1N6139AUS

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TVS diodes are used to protect circuits and components from high voltage spikes. The 1N6139AUS is a voltage suppressor that is used for transient voltage surge suppression in transmission control systems and power monitoring systems. It is designed to protect against overvoltage transients. This device features low capacitance, high clamping voltage, and fast response time.

The 1N6139AUS features both uni-directional and bi-directional protection modes for use in applications where overvoltage transients may occur. The device utilizes internal FETs which provide switching between uni-directional and bi-directional protection modes. The device also contains a temperature-compensated zener diode and internal FETs, along with an adjustable trigger point to provide optimal protection.

In addition to protection against overvoltage transients, the 1N6139AUS is also capable of protecting components from a variety of other types of electrical transients. These include inductive load switching, RF transients, power cross-conduction, over-charging/discharging, and other types of voltage surges.

The 1N6139AUS operates in a unique way that allows it to provide improved protection against overvoltage transients. It features an adjustable time delay circuit, which delays the turn-on of the internal FETs. This allows the device to respond to a transient at a safe, slower rate, ensuring that it does not overshoot the desired protection level. The device also contains an internal thermal switch that cuts off the device in the event of an overtemperature condition, preventing it from overheating and shorting out.

The 1N6139AUS is a highly-reliable device that offers superior protection against overvoltage transients. Its adjustable time delay ensures that it reacts at a safe, slower rate, while its thermal switch ensures that it does not overheat and short out. This makes the device ideal for applications in transmission control systems and power monitoring systems where protection against overvoltage transients is critical.

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