actuator: Solid State Relay + Heating Tube … Read more

Design and Implementation of PLC Control System for High and Low Temperature Shock Testing

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Design and Implementation of PLC Control System for High and Low Temperature Shock Testing

High and low temperature shock testing is a key step in product reliability verification. Implementing automation control through Siemens PLC can significantly enhance testing accuracy and efficiency. 1. Hardware Configuration Selection of PLC and Expansion Modules Based on the control requirements of the high and low temperature shock testing system, the Siemens S7-1200 series PLC … Read more