RLZTE-1130C

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The RLZTE-1130C is a single, precision, 5.1V, 3-terminal Zener diode. It is specifically designed to be used in voltage regulation, surge suppression, and indication circuits.

The current-limiting (overvoltage-protective) feature of the diode acts to protect circuits and components from accidental overloading or overvoltage. The 1130C can be used in applications requiring highly accurate Zener control or a repeatable output to a wide-range of input values.

In some cases, the RLZTE-1130C may be specified as voltage- or current-regulator depending on the application requirements. In these applications, the diode will act as a low resistance path to ground when a voltage reaches the specified level. When the voltage declines, the diode will start to regulate the current going through it. This will result in a more accurate output voltage.

The RLZTE-1130C is also used in applications requiring low current consumption and where high accuracy is desired. This device is ideal for applications in which the temperature coefficient, voltage stablity and reliability are important.

In operation, the 1130C is designed to monitor the input voltage or current and adjust the output voltage or current to maintain a specified level. This can be achieved by either using a positive or negative feedback loop or using a combination of both. By using a combination of both, the 1130C can be used to provide a high level of accuracy when controlling the output voltage or current.

In addition, the 1130C can be used in more sophisticated applications, such as DC-DC converters, and precision timing circuits. In these applications, the device can be used to either increase or decrease the output voltage or current as required.

The RLZTE-1130C is a reliable and well-designed precision Zener diode that can be used in applications up to 15V. With a maximum voltage of 5.1V, the diode is designed to maintain a constant output voltage and current, while providing long-term reliability and accuracy.

The device is also suitable for a variety of applications, such as motor control, logic and power systems, discrete component logic, and precision timing circuits. The versatility of this device makes it a suitable choice for a variety of applications. In addition, the device\'s long-term stability and reliability make it an ideal choice for applications which require extended accuracy.

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