SMBG6.5-E3/52

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TVS diodes are used to limit the voltage going into or out of a sensitive electronic circuit. The SMBG6.5-E3/52 is a transient voltage suppressor (TVS) diode designed to protect circuits against electrical transients. This device can absorb high levels of energy from high-energy transient pulses without short circuiting the circuit.

The device has an operating voltage range of 6.5V-E3/52V and reverse breakdown voltage of 10V. It can absorb up to 6.5J of energy per pulse. Its peak-pulse power dissipation is 30W and peak current is 75A for a 10/1000μs waveform. Its capacitance is 1pF at 4V and 5pF at 10V. It has a low capacitance loading to help protect sensitive circuits from transients.

SMBG6.5-E3/52 can be used in a broad range of applications, such as consumer electronics, automotive, computers, communications, instrumentation, medical equipment, and military systems. It can be employed in high-efficiency power supplies and can also be used to protect data lines against ESD pulses. The device is also useful for controlling high frequency signal spikes and transients in both automotive and power systems. Transient protection helps ensure the reliability of the system.

SMBG6.5-E3/52 works by limiting the voltage that is present at the input of the circuit or to the output of the circuit, depending on where it is placed in the circuit. When a high-energy transient pulse is present, the device will absorb the energy and reduce the voltage to a safe level. This reduces the risk of damage to the underlying circuitry or components. The device also helps to control high frequency signals, which helps to ensure that the signals do not adversely affect the performance or reliability of the system.

In summary, the SMBG6.5-E3/52 is a TVS diode designed to protect a variety of circuits against electrical transients. It can operate within a wide voltage range and absorb up to 6.5J of energy per pulse. It has low capacitance loading to help protect the underlying electronics from transients, and can help to control high frequency signals that could damage the system. The device is suitable for a range of applications, including automotive, computers, communications, instrumentation, and medical equipment.

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