BZG03B200-HM3-18

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The BZG03B200-HM3-18 is a diode that belongs to the subcategory of Zener Single. Sometimes casually referred to as a voltage regulator diode, it is designed to maintain a constant voltage in circuits or systems, such as those found in automotive, communication, or audio applications, for example. This particular model is usually rated for a voltage range of 3.0V to 200V, although this is subject to slight variations due to the characteristics of the specific manufacture. It is made of silicon and generally used in low-power and miniature technologies.

The product is one of the better choices to be made in terms of Zener single diodes, thanks to its inherent capabilities. Specifically, it is equipped to dissipate power without conducting so much current, in contrast with two-way series products. As a result, it works at higher temperatures while still providing constant power output, thus being a very reliable component in a variety of systems.

The primary use of the BZG03B200-HM3-18 is to create a reference voltage, or controlling a voltage or current. It is specifically designed for this purpose, but can often be used for other different applications such as switching circuits or for protecting switches and starters from transients or voltage spikes. It is quite effective in controlling the flow of current and protecting the system from overcurrent and overvoltage.

The way this particular diode works is very simple. It has a designed breakdown voltage, also known as the Zener voltage, which is set by its internal circuitry. When the voltage across it exceeds the breakdown voltage, the diode conducts and voltage drops across the diode. This enables the diode to stabilize the voltage in the circuit.

In conclusion, the BZG03B200-HM3-18 is an excellent choice for any kind of application related to Zener single diodes. Due to its relatively low voltage and low power consumption, it can be used in a wide variety of applications, from voltage regulation and switching circuits to protection from transients or overcurrent in the system. Additionally, it works efficiently and reliably at quite high temperatures, thus ensuring its longevity.

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