SP0504BAHTG

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TVS - Diodes are components used to protect electrical circuits from electrostatic discharge (ESD) and other power surges in electronic systems. The most common type of TVS – Diodes is the SP0504BAHTG, a two-pin device designed for fast-response protection against transients of high-energy, low-impedance circuits. It is widely used in sensitive electronic systems such as mobile phones, computers, and digital networks.

The SP0504BAHTG provides protection against power surges that can range from 8V to 33V. It is composed of a silicon diode and an integrated Resettable Fuse (IRF) element. The silicon diode provides shunt protection of the ESD and power surges, while the Resettable Fuse (IRF) protects against high-energy over-voltage events.

The SP0504BAHTG is designed to absorb high-frequency transients that may be present in both AC and DC supply lines. It offers low clamping voltage and fast response times, allowing it to react quickly to reduce power surges in a system. This fast response time is especially beneficial for ESD events, as it ensures that the transient energy is quickly discharged before it can negatively affect circuits.

Once it has been triggered, the SP0504BAHTG resets and is able to absorb multiple transient events. Its two-pin design allows for increased flexibility for applications with limited space. It also features a small size, 10.16 x 5.08mm in most cases, that ensures it doesn’t take up too much board space.

The SP0504BAHTG is designed for use in a range of applications, such as consumer electronics, automotive, industrial, and modern telecommunications. It is also suitable for use in harsh environments, with its operating temperature ranging from -65°C to 150°C. The SP0504BAHTG is available in a variety of package styles, such as axial-lead, SMD, and TSSOP.

In conclusion, the SP0504BAHTG is a high-performance TVS – Diode specifically designed to protect power supplies and sensitive electronic systems from transient and ESD events. Its small size and fast response time make it an ideal choice for applications with limited space. It also offers low clamping voltage and wide operating temperature ranges.

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