VRE210M-83

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The VRE210M-83 is a voltage reference module by Murata, specifically designed to provide a stable reference voltage across a wide range of temperatures. It is an ideal choice for applications that require a high accuracy and long-term stability, such as in automotive, industrial, and telecommunications systems. The VRE210M-83 is part of Murata’s “Power Management ICs” (PMICs) lineup of voltage reference modules. PMICs provide a wide range of voltage reference options for various applications, allowing the user to choose the most appropriate module for the task at hand.This particular module features an adjustable output voltage range between 1.2 and 5.0 volts, a low-temperature coefficient of only 5 ppm/C, and a high-accuracy reference voltage of 1.244 volts. It also features a small footprint, an ultra-low power consumption of only 1 mW, and a wide operating temperature range of -40°C to +125°C. This makes it an ideal choice for applications such as those found in automotive engine control, audio systems, and other industrial and telecom systems. In order to understand how the VRE210M-83 works and the role it plays in PMIC applications, it is important to first understand the basic principles of voltage referencing. Voltage references are designed to provide a stable output voltage over varying temperatures and other elements that may affect the voltage level. This is done by using a voltage reference diode, which acts as a reference point for all other voltages used in the circuit. The voltage reference diode can be set at any dedicated voltage value, allowing for an extremely precise reference voltage to be used. For example, the VRE210M-83 module is set to a reference voltage of 1.244 volts, and it provides this voltage over varying temperatures and electrical environments. This allows the user to safely and accurately control other voltages in the circuit such as power supplies, motors, and even the temperature of a control line. Additionally, the module also eliminates the need for any manual calibration of the reference voltage, as it provides adjustable and precise reference voltages right out of the box. The VRE210M-83 is also a great choice for applications that require a long-term stability of the output voltage. This is because the voltage reference module uses a stable reference voltage, which means that it is able to provide a stable output even over long periods of time. Additionally, the module also has a low temperature coefficient, meaning that it is able to provide a precise output voltage even at varying temperatures. This means that it is particularly suitable for automotive, industrial and telecoms applications, as it provides a precise reference voltage even in changing environmental conditions. Overall, the VRE210M-83 is a great example of a voltage reference module that provides precise and stable reference voltage outputs over varying temperatures and electrical environments. It is an ideal choice for applications that require efficient, precise and reliable voltage reference due to its wide adjustable output voltage range, its ultra-low power consumption, and its wide operating temperature range. Additionally, the module’s precision reference voltage and long-term stability make it an ideal choice for PMIC applications.

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