BZX55B6V2-TR

The BZX55B6V2-TR belongs to the category of diodes characterized as Zener single diodes. This electronic component is designed for moderate voltage applications with a range that goes from 6 volts to 75 volts. It has a very high power rating of 500mW. With a breakdown voltage of 6.5 volts, it is perfect for voltage regulation.

Application Fields

The BZX55B6V2-TR is highly suitable for use in several electronic application fields, such as industrial motor control, voltage regulation, power monitoring and control, switching power supplies and circuit protection. It is also very suitable for constructing low-power logic functions, since it has a very low power consumption.

Mechanical Features

This diode features a full body plastic case which makes it resistant against moisture, dust, and other elements that could damage its internal components. A glass-filled polyurethane plastic body allows it to withstand temperatures up to 125 degrees Celsius. Its lead spacing allows for an easier mounting and installation into PC boards. This makes the BZX55B6V2-TR versatile for many applications.

Working Principle

When the BZX55B6V2-TR is properly polarised, the diode begins to conduct electricity at a certain voltage level. This level is referred to as its “breakdown voltage” or “zener voltage”. In this case, the breakdown voltage for the BZX55B6V2-TR is 6.5 volts. When the diode is connected to an AC/DC power supply, the voltage will be regulated at that level, assuring a constant output.

This is the basic principle behind the use of Zener single diodes. When they are connected to a circuit in a reversed polarity (the anode is to the negative terminal and the cathode is the positive one), they will allow current to flow in just one direction, while in the same time regulating the voltage at a fixed level. This can be very useful for assuring a consistent output in extensive and sensitive circuitries.

Conclusion

The BZX55B6V2-TR diode is a very useful component for different electronics applications. Its wide power rating and breakdown voltage make possible an optimal performance in a range of devices. Its mechanical characteristics make it even more useful for those looking for a reliable electrical solution. Finally, its basic working principle makes it perfect for voltage regulation and construction of logic functions.