SERVICE MANUAL RE-2 PROJECTION TV CHASSIS. KP-41S5K RM-862 OIRT SCC-N62D-A KP-41S5R RM-862 Russian SCC-N62C-A KP-41S5U RM-862 UK SCC-N61B-A
|
|
|
- Μορφευς Αναγνωστάκης
- 6 χρόνια πριν
- Προβολές:
Transcript
1 SV MNU - SSS M MMN ST. SSS N. M MMN ST. SSS N P-S M- P S-N- P-S M- rench S-N- P-S M- reek S-N- P-S M- T S-N- P-S M- ussian S-N- P-SU M- U S-N- MM Please file according to model size.... PTN TV
2 TU V M QSS N /V V U Q, Q,, V-U Q- V U TV N UT Q S N TV Q, V V N V- N V- N V- S M S UT S M S UT V N V- N V- N V- U UT UT V- Q U V- Q V X.M U PSS MN N UT SP N-N N-N UT SP N V- N V- UT P N V- UT P N V- N V- UT V- N V- XT XT ST ST UT V- UT V- UT V- P P U Q,, U Q U Q Q Q U Q U Q SP SP MP Q, P ST T M T N U Q, ST Q Q, X.Mz T NTP Q Q N ST XUT XN TXT/S U Q, U Q, N U NN UST UST N S US P/NT /M M S M SP Q, Q, Q, Q Q Q S Q N XT XT X.Mz - S/SSP ST P. P. U Q U Q M M P. P. P. P. -,- - P. P. P. P. P. P. P. P. P. -, MUT ST S- N S- N N N N N N N N N N N V- V V+ V PN -W UT S SSP UT MUT V Q,, PM M -, -,- - N TST UT UT UT N S N S UT UT Q U N Q- S N VTM.Mz N.Mz - UT - N - UT - N - N - UT - N - UT SM SSP M SSP NT - UT - UT +V U Q Q, PT Q, S -W V+ V- Q PN UT ST SP SP P P MUT UT V MUT M N N N -SS.<SM.>-/- /W V+ UT V S P V PT P NT UT SP SP /P /P UT UT V N N N N N UT UT S/ MUT SS ST M T N T N T N T N T N T N N N N N U+ U- +V -V +V +V T T N SS UT V Q U T T T T N T S PW S- T N N N N V NT T PWM T N T N T ST STT, Q-, T T N P ST NV V NT V Q V + P Q N N NV V Q Q T PT Q- -SS.<SM.>-/--P T N T N V NPUT (MN) V S-V PN V S S N N N T N T N T N STN M P-S/ S -. M () SN U UT U UT U N U N U UT U UT U N U N U N M M N N S- N N NN UT UT / N N TUN,V,U,U PSS, T M T,M V N V U V V UT V P M P S P P P SP - V P () (W) ST+V P.NT PT +V ()N U(N)N +V SS UT./ ST+V. (N) () () (N) M (PW SUPP) (UTN,SS) ()UT (N)UT +V M N U V-NPUT/ UTPUT / N UT N M N N UT UT /V-NPUT, UTN S UT UT UT UT UT SP MUT P N P N UT./ +V N
3 T N T N T N T N T Z N N N N /W V+UT V S P V PT P NT UT SP SP /P /P UT UT V N N N N N UT UT S/ MUT SS ST./ N./ N N NN U -M Q - U -S -MUT Q -T -ST U - -T Q - - WV - - WV - -SNS -SNS -N - -SNS -SNS - -XT Q, - - -XT N - Q MUT Q - V V UT UT V / UT V Q X.M U Q U Q U Q MXN Q MXN Q MXN Q Q +V U Q Q, MXN MUT Q U MN MP // P MP U MUT Q, U T Q- MUT Q, T N N N N N N N N N N N N N T PT SNS SP T N T N T U N T U N N N N N U Q, U Q, V.WV N V.SW V.P V.SN V. V.T.WV N.SW..P.SN.T V Q N T (/) MP UT Q N NV N V.SW UT V.P V.SN V.T MPN.SW M PN.P.SN T.T MUT NP NP NV N V.SW MUT V.P T V.SN V.T.SW UT.P.SN.T T NP MUT NP V.SW V.P V.SN V.T.SW.P.SN.T NP NP (/) MP MUT T UT T MUT V NT Q, Q- PN MP Q U Q T N U Q,, U Q V V N N +V -V + - MP SN MP T T N N T UT Q, N N N Q, +V T N N + N N V N N N -SS<SM.>-/--P T Z N T Z N T N US V T N N N N N N N N N V UT Q, U Q, V UT Q, N + - V T Q PT Q T Q T Q N N N N T N P-S/S/S/ S/S/SU M- M () - - Z(/) N N V N V T T N V. V.T V.UT V.N.N.T V.N V.UT.UT.T Z(/) N N V N V T T N V N.N V.N V.T.T N.T V.T V.N.N - - V. V.M V.T Z () V ( UT) /S V V PTU TU V P M P S P P P SP - V V N N () ST V () SS UM +V NT (V) NT (V) NT V (V) NT (V) NT (V) NT S V V U MP,P MP,,P NN V WV V WV MUT T MV V MV W T T UPP V V T P PN PT -V +V P.NT UT (U) UT (U) P P MUT N N UT UT / N UT N M V P V WV V WV MUT T V MV MV P PN PT -V +V P.NT ST+V P.NT PT +V V.T V (/V-,V) UT V T T UT V T T UT V T T /S /S V V. ST V ST V /S V V /S V V ( UT) ( UT) /S /S V UT Q, V V /S V V V PTU TU V PTU TU
