ZMM5249B-7 Discrete Semiconductor Products

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Diodes - Zener - Single

The ZMM5249B-7 is a single Zener diode which has many applications in electronics and electrical engineering. The device is capable of withstanding power surges and can be used in a wide range of industrial settings.

The high stability and low noise characteristics of the device make it suitable for use in a variety of different applications and it can often be found in circuits requiring a steady source of current regulation. Zener diodes are particularly helpful when it comes to protection against overvoltages and transient surges, as they offer a simple and robust solution.

One of the major benefits of the ZMM5249B-7 is its ability to operate at high temperatures (up to 150°C). This allows a large number of safety features to be incorporated into the design of a circuit, as it ensures proper protection even in challenging conditions.

In terms of its working principle, the ZMM5249B-7 Zener diode follows the principle of a p-n junction, which is when two different types of semiconductor materials are joined together. As the voltage increases, current is allowed to flow across the junction due to the depletion layer which forms.

The ZMM5249B-7 has an avalanche breakdown voltage of 7.3 volts, while it can handle 3.6 watts of power. This makes it well-adapted to a range of different ratiometric and low current applications, such as low-power Zener diodes, voltage reference devices and logic circuits.

Depending on the application, the ZMM5249B-7 can be used in conjunction with other diodes to create a bridge rectifier or voltage regulator circuit. It is also possible to use it in offline isolation applications such as circuit protection against reverse voltages, overvoltage condition and inductive loads.

The ZMM5249B-7 Zener diode is a simple, cost-effective and powerful device, which is why it is used in a variety of different applications. When combined with other components, it can be used to protect against power surges and regulate current, with its high temperature tolerance allowing these circuits to work in harsh environmental conditions.

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