BZX384-C24,115

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A BZX384-C24,115 diode is classified as part of the Zener - Single family of soldering diodes used in a wide range of electronics circuits. Generally, this type of diode is used to protect sensitive electronic components from overvoltage, shorts, and superfluous current spikes. In reality, it\'s a type of semiconductor fused with a primary purpose: to create a reliable voltage reference link. Seeing that the applications of this diode are highly dependent on the diode\'s rating, let\'s take a closer look at the operating conditions it works best under.

Starting off with the basics, this diode has a typical working voltage of 24 volts and a peak breakdown voltage of around 115 volts. Consequently, this gives the semiconductor a Zener voltage of 91 volts, which is the voltage it will maintain when reverse-biasing the diode. The Zener voltage of a diode is the key element in adjusting the current it will eventually draw through its anode. As an example, when a reverse bias is applied to the diode, it will draw current at the ratio of 115V/90mA = 1.2V.

The most typical application fields for this diode include a range of consumer electronics, industrial safety circuits, and various voltage references. For instance, it is often used in electronic circuit protection systems, being one of the most common forms of surge protector for computers, keyboards, and various other pieces of consumer electronics. Additionally, due to its contrast stopper and noise cancelling properties, the BZX384-C24,115 diode is also commonly applied in mixing consoles, lOR circuits, and photographic camera shutters. Where relatively low power levels are involved, the diode is quite successful in suppressing noise and spikes that are caused by contact or thermally induced or spurious currents.

When used in consumer products, the Zener - Single diode is usually fitted with a dual anode, so that the reverse voltage can be applied to the anode current loop. As a result, the diode will draw several multiples of the guaranteed voltage over its normal working range, allowing it to bridge the gap between the voltage requirements of the equipment and the external power source. In heavy power applications, the diode can be connected in series and placed between the power source and the inverter output stage to provide more efficient conversion of power.

The working principle of the Zener - Single diode is simple and straightforward. When the diode is forward-biased, the anode and the cathode will take up a relatively low resistance path, allowing electrical current to flow through it. As the voltage is increased, the diode will reach its peak breakdown voltage, at which point any further increase in the voltage will cause the diode to draw increased current in order to keep the voltage steady at the Zener voltage. If the voltage imposed on the diode is above the Zener voltage, the diode will behave as a normal diode without any voltage regulation.

To summarise, a BZX384-C24,115 diode is a relatively small yet useful semiconductor, suitable for low power applications where a reliable voltage reference is needed. With its 24 volts working voltage and a peak breakdown voltage of around 115 volts, the diode provides the ideal voltage regulation of Zener voltage of 91 volts. Common applications include consumer electronics, industrial safety circuits, voltage references, and noise cancellation, and its working principle is relatively uncomplicated.

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