Results forK44

FIDO U2F FIDO2 SECURITY KEY

RELAY GEN PURPOSE SPST 26.5V

General rectifying diode is a high-voltage P-N junction element. Our chip structure stands out for its heat and humidity resistance, using our own chemically and physically stable glass passivation. We have a wide range of lineup, for withstand voltage up to 800V and output current up to 30A.

General rectifying diode is a high-voltage P-N junction element. Our chip structure stands out for its heat and humidity resistance, using our own chemically and physically stable glass passivation. We have a wide range of lineup, for withstand voltage up to 800V and output current up to 30A.

General rectifying diode is a high-voltage P-N junction element. Our chip structure stands out for its heat and humidity resistance, using our own chemically and physically stable glass passivation. We have a wide range of lineup, for withstand voltage up to 800V and output current up to 30A.

General rectifying diode is a high-voltage P-N junction element. Our chip structure stands out for its heat and humidity resistance, using our own chemically and physically stable glass passivation. We have a wide range of lineup, for withstand voltage up to 800V and output current up to 30A.

Thyristor is a semiconductor that can conduct between the anode terminal and the cathode terminal by applying a trigger current to the gate terminal. Our thyristors use a planar structure. Besides standard type thyristors, we offer the products having a structure without reverse withstand voltage, which are used in the circuits to prevent inrush current.

Thyristor is a semiconductor that can conduct between the anode terminal and the cathode terminal by applying a trigger current to the gate terminal. Our thyristors use a planar structure. Besides standard type thyristors, we offer the products having a structure without reverse withstand voltage, which are used in the circuits to prevent inrush current.

Thyristor is a semiconductor that can conduct between the anode terminal and the cathode terminal by applying a trigger current to the gate terminal. Our thyristors use a planar structure. Besides standard type thyristors, we offer the products having a structure without reverse withstand voltage, which are used in the circuits to prevent inrush current.

Thyristor is a semiconductor that can conduct between the anode terminal and the cathode terminal by applying a trigger current to the gate terminal. Our thyristors use a planar structure. Besides standard type thyristors, we offer the products having a structure without reverse withstand voltage, which are used in the circuits to prevent inrush current.

Thyristor is a semiconductor that can conduct between the anode terminal and the cathode terminal by applying a trigger current to the gate terminal. Our thyristors use a planar structure. Besides standard type thyristors, we offer the products having a structure without reverse withstand voltage, which are used in the circuits to prevent inrush current.

Thyristor is a semiconductor that can conduct between the anode terminal and the cathode terminal by applying a trigger current to the gate terminal. Our thyristors use a planar structure. Besides standard type thyristors, we offer the products having a structure without reverse withstand voltage, which are used in the circuits to prevent inrush current.