BZX84J-C10,115

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The BZX84J-C10,115 is a diode from the Zener range and is a Single device. It is a low-power, low-noise, high-stability type diode, making it suitable for many applications.

A Zener diode conducts an electric current in either direction, unlike normal diodes which only allow current to flow in one direction. This "reverse-biased" voltage creates an electric field across the diode, resulting in a kind of electrical "valve" effect, meaning current is able to flow in both directions across the diode.

The Zener diode is a type of voltage regulator which is designed to maintain a constant current flow provided at its terminals, even if the input voltage changes. A Zener diode achieves this by allowing current to flow in either direction and by having two or more terminals where voltage is applied, resulting in current flowing in a controlled manner between the terminals.

The BZX84J-C10,115 is ideal for use in applications that require stable voltage sources such as microwaves, temperature controllers and RF signal handlers. It is also useful for providing voltage regulation in power supplies. The Zener diode eliminates noise and can prevent undesirable surges and spikes in electrical circuits.

The BZX84J-C10,115 has a Zener voltage rating of 10 volts, with a peak reverse power dissipation rating of 115 milliWatts. It also has a Maximum Reverse Voltage of 5.6 volts and a Maximum Clamping Voltage of 16 volts; as well as a Maximum Operating Temperature of 125°C.

The device features a plastic body, enabling it to dissipate heat more efficiently than its counterparts. The device is also very reliable and can easily handle a wide range of temperatures.

In conclusion, the BZX84J-C10,115 is a perfect solution to match the requirements of applications that require a stable voltage source. It is easy to install, reliable and can easily stand up to extreme temperatures. The plastic body ensures efficient heat dissipation and its low-noise high-stability design makes it the ideal choice for applications that need stability and reliability.

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