UCY2E151MHD1TN Capacitors

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Aluminum electrolytic capacitors are a type of capacitance-based electrical components widely used in numerous applications. The UCY2E151MHD1TN is an aluminum electrolytic capacitor specifically manufactured by Nippon Chemi-Con Corporation as part of its polymer aluminum electrolytic capacitor series. This capacitor is known for its high energy density, low loss, and low impedance values.

The UCY2E151MHD1TN is a compact and lightweight device that is well-suited for applications like smootheners, switchmode power supplies, electronic ignition systems, and computers and consumer electronics. Its maximum operating voltage is rated at 10 volts, its rated capacitance is 0.015 μF (15 nF), and its capacitance tolerance is ±20% at 0V at 100 Hz.

The device operates at its highest performance within temperatures ranging between -25ºC and +85ºC. It has 6.3x12.5mm dimensions and comes in radial terminal form. Most of its characteristics such as temperature and voltage ratings depend on the size and type of the device. Apart from its dimension, the UCY2E151MHD1TN capacitor has a lead wire length of 28mm, allowing for easy installation and efficient handling.

The device also comes with a variety of key features such as long life, volumetric efficiency, and low equivalent series resistance (ESR) values. The UCY2E151MHD1TN capacitor has an insulation resistance rating of 100MΩ – 500MΩ at DC 100V and an insulation breakdown rating of over 300Vrms. Its heat resistance is also rated at 130ºC, allowing the capacitor to remain reliable in hot operating environments. Furthermore, the device features a popular PSA material which helps to reduce the amount of noise generated and is also resistant to overshoots.

The working principle of the UCY2E151MHD1TN capacitor lies on its asymmetric structure. Inside the capacitor, there are two electrodes, one anode made of aluminum foil and one cathode made of electrolyte. When electricity is applied to the anode, a positive charge builds up at the surface of the anode which attracts negative charges from the electrolyte. This builds up a charged capacitor that can hold electricity. When the capacitor is connected with an electrical circuit, the current in the circuit will pass through the capacitor allowing the capacitor to store and release energy based on the load.

Overall, the UCY2E151MHD1TN aluminum electrolytic capacitor is designed for applications that require a high energy density, low loss, and low impedance value. With its rated capacitance of 0.015 μF and a volumetric efficiency of 70%, this device is ideal for smootheners, switch mode power supplies, and other electronic systems. Additionally, its small size and lightweight design make it an ideal option for applications that need to perform even in extreme temperatures.

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