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11 de jun. de 2014 · "CV" stands for "constant voltage", and "CC" stands for "constant current". Most types of load need constant voltage to operate, so if the "CV" LED is lit, it means the PSU works fine with your load. The PSU has a physical limit on how much current it can supply.
"CV" significa "voltaje constante", y "CC" significa "corriente constante". La mayoría de los tipos de carga necesitan voltaje constante para funcionar, por lo tanto, si el LED "CV" está encendido, significa que la fuente de alimentación funciona bien con su carga.
El voltaje continuo o VCC (voltaje de corriente continua), es aquel en el que la corriente es pura, de manera que no presenta alteraciones. Puede localizarse, comúnmente, en microprocesadores o chips, pues estos aparatos exigen un voltaje constante para poder funcionar correctamente.
13 de ago. de 2022 · The basic difference between CC and CV is that in CC mode, the power supply regulates the current flowing through the load, while in CV mode it regulates the voltage across the load. In addition, while in CC mode, the output current is kept constant, while the voltage varies.
14 de ene. de 2024 · Existen dos tipos principales de voltímetros: los de corriente continua (CC) y los de corriente alterna (CA). En este artículo, exploraremos las características, los principios de funcionamiento y los tipos de voltímetros de CC y CA.
18 de ago. de 2021 · Programmable DC power supplies automatically switch to constant voltage (CV) mode or constant current (CC) mode, depending on the voltage and current settings and the load connected. For more information on the merits and demerits of DC power supplies depending on the control method and the devices they handle, please refer to the links below.
In short, to switch between CV and CC mode, users must configure a current limit at a value in which they want to run CC mode. Then, based on the load connected, the supply will automatically switch to CC from CV when current limit condition is satisfied.
