50ZLH150M10X12.5

The 50ZLH150M10X12.5 is an aluminum electrolytic capacitor designed to provide increased reliability and longer service life when placed in challenging electrical conditions. It is typically designed for general purpose applications in noise suppression, energy harvesting, and power circuits.

The most important factor to consider when selecting an electrolytic capacitor is its ability to hold up in electrostatic discharge (ESD) and voltage transient conditions. Typically, the capacitor will require an input voltage of 150-300 volts to protect the circuit from the higher current. The maximum discharge current (I_dmax) is specified as 10A (Amps) and the operating temperature range is -40℃ to 85℃.

Aluminum electrolytic capacitors have several key features that help them provide excellent performance in difficult power and energy-harvesting applications. The aluminum case provides excellent mechanical and environmental protection to prevent electrical malfunctions, while its electrically conductive properties enhance energy efficiency.

The 50ZLH150M10X12.5 also features an internal impedance reduction mechanism, which helps to reduce the power loss caused by self-heating on the capacitor. This component also features low loss dielectric sealed with pressure contact for enhanced reliability and improved thermal performance, which helps to stabilize the components against temperature variations.

The 50ZLH150M10X12.5 is especially designed for applications such as medical devices, solar collectors, electric drive controllers, circuit boards, and audio equipment. It is capable of withstanding high temperatures and current overloads while also providing excellent noise reduction and energy-harvesting capabilities.

The working principle of the 50ZLH150M10X12.5 is quite simple: by allowing electrical charge to accumulate on the two ends of the capacitor, electric current is produced. As the capacitor works, one of its two plates gains electrons from the other plate and stores them temporarily, increasing the voltage across its terminals. This voltage is maintained regardless of the current running through the component.

When the voltage rises to higher than rated, the capacitor begins to discharge, releasing the stored electrons and reducing the stored energy. The rate of discharge depends on the voltage, temperature, and the capacitance of the device.

The 50ZLH150M10X12.5 is designed to last for long periods of time and delivers reliable performance when placed in challenging electrical conditions. It is an excellent choice for applications such as medical device electronics, energy harvesting, audio equipment, circuit boards, and solar collector systems.