4 N P - N P - N P N PS :V N PS :V N P N P N P N P + - X + - X N P N P - N P N P (W) () UPP T T W PT SNS P N P N SP MUT (NT) () UT (N) UT () N (N) N +V STV P.NT PT +V V +V -V PW MN U+ U- S SSS STN STN (Z) (Z) + (M) - V. V(M) V.T UT UT UT UT S UT ST +V -. M SMT M (NT N ) (PW SUPP) -SS.<SM.>-SSNZU- U UT U N U N U UT U UT U UT U N U N U N M M N N S- N N NN N / N UT UT S N P N N UT UT N U ST N P - / N UT N M N P ST N P - N P V N V U V V UT (V) U (µm,s,,u PSS) N P N STN V V. V.T - -.N V.N V.T.T N P N N P N P :V N P N P N P MX N P /S V ( MP) Z V S- N V- S- N V- N V- U U N V- U N V- U UT P U U UT P U MUT N P N P N P V NT UMSPN STN U UT SP V SS U UT SP P.NT V V STN V PT T V V S VT VT ST/WST V V- V ( ) : V+ V. () V V.UT V.N.N.T V P M P S P P P SP - N.. STN - N.. P M P S P P P SP V PST N STN N N VN N N S/ /P UT MUT /P SS T PT N P N P SP UM/ ST V SP ST V V ST V /PW /W V+UT V V-S P V V - - V.N V.UT.T.UT N P :-T- N P /S V V N N P :V N P N P N P +V () UT (N) UT N P - N P N P N P V MX N P N P N P N P N P N P N PS - :V N P V N P () N (N) N N PS - :V P P MUT NT (V) NT (V) NT V (V) NT (V) NT (V) NT S Z W T T UPP U MP,V-TN, ( ) SNS MP,SN MP V N P /S V.N V.N V.T.T N P T N P N N UT UT / N UT N M (N MP) (/N ).N V.N V.T.T.N V.N V.T.T V. V.M V.T V N N N P N STN N P -.. ST +V SS UM +V N P N P N () ST V SS UM +V V V T /S V N P N N N N N P P :-T--S P :-T--S P :-T--S P :-T--S N P, ( ) PW MN U+ U U- N P T MUT V WV V WV V V ST V P.NT -V V V N P V V.T.T.N V.N UT(+) (U)(-) UT(+) (U)(-) SU (V) () V PN P +V +V -V -V PT PT V T (U MP) MX N P N P /S /S V () V T MUT V WV V WV V V V ST V P.NT -V PN P V T N P +V ST V P.NT PT V +V +V -V N N N N P :-T- P :-T- P :-T- P :-T- N P N P /S /S V () () () N P (V.-TN.) V N P N P N P :V N N N N N P V P :V N P P P :V T US P P ST V ST V V. N P : N P (V) V() V() V() T SSS + UT + N UT V T T UT V T T - - UT V T T T(Z) V () () ()
5 N P :V T N (N)N ()N (N)UT ()UT N P :V T N : M : VT ST. N. V. r.. r r. r... r r. r ll voltage are in V. Pin numbers which are not described are not used. r : The figurs in the parentheses are the voltage difference from primary side ground. TNSST VT ST. V.. rq rq. rq.. rq.. rq... Q. Q.. Q.. Q.. rq. S. rq. S. voltages are in V. r : The figurs in the parentheses are the voltage difference from primary side ground. M N -V /z N P () (W) N P (NT) T N N P (Z) T S SSS N P (Z). V : M : W MM. V : T T W MM.M W. V :. V : W :. V. V W : k k k S T. W : -S T W W() W W() V MTZ- Q S. V k. : k k. W : Q S ST STT ST.MM ST-T MP V k Q S ST STT ST.k TP PWM S S SST SS ST STT. MTZ-. SS S NU T V Q S ST STT T ST NU W() V W W() W W() SS PT.k -P. V Q S-T- V k.k SS ST STT T PT k..k P k k N- V NV V NT.MP+.MP+.MP-.MP- UT T T P V p V STV k PS. PS.. :P. :P p V. :P. :P. :P. :P N- k k Q S PTT µ : µ : p p SM +V T SM +V T NV V V N S N S - SS p V V S T S T.k Q S T V p V M p µ : SS k PTT SS PTT k k p.u V VUT SNS T. :MPS UP PTT.µ : p µ : # :P # :P # :P V SN V NT k Q S T MTZ- PTT.µ : SM PS Q - W() :P MTZ- PTT UP PTT MTZ- PTT :P W() MTZ- PTT p. k V k.k :P V V k.k :P Q - V.k :P S S U+ µ : µ :. W :S k :P.V Q S +-P V V MTZ- +- µ : k :P (PW SUPP) k p kv p kv V V V k k V V V. W :S V N P T N +V N P T N PW MN U + U U - N P T N +V +V -V N P T N STV P.NT PT +V Schematic diagram board / N -SS.<P>-..-
6 (/) WVMS N P S TU TV- S +V +V M QSS V M N N P N U ST N / N UT UT NN N S- N N N M M U N U N U N U UT U UT U N U N U UT U UT S V- TP # PU Q T Q T V- V- V- V V- V- V- U V- U V- k SS SS UZ k UZ-. UZ-.. V V U MN M k. V V UZ-. UZ-. UZ-. UZ-. k k k k k k k k MN TP # p V p V V V p V p V V V M (/) V,U, TUN,U PSS, T M T UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. ZN V V U / U MN k. k V V V V V V S S V V V V. V V +V V V k V Q Q Q S V-U S S V-U V-U V. V V k +V U / V U.. U V U / Q S U V U /. p ZN V M p X. p p p. U MN MN N(M) V S- V N V- S-WS N V- S- UT S- N N V- S- N N V- MSP-PS- U PSS S- N V- S- N V- V p () S- UT () M p () N- V() N-. V ST. V S M ZN. V k TV N V UT V- N V- XQ-T V UT N V- S- UT N V- S S- UT V N-N. V S S N V- S N TV N V- S M N V- M N V- UT N-N N-N TST XT XT U- p p Q S U -T -T S ST p SP-P V P-P UT V- UT V- V UT V- UT V- V-P V-P TST UT SP UT SP V UT P UT P TZ-. UT +V UT Q S U V k V V ZN M V. V. V TZ-. U /. V k U. k. V. V k.k V U /.k PST-MMP-P ST Q S U.k U. k Q Q Q Q Q Q Q S S S S S S S U U V U U U.k Q S U.k. V p.k # S- S-. V S MN V V p U / S P U-P S MN UT V k U / U / V.k k. k V V.