XAR6 - CABUR

The straightened and filtered power supply is composed of a transformer that isolates and reduces the secondary voltage from the network voltage (not supplied), by a straightener and a filter capacity that The alternating voltage in continuous Selv value less than 6 VDC converts. The power supply is not stabilized, therefore the output voltage varies according to the current absorbed by the load and according to the ints of the mains voltage ± 1%. The formulas described in the data Exit technicians allow you to calculate the void voltage, to 5% of the load and fully loaded and allow you to choose the transformer most suitable for your needs. These power supplies are a reliable and cheap source to feed relays, contactors, solenoids and loads capable of working normally with alternating residues on the 24 VDC (ripple) relatively high (5%) e Strong changes in the output voltage, while in applications where the network is very unstable and subject to voltage holes may not be suitable for powering devices with microprocessors and memories, analog converters or appliances that require high stability of the supply voltage. The straightened and filtered power supply is composed of a transformer that isolates and reduces the secondary voltage from the network voltage (not supplied), by a straightener and a filter capacity that The alternating voltage in continuous Selv value less than 6 VDC converts. The power supply is not stabilized, therefore the output voltage varies according to the current absorbed by the load and according to the ints of the mains voltage ± 1%. The formulas described in the data Exit technicians allow you to calculate the void voltage, to 5% of the load and fully loaded and allow you to choose the transformer most suitable for your needs. These power supplies are a reliable and cheap source to feed relays, contactors, solenoids and loads capable of working normally with alternating residues on the 24 VDC (ripple) relatively high (5%) e Strong changes in the output voltage, while in applications where the network is very unstable and subject to voltage holes may not be suitable for powering devices with microprocessors and memories, analog converters or appliances that require high stability of the supply voltage.