E32D750HPN502TDB7N

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Aluminum Electrolytic Capacitors provide ideal solutions for a wide range of electronic applications, such as signal coupling, decoupling, stabilization, buffer and energy storage. A common model is the E32D750HPN502TDB7N Aluminum Electrolytic Capacitor, which has a lengthy list of features and advantages.

The E32D750HPN502TDB7N is a high quality, entry-level Aluminum Electrolytic Capacitor whose design makes it suitable for a variety of applications, such as electric power supply, digital electronics and audio equipment. It features a robust construction and a wide temperature range, ensuring reliability and long-term operation. Furthermore, it is affordable and easy to acquire.

In terms of physical characteristics, the E32D750HPN502TDB7N has a low-profile and slim design. Its dimensions are just 18.5 x 9 x 7.5mm, and it weighs just 6.5g. Furthermore, its lead pitch is 5.0mm, making it suitable for automated placement on PCBs. Its rated voltage is 50V, and its rated capacitance is 5200μF.

The E32D750HPN502TDB7N features a solid construct with dry oxide on the positive and negative electrodes. This helps to ensure excellent long-term performance, and dramatically decreases the envalues, also known as an electrolytic capacitor’s D/D type failure rate. The E32D750HPN502TDB7N also features a hermetically sealed case to protect the internals from dust, moisture and even some corrosives.

In terms of performance, the E32D750HPN502TDB7N enjoys a low impedance, excellent frequency characteristics and decent ripple current. These features make the E32D750HPN502TDB7N well suited for the power supply of high frequency digital circuits. Furthermore, its equivalent series resistance (ESR) is just 18mΩ, making it suitable for a range of power designs that require low loss.

The E32D750HPN502TDB7N Aluminum Electrolytic Capacitor works on a simple principle; two aluminum foils are separated by a thin insulating oxide layer that is produced by anodic oxidation. These foils contain an electrolyte, which acts as the capacitor’s anode and cathode, allowing current to move between them. The insulating oxide layer acts as a dielectric, preventing the current from travelling between the electrodes, and instead storing it in the form of an electric field.

In conclusion, the E32D750HPN502TDB7N Aluminum Electrolytic Capacitor is a high quality, entry-level model suitable for a wide range of applications, such as electric power supply, digital electronics and audio equipment. It features a slim design, a low-profile construction and a durable case, providing excellent long-term performance and low impedance. Furthermore, its ESR is just 18mΩ, making it suitable for power designs that require low loss.

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