µ : V k p. k Q S Q S U M k. k U p µ p :.µ : V k NMM(T) -P k Q S U Q S. Q S U k U k.k k... P P P SP SP V p. V P M. V.k V V V k.µ :.Mz U / M Q S U.V U /. p Q S MP V.k.V k.k S- V. Q S MP.k -P..k -P.k Q S U M - k U / S S.. M S- V k P Q T V V V V V V V V V NS S V M P XPN S P V... TM P N V T V V X V k k TM TM.k.. -P.k. V k XQ-T T M T.k k.k Q S Q U S U Q S U PMN NT.k UZ-. k V S T NTP T PN X -P. V Q S P/NT U V V S V V X k k TST TST V X TST TST V S S V. V. P M-S V M- P/NT S S S /M SP. XM US-..k -P.k.k -P.k. -P Q S U k k.k Q S P/NT. k k k k Q S V V. SP M -SS.<P>-.-P- WVMS (/) UT WVM P SM NTS.Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p(.Mz) (/) VT ST. N. V...(.) (.) <.>(.).....(.).. N. V <.>(.)....(.).....<.> N. V.. V....<.>(.).<.>(.).<.>(.).<.>(.).<.>(.).<.>(.)......<.>(.).<.>(.)...<.>(.).<.>(.)...(.).(.).(.) <.>(.)......<.>.<.>. ll voltage are in V. Pin numbers which are not described are not used. (/) TNSST VT ST. Q.. Q.. Q... Q.. Q... Q... Q..(.) Q.(.). Q.. Q.. Q... Q... Q... Q.. Q.. Q... Q... Q... Q... Q... V.. Q... Q.. Q... Q... Q... Q... Q.. Q.. Q.. Q.. Q... Q Q.. Q.. Q.. Q. Q..<.> Q.<.>.<.>.<.> Q.<.>.<.>. Q.. voltages are in V. (/) : M (/) : NMM(T) (/) : XM P Schematic diagram? (/) board Schematic diagram (/) board /
7 (/) WVMS M N (/) VT ST. N. V. WVMS (/) UT WVM P SM NTS.Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p().Vp-p() M.Vp-p().Vp-p().Vp-p() N.Vp-p().Vp-p(.Mz).Vp-p(.Mz). N. V.. N. V. (/) TNSST VT ST. V.. V. V P M P S P P P SP - V N P T N SST U-P S MN S P SP S S S M S M V Q Q Q S S S U U U S M S U S k k k k k k Q Q Q S U M M S M S V S U M STV ST V. V P ST V ST V M- PM M ST V TST M-MWT N UT ST ST V PST-MMP-P ST k SS W ST ST. V - p. V p S # V..k.k # k S # S.k -P.µ S TXTPW S #.k ST ST.k ST ST.k S S. V p PT PT # MN MN # V SS Q S U Q S U TXT.k UT N UT U UT NN STN V N UT S/SSP P. P. TXTPW - P..k - M.k k. V P. P. P. P. P. P. P. S S S V N P. P. P. P. P. P. STV p TXT P. P. ST XT XT STN V P. P. P. P. P. P. P. P. P. P..k ST V UZ-. UZ-. X.Mz p # p.. ST. TP V- MUT -S W N X TX N X TX V. V V STV UZ-..k.k.k p ST V (/) : TT (.)...(.)..(.)..(.) (.).(.).(.).(.)... (.) (.).(.).(.)...(.)..(.).. (.).(.).(.).(.)...<.>.<.>... * * *. * <.>(.).... * * * * *......<.>(.).<.>(.).<.>(.) <.>(.)..<.>(.)..<.>(.).(.).<>(.) (.).(.).(.).....<.>(.).(.).(.) <.>(.)..(.)..<.>(.).<.>(.) (.) <.>(.).(.).<.>(.) ll voltage are in V. * :an not mesured. Pin numbers which are not described are not used.. Q... Q.. Q.. Q.. Q... Q... Q.. Q. Q. Q. Q. Q... Q... Q.. Q. Q. Q.. Q Q. (.) Q.().(.) Q.(.). Q... Q.. Q.. voltages are in V. M N P N P T N V N V U V V UT V V µ Q S U V- V- V- V- k V- V- V- U V- U V- p V.k -P k Q S U P P P P U SP SP SP SP U. M UT UT UT T (/) M UT UT UT k Q S U k -P V TP. V - - p µ Q T V N P T N V - UT P - UT. V.k... V N - V - S. / V. TT/N M. - - TT/V- N V+ - N /. V+ V.ST VT V / -W V- UT V S V- V ST/WST V - UT. V SSP P P V V S - V/ UT SSP N TST. V - / PT NT N /V M V ST V V. VT T PT M V UT V V STN V - SP ST - U Q S - -. V... U Q S. V. V V V V SP V. UT SS U UT SP P.NT V U UT SP UMSPN STN -S V- V V. p p. p V.. V V X.Mz X.Mz.k k.... V V V.MZ MUT P UT P V NT U MUT U UT P UT U UT P U SM - UT - UT UT N - N - N SSP UT XQ-T - N SN - N - N - N - N - N - N - N - N V S UT S.MZ P / V S- N S N UT S U N V- U N V- V UT N V- UT. V TN S- N k S- N V- S- N V- k. V V- V+ V N P k S UT S N N V PN UT V V SW S V -W UT N N VTM V- V V+ V UZ-. SST...k. V -W. V k.m. V. V :MPP V Q T PT V. V k.k k. V p Q S UT k. P V SST k Q T.M.M. V. V Q S U. k V. V Q T PT p V.. V k -P k X kz.m.k Q T V PT ST V TXT V S ST V.k.k Q S ZN M P Q T ST M.k.k Q S. V ST V.k. V V. V S X.Mz p p N V V V ST V V V S TM P XN XUT S TSQ NTQ N X TX P TX/S N UST UST - Q NN M M M M U N SQ WQ V SQ M Q S ST V k p STV k (/) (M ) -SS.<P>-.-P-
