Application

1. Inductors: It used for power filtering and voltage stabilization to ensure that the server system receives a stable, clean power source. This helps to reduce noise and fluctuations & enhancing the stability and reliability of the servers.
   
   
2. Differential Mode Chokes: They suppressing noise and interference, enhancing signal quality and stability, and improving overall system reliability and performance through efficient and interference-resistant signal transmission.
   
   
3. Current Transformers: They can be used to monitor current, voltage, and temperature within the server system. They aid in monitoring the working status, providing valuable feedback information to ensure stable operation and timely detection of malfunctions.
   
   
4. High-Frequency Transformers: They are usually employed in server systems for power conversion and electricity supply. They provide a stable power source to various components and ensuring its stable operation.
   
   
5. Common-Mode Chokes: It used to suppress or filter out common-mode interference signals in server systems, thereby improving the immunity to interference and operational stability.
   
   
6. PFC Choke: It used for power factor correction to improve energy utilization and efficiency. They help to reduce the amount of energy consumed by the system during operation while enhancing work efficiency and performance.

The application of these components contributes to improving the performance, efficiency, and reliability of server systems, ensuring stable operation and high-quality service provision.

Our electronic parts are commonly used in various household appliances. We have collaborated with reputable companies, including those producing microwave, oven, refrigerator, induction cooker, air conditioner, dehumidifier, automatic aluminum fan, mosquito killer, etc.

※All images below are for illustrative purposes only.

1. High-Frequency Transformers, utilized in a multitude of electronic devices such as chargers, power supplies, and electronic transformers, offer efficient energy conversion, making the devices more energy-saving and compact.
   
   
2. Choke Inductors are typically used to filter out high-frequency noise in power sources to ensure a stable power supply. In household appliances, they might be found in power supplies and audio equipment.
3. Air-Core Coils are commonly used in wireless charging technologies. Some wireless chargers for household appliances may employ air-core coils for energy transmission.
   
   
4. Current Transformers can be used in household appliances to detect and monitor parameters like current and voltage. For instance, they might be part of the control systems of household appliances to ensure proper operation and safety.
   
   
5. Current Sensors are generally used to measure the magnitude of current and convert it into a corresponding voltage signal. In household appliances, they might be used to control and monitor the current, such as in induction cooktops and electric water heaters.
   
   
6. Common Mode Chokes are used to suppress or filter out common mode interference signals, thereby enhancing the performance and stability of devices. In household appliances, they might be used in audio and communication equipment to ensure signal clarity and stability.
   
   
7. PFC Chokes are typically used to improve the power factor of power sources, thereby improving energy efficiency and reducing energy consumption. In some household appliances, especially high-power devices like air conditioners and washing machines, PFC coils might be used to achieve energy savings and stability.

The application of these components may vary in different household appliances, but they all play a crucial role in making these devices more efficient, performant, safe, and reliable.

1. Low-Frequency Transformers are commonly used in power devices such as power supplies, frequency converters, and transformers. They function to transfer voltage from one circuit to another while maintaining the stability of power. For instance, in frequency converters, low-frequency transformers can adjust the power supply frequency to control the rotational speed of motors.
   
   
2. Current Sensors are utilized in power devices for monitoring and controlling parameters like current and voltage. They can measure the magnitude of current and provide feedback signals for achieving current control. In devices such as frequency converters and transformers, inductive sensors are also frequently used to protect circuits by detecting overcurrent or overvoltage conditions.
   
   
3. Current Transformer are often used in power devices for current measurement and control. They can monitor the magnitude of current in circuits and provide corresponding feedback signals. Current comparators play a key role in many control systems; for example, in frequency converters, they can be used to precisely control the rotational speed of motors.

The application of these components in power devices helps ensure the stability, efficiency, and safety of circuits, and achieve effective control and management of power.

Our electronic parts are commonly used in various lighting equipment. We have collaborated with reputable companies, including those producing  controller, lighting control system, neon lights, pool lights, garden light and etc.

※All images below are for illustrative purposes only.

1. Filters: It is commonly used in lighting equipment to remove high-frequency noise or harmonics from the power supply, ensuring a stable power supply and reducing interference with other devices. This is particularly important when using more sensitive lighting equipment, as filters can provide a cleaner, more stable power supply, helping to enhance lighting effects and extend the lifespan of the equipment.

