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... power control applications. They offer reliable performance with a standard IT(RMS) of 12A and a low VGT of 1V. Available in VDRM/VRRM ratings of 600V and 800V, these SCRs are suitable for applications such...
... peak off-state voltage of up to 800V and a low gate trigger voltage of 1.5V, these SCRs offer reliable performance in demanding environments. Available in insulated (TO-220A, TO-220F) and non-insulated (TO-...
...Gate SCRs The BT169 Series from ShenZhenHanKingyuan Electronic are sensitive gate SCRs designed for various applications. With an RMS on-state current of 0.8A and a peak repetitive off-state voltage of up to...
... for demanding industrial and consumer electronics.Product Attributes Brand: ShenZhenHanKingyuan Electronic CO.,Ltd Product Series: TYN75xxJ Series Type: Standard SCRs Package: TO...
ShenZhenHanKingyuan Electronic SCRs Standard SCRs TYN8012 Series The TYN8012 Series from ShenZhenHanKingyuan Electronic are standard 80A SCRs designed for various applications including washing machines, vacuum...
... Weida Semiconductor Co., Ltd. PCR406 Series are sensitive SCRs with an RMS on-state current of 0.5A and a repetitive peak off-state voltage of 600V. These SCRs are widely used in circuit control for applica...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...
...control method, with fast response and good stability; no destructive water hammer effect will be caused due to poor tracking, unstable operation or fast changes of light intensity; 2. Applicable to all of p...