BZV49-C5V1,115

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Application Field and Working Principle of BZV49-C5V1, 115

BZV49-C5V1, 115 is a diode device in the Zener diode category of single component units. It is designed for noise suppression, general protection, and voltage shunting applications. It is a solid-state component and can be used in circuit designs to provide low-level noise suppression and voltage conditioning.

Design Features of BZV49-C5V1, 115

The BZV49-C5V1, 115 is made up of a metal case and an anode lead. The anode lead has a flat surface and comes with a hermetically sealed glass-metal package. It is marked with a label indicating its type number, maximum rating, and voltage ratings. It has an operating temperature range of -55 to +125 degrees Celsius. The power dissipation of the BZV49-C5V1, 115 is 0.50 W. Its maximum reverse voltage range is 115V. It has a breakdown voltage of 112V which is also its zener voltage. It also has a zener impedance of 19Ω.

Working Principle of BZV49-C5V1, 115

The working principle of the BZV49-C5V1, 115 is based on the p-n junction zener diode. It is made from a combination of n-type and p-type semiconductor materials. It is designed to operate in a reverse breakdown mode, allowing current to flow in the reverse direction when the applied voltage exceeds the breakdown voltage. The breakdown voltage rating is the nominal, or expected, voltage at which breakdown occurs. When the applied voltage is less than the breakdown voltage, then no current flows. The device also has a reverse voltage rating or Vr, which is the absolute maximum allowed reverse voltage.

When a forward voltage is applied to the BZV49-C5V1, 115, a voltage potential is created between the anode and the gate electrodes. This voltage potential is known as the look voltage. The look voltage is dependent upon the diode’s manufacturing process and the applied voltage. When the applied voltage exceeds the reverse voltage rating, then a reverse bias is generated, which causes the device to break down. When broken down, the current will start to flow in the reverse direction, providing a controlled amount of current. This type of breakdown is also known as Zener breakdown.

The BZV49-C5V1, 115 can also be used in noise suppression applications. It is designed to reduce noise caused by switching power supplies and other sources by channeling it away. It acts as a shunt for transient voltage spikes and other noise sources by temporarily allowing current to flow through it. This reduces the transient noise that can cause circuit malfunctions or damage. It can also be used as a protective barrier for sensitive components.

Applications of BZV49-C5V1, 115

The BZV49-C5V1, 115 is used in a variety of applications. It can be used in a circuit designs as a noise suppressing, protective and voltage conditioning device. It is commonly used in switching power supplies, DC to DC converters, and power protection circuits. It can also be used in applications such as motor controls, flashes, lighting, and sound and video switching circuits. It can also be used for other applications that require a highly stable breakdown and reverse breakdown voltage.

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