Dobór słupa: $$f = \frac{a^{2} \bullet g}{8 \bullet \delta}$$ $$a_{p} = \sigma_{\text{dop}}\sqrt{\frac{480 \bullet \alpha}{g_{\text{sn}}^{2} - g^{2}}}$$ a > ap = >σmax = σsn a < ap = >σmax = σn $$t_{\text{kr}} = \frac{\beta}{\alpha}\sigma_{\text{sn}}\frac{g_{\text{sn}} - g}{g_{\text{sn}}} - 5$$ tkr < 40C = >fmax = fu tkr > 40C = >fmax = fsn $$y = \frac{g}{2\sigma}(x_{2}^{2} - x_{1}^{2})$$ Linia napowietrzna Transformator	Dobór słupa: $$f = \frac{a^{2} \bullet g}{8 \bullet \delta}$$ $$a_{p} = \sigma_{\text{dop}}\sqrt{\frac{480 \bullet \alpha}{g_{\text{sn}}^{2} - g^{2}}}$$ a > ap = >σmax = σsn a < ap = >σmax = σn $$t_{\text{kr}} = \frac{\beta}{\alpha}\sigma_{\text{sn}}\frac{g_{\text{sn}} - g}{g_{\text{sn}}} - 5$$ tkr < 40C = >fmax = fu tkr > 40C = >fmax = fsn $$y = \frac{g}{2\sigma}(x_{2}^{2} - x_{1}^{2})$$ Linia napowietrzna Transformator	Dobór słupa: $$f = \frac{a^{2} \bullet g}{8 \bullet \delta}$$ $$a_{p} = \sigma_{\text{dop}}\sqrt{\frac{480 \bullet \alpha}{g_{\text{sn}}^{2} - g^{2}}}$$ a > ap = >σmax = σsn a < ap = >σmax = σn $$t_{\text{kr}} = \frac{\beta}{\alpha}\sigma_{\text{sn}}\frac{g_{\text{sn}} - g}{g_{\text{sn}}} - 5$$ tkr < 40C = >fmax = fu tkr > 40C = >fmax = fsn $$y = \frac{g}{2\sigma}(x_{2}^{2} - x_{1}^{2})$$ Linia napowietrzna Transformator	Dobór słupa: $$f = \frac{a^{2} \bullet g}{8 \bullet \delta}$$ $$a_{p} = \sigma_{\text{dop}}\sqrt{\frac{480 \bullet \alpha}{g_{\text{sn}}^{2} - g^{2}}}$$ a > ap = >σmax = σsn a < ap = >σmax = σn $$t_{\text{kr}} = \frac{\beta}{\alpha}\sigma_{\text{sn}}\frac{g_{\text{sn}} - g}{g_{\text{sn}}} - 5$$ tkr < 40C = >fmax = fu tkr > 40C = >fmax = fsn $$y = \frac{g}{2\sigma}(x_{2}^{2} - x_{1}^{2})$$ Linia napowietrzna Transformator	Dobór słupa: $$f = \frac{a^{2} \bullet g}{8 \bullet \delta}$$ $$a_{p} = \sigma_{\text{dop}}\sqrt{\frac{480 \bullet \alpha}{g_{\text{sn}}^{2} - g^{2}}}$$ a > ap = >σmax = σsn a < ap = >σmax = σn $$t_{\text{kr}} = \frac{\beta}{\alpha}\sigma_{\text{sn}}\frac{g_{\text{sn}} - g}{g_{\text{sn}}} - 5$$ tkr < 40C = >fmax = fu tkr > 40C = >fmax = fsn $$y = \frac{g}{2\sigma}(x_{2}^{2} - x_{1}^{2})$$ Linia napowietrzna Transformator	Dobór słupa: $$f = \frac{a^{2} \bullet g}{8 \bullet \delta}$$ $$a_{p} = \sigma_{\text{dop}}\sqrt{\frac{480 \bullet \alpha}{g_{\text{sn}}^{2} - g^{2}}}$$ a > ap = >σmax = σsn a < ap = >σmax = σn $$t_{\text{kr}} = \frac{\beta}{\alpha}\sigma_{\text{sn}}\frac{g_{\text{sn}} - g}{g_{\text{sn}}} - 5$$ tkr < 40C = >fmax = fu tkr > 40C = >fmax = fsn $$y = \frac{g}{2\sigma}(x_{2}^{2} - x_{1}^{2})$$ Linia napowietrzna Transformator