8 P-S/S/S/ S/S/SU M- M, ( UTN ) N PS - :V N P - T N S UT UT UT UT UT S N P - T N P+ P- V+ V- k -P +V S k -P S.k -P S.k -P S NPUT ST +V SS UT./ ST +V. STV N P - T N SX- SS V UT S --- PW Q S V V S-T STN T N ()UT (N)UT N PS - :V T N ()N (N)N VT ST. N. V. V. UT. TNSST VT ST. ll voltage are in V. V.. Q.. voltages are in V. V NPUT (MN) V S-V V /V NPUT, UTN UT NV S S PN UT PST.k -P V V µ : µ :.. N P - T N SP MUT P N P N [UTN, M] oard [/V NPUT, UTN ] UT./ +V N P - T N -SS.<P>-. oard
9 WVMS :, P :,, PM.Vp-p ().Vp-p ().Vp-p ().Vp-p ().Vp-p ().Vp-p (V).Vp-p (V).Vp-p (V).Vp-p (V).Vp-p (V).Vp-p (V).Vp-p (V).Vp-p (V).Vp-p (V).Vp-p ().Vp-p ().Vp-p () Vp-p ().Vp-p ().Vp-p ().Vp-p () V V V P V() T PTU TU V() T PTU TU V() V T PTU TU <V.> M M T T N P T N N P :-T- V WV V WV MUT T T N N P V. ST V ST V N P :-T- P PN PT -V +V T N -V P.NT ST V V V V N P :-T- T N N P +V T N N P V PT P.NT ST V T N N P -V +V +V T N + UT + N N P STV V MUT :.k V V...S-T V -V V p :PP. k. V V V k k + V -V +.k Q S PT Q S.. k k W :S W :S W :S W :S.k Q S.k. :MPS k -V V V k k Q S. V V SS k. MTZ-. P.WV-N V.SW V.P T- V.SN TMT V.T P. PT V.T V V.T V NMM -V -V -V V (/V-,V) N P :-T- V V V V Q TS P NMM +V V.T V k. SWT SW. T. V TT.SW -.P TMT.SN P..T PT.T V T k Q S U.k V V. :. : P V.WV-N V. SW. V T N T T. TT V V k.k.k PS. PS. p. p MTZ-. V. :MPS.. :MPS k Q S U SS Q S U k k Q S U V -V -V #.k V V V V V V X MP k V k V. V..k. k V k V V -V.k.SW.P -V V V V V V V V MTZ-. Q S U Q S U X MP µ :.k V k W :S. V.k.k k.k V k k k k p V -V V k PM -NV- SS MTZ-. SS.SN UT.T NM V.SW NP V.P NM NP V PS V MUT MUT T T V k.k W() k V k k.k. k k UT N UT V.SW UT V.P VUT.SW VUT.P VUT V.SN MPVT V.T MPN V MPN k k k.k k W() SS k k k k k k k.k Q S U.k. :PP. k.k.k.k.k k µp MP k k k k SST :P Z-V N P : k k. k.k W MM p k p k V V V V M W() k S -V k.. V k k k V V.k Q S PN MP..k.k V V k. MTZ-. k PTT NM SN MP Q S V k k k k. V.k /W :P p V.SW.P.SN UT.T NM V.SW NP V.P NM NP V PS V MUT MUT T T UT N UT V.SW UT V.P VUT.SW VUT.P VUT V.SN MPUT V.T MPN V PM -NV- k.k W :S.k W :S.k W :S -V T T SS SS V MPN SS SS Q S UT k k k k k k k k V V p kv : W(.) k.k k k k. :MPS..k V k k. #. V :PP k.k k k. V :PP p k p k.m NM MP. V - -S m :M.k k V V V V V. V. p kv p kv k W :S W :S.k. V k k. V :PP p V k k k P V k.k k. k k.u -V k V T PMT V k :P k W P- :S k k.sw.p.sn UT NM.T. kv V.SW SnS p V : VT ST /W :P V NP V.P NM NP V PS V MUT T N V.SW MUT T UT UT UT V.P VUT.SW VUT.P VUT V.SN MPUT V.T MPN V MPN #. V :PP /W :P V PM -NV- k /W k k V k k k k k k W W W W :S :S :S :S Q S- UT Q S MP -V.m :. k k k k k k k /W S.k k.k. :PP. :P.k k k SST -V µ V Q S -STP/NT k SS.k.k V W().k + k k k p k p k MUT k ST- NV.UT k V SS µ V k W :S k /W : Q S -STP V -V. :P V V V W :S V W :SV V V V h. h. h. Pre. Pre. SU. -Vcc -Vcc +Vcc -Vcc +Vcc -Vcc MUT h. h. h. Pre. Pre. SU. -Vcc -Vcc +Vcc -Vcc +Vcc -Vcc MUT P P W() PP V-T PS PS PS PS PS PS ST- NV.UT. :P. :P PP +-T. :P PP --T. :P. :P -V. W :S. V +V V + +V -V V k V V k k -S -S.k.k V k p p Q S MUT k T T V k.k Q S MUT V V.k SS V MV.k N /W :P SS V.k. /W. /W. /W. /W.k.k. /W. /W -V V V p.k. /W. /W. /W. /W p.k V p.k p V V. /W. /W N P UT V T T T Z N N P UT V T T T Z N N P UT V T T T Z N N P N P :V - - T V T US P - - N P :V - - N P :V T () /S /S V N P -SS.<P>-..- T Z N T Z N T N T T T T T T (US ) () () (). N. V N. V N. V ll voltage are in V. Pin numbers which are not described are not used. TNSST VT ST. V. -. Q. -. Q.. Q. Q.. Q... Q.. Q... Q. Q.. Q... Q... Q... Q. -.. Q... Q. -.. Q... Q. -. Q Q Q.. Q.. Q. S voltages are in V.
