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The applications of these diodes are in higher order multipliers and in pulse shaper circuits. The cut-off frequency of these diodes is very high which are nearly at Giga hertz order. As multiplier this diode has the cut-off frequency range of 200 to 300 GHz. In the operations which are performing at 10 GHz range these diodes plays a vital role. The efficiency is high for lower order multipliers. The symbol for this diode is as shown below.
HVC HV diode peak working revere voltage(VRWM) from 1kv to 30kv, high voltage silicon stack voltage up to 500kv,Average Forward Current( IF(AV)) from 10MA to 20A, Reverse Recovery Time(trr) from 35ns to 2000ns,working frequency 50HZ to 200kHZ. HVC high voltage diode with the following advantage feature: 1) Low leakage current, high surge, and high current shock resistance 2) High reverse voltage, low forward current and avalanche breakdown protection. 3) Fast response, high efficiency and ultra-fast recover tiime. 4) High heat resistance, PN junction temperature up to 175C Read even more information on .
Finally, Let’s analyse the appropriate dimensions.Before the guests that suppliers are Y5V, and diameter of 16 ~ mm or less.Our product is N4700, the diameter of 32 mm.The double of the volume. Choose a capacitor, to determine if it is appropriate for their products, it must be the same as the HVC to previous parameters that contrasts with the serious, serious analysis of analysis.The price is not that the key is that it cannot be used.
I ceramic capacitors (Class I ceramic capacitor), said high-frequency ceramic capacitors (High-freqency ceramic capacitor) in the past, is the dielectric loss, high insulation resistance, dielectric permittivity varies linearly with temperature ceramic capacitor manufacturing . In particular, it applies to the resonant circuit, and other requirements of the loss is small and electric capacity and stability of the circuit, or for temperature compensation. Because of the abundance of raw materials, the structure is simple, inexpensive, and a wide range of electric capacity (generally a few PF to hundreds µF), the loss is smaller, the temperature coefficient of capacitance according to the requirements in a wide range of adjustment. Discover extra information at this website.
