SA100-E3/73

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TVS - Diodes (Transient Voltage Suppressors) are unidirectional components used to protect electrical devices from transient or surge voltages. They are designed to safely absorb and dissipate shorts bursts of excessive voltage to ground. One such component is the SA100-E3/73 Transil Diode, which is designed to protect semiconductor devices against high voltages.

The SA100-E3/73 Transil Diode is suitable for applications such as high-speed signal line protection, ground loop protection, circuit transients protection, electrostatic discharge protection, and over-voltage protection. This diode has an operating voltage range of 23-80V, a peak clamping voltage of 90V, and a maximum peak pulse current of 4.5A, with an excellent IEC 60950-1 compliant breakdown clamping characteristic. It also has a high surge capability and a high voltage standoff ratio.

The working principle of the SA100-E3/73 Transil Diode is that it acts as a protective shield for the devices being protected. It ensures that maximum performance is achieved by preventing any transient voltages encountered from damaging the components. This is done through the diode\'s ability to clamp any surge or transient current to safe levels.

The SA100-E3/73 Transil Diode offers protection against ESD, surges, and transients up to 5kV. It has a low response time (1.3ns) and low capacitance (4pF). This helps to minimize signal degradation. The diode also has an excellent noise immunity and a low parasitic inductance, which helps reduce ringing and switching noise. These features make the SA100-E3/73 an ideal choice for protecting sensitive circuits.

In summary, the SA100-E3/73 Transil Diode is an excellent choice for providing protection against transient or surge voltages. It is designed to safely absorb and dissipate shorts bursts of excessive voltage to ground and provides protection against ESD, surges, and transients up to 5kV. It also has a high surge capability and a high voltage standoff ratio, as well as a low response time and low capacitance. This makes it an ideal choice for protecting sensitive circuits, offering maximum performance while preventing any transient voltages encountered from damaging the components.

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