10 WVMS.Vp-p (V).Vp-p (V).Vp-p (V).Vp-p ().Vp-p (V).Vp-p (Mz).Vp-p (V).Vp-p ().Vp-p (V).Vp-p (V) : STMT Schematic diagram? board VT ST. N. V N. V ll voltage are in V. Pin numbers which are not described are not used. TNSST VT ST. V.. Q. Q.. Q. -. Q... Q. Q... Q. Q.. Q.. Q.. Q. Q.. Q.. Q. Q. Q. Q.. Q. Q.. Q... V.. Q.. Q.. Q.. Q. Q.. Q. Q.. Q.. Q... Q.. Q. Q... Q... Q... Q... Q... Q... Q... Q. voltages are in V. Schematic diagram board / M N P N N N P P P T U N T U N T N N P :T T (/) N./ /W V+UT V V-S P T PT M/PW V V ST V UT SS SP P.NT V SP UM/P MUT ST UT MUT /P UT /P S/ N N VN UT N N N N UT UT S. V k p k k S S W() U U k k Q S MUT.k MTZ-. UT UT V+ V- PN V- P PT P.NT MTZ-. MTZ-. MTZ-. k. N P NMM MXN MUT P P V k k./. V V p k V k. V V V NT (V) / N UT N M SS S M UT M V UT k k.k.k p p Q S MXN Q S MXN Q S MXN k k V.k MTZ-. MTZ-. U / STV P U.k.k NT (V) NT V (V) NT (V) NT (V) NT S N P k W :S Q S U V k k k k Q S U V k k k k Q S U k () k k./ SS ST V./ () SS V UM +V P P MUT V + µ : k P V Q TT MUT V V V V Q TT MUT W() N P V Q S U Q S V ST V V :P :P. :P V V P U..k. :P.k. :P MTZ- P U TM P/V MP. V.. k MTZ- Q S MUT PSTN ST k k k V k k V k STV + XP-S P NN k P k P k Q TT MUT Q TT MUT.k.k.k.k P U /.k.k Q S k V.. N P V V k MTZ-. k µp U k PQ V V V V k. V k U /(SP) V. V PQ V V. V k - - WV.k k -/ - WV k -NM/N -T - -ST MUT Q.k -MUT -N S T -T -N -N -.k k - P - - Q k V -V S Q k p T -STN - S p k Q T -XT S T -XT V. V p M-MNT. -S N S.µ : -SNS -S p X S k M ST.MTW -SNS -M S k S -SNS -S S -SNS - k k - - k k - - k k -NM/W - k -/MUT - PST N P UM/P MUT X ST k k k k N N S. V. V.S.S V k S k. MTZ-. k NT T UPP MTZ-. MTZ-. S k.. V.S.S SST Q S MUT V -V N P k W W V MTZ-. k N N V.k µp U P V.k SST. Q S U S Q TT SP. STV S STV V.k k k Q TT MUT MUT Q T NT MTZ-. V.k Q S V k k k M.k Q TT MUT k MT-. ST V Q S U Q Q Q S S S U U U S M V M-TX M-TX T U MN MP SST SST U U U.. W W k. k :S :S k k SST.. :P Q Q..k S S V MUT T p p k Q S.k.k Q S V V Q S PT M S V k µ : V V U / SST- PT SP P M P S P P P SP T N T N T Z N T PT SNS T (/) N V N N W. V k k k - V +V SP V. V N P SST SST SST MUT -V. V V k k U -V k -P.k -P Q S k k p. V.. W W :S :S k +V -V k Q S PT. V k k STV.µ : U k k k Q S SST T W :S ST V +V V +V V N. :MPS P k k k V M. V p k k NT SP N / SUUN UT T. /W :. /W :. V k P. :P MTZ-. M U k SST U M-TX M-TX U - - SST k -P + + k p.k -P p W().. Q S U p.k U MP,P MP,,P NN V V :P k k p k p p M W() W() k k M. :P. :P U p p U V+ -V P.NT STV P V + W W PN PT MUT T V V -V V T N P PN PT -V +V -SS.<P>-..- N P T SP UT (U) UT (U) N P T N PW MN U+ U U- N P :T-S T N V V T N P :T-S T N -V P.NT ST V V V V N P :T-S T N V WV V WV MUT T N P :T-S V V T N P T Z N N P T N
11 P-S/S/S/ S/S/SU M- () SU (V) + (M) -.N V.N V.T.T V. V(M) V.T.N.T W :S W W Z (/) -SS.<P>-Z. N P :V T N - - N P T N.N V.N V.T.T N P T N V. V.T N P T Z N V.UT V.N.N.T () SU (V) + (M) -.N V.N V.T.T V. V(M) V.T.N.T V W :S. :P. :P Q S.V. V Q S.V :P V /W :P :P MTZ-T-.S. V k :P MTZ-T-.S Z V (/). V k k W()... V W :S W :S V V Q S NT. Q S NT Q S U V k W W. V µ. : : :P k SS. W() :P V Q S U. V k S W() N P :V T N - - N P T N.N V.N V.T.T N P T N V V N P T Z N V.N V.UT.UT.T N P T V () V. V.M V.T Z TNSST VT ST. V.. Q... Q... Q.. Q... Q... Q.. voltages are in V. Z [/] Z oard Z [/] Z oard N P T SU ().T V.T V.N.N N P.N V.N V.T.T -SS.<P>-Z.- N P T N
![P-S/S/S/ S/S/SU M- [ UT], V PTU TU MX() V., V PTU TU MX() V. oard TNSST VT ST. V. TNSST VT ST. V. N P T US N N P T (/) N V N P T N V ( UT) k /W /W : Q S U.](/docs-images/84/91100489/images/12-0.jpg "kv k N k /W : k S Q S T T US V S V k k V MTZ-. TP p SS k W :S µ : p kv k /W V SS p k /W : SS SS Q S- UT.k Q S UT p k /W S µ : V.k Q S T SS /W : -SS.<P>-.- WVMS P/SM NTS P/SM NTS N P T N /S V. Q... Q... Q... Q.. Q.. voltages are in V.")
