35RX301000M12.5X25

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Aluminum electrolytic capacitors encompass a variety of product categories, all of which feature aluminum oxide as the electrolyte. In its use of aluminum to create a non-polarized capacitance element, the aluminum electrolytic capacitor is increasingly appreciated for its wide operating temperature range and cost efficiency. As part of this family, the 35RX301000M12.5X25 application field and working principle are essential components of the product\'s design and are indicative of its versatility.

Putting aside the technical language, these terms refer to fundamental design criteria that distinguish the 35RX301000M12.5X25 capacitor, and they address two vital features — application field and working principle. The application field describes the range of potential uses for the aluminum electrolytic capacitor. As a general-purpose capacitor, the 35RX301000M12.5X25 can find a home in virtually any electrical or electronic system where its 250mF capacitance rating meets the design criteria. Examples include power supply circuitry, bridge rectification, and signal-processing applications.

From a functional perspective, the 35RX301000M12.5X25’s working principle is a key asset in its overall operation. The basic design utilizes an anode and cathode constructed from sheets of aluminum foil, as well as a spacer between the layers. An electrolytic solution, usually some combination of sulfuric acid and hydrogen fluoride, is distributed between the layers to act as an ion-conducting medium. When exposed to an applied voltage, an electrical charge builds up across the layers, and this charge discharge process is similar to that of a typical brake flotation device.

In terms of specification parameters, the 35RX301000M12.5X25 aluminum electrolytic capacitor offers a variety of performance-related benefits. This includes an extended temperature range from -20 degrees Celsius to 100 degrees Celsius, a maximum working voltage of 25V, and a current rating of up to 1.5A. Combining these parameters makes the 35RX301000M12.5X25 an ideal candidate for a wide range of electronic applications.

It is also worth noting that just like other electrolytic capacitors, the 35RX301000M12.5X25 has polarization requirements that can have an electrical impact on its operational characteristics. This means that the positive and negative terminals must be wired correctly in order to ensure proper operation and minimum life expectancy. When connecting the 35RX301000M12.5X25 aluminum electrolytic capacitor, it is important to ensure that the “+” sign is placed on the positive side and not on the negative side. This is because reversing the polarity of the capacitor can cause severe damage to the device, possibly leading to performance degradation or complete failure.

The 35RX301000M12.5X25 aluminum electrolytic capacitor has become the capacitor of choice for many electronic applications. Given the device\'s wide operating temperature range, cost-efficiency, and power rating parameters, it is easy to see why this device has become so popular. Its application field and working principle are excellent indicators of its capabilities, and they provide a detailed snapshot of the product’s operation and performance.

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