Automotive Electronic

1

Shanghai Yongming Electronics Co., Ltd.
has launched a series of capacitor products, which are specially designed for Automotive Electronics

 

Capacitor For Automotive Electronic
Field Program Capacitor category encapsulation YMIN Products Series

click series to new window/tab

 

Power EFI solid-liquid hybrid SMD type VHT
Oil Pump Aluminum Electrolytic Lead Type LKL
SMD type VKG
VKM
VKL
Electronic Water Pump Aluminum Electrolytic Lead Type LKL
SMD type VKG
VKM
VKL
solid-liquid hybrid SMD type VHR
VHU
VHT
Emissions Aluminum Electrolytic SMD type VK7
VMM
VKM
solid-liquid hybrid SMD type VHT
Battery Management System Aluminum Electrolytic SMD type V3M
VK7
VMM
VKO
VKL
solid-liquid hybrid SMD type VGY
VHT
Emergency Start Power Supercapacitor Modular SDM
Motor Controller Aluminum Electrolytic SMD type V3M
VKL
solid-liquid hybrid SMD type VHX
VHT
Cooling Fan Control solid-liquid hybrid Lead Type NHT
Aluminum Electrolytic Lead Type LKL
Gearbox Controller Aluminum Electrolytic SMD type V3M
VKL
PTC Heating Rod Aluminum Electrolytic SMD type VKL
On-Board Charger OBC Aluminum Electrolytic Snap-in CW6
SMD type VKL
solid-liquid hybrid SMD type VHU
VHT
DC-DC Converter Aluminum Electrolytic Lead Type LKG
LKL
SMD type VK7
VKO
VMM
V3M
solid-liquid hybrid SMD type VHT

 

chassis, safety Airbag Aluminum Lead Type LK
SMD type VKO
VKM
Tire Pressure Monitoring solid-liquid hybrid SMD type VHT
Aluminum SMD type V3M
VMM
VKO
Suspension Sontroller solid-liquid hybrid SMD type VHT
Aluminum SMD type VKL
VKL(R)
Brake Controller solid-liquid hybrid SMD type VHT
Aluminum SMD type VKL
VKL(R)
Electric Power Steering Aluminum Lead Type LKL
SMD type V3M
VMM
VKL
Electronic Power Brake Aluminum SMD type VKL
VKL(R)
ABS anti-lock braking system Aluminum SMD type V3M
VMM
VKL

 

body control Vehicle Light Aluminum SMD type VKM
VMM
V3M
VKL
solid-liquid hybrid SMD type VGY
VHT
Sunroof Aluminum SMD type VMM
V3M
Window solid-liquid hybrid SMD type VHT
Aluminum SMD type VMM
V3M
Wiper Aluminum SMD type VMM
V3M
Smart Door Aluminum SMD type VMM
V3M
Electronic Horn solid-liquid hybrid SMD type VHT
Body Controller Aluminum SMD type VMM
VKL
Air Conditioner Controller Aluminum Lead Type LKG
SMD type VK7
VMM
VKO
V3M
VKL
solid-liquid hybrid SMD type VHT
Electric Mirror Aluminum SMD type VMM
V3M
Keyless Start Aluminum SMD type VMM
V3M
Automatic Fire Extinguishing Device Supercapacitor Modular SDM

 

Autopilot GPS Aluminum SMD type VMM
V3M
Camera Aluminum SMD type VMM
V3M
Inertial Navigation Aluminum SMD type VMM
V3M
Millimeter Wave Radar Aluminum SMD type VMM
V3M
Automatic Parking Control System Aluminum SMD type V3M
VKO
VMM

