MVE16VE102ML17TR

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Aluminum electrolytic capacitors are a type of capacitor that uses an electrolyte of aluminum oxide in between an anode and a cathode to add capacitance. This type of capacitor has been used in many consumer electronic devices such as radios, televisions, computers, and other consumer electronics due to their small size and low cost. The aluminum electrolytic capacitor has two main types, namely the MVE16VE102ML17TR and the ML17TR. Each of these two types of aluminum electrolytic capacitors has different application fields and working principles.

MVE16VE102ML17TR Application Field and Working Principle

The MVE16VE102ML17TR capacitor is commonly used in high-power LED and LCD displays. This type of capacitor is built with capacitance values of 100uF up to 1000uF. These values ensure a stable output voltage between +12V and -12V. Its working principle utilizes the dielectric oxide layer of aluminum to provide isolation between the anode and the cathode, allowing an electrical charge to accumulate and increase the capacitance. This is done by applying a voltage across the two plates, which causes the oxide layer to grow and increase the capacitance.

The MVE16VE102ML17TR capacitor also has a high ripple current rating, meaning it can handle higher levels of current spikes that occur when the output voltage drops. This is important for LED and LCD displays which require a reliable, stable output voltage in order to display correctly. Additionally, the MVE16VE102ML17TR capacitor can handle temperatures in excess of 200°C, making it more reliable than other types of capacitors at such high temperatures.

ML17TR Application Field and Working Principle

The ML17TR capacitor is commonly used in computer motherboards and other high-end applications that require superior noise suppression and high voltage tolerance. This type of capacitor is built with a nominal capacitance range of 10uF to 470uF. The ML17TR capacitor works by creating a dielectric between two metal plates, similar to the MVE16VE102ML17TR. However, the ML17TR capacitor has a more sophisticated design and utilizes advanced dielectric materials to create a stronger bond between the two plates and increase the capacitance.

Unlike the MVE16VE102ML17TR, the ML17TR capacitor has a larger ripple current rating, meaning it can handle greater current spikes than the MVE16VE102ML17TR. The ML17TR capacitor can also handle temperatures as low as -55°C for more reliable operation in cold environments. Additionally, the ML17TR capacitor can withstand higher levels of shock and vibration.

In conclusion, both the MVE16VE102ML17TR and the ML17TR capacitors are useful in their respective application fields. The MVE16VE102ML17TR is mainly used in LED and LCD displays due to its high ripple current rating and high temperature tolerance. The ML17TR capacitor is used in high-end applications such as computer motherboards due to its superior noise suppression and high voltage tolerance.

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