12 P-S/S/S/ S/S/SU M- [ UT], V PTU TU MX() V., V PTU TU MX() V. oard TNSST VT ST. V. TNSST VT ST. V. N P T US N N P T (/) N V N P T N V ( UT) k /W /W : Q S U. kv k N k /W : k S Q S T T US V S V k k V MTZ-. TP p SS k W :S µ : p kv k /W V SS p k /W : SS SS Q S- UT.k Q S UT p k /W S µ : V.k Q S T SS /W : -SS.<P>-.- WVMS P/SM NTS P/SM NTS N P T N /S V. Q... Q... Q... Q.. Q.. voltages are in V. N P T US N N P T N V N P T N V TP ( UT) k /W /W :. kv V N k /W : S V p SS T US S k W :S µ : WVMS TP V k /W SS p SS SS Q S- UT.k Q S UT p p kv. V SS k /W :.k Q S T V k S k /W µ : TP -SS.<P>-.- N P T N /S V N P T N /S V P/SM NTS P/SM NTS. Q... Q... Q.. voltages are in V. [ UT] oard.vp-p ().Vp-p ().Vp-p ().Vp-p ().Vp-p ().Vp-p ( ).Vp-p ().Vp-p () P/SM NTS P/SM NTS P/SM NTS.Vp-p ().Vp-p ().Vp-p ().Vp-p ().Vp-p ().Vp-p () Schematic diagrams? boards Schematic diagrams U boards /
![[ UT] oard N P ST U(V-NPUT/UTPUT) N UT N M N UT N UT #](/docs-images/84/91100489/images/13-11.jpg "k k k k V p. V p. V UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. -SS.")
13 P-S/S/S/ S/S/SU M- -. SMNUTS N P T US N N P T N V ( UT) k /W. kv N k /W : S V p S µ : SS T US Q S UT TP SS p SS SS p V Q S- UT k k p k /W : S p k kv /W : k k. W /W V µ /W :S V : : V Q S.k PT,.k Q S T k SST- V PTU TU MX() /W : V. -SS.<P>-.- N P T N /S /S V N P T N /S V TNSST VT ST. V.. Q... Q... Q... Q. voltages are in V. [ UT] oard N P ST U(V-NPUT/UTPUT) N UT N M N UT N UT # k k k k V p. V p. V UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. UZ-. -SS.<P>-U. U [V-NPUT/UTPUT] U oard N P - T N / N UT N M N P - T N N N UT UT M M-MWT M-MNT µp NM TM T pin pin XM M pin XQ-T pin XQ-T - pin XP-S µp pin pin M TT/V- M pin pin MSP-PS--T-N P- -P TP VW pin NM NM P PM PQ PQ TS µp PST-MMP-P PSTN pin SX- SN pin ST- TP pin TT/N TP VW pin M-W pin pin T-T TT-T T-T S-T-- S S- S-Q S- S- S S- S- S- S- S- S- S (SN-) WVMS P/SM NTS P/SM NTS XQ-T pin STV TS-TP P.Vp-p ().Vp-p ( ).Vp-p ().Vp-p ()
14 P-S/S/S/ S/S/SU M- S-- S N T SM- -S - S TZ TZ. TZ..S- UZ-T--. SST- MTZ- MTZ- MTZ-. S- S-.S- S-.S.S-T.S-.S-.S-.S- SS- SST- S-T SM SS- S - U - M-(TX) Z P MTZ-T--. S UP M-TX
jqa=mêççìåíë=^âíáéåöéëéääëåü~ñí= =p~~êäêωåâéå= =déêã~åó
L09 cloj=klk=tsvjmosopa jqa=mêççìåíë=^âíáéåöéëéääëåü~ñí= =p~~êäêωåâéå= =déêã~åó 4 16 27 38 49 60 71 82 93 P Éå Ñê ÇÉ áí dbq=ql=hklt=vlro=^mmif^k`b mo pbkq^qflk=ab=slqob=^mm^obfi ibokbk=pfb=feo=dboûq=hbkkbk
d dx x 2 = 2x d dx x 3 = 3x 2 d dx x n = nx n 1
d dx x 2 = 2x d dx x 3 = 3x 2 d dx x n = nx n1 x dx = 1 2 b2 1 2 a2 a b b x 2 dx = 1 a 3 b3 1 3 a3 b x n dx = 1 a n +1 bn +1 1 n +1 an +1 d dx d dx f (x) = 0 f (ax) = a f (ax) lim d dx f (ax) = lim 0 =
10. Circuit Diagrams and PWB Layouts
ircuit iagrams and W ayouts Q... ircuit iagrams and W ayouts mbilight nterface: nterf. + Single / TR + S - V _SS RV_ SW_ T_ V T_ V_UT SW_T _S V STU VRSTS R / TR See the stuffing diversities table in the
DISPLAY SUPPLY: FILTER STANDBY
ircuit iagrams and PW Layouts. ircuit iagrams and PW Layouts J.0 P. 0 isplay Supply P: ilter Standby MNS NPUT -Vac 00 P-V- V_OT 0 0 0 0 0 0 0 0 SPLY SUPPLY: LT STNY 0 M0 V 0 T,/0V MSU -VOLTS NOML... STNY
IGBT Modules. VCES Amps Digi-Key C2E1 E2 G1E1 E2G2. Powerex. Powerex. RoHS Compliant. Kits. Description. RoHS Compliant.
22 pioneer in high power semiconductor applications, POWRX offers a broad line of products, including IT, MOST Modules, Intelligent Power Modules (IPM), IP-IPM, Module ccessories (including gate drivers
Network Neutrality Debate and ISP Inter-Relations: Traffi c Exchange, Revenue Sharing, and Disconnection Threat
Network Neutrality Debate and ISP Inter-Relations: Traffi c Exchange, Revenue Sharing, and Disconnection Threat Pierre Coucheney, Patrick Maillé, runo Tuffin To cite this version: Pierre Coucheney, Patrick
,
... 7 1.,... 8 1.1... 8 1.2... 10 1.3-4... 12 1.4,... 13 1.5,... 14 1.6... 14 2... 16 2.1... 16 2.2... 18 2.3... 23 2.4... 24 2.5... 24 2.6... 27 2.7... 29 2.8... 32 2.9... 34 2.10... 40 2.11... 40 2.12...