 

smart cockpit ETC Supercapacitor Lead Type SLA
Central Control Screen Aluminum SMD type VMM
V3M
solid-liquid hybrid SMD type VGY
VHM
Dash Board Aluminum SMD type V3M
VMM
solid-liquid hybrid SMD type VHM
Seat Control solid-liquid hybrid SMD type VHX
VHT
Aluminum SMD type VMM
V3M
Car USB solid-liquid hybrid SMD type VHT
Aluminum SMD type VMM
V3M
T-BOX Aluminum SMD type VMM
V3M
solid-liquid hybrid SMD type VHT
Vehicle Wireless Charging Supercpacitor Modular SDM
Driving Recorder Supercpacitor Modular SDM
SDM
Heads Up Display Aluminum SMD type VKO
VMM
V3M
solid-liquid hybrid SMD type VGY
Car Entertainment System Aluminum SMD type VK7
VMM
V3M
VKO
solid-liquid hybrid SMD type VHT

 

Charging pile Monitor Aluminum SMD type VK7
VMM
V3M
VKO
Rectifier Aluminum Snap-in CW6
Power Converter Aluminum Snap-in CW6

The Importance of Choosing the Right Electrolytic Capacitor for Automotive Electronics

Don't overlook the importance of selecting the right electrolytic capacitor for your automotive electronics. Discover why this component is so critical and how to choose the best one.

When it comes to automotive electronics, selecting the right components is crucial for ensuring reliable performance and safety. One component that should not be overlooked is the electrolytic capacitor. Learn why this component is so important and how to choose the best one for your automotive electronics.

Understanding the Role of Electrolytic Capacitors in Automotive Electronics.

Electrolytic capacitors play a critical role in automotive electronics by storing and releasing electrical energy. They are commonly used in power supply circuits, audio systems, and other electronic components. Choosing the right electrolytic capacitor is important for ensuring reliable performance and preventing damage to other components. Factors to consider when selecting an electrolytic capacitor include capacitance, voltage rating, temperature range, and lifespan.

Factors to Consider When Choosing an Electrolytic Capacitor.

When selecting an electrolytic capacitor for automotive electronics, there are several factors to consider. The first is capacitance, which determines the amount of electrical energy the capacitor can store. Voltage rating is also important, as it determines the maximum voltage the capacitor can handle without breaking down. Temperature range is another critical factor, as automotive electronics are often exposed to extreme temperatures. Finally, lifespan is important to consider, as electrolytic capacitors have a limited lifespan and will eventually need to be replaced. By carefully considering these factors, you can choose the right electrolytic capacitor for your automotive electronics and ensure reliable performance.

Temperature and Vibration Resistance.

When it comes to selecting an electrolytic capacitor for automotive electronics, temperature and vibration resistance are crucial factors to consider. Automotive electronics are often exposed to extreme temperatures, ranging from below freezing to over 100 degrees Fahrenheit. Additionally, the constant vibrations and shocks from driving can cause components to loosen or fail. Choosing an electrolytic capacitor with a wide temperature range and high vibration resistance can help ensure reliable performance in these challenging conditions. Look for capacitors with a temperature range of at least -40 to 105 degrees Celsius and a high vibration resistance rating, such as those designed for automotive use.

Capacitance and Voltage Ratings.

In addition to temperature and vibration resistance, capacitance and voltage ratings are also important factors to consider when selecting an electrolytic capacitor for automotive electronics. Capacitance refers to the amount of electrical charge a capacitor can store, while voltage rating refers to the maximum voltage the capacitor can handle without failing. It's important to choose a capacitor with the appropriate capacitance and voltage ratings for your specific application to ensure reliable performance and avoid damage to other components. Consult with a trusted supplier or engineer to determine the best electrolytic capacitor for your automotive electronics.

Quality and Reliability.

When it comes to automotive electronics, quality and reliability are paramount. Choosing the right electrolytic capacitor is critical to ensuring that your electronics function properly and reliably. A capacitor that is not up to the task can cause a range of problems, from reduced performance to outright failure. To avoid these issues, it's important to select a high-quality, reliable electrolytic capacitor that is specifically designed for automotive applications. By working with a trusted supplier or engineer, you can ensure that you choose the right capacitor for your needs and enjoy reliable performance for years to come.