SMAJ16CA M2G

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TVS (Transient Voltage Suppressor) diodes are designed to protect electrical equipment and components from damage caused by transients (electrical surges). The SMAJ16CA M2G is a Bi-Directional TVS Diode Array designed to protect against electro-static discharge (ESD).

The SMAJ16CA M2G is a two-line, 16-polar, glass-passivated junction, two-electrode diode. It has several advantages when compared to single-line TVS diode arrays since the two-line configuration can provide bi-directional protection from over-voltages and over-currents. The diode also offers excellent surge protection up to 14500 watt - enough to cover most power surges.

The SMAJ16CA M2G can be used in a broad range of applications, from consumer electronics to industrial systems. It has the ability to protect against voltage levels ranging from 5 to 440 volts peak, which makes it suitable for protecting circuits and equipment against power surges, ESD, and high-voltage transients, such as electrical noise generated by engines and machines. It can also protect against short-to-ground fault currents as high as 30mA.

The SMAJ16CA M2G’s working principle is quite simple. When the input voltage exceeds a certain threshold, the diode will switch on and shunt the excess voltage away from the protected circuit. The diode is designed to absorb the excess energy and avoid further damage to the circuit. The diode’s voltage rating is determined by the amount of energy it can absorb before it causes the circuit to fail.

To ensure peak performance, the SMAJ16CA M2G should be used with a bypass capacitor, which prevents surges from overloading the diode. This helps to provide an additional level of protection for circuits and equipment. The SMAJ16CA M2G also features a low-capacitance design, which helps reduce signal loss and improves system performance.

The SMAJ16CA M2G is a reliable and cost-effective solution for many ESD and overload protection applications. Its bi-directional protection gives it an advantage over single-directional protection, while its low-capacitance design ensures maximum performance and reliability. Moreover, its wide voltage rating makes it suitable for protecting a wide range of circuits and equipment.

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