ZMM5245B-13

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The ZMM5245B-13 single Zener diode is a widely-used device for rectifying and regulating low-level electrical signals for a variety of applications. It operates by predictably “clipping” off excessive voltage from a higher-than-allowed level, thus maintaining a low-level signal. The ZMM5245B-13 can also be used to control excessive voltage, monitor circuit operation, regulate output voltage, and maintain current levels at a desired point.

The ZMM5245B-13 is a single Zener diode with zener voltage of 12-14 volts. It is designed for small-signal service applications in a variety of circuits including those in television and radio receivers, digital cameras, communication devices, cell phones and other electronic devices. The ZMM5245B-13 features a metal-case body, pre-molded housing, silicon diode die, and metal pins. It also features a temperature coefficient of 6.0 to 10.0 mV/°C and a zener current of 8 to 13 mA.

The ZMM5245B-13 works to regulate a specific voltage level in a circuit. It does this by passing electrons through a thin-film reverse-biased junction, thereby creating a voltage drop that maintains a desired voltage level. The ZMM5245B-13 can also be used in combination with a constant current diode and smoothing capacitors to create regulators used to maintain a stable output voltage. This application is commonly used in AC/DC power supplies and motor speed controllers.

The ZMM5245B-13 is able to provide consistent performance in almost any environment. It is rated for an operating temperature range of -40°C to 125°C and is immune to voltage surges. The device is also RoHS compliant, which ensures its safe and reliable operation.

The ZMM5245B-13 single Zener diode is a cost-effective and reliable device that is suitable for a wide range of applications. Its ability to control voltage and current levels make it an extremely versatile device that can be used with a variety of circuit designs. Its wide operating temperature range and RoHS compliance also make it a safe and environmentally friendly choice.

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