k k ΚΕΦΑΛΑΙΟ 1 G = (V, E) V E V V V G E G e = {v, u} E v u e v u G G V (G) E(G) n(g) = V (G) m(g) = E(G) G S V (G) S G N G (S) = {u V (G)\S v S : {v, u} E(G)} G v S v V (G) N G (v) = N G ({v}) x V (G)
"!$#&%('*),+.- /,0 +/.1),032 #4)5/ /.0 )80/ 9,: A B C <ED<8;=F >.<,G H I JD<8KA C B <=L&F8>.< >.: M <8G H I
"!$#&%('*),+.- /,0 +/.1),032 #4)5/.-076 4/.0 )80/ 9,: ;=@?4: A B C
Spare Parts. Cartridges. Chipbreakers Wrenches / Spanners Springs / Washers / Plugs / Nuts / Punches
1~20 Screws ins Shims artridges lamps lamp Sets hipbreakers Wrenches / Spanners Springs / Washers / lugs / Nuts / unches 2~6 7 8~11 12 13 14~15 16 17~18 19 1 Screws escription imension (mm) ngle ( ) H
M p f(p, q) = (p + q) O(1)
l k M = E, I S = {S,..., S t } E S i = p i {,..., t} S S q S Y E q X S X Y = X Y I X S X Y = X Y I S q S q q p+q p q S q p i O q S pq p i O S 2 p q q p+q p q p+q p fp, q AM S O fp, q p + q p p+q p AM
r r t r r t t r t P s r t r P s r s r r rs tr t r r t s ss r P s s t r t t tr r r t t r t r r t t s r t rr t Ü rs t 3 r r r 3 rträ 3 röÿ r t
r t t r t ts r3 s r r t r r t t r t P s r t r P s r s r P s r 1 s r rs tr t r r t s ss r P s s t r t t tr r 2s s r t t r t r r t t s r t rr t Ü rs t 3 r t r 3 s3 Ü rs t 3 r r r 3 rträ 3 röÿ r t r r r rs
Spare Parts P2~P6. Screws. Cartridges Clamp Sets Clamps Chipbreakers Wrenches Wrenches / Springs / Nuts / Punches / Others P13~P14 P15 P17~P18
1~18 Screws ins Shims artridges lamp Sets lamps hipbreakers Wrenches Wrenches / Springs / Nuts / unches / Others 2~6 7 8~12 12 13~14 15 16 17~18 18 1 Screws imension (mm) ngle ( ) Torque escription (N
k k ΚΕΦΑΛΑΙΟ 1 G = (V, E) V E V V V G E G e = {v, u} E v u e v u G G V (G) E(G) n(g) = V (G) m(g) = E(G) G S V (G) S G N G (S) = {u V (G)\S v S : {v, u} E(G)} G v S v V (G) N G (v) = N G ({v}) x V (G)
B G [0; 1) S S # S y 1 ; y 3 0 t 20 y 2 ; y 4 0 t 20 y 1 y 2 h n t: r = 10 5 ; a = 10 6 ei n = ỹi n y i t n ); i = 1; 3: r = 10 5 ; a = 10 6 ei n = ỹi n y i t n ); i = 2; 4: r = 10 5 ; a = 10 6 t = 20
... 5 A.. RS-232C ( ) RS-232C ( ) RS-232C-LK & RS-232C-MK RS-232C-JK & RS-232C-KK
RS-3C WIWM050 014.1.9 P1 :8... 1... 014.0.1 1 A... 014.0. 1... RS-3C()...01.08.03 A.. RS-3C()...01.08.03 3... RS-3C()... 003.11.5 4... RS-3C ()... 00.10.01 5... RS-3C().008.07.16 5 A.. RS-3C().0 1.08.
Three essays on trade and transfers: country heterogeneity, preferential treatment and habit formation
Three essays on trade and transfers: country heterogeneity, preferential treatment and habit formation Jean-Marc Malambwe Kilolo To cite this version: Jean-Marc Malambwe Kilolo. Three essays on trade and
Analysis of a discrete element method and coupling with a compressible fluid flow method
Analysis of a discrete element method and coupling with a compressible fluid flow method Laurent Monasse To cite this version: Laurent Monasse. Analysis of a discrete element method and coupling with a
!""#$%!& '% ("#% )'*+, &,!" &, ' %!'"!" &"#"-(5-1-,!&
!""#$%!& '% ("#% )'*+, "!,'--"!!./%&-'012'& "-')'3"4',"'""-,, &,!" &, 3. - 5 1 ' %!'"!" &"#"-(5-1-,!&,'--1'#". -'!! "--''!,. 3,"'%'%,,-" '4!, 5 #" "!, '%& " 3--& " 4'%! "#!6,%3 "#!3 ",%3 2,-! "#13 '& "#%-,&"#-"-,"-!3&-',,3"
ΚΛΑΣΙΚΗ ΘΕΡΜΟ ΥΝΑΜΙΚΗ ΕΝΟΤΗΤΑ-3 ΘΕΡΜΟ ΥΝΑΜΙΚΑ ΥΝΑΜΙΚΑ - ΙΣΟΡΡΟΠΙΑ ΦΑΣΕΩΝ
ΚΛΑΣΙΚΗ ΘΕΡΜΟ ΥΝΑΜΙΚΗ ΕΝΟΤΗΤΑ-3 ΘΕΡΜΟ ΥΝΑΜΙΚΑ ΥΝΑΜΙΚΑ - ΙΣΟΡΡΟΠΙΑ ΦΑΣΕΩΝ Σταύρος Κ. Φαράντος Τµήµα Χηµείας, Πανεπιστήµιο Κρήτης, και Ινστιτούτο Ηλεκτρονικής οµής και Λέιζερ, Ιδρυµα Τεχνολογίας και Ερευνας,
DC BOOKS. H-ml-c-n-s-b- -p-d-n- -v A-d-n-b-p-w-a-p-¼-v
BÀ. tdmj³ Xn-cp-h-\- -]p-cw kz-tz-in. 2004 ap-xâ [-\-Im-cy ]-{X-{]-hÀ- -\cw-k v. XpS- w Zo-]n-I- Zn-\- -{X- nâ. C-t mä am-xr-`q-an Zn-\- -{X- n-sâ {]-Xnhmc _n-kn\-kv t]pm-b "[-\-Im-cy-' n-sâbpw ssz-\w-zn-\
