yongmin capacitor
Newbie level 6
Drone technology is developing towards higher autonomy, intelligence and long flight time, and its application scenarios are constantly expanding to logistics, agriculture, environmental monitoring and other fields.
As a key component, the performance requirements of drones are also constantly improving, especially in terms of large ripple resistance, long life and high stability, to ensure the reliability and efficiency of drones in complex environments.
Drone power management module
The power management system is responsible for regulating and managing the power supply in the drone to ensure stable operation and provide the power protection and monitoring functions required during flight. In this process, the capacitor is like a key bridge, ensuring the smooth transmission and efficient distribution of power, and is an indispensable core component to ensure the stable operation of the system.
01 Liquid lead type aluminum electrolytic capacitor
Small size: YMIN liquid aluminum electrolytic capacitor adopts a slender design (especially KCM 12.5*50 size), which perfectly meets the needs of drone flat design, and can be easily embedded in complex power management modules to improve the flexibility of the overall design.
Long life: It can still work stably under extreme conditions such as high temperature and high load, significantly extending the service life of the drone and reducing maintenance and replacement costs.
Resistant to large ripple current: When dealing with rapid changes in power load, it can effectively reduce power supply fluctuations caused by current shocks, ensure the stability of power supply, and thus improve the safety and reliability of drone flight.
02 Supercapacitor
High energy: Excellent energy storage capacity, providing continuous and stable power supply for drones, effectively extending flight time and meeting the needs of long-distance missions.
High power: Rapidly release energy to ensure stable power supply for drones in transient high-power demand scenarios such as takeoff and acceleration, providing strong power support for drone flight.
High voltage: Support high-voltage working environment, adapt to diverse drone power management needs, and enable it to be competent for complex tasks and application scenarios under extreme conditions.
Long cycle life: Compared with traditional energy storage components, supercapacitors have extremely long cycle life and can still maintain stable performance during repeated charging and discharging, which not only greatly reduces replacement frequency and maintenance costs, but also improves the overall reliability and economy of drones.
UAV motor drive system
With the advancement of technology, the flight time, stability and load capacity of drones are constantly improving. As the core of drone power transmission, the motor drive system has higher and higher performance requirements. YMIN provides three high-performance capacitor solutions for different application scenarios and technical requirements of drone motor drive systems.
01 Supercapacitor
Low internal resistance: Rapidly release electrical energy in a short time and provide high power output. Effectively respond to high current demand when the motor starts, reduce energy loss, and quickly provide the required starting current to ensure smooth motor start, avoid excessive battery discharge, and extend the service life of the system.
High capacity density: Rapidly release energy to ensure stable power supply in transient high-power demand scenarios such as takeoff and acceleration, and provide strong power support for drone flight.
Wide temperature resistance: Supercapacitors can withstand a wide temperature range of -70℃~85℃. In extremely cold or hot weather, supercapacitors can still ensure efficient startup and stable operation of the motor drive system to avoid performance degradation due to temperature changes.
02 Polymer solid-state & hybrid aluminum electrolytic capacitors
Miniaturization: Reduce space occupancy, reduce weight, optimize the overall system design, and provide stable power support for the motor, thereby improving flight performance and endurance.
Low impedance: Provide current quickly, reduce current loss, and ensure that the motor has sufficient power support when starting. This not only helps to improve starting efficiency, but also effectively reduces the burden on the battery and extends battery life.
High capacity: Store a large amount of energy and release power quickly when there is high load or high power demand, ensuring that the motor maintains efficient and stable operation throughout the flight, thereby improving flight time and performance.
High ripple current resistance: Effectively filter out high-frequency noise and current ripple, stabilize voltage output, protect the motor control system from electromagnetic interference (EMI), and ensure precise control and stable operation of the motor under high speed and complex loads.
UAV flight controller system
As the "brain" of the drone, the flight controller monitors and adjusts the flight status of the drone in real time to ensure the accuracy and safety of the flight path. Its performance and quality directly affect the flight stability and safety of the drone, so the internal capacitor becomes a key component to achieve efficient control.
YMIN has proposed three capacitor solutions to meet the high requirements of drone controllers.
01 Laminated polymer solid aluminum electrolytic capacitor
Ultra-thin miniaturization: occupies less space, helps to reduce the overall weight of the flight controller, and improves the flight efficiency and endurance of the drone.
High capacity density: quickly releases a large amount of energy to cope with high loads, helps stabilize power fluctuations, and prevents unstable flight or loss of control due to insufficient power.
High ripple current resistance: effectively suppresses current fluctuations, quickly absorbs and releases current, prevents ripple current from interfering with the control system of the aircraft, and ensures signal accuracy during flight.
02 Supercapacitor
Wide temperature resistance: SMD supercapacitors are used as backup power for RTC chips. They can quickly charge and release power in the event of a short power outage or voltage fluctuation in the flight controller. They meet 260°C reflow soldering conditions and ensure capacitor reliability even in rapidly changing temperatures or low temperature environments, avoiding RTC chip errors or data distortion caused by power fluctuations.
03 Polymer solid aluminum electrolytic capacitor
High capacitance density: effectively provide high-efficiency energy storage and rapid release, reduce space occupation, reduce system volume and weight.
Low impedance: ensure efficient current transmission under high-frequency applications, smooth current fluctuations, and ensure system stability.
High ripple current resistance: can provide stable current output in the case of large current fluctuations, avoiding instability or failure of the power supply system due to excessive ripple current.
end
In response to the different high requirements of UAV power management, motor drive, flight control and communication systems, YMIN adapts various high-performance capacitor solutions to ensure the efficient and stable operation of various UAV systems.
