HVM12-350 GETEDZ | Alldatasheet
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350mA 12kV -High Voltage Silicon Rectifiers Diodes GETAI ELECTRONIC DEVICE CO.,LTD TEL:0086 -20-8184 9628 FAX:0086 -20-8184 9638 2016 1 / 2 MAXIMUM RATINGS AND CHARACTERISTICS: ( Absolute Maximum Ratings ) Items Symbols Condition Data Value Units Repetitive Peak Renerse Voltage VRRM Ta=25° C; 12 kV Average Output Current IF Ta=55°C; Resistive Load 350 mA Suege Current IFSM Ta=25° C; 1/2 Sine(60Hz) ; 8.3mS 30 A Junction Temperature TJ -40~+150 °C Allowable Operation Case Temperature Tc 125 °C Storage Temperature TSTG -40~+150 °C ELECTRICAL CHARACTERISTICS: Ta=25° C (Unless otherwise specified) Items Symbols Condition Data value Units Maximum Forward Voltage Drop VF at 25° C;IF =IF(AV) 12 V Maximum Reverse Current IR1 at 25° C;VR =VRRM 2.0 uA IR2 at 100°C;VR =VRRM 50 uA Maximum Reverse Recovery Time TRR at 25° C; IF=0.5IR; IR=IFAVM; IRR=0.25IR -- nS Junction Capacitance CJ at 25° C; VR=0V; f=1MHz -- pF HVGT high voltage silicon rectifier diodes is made of high quality glass passivated chip and high reliability epoxy resin sealing structure, and through professional testing equipment inspection qualified after to customers. SHAPE DISPLAY: SIZE: (Unit:mm) HVGT NAME : DO-721 FEATURES: 1. High reliability design. 2. High voltage design. 3. Low frequency . 4. Conform to RoHS . 5. Epoxy resin molded in vacuumHave anticorrosion in the surface . APPLICATIONS: 1. Microwave circuit generator. 2. High current and high voltage circuit. 3. General purpose high voltage rectifier . 4. Other . MECHANICAL DATA: 1. Case: epoxy resin molding. 2. Terminal: welding axis. 3. Net weight: 2.2 grams (approx).
350mA 12kV -High Voltage Silicon Rectifiers Diodes GETAI ELECTRONIC DEVICE CO.,LTD TEL:0086 -20-8184 9628 FAX:0086 -20-8184 9638 2016 2 / 2 Fig 1 Forward Current Derating Curve Show average current rating at 55° C, Unless otherwise specified. Max operating temperature is 150° C, unless otherwise specified. Fig 2 Repetitive Surge Current Derating Curve This curve represents the percentage of publ ished maximum surge rating as a function of surge repetition.