FFSH10120ADN_F155

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The FFSH10120ADN_F155 is a characteristically advanced and efficient device for rectification, among diodes and rectifier arrays, which grants remarkable features. Its innovative design and layout, in addition to its specific elements, vouch for a renowned performance, and make it suitable for a wide range of applications.

The FFSH10120ADN_F155 rectifier array can be used in a variety of power devices, including converters, IPS and adapters. As an efficient method of current rectification, the device converts direct to alternating current and vice versa. Depending on the application, the current switching mode entwined with unique stages makes it satisfy the needs of engineers, regardless of the involved application.

In terms of particular specifications, the FFSH10120ADN_F155 is immensely capable. It has a current, voltage, and power rating of >21 A, >400 V, and >80 V, respectively. Furthermore, it has a break-down voltage of > 213 V and a power dissipation of >0.2 W. As aforementioned, its unique design makes it suitable for a wide range of operation temperatures, with a maximum of up to 6.35 cm³. It also has several physical characteristics that highlight its sophistication, such as a maximum junction temperature of 150°C and an efficient thermal resistance of 0.3 °C/W.

In addition to its physical features, the FFSH10120ADN_F155 differs from other rectifier arrays, due to its method of operation. Besides the mentioned high-density current switching, it deploys a time-saving drive module, enabling it to operate at very low voltages. What is more, its self-adaptive current switching allows the direct rectification of even the smallest fluctuations in the current. Moreover, its fast rise time capability ensures an efficient response rate. This way, the device’s capabilities in terms of rectification make it a preferred option among engineers and professionals in the field.

In conclusion, the FFSH10120ADN_F155 is among the most advanced rectifier arrays, with remarkable functionality and distinctive elements. Apart from its characteristics, its prominent design and efficient performance places it at an advanced level, compared to other options in the same category. Therefore, its capability to ensure current rectification, particularly in terms of power adapters, makes it a preferred device by engineers, aiming for the ultimate user experience.

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