As a key component, the performance requirements of drones are also constantly improving, especially in terms of large ripple resistance, long life and high stability, to ensure the reliability and efficiency of drones in complex environments.
Drone power management module
The power management system is responsible for regulating and managing the power supply in the drone to ensure stable operation and provide the power protection and monitoring functions required during flight. In this process, the capacitor is like a key bridge, ensuring the smooth transmission and efficient distribution of power, and is an indispensable core component to ensure the stable operation of the system.
01 Liquid lead type aluminum electrolytic capacitor
Small size: YMIN liquid aluminum electrolytic capacitor adopts a slender design (especially KCM 12.5*50 size), which perfectly meets the needs of drone flat design, and can be easily embedded in complex power management modules to improve the flexibility of the overall design.
Long life: It can still work stably under extreme conditions such as high temperature and high load, significantly extending the service life of the drone and reducing maintenance and replacement costs.
Resistant to large ripple current: When dealing with rapid changes in power load, it can effectively reduce power supply fluctuations caused by current shocks, ensure the stability of power supply, and thus improve the safety and reliability of drone flight.
02 Supercapacitor
High energy: Excellent energy storage capacity, providing continuous and stable power supply for drones, effectively extending flight time and meeting the needs of long-distance missions.
High power: Rapidly release energy to ensure stable power supply for drones in transient high-power demand scenarios such as takeoff and acceleration, providing strong power support for drone flight.
High voltage: Support high-voltage working environment, adapt to diverse drone power management needs, and enable it to be competent for complex tasks and application scenarios under extreme conditions.
Long cycle life: Compared with traditional energy storage components, supercapacitors have extremely long cycle life and can still maintain stable performance during repeated charging and discharging, which not only greatly reduces replacement frequency and maintenance costs, but also improves the overall reliability and economy of drones.
UAV motor drive system
With the advancement of technology, the flight time, stability and load capacity of drones are constantly improving. As the core of drone power transmission, the motor drive system has higher and higher performance requirements. YMIN provides three high-performance capacitor solutions for different application scenarios and technical requirements of drone motor drive systems.
01 Supercapacitor
Low internal resistance: Rapidly release electrical energy in a short time and provide high power output. Effectively respond to high current demand when the motor starts, reduce energy loss, and quickly provide the required starting current to ensure smooth motor start, avoid excessive battery discharge, and extend the service life of the system.
High capacity density: Rapidly release energy to ensure stable power supply in transient high-power demand scenarios such as takeoff and acceleration, and provide strong power support for drone flight.
Wide temperature resistance: Supercapacitors can withstand a wide temperature range of -70℃~85℃. In extremely cold or hot weather, supercapacitors can still ensure efficient startup and stable operation of the motor drive system to avoid performance degradation due to temperature changes.
02 Polymer solid-state & hybrid aluminum electrolytic capacitors
Miniaturization: Reduce space occupancy, reduce weight, optimize the overall system design, and provide stable power support for the motor, thereby improving flight performance and endurance.
Low impedance: Provide current quickly, reduce current loss, and ensure that the motor has sufficient power support when starting. This not only helps to improve starting efficiency, but also effectively reduces the burden on the battery and extends battery life.
High capacity: Store a large amount of energy and release power quickly when there is high load or high power demand, ensuring that the motor maintains efficient and stable operation throughout the flight, thereby improving flight time and performance.
High ripple current resistance: Effectively filter out high-frequency noise and current ripple, stabilize voltage output, protect the motor control system from electromagnetic interference (EMI), and ensure precise control and stable operation of the motor under high speed and complex loads.
UAV flight controller system
As the "brain" of the drone, the flight controller monitors and adjusts the flight status of the drone in real time to ensure the accuracy and safety of the flight path. Its performance and quality directly affect the flight stability and safety of the drone, so the internal capacitor becomes a key component to achieve efficient control.
YMIN has proposed three capacitor solutions to meet the high requirements of drone controllers.
01 Laminated polymer solid aluminum electrolytic capacitor
Ultra-thin miniaturization: occupies less space, helps to reduce the overall weight of the flight controller, and improves the flight efficiency and endurance of the drone.
High capacity density: quickly releases a large amount of energy to cope with high loads, helps stabilize power fluctuations, and prevents unstable flight or loss of control due to insufficient power.
High ripple current resistance: effectively suppresses current fluctuations, quickly absorbs and releases current, prevents ripple current from interfering with the control system of the aircraft, and ensures signal accuracy during flight.
02 Supercapacitor
Wide temperature resistance: SMD supercapacitors are used as backup power for RTC chips. They can quickly charge and release power in the event of a short power outage or voltage fluctuation in the flight controller. They meet 260°C reflow soldering conditions and ensure capacitor reliability even in rapidly changing temperatures or low temperature environments, avoiding RTC chip errors or data distortion caused by power fluctuations.
03 Polymer solid aluminum electrolytic capacitor
High capacitance density: effectively provide high-efficiency energy storage and rapid release, reduce space occupation, reduce system volume and weight.
Low impedance: ensure efficient current transmission under high-frequency applications, smooth current fluctuations, and ensure system stability.
High ripple current resistance: can provide stable current output in the case of large current fluctuations, avoiding instability or failure of the power supply system due to excessive ripple current.
end
In response to the different high requirements of UAV power management, motor drive, flight control and communication systems, YMIN adapts various high-performance capacitor solutions to ensure the efficient and stable operation of various UAV systems.
