SMDJ36C

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TVS (Transient Voltage Suppression) diodes are an important component used in many situations to protect sensitive electronic devices from electrical transients (or surges) that threaten circuit integrity. The SMDJ36C bidirectional Uni-directional Transient Voltage Suppressor (TVS) diode is a widely-used component designed to protect circuits from the damaging spikes of electrical current, usually caused by fluctuations in the electrical supply.

The SMDJ36C is specifically designed for reliable performance in larger operating voltages and higher power levels. The bidirectional version is suitable for applications requiring protection from both the positive and negative transient events, while the unidirectional switch is for applications requiring protection from a single direction electrical transient such as ESD (Electro Static Discharge).

The SMDJ36C is designed as a two-terminal solution that includes a junction that acts as a back-to-back pair of zener diodes. The combination of the zener diodes and the junction creates a device which can handle rapid electrical changes. This type of diode provides protection by immediately clamping or suppressing any transient voltage above its peak unidirectional or average bi-directional breakdown voltage.

The SMDJ36C includes a wide range of packaging options to suit your application needs. These packages have been carefully moulded to enable the safe and efficient operation of the diode, and its accompanying components. The package options, which include the standard axial-leaded case, TO-220, and D2PAK, are specifically designed to dissipate heat generated from the clamp action of the TVS diode in a safe and reliable manner.

The working of the SMDJ36C is relatively simple. When the voltage across the diode reaches the reverse breakdown voltage, or peak unidirectional or average bi-directional breakdown voltage, the forward current bias through the diode increases rapidly to a steady-state or ‘clamp’ value. This generates a large amount of heat due to the high current, and this heat is then dissipated through the device package. The clamping action of the device continues until the surge subsides and the forward voltage decreases, which allows the device to return to its quiescent state.

The SMDJ36C can be found in applications such as automotive, industrial, telecom, consumer, medical and military, as well as other markets where voltage spikes could damage sensitive electronic devices. It is an ideal choice for such applications as the SMDJ36C helps to maintain circuit integrity during power surges. The combination of its low operating power, low breakdown voltage, and wide temperature performance make it a perfect choice for many devices.

The SMDJ36C is an effective solution for protecting sensitive electronic circuits from transient overvoltages. It is also available in a wide variety of packages, which ensures that the device can be used in a range of different applications. The device can be used to protect critical components such as microprocessors and transistors from electrical transients. The device is ideal for applications which require reliable performance and superior protection from electrical surges and transients.

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