1M130Z R1G

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The 1M130Z R1G is a particular type of diode from the Zener Single category. This component contains two leads that are connected to a diode junction, with a lead in the middle that is connected to the component?s cathode. This component is used to control the voltage within an electrical circuit, and is frequently used in applications that require voltage stabilization.

When designing electrical circuits, it is important to ensure that the components all operate within their recommended voltage limits. Overvoltage can cause components to fail, so a component such as the 1M130Z R1G can help protect sensitive components in the circuit by providing voltage regulation.

This component is designed to conduct current in the reverse direction above a given Zener voltage. Once a voltage is applied across the component, current in the forward-biased direction will flow through the component to ground. In most diode applications, this component will drop the voltage about 0.5V, but for the 1M130Z R1G, the nominal voltage is typically around 1.3V or between 1.2-1.4V.

The purpose of the 1M130Z R1G is to protect the electrical circuit from overvoltage, as it will draw excessive current away from the circuit and divert it to ground. When an overvoltage condition is reached in the circuit, the current will start to flow through the 1M130Z R1G, and the voltage drop across the diode will cause the voltage across the rest of the circuit to drop. This limits the voltage in the circuit and prevents it from reaching damaging levels.

The 1M130Z R1G is rated for a power dissipation of 500mW, and can handle a peak surge current of up to 5A. It has a reverse leakage current of around 10μA, and when used in a circuit, can provide a stable 1.3V output. This device also has a wide operating temperature range, from -65°C to 175°C.

Because of its wide range of features, the 1M130Z R1G is an ideal choice for applications that require voltage stabilization and overvoltage protection. It can be used in a variety of applications, including portable electronic devices, power supplies, motor control circuits, and communication equipment. Furthermore, this component is easy to integrate into existing circuits, and is cost-effective, making it a popular choice for many applications.

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