In a balanced Y – Y circuit, the V an = V<s...

V ab = √3 V p &ang;0, V bc = √3 V p &ang;-120, V ca = √3 V ph &ang;+120

V ab = √3 V p &ang;30, V bc = √3 V p &ang;-90, V ca = √3 V p &ang;-210

V ab = V p &ang;30, V bc = V p &ang;-90, V ca = V p &ang;-210

V ab = V p &ang;30, V bc = V p &ang;90, V ca = V p &ang;210

In a balanced Y – Y circuit, the V_an = V_p∠0, V_bn = V_p∠-120, V_cn = V_p∠+120. The line voltages are

V_ab = √3 V_p ∠0, V_bc = √3 V_p ∠-120, V_ca = √3 V_ph ∠+120

V_ab = √3 V_p ∠30, V_bc = √3 V_p ∠-90, V_ca = √3 V_p ∠-210

V_ab = V_p ∠30, V_bc = V_p ∠-90, V_ca = V_p ∠-210

V_ab = V_p ∠30, V_bc = V_p ∠90, V_ca = V_p ∠210