TCL 32s6500 3.3V STB 1.0V STB

3.3V standby voltage to a 1.0V standby voltage

schematic diagram of an electronic circuit. This one appears to be designed for converting a 3.3V standby voltage to a 1.0V standby voltage. The diagram includes various components such as resistors, capacitors, diodes, and integrated circuits, with labels indicating their specific roles and connection

Core Voltage (Vcore)

Purpose: It supplies power to the internal logic and core processing units (such as the CPU, GPU, or microcontroller) within the IC_Typical Voltage Range: The core voltage is usually lower than the supply voltage (VCC) and is regulated by a dedicated voltage regulator circuit. In modern processors, this voltage typically ranges between 0.8V and 1.4V.

Why It’s Important

If the core voltage is too low, the processor might not function correctly, leading to system instability or crashes. If the core voltage is too high, it can cause overheating and may damage the processor.

Factors Influencing Core Voltage

Workload: Many modern processors adjust their core voltage dynamically based on the workload. During periods of low activity, the core voltage may decrease to save power. Power Management: Technologies like Dynamic Voltage and Frequency Scaling (DVFS) or Intel SpeedStep adjust the core voltage in real-time, balancing performance and power consumption.

TCL 32S6500 3V3_STB TO 1V5_DDR

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