"explain why silicon became the preferred material for use in transformers?"
Old_Sk3wl Member Joined Aug 31, 2004 Messages 98 Location coomie high skewl Gender Male HSC 2004 Aug 31, 2004 #1 "explain why silicon became the preferred material for use in transformers?"
Xayma Lacking creativity Joined Sep 6, 2003 Messages 5,953 Gender Undisclosed HSC N/A Aug 31, 2004 #2 Nice to see you asked nicely and everything. Germanium loses it's semi-conducting properties as it heats up, ie. it becomes too good at conducting to be of any use as a semi conductor.
Nice to see you asked nicely and everything. Germanium loses it's semi-conducting properties as it heats up, ie. it becomes too good at conducting to be of any use as a semi conductor.
BlackJack Vertigo! Joined Sep 24, 2002 Messages 1,230 Location 15 m above the pavement Gender Male HSC 2002 Aug 31, 2004 #3 ...think sand. Think germanium. Sand is too cheap.
J joshhopp New Member Joined Mar 22, 2004 Messages 28 Location griffith Gender Male HSC 2004 Sep 6, 2004 #4 Old_Sk3wl said: "explain why silicon became the preferred material for use in transformers?" Click to expand... whoa i dont get that... why should a transformer want semiconducting properties??
Old_Sk3wl said: "explain why silicon became the preferred material for use in transformers?" Click to expand... whoa i dont get that... why should a transformer want semiconducting properties??
dingding Señor Member Joined Feb 14, 2004 Messages 111 Gender Male HSC 2004 Sep 6, 2004 #5 he means transistors
Constip8edSkunk Joga Bonito Joined Apr 15, 2003 Messages 2,397 Location Maroubra Gender Male HSC 2003 Sep 8, 2004 #6 efficiency in production
X Xtrinsic_Psycho New Member Joined Sep 7, 2004 Messages 16 Location meh Sep 8, 2004 #7 yeh Silicon is way more abundant than Germanium and it retains its semiconducting properties at higher temps (Ge becomes a relatively good conductor at high temps --> allow too much electric current to pass thru --> damage equipment) hope that helps
yeh Silicon is way more abundant than Germanium and it retains its semiconducting properties at higher temps (Ge becomes a relatively good conductor at high temps --> allow too much electric current to pass thru --> damage equipment) hope that helps