2. Choke Inductors: They are often used in the power supply driving circuits of lighting equipment to filter out high-frequency noise and provide a stable current output. They help reduce fluctuations in the pFunctionower supply, thereby improving the performance and stability of lighting equipment. Additionally, coil inductors can assist in providing power conversion and regulation functions to meet various lighting needs.

3. Low-Frequency Transformers: It is commonly used in lighting equipment, especially in situations requiring dimming capabilities. They can be used to reduce the voltage and frequency of the power supply, thereby achieving adjustment of lighting brightness. For example, in indoor lighting, low-frequency transformers can provide dimming functions, allowing users to adjust lighting brightness according to their needs, thus saving energy and improving comfort.

4. High-Frequency Transformers: It plays a crucial role in lighting equipment. They effectively convert power supply voltage to match the current and voltage requirements of the lamps, ensuring the stable operation of the lighting system. Moreover, the compact size of high-frequency transformers helps save space while improving energy efficiency, reducing power consumption, and providing strong support for modern green lighting solutions.

The application of filters, coil inductors, high-frequency transformers, and low-frequency transformers in lighting equipment helps improve the quality, stability, and performance of the power supply, thereby providing users with a better lighting experience.

Our electronic parts are commonly used in various car & solar charger. We have collaborated with reputable companies, including those producing EV (electric vehicle) car charging, solar charger, solar panel, charger station, etc.

※All images below are for illustrative purposes only.

1. High-Frequency Transformers: High-frequency transformHigh-frequency transformers: High-frequency transform power conversion and regulation for charging High-frequency transformers can be used in power conversion and regulation for charging stations. They help convert AC power into DC power suitable for electric vehicle charging, while providing efficient energy conversion.
   
   
2. Low-Frequency Transformers: Low-frequency transformers may be used in certain systems within charging stations, such as for power isolation, regulation, and control, to ensure the safety and stability of the charging process.
   
   
3. Current Sensors: Transformers can be used to monitor parameters such as current and voltage in charging stations, thereby achieving precise control and monitoring of the charging process. This helps ensure efficiency and safety during charging.
4. Current Transformers: Current transformers are used in charging stations to measure and control the magnitude of current to ensure that the desired current level is reached during charging, while ensuring safety and efficiency.
   
   
5. Inductor Choke: Inductor coils are commonly used for power filtering and interference suppression in charging stations, ensuring that the power supplied to electric vehicles is stable and clean.
   
   
6. Air-core coils: Air-core coils may be used in wireless charging technologies, allowing electric vehicles to charge without connecting to a charging plug.
   
   
7. Common-mode inductors: Common-mode inductors are used for interference suppression and power filtering in charging stations, ensuring power quality and stability during the charging process.
   
   
8. PFC coils: PFC coils are typically used to improve the power factor of charging stations, thereby increasing energy utilization and reducing energy waste.

Overall, the application of these components helps improve the performance, efficiency, and safety of charging stations, while ensuring stability and convenience during the charging process.

1. High-Frequency Transformers are commonly used in power tools, especially those that require high power output and rapid response, such as electric drills and saws. These transformers offer efficient energy conversion, thereby enhancing the working efficiency of the tools and enabling a more compact and portable design.
   
   
2. Choke Inductors are typically utilized in power tools for power filtering and stabilization to ensure the stability and reliability of the power supply. They help eliminate noise and fluctuations from the power source, providing a more stable and cleaner power supply to the tool, which contributes to improved performance and extended lifespan of the tool.
   
   
3. Common Mode Chokes are mainly used to suppress or filter out common mode interference signals, thereby enhancing the anti-interference capability and operational stability of the power tools. They help reduce faults or anomalies caused by external interference during the tool's operation, thus improving its reliability and safety.
   
   
4. PFC Chokes are often applied in power tools for power factor correction, aiming to enhance the tool's energy utilization rate and efficiency. They help reduce the amount of energy consumed during the tool's operation while improving its working efficiency and performance.

In summary, the application of these components contributes to enhancing the performance, efficiency, and reliability of power tools, while also providing a more stable and cleaner power supply, thereby improving the user's working experience and efficiency.

Our electronic parts are commonly used in various audio & sound equipment. We have collaborated with reputable companies, including those producing commercial audio-visual equipment, home audio, guitar effect pedal, broadcast equipment, etc.

※All images below are for illustrative purposes only.

