BZT55B47 L0G

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The BZT55B47 L0G is a zener single diode which is used to regulate currents along circuits. It is a great solution for applications where a low impedance current regulator is needed without a need for the extra expense of multiple components. The main feature of the BZT55B47 L0G is that it is able to provide a stable current over a wide range.This diode can be used with various types of circuits such as AC, DC, and switch-mode power supplies. It is also able to handle a wide range of reversal voltages, making it a very useful component for a variety of applications. The typical maximum surge power is 0.5 watts while the maximum continuous power is 0.25 watts. It also has an operating junction temperature range of -55°C to +150°C.In terms of its working principle, the BZT55B47 L0G operates in a zener breakdown mode. It uses a reverse-biased PN junction to allow current to flow across it at a stable rate. The device uses a two-layer epitaxial silicon chip construction for the maximum stability and superior performance.When the diode’s voltage is increased, at the PN junction level, the electric field will increase, causing the minority carriers to move in the opposite direction and create a rectifying action. This rectifying action is what enables the diode to regulate current.Due to its unique qualities, the BZT55B47 L0G is a great solution for high voltage power supply design, voltage regulation, and current regulation applications. This diode is perfect for use in switching power supplies, DC-DC converters, automatic voltage regulators, and high voltage circuits. In terms of ease of installation, the BZT55B47 L0G is an easy to use diode device. It is easy to assemble and it can be soldered or wire bonded onto the desired substrate. It also comes in a variety of lead and package options, giving designers the flexibility they need.Overall, the BZT55B47 L0G is a great diode device for a variety of applications. Its ease of installation and the wide temperature range make it a superior component for the best results. Its application fields and working principle make it a great choice for any circuit requiring a low impedance current regulator.

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