MTZJT-7736C

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MTZJT-7736C diodes - zener - single have a wide application field, but one of its primary use is to be used as a voltage reference device. It is a three-pin device, with two pins being current-limiting resistors and one being the zener reference. The zener acts as a negative feedback device, holding the potential across the device at a predetermined voltage. This voltage can be chosen according to the user\'s requirements. The current-limiting resistors serve as a safety measure to prevent overloading of the device.

A wide range of voltage levels can be chosen when using the MTZJT-7736C, with values ranging from 2.7V to 7.3V. The maximum reverse voltage is 5.2V and the maximum power dissipation is 0.5W. It is rated for operating at temperatures between -55°C and +155°C. The MTZJT-7736C has a maximum capacitance of 6pF between the cathode and the anode.

The main working principle of the MTZJT-7736C is reverse breakdown. When the reverse bias voltage exceeds its zener breakdown voltage, current begins to flow through the zener junction, increasing at a faster rate as the potential across the device increases. The current is limited to the value selected by the user, making the device an ideal power supply regulator.

The reverse breakdown current can be increased by increasing the temperature of the junction. This increases the resistance of the junction, allowing more current to flow through it. The maximum reverse breakdown current rating is also affected by the magnitude of the bias voltage and the external components connected to the device.

MTZJT-7736C diodes - zener - single have a wide range of uses, with applications ranging from industrial and medical equipment to consumer electronics. They can be used as voltage reference devices in order to create a voltage-regulated power supplies or to protect electronic components from overvoltages. They are also used in power control and frequency setting circuits. They are highly reliable and efficient and can be used in many different types of applications.

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