1. High-frequency transformers: High-frequency transformHigh-frequency transformers: High-frequency transform power supply and signal processing of High-frequency transformers are used in the power supply and signal processing of audio equipment. They can provide a stable power supply to audio equipment and offer necessary power conversion during signal processing.
   
   
2. Low-frequency transformers: Low-frequency transformers are commonly used in the power amplifiers and audio processors of audio equipment. They help provide a stable low-frequency power source, ensuring the low-frequency performance and dynamic range of the audio.
   
   
3. Choke inductors: Coil inductors are typically used for power filtering and interference suppression in audio equipment, ensuring a stable and clean power supply.
   
   
4. Filters: Filters in audio equipment are generally used to remove noise and interference from the power supply, thereby improving the signal-to-noise ratio and audio quality. They help ensure the clarity and purity of the audio.
   
   
5. Common mode Chokes: Common mode inductors are mainly used to suppress or filter out common mode interference signals, thereby enhancing the anti-interference ability and operational stability of audio equipment. They help reduce faults or anomalies caused by external interference during operation.
   
   
6. PFC Chokes: PFC coils are commonly used for power factor correction in audio equipment, aiming to improve energy efficiency and performance. They help reduce the amount of energy consumed during operation, while enhancing the work efficiency and performance of audio equipment.

The application of these components contributes to improving the audio quality, signal-to-noise ratio, and operational stability of audio equipment, thus providing users with a superior audio experience.

Our electronic parts are commonly used in various medical devices. We have collaborated with reputable companies, including those producing ECG machines, dental equipment, 3D filament printers, medical refrigerator, fetal heart detector, and etc.

※All images below are for illustrative purposes only.

1. High-frequency transformers are utilized in medical equipment for power conversion and supply. They provide a stable power source to various medical devices, such as imaging devices and monitoring equipment, ensuring their reliable operation.
   
   
2. Choke inductors are commonly used in medical equipment for power filtering and interference suppression, ensuring that the power supplied to the devices is stable and clean. They help ensure the normal operation of medical equipment while reducing the impact of external disturbances on the devices.
   
   
3. Common mode Chokes are typically used in medical equipment for interference suppression and signal processing, ensuring the stability and reliability of the devices. They help reduce the occurrence of faults or abnormalities in the device's operation due to external disturbances.
   
   
4. PFC Chokes are commonly used in medical equipment for improving energy efficiency and performance. They help reduce the amount of energy consumed by the device during operation, while also enhancing the device's work efficiency and performance.

The application of these components helps ensure the stability, reliability, and safety of medical equipment, thereby ensuring that the medical equipment can accurately and efficiently provide medical services to patients.

Our electronic parts are commonly used in various industrial & agricultural equipment. We have collaborated with reputable companies, including those producing fossil oil temperature measurer, industrial timer, energy measurement system, water pump etc.

※All images below are for illustrative purposes only.

1. High-Frequency Transformers are utilized in the power conversion and supply of industrial and agricultural equipment. They provide a stable power source for various devices, such as production equipment, control systems, and lighting equipment, ensuring their normal operation.
   
   
2. Low-Frequency Transformers are commonly used in the power regulation and supply of industrial and agricultural equipment. They help adjust output voltage and current to ensure the stability and efficiency of the equipment.
   
   
3. Current Sensors are typically used in monitoring and controlling parameters like current and voltage in industrial and agricultural equipment. For instance, in industrial production equipment, mutual inductors can be used to monitor mechanical operating status, enhancing production efficiency and safety.
   
   
4. Current Transformers are employed in the measurement and control of current in industrial and agricultural equipment. They help ensure that the equipment reaches the required current levels during operation while maintaining safety and efficiency.
   
   
5. Inductor Chokes are commonly used in the power filtering and interference suppression of industrial and agricultural equipment, ensuring that the power supplied to the equipment is stable and clean.
   
   
6. Common Mode Chokes are typically used in interference suppression and signal processing in industrial and agricultural equipment, ensuring the stability and reliability of the equipment.
7. PFC Chokes are commonly used in industrial and agricultural equipment for power factor correction to improve energy utilization and efficiency. They help reduce the amount of energy consumed by the equipment during operation, while enhancing work efficiency and performance.

Overall, the application of these components in industrial and agricultural equipment contributes to improving the performance, efficiency, and reliability of the equipment, thereby enhancing production efficiency and product quality.