RSB27VTE-17 Circuit Protection

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RSB27VTE-17 is part of the TVS (Transient Voltage Suppression) series of diodes. It is an ultra-low capacitance ESD protection device designed to protect delicate electronic components from electrostatic discharge. The device is ideal for demanding high-speed data interfaces, including USB3, high-density board net. It also has an excellent clamping predictable dynamic performance and fast response time. The RSB27VTE-17 is the perfect choice for protecting sensitive components from ESD, EOS spikes, and other transient voltage events.

The working principle of the RSV27VTE-17 is simple. It contains two low-capacitance silicon ESD protection diodes in series, each in a 6-pin SOT-23 package. The device can be configured in either bipolar or unipolar mode. When an ESD voltage event is detected, the voltage is handed off from one diode to the other. The capacitance of the two diodes adds up while the voltage across them adds up, thus providing a greater level of ESD protection. The device solves the classic ESD protection problem of increasing capacitor leakage as the device capacitance decreases. This provides an increased level of ESD protection in demanding applications.

RSB27VTE-17 has several application fields. It can be used in ICs, displays, and chips, as well as other products susceptible to ESD stress. It is also suitable for devices requiring high peak currents. As previously mentioned, the device is perfect for protecting high-speed data interfaces, and its fast clamping performance results in high data integrity during ESD events. Furthermore, the device is suitable for portable devices, such as tablets, cell phones, media players, which require a low capacitance and a wide operating voltage range.

To conclude, the RSB27VTE-17 is an excellent choice for providing ESD protection to your electronic components. It features ultra-low capacitance and high peak current, fast clamping performance, and wide operating voltage range. This device is perfect for protecting sensitive components from ESD, EOS spikes, and other transient voltage events, making it suitable for a variety of applications, including high-density board nets, portable devices, ICs, displays, and chips.

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