А кто-нить считал ресурс капов КВИ? 
ИМО они не протянут больше получаса работы в тесле. На половине номинальной напруги. Цитата из документацит к импульсным максвеллам: "For instance, a Maxwell type 31162, is rated at 100,000 shots at 75 kV with 20% VR. (20% VR is Q = 1.4) Now, we want to know the life in a Tesla coil at 90% reversal (a Q of 15) and a peak voltage of 42 kV. Applying the above formula: Lx = 1E5 * ( 1.4/15)^1.6 * (75/42)^7.5 = 1E5 * .0225 * 77.37 = 1.74E5 shots. reducing the voltage to 30 kV would increase the life by (42/30)^7.5 or 12.5 times. If this were in a Tesla coil at 120 bps, at 42 kV, it would survive (90% probability) about 24 minutes of run time. Reducing the voltage to 30 kV would increase the life to 300 minutes, or 5 hours. Reducing the peak voltage to 20 kV is even more effective, increasing the life to 100 hours. Killing the Q down to 10 would increase the life by (15/10)^1.6 some 90 percent. Capacitors rated for high repetition rates are necessarily overdesigned. Comparing two units from Maxwell Labs: * 1.0 uF 40 kV 1pps 1E5 shots 2.3x5.9x27.8 inches * 0.1 uF 40 kV 1000 pps 1E8 shots 2.3x5.9x14.8 inches If the high reprate capacitor (with a 1000 times the life) were scaled to the capacity of the low rep rate unit, it would be about 5 times the size of the low rep rate unit. A life factor of 1000 can be achieved by increasing the rated voltage by about 2.5 times. This would require about 6.25 times the total capacitance arranged in a series parallel configuration, which correlates well with the physical size increase factor of 5." Вобщем, скажу я вам, детишки, что батарея КВИшек на 24кВ будет работать нормально только на 8-9 кВ. А потом закономерно сгорит через несколько часов. А сколько протянут мои ЭЛКОкапы судить не берусь. Они ваще уникальные и никто их не тестировал  И завод тот больше не существует походу...
Так что, если сгорят буду как Dест заказывать капы из пендосии... Добавлено: Sat Mar 17, 2007 12:29 am |
причем заметьте это не СГ а дриссетц!