The high-precision thin film resistor of Tianji Technology's agent brand Guangjie Technology achieves precise voltage distribution, optimized power factor, and reduced heat loss in AI server power modules with an ultra-high precision of 0.01%, significantly improving system energy efficiency and reliability.
In today's digital age, artificial intelligence (AI) servers have become the core of data centers. With the surge of AI applications, the performance and energy efficiency requirements of servers are also constantly increasing. As a key component of the server, the performance of the power module directly affects the efficiency and reliability of the entire system. This article will explore how Tianyi Technology's high-precision thin film resistors, especially their 0.01% accuracy, can improve energy efficiency in AI server power modules. The importance of power modules in AI servers
The power module is responsible for converting the input power into the specific voltage and current required by each component of the server. Its performance directly affects the server's:
Stability: Ensure continuous and reliable power supply.
Efficiency: Reduce energy waste and lower operating costs.
Thermal management: Reduce heat generation and extend component lifespan.
Therefore, improving the performance of power modules is crucial for optimizing the overall performance of AI servers.
Characteristics of high-precision thin film resistors in Tian'er
Ever Ohms, as a leading global electronic component manufacturer, is renowned for its high-precision thin-film resistors for their outstanding performance and reliability. Its main features include:
High precision: Provides up to 0.01% accuracy to ensure the accuracy of circuit parameters.
Low temperature coefficient: The temperature coefficient is as low as ± 2 ppm/° C, ensuring stable performance at different temperatures.
High stability: Long term drift less than 0.05%, ensuring long-term reliability.
These characteristics make it perform well in high demand applications, such as AI server power modules. The impact of 0.01% accuracy on energy efficiency
So, how can the 0.01% precision of Tian'er Technology's high-precision thin film resistor improve the energy efficiency of AI server power modules?
Accurate voltage distribution: High precision resistors ensure accurate voltage distribution within the power module, reducing unnecessary energy loss.
Optimizing power factor: Accurate resistance values help maintain ideal power factor and reduce reactive power losses.
Reduce heat loss: High precision resistors reduce imbalances in the circuit, decrease heat generation, and improve overall energy efficiency.
Application example: Power management in AI servers
In practical applications, Guangjie Technology's high-precision thin film resistors are widely used in the power management system of AI servers. For example:
Current detection: High precision resistors are used to detect current, ensuring that the power module is accurately adjusted according to load requirements.
Voltage regulation: In a voltage regulator, precision resistors ensure the stability of the output voltage and prevent overvoltage or undervoltage situations.
Temperature compensation: Due to its low temperature coefficient, the photoelectric resistor can maintain stable performance even under temperature changes, ensuring the reliability of the power module.
Advantages of Tian'er high-precision thin film resistors
The advantages of choosing Tianer Technology's high-precision thin film resistors include:
A globally recognized brand: As an industry leader, Tian Er's product quality and performance are highly trusted.
Wide product line: offering multiple specifications and packaging forms to meet different application needs.
Excellent technical support: As an agent of Tian'er Technology, Shunhai Technology provides professional technical support to help customers optimize their designs.