SP3006-02XTG

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TVS (Transient Voltage Suppressors) devices, such as the SP3006-02XTG, are designed for the protection of low voltage electrical and electronic systems against voltage spikes. TVS Diodes are available as Bi-directional and Unilateral Uni-polar devices for single line and dual line protection, and are made to meet various requirements for multiple applications.

The SP3006-02XTG is a uni-directional, low capacitance, transient voltage suppressor diode The operating principle is based on a Zener diode, which functions even in case of a short-circuit condition due to its avalanche breakdown characteristics. It\'s rated for a peak reverse voltage of 30 V, and maximum clamping voltage of 40 V at 5A. The maximum power dissipation capacity for this device is 125 mW.

The SP3006-02XTG is designed to protect electronic components and circuits from damage due to electrical overstress, such as transient voltages or indirect lightning strikes. It can also be used as a protection device for EMI suppression. In addition, it can be used as a current-limiting or voltage-clamping device to protect against high voltage transients or electrostatic discharges.

This TVS diode application field includes Voltage Over-Stress (VOS) protection, EMI/RFI filtering, power supply circuits, differential mode ESD protection, electrostatic discharge (ESD) protection, high-speed data lines protection, and surge protection in consumer and commercial devices. It\'s mainly suitable for use in low voltage applications, and its small size and low profile make it ideal for board-level protection in tight spaces.

The typical application for this item includes automotive, audio, and power and networking systems. The SP3006-02XTG can also be used in laptop, cell phone, and other portable electronics.

The SP3006-02XTG is designed to reduce or limit excessively high voltage transients by forming a low impedance path between the two terminals. This low impedance path allows current to flow from one terminal to the other, resulting in the absorption of electrical energy, and is the fundamental concept of a transient voltage suppressor diode.

The effective working principles of the SP3006-02XTG are based on three stages: the breakover stage, the clamping stage, and the secondary breakdown stage. During the breakover stage, the device is turned on and begins to conduct current. The impedance between both terminals is reduced, thus reducing the voltage difference between them. At the clamping stage, the device is saturated and reduces the voltage at its terminals while allowing current to flow. The final stage, the secondary breakdown, occurs when the device is pushed past its power dissipation rating. In this stage, the device begins to conduct excessive current and increases its voltage across its terminals.

The SP3006-02XTG provides a reliable over-voltage protection for low voltage systems, and is ideal for a variety of applications. Its small size makes it convenient for use in series with other components, and its rated power dissipation capability ensures it can handle high current peaks and ESD events.

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