The voltage gain of the transformer secondary winding through the turns ratio between the primary coil and

The voltage gain of the transformer can be determined by the turns ratio N2/N1 between the primary coil and the secondary coil of the transformer and the current gain is also related with N1/N2. In the design of the circuit for CCFL transformer primary inductance of the primary and turns the external capacitor resonant circuit formed by the transformer needed to decide. Secondary turns should be guaranteed to start  electric meter  lamps provide a high enough voltage. Secondary turns usually require high magnetic core has a large window area. As the high pressure primary and secondary isolation requirements between duty, CCFL transformer  Air circuit breaker  usually higher. This transformer is used as a sine wave, which only reduces the effective  Voltage stabilizer  of the turns ratio, and no switching spikes. Other problems associated with magnetic transformers also include the need to shield stray magnetic fields, as well as the potential arc fault condition at the time of the next level voltage control generated.