MTZJ27SC R0G

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The MTZJ27SC R0G diodes - zener - single are components used in various industries to provide a voltage stabilizing effect or even act as a shunt regulator. The diode is a three-terminal device, where the three terminals are the anode, cathode and the gate terminal.

The voltage rating of MTZJ27SC R0G diodes - zener - single is 27V, with a power rating of up to 0.5W. The MTZJ27SC R0G handles voltages up to 32V and will maintain a constant voltage over its entire working range, from 5 to 30mA current. It also features a stepped zener voltage curve and provides a low temperature coefficient. In the forward direction, the diode is ideal for switching and provides low forward voltage drop while having a high surge capability.

MTZJ27SC R0G diodes - zener - single are used in a variety of applications such as:

• Switching power supplies
• Regulated voltage control
• Transformer-less power supplies
• Frequency converters
• AC-DC converters

The working principle of the MTZJ27SC R0G diode is relatively simple. When reverse biased (the anode of the diode is connected to ground and the cathode is connected to a voltage source), the voltage source will charge the diode until the zener breakdown voltage is reached. At this point, the diode will start to conduct, thus clamping the voltage at a fixed level.

When using the MTZJ27SC R0G diodes, it is important to keep an eye on the temperature coefficient of the diode, as it will affect the accuracy of the voltage regulation. As the temperature of the diode increases, the breakdown voltage decreases, and vice versa. To keep the diode within its specified operating temperature range, it is important to use the appropriate heat sink or other temperature control device.

In summary, the MTZJ27SC R0G diodes - zener - single provide a reliable, low noise and cost-effective solution to stabilize a variety of circuits, such as switching power supplies, regulated voltage control and AC-DC converters. With its low temperature coefficient, the diode can be used in a wide variety of applications.

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