ΚΛΑΣΙΚΗ ΘΕΡΜΟ ΥΝΑΜΙΚΗ ΜΑΘΗΜΑ-IV ΘΕΡΜΟ ΥΝΑΜΙΚΑ ΥΝΑΜΙΚΑ - ΙΣΟΡΡΟΠΙΑ ΦΑΣΕΩΝ
ΚΛΑΣΙΚΗ ΘΕΡΜΟ ΥΝΑΜΙΚΗ ΜΑΘΗΜΑ-IV ΘΕΡΜΟ ΥΝΑΜΙΚΑ ΥΝΑΜΙΚΑ - ΙΣΟΡΡΟΠΙΑ ΦΑΣΕΩΝ Σταύρος Κ. Φαράντος Τµήµα Χηµείας, Πανεπιστήµιο Κρήτης, και Ινστιτούτο Ηλεκτρονικής οµής και Λέιζερ, Ιδρυµα Τεχνολογίας και Ερευνας,
Hydraulic network simulator model
Hyrauc ntwor smuator mo!" #$!% & #!' ( ) * /@ ' ", ; -!% $!( - 67 &..!, /!#. 1 ; 3 : 4*
DC BOOKS. a-pl½-z-v iao-w Da-c-n
a-pl½-z-v iao-w Da-c-n 1945 P-q-s-s-e 24þ\-v I-mkÀ-t-I-m-U-v aq-s-w-_-b-e-nâ P-\-n -p. {-K-Ù-I-À- -mh-v-, h-n-hà- I³-, d-n-«. A-²-y-m-]-I³. C-c-p-]- -n-\-m-e-p hàj-s- A-²-y-m-]-IP-o-h-n-X- -n-\-pt-i-j-w
COMPONENTS LIST BASE COMPONENTS
ITLIN TEHNOLOGY grifo PPENIX : R SSEMLY The GP F can be ordered in two different mode: completely mounted, tested and ready to use or in assembly kit. In this final condition the user can directly use
Ανταλλακτικά για Laptop Toshiba
Ανταλλακτικά για Laptop Toshiba Ημερομηνία έκδοσης καταλόγου: 6/11/2011 Κωδικός Προϊόντος Είδος Ανταλλακτικού Μάρκα Μοντέλο F000000901 Inverter Satellite A10 Series, A10 PSA10L-033X4P F000000902 Inverter
ss rt çã r s t Pr r Pós r çã ê t çã st t t ê s 1 t s r s r s r s r q s t r r t çã r str ê t çã r t r r r t r s
P P P P ss rt çã r s t Pr r Pós r çã ê t çã st t t ê s 1 t s r s r s r s r q s t r r t çã r str ê t çã r t r r r t r s r t r 3 2 r r r 3 t r ér t r s s r t s r s r s ér t r r t t q s t s sã s s s ér t
γ 1 6 M = 0.05 F M = 0.05 F M = 0.2 F M = 0.2 F M = 0.05 F M = 0.05 F M = 0.05 F M = 0.2 F M = 0.05 F 2 2 λ τ M = 6000 M = 10000 M = 15000 M = 6000 M = 10000 M = 15000 1 6 τ = 36 1 6 τ = 102 1 6 M = 5000
Coupling strategies for compressible - low Mach number flows
Coupling strategies for compressible - low Mach number flows Yohan Penel, Stéphane Dellacherie, Bruno Després To cite this version: Yohan Penel, Stéphane Dellacherie, Bruno Després. Coupling strategies
1951 {0, 1} N = N \ {0} n m M n, m N F x i = (x i 1,..., xi m) x j = (x 1 j,..., xn j ) i j M M i j x i j m n M M M M T f : F m F f(m) f M (f(x 1 1,..., x1 m),..., f(x n 1,..., xn m)) T R F M R M R x
TALAR ROSA -. / ',)45$%"67789
TALAR ROSA!"#"$"%$&'$%(" )*"+%(""%$," *$ -. / 0"$%%"$&'1)2$3!"$ ',)45$%"67789 ," %"(%:,;,"%,$"$)$*2
W τ R W j N H = 2 F obj b q N F aug F obj b q Ψ F aug Ψ ( ) ϱ t + + p = 0 = 0 Ω f = Γ Γ b ϱ = (, t) = (, t) Ω f Γ b ( ) ϱ t + + p = V max 4 3 2 1 0-1 -2-3 -4-4 -3-2 -1 0 1 2 3 4 x 4 x 1 V mn V max
..., ISBN: :.!". # -. $, %, 1983 &"$ $ $. $, %, 1988 $ $. ## -. $, ', 1989 (( ). '. ') "!$!. $, %, 1991 $ 1. * $. $,.. +, 2001 $ 2. $. $,, 1992 # $!
!! " 007 : ISBN: # $! % :!" # - $ % 983 &"$ $ $ $ % 988 $ $ ## - $ ' 989 (( ) ' ') "!$! $ % 99 $ * $ $ + 00 $ $ $ 99!! " 007 -!" % $ 006 ---- $ 87 $ (( %( %(! $!$!" -!" $ $ %( * ( *!$ "!"!* "$!$ (!$! "
GAUGE BLOCKS. Grade 0 Tolerance for the variation in length. Limit deviation of length. ± 0.25μm. 0.14μm ±0.80μm. ± 1.90μm. ± 0.40μm. ± 1.
GAUGE BLOCKS Accuracy according to ISO650 Nominal length (mm) Limit deviation of length Grade 0 Tolerance for the variation in length Grade Grade Grade Grade 2 Limit deviations of Tolerance for the Limit
a; b 2 R; a < b; f : [a; b] R! R y 2 R: y : [a; b]! R; ( y (t) = f t; y(t) ; a t b; y(a) = y : f (t; y) 2 [a; b]r: f 2 C ([a; b]r): y 2 C [a; b]; y(a) = y ; f y ỹ ỹ y ; jy ỹ j ky ỹk [a; b]; f y; ( y (t)
K K 1 2 1 K M N M(2 N 1) K K K K K f f(x 1, x 2,..., x K ) = K f xk (x k ), x 1, x 2,..., x K K K K f Yk (y k x 1, x 2,..., x k ) k=1 M i, i = 1, 2 Xi n n Yi n Xn 1 Xn 2 ˆM i P (n) e = {( ˆM 1, ˆM2 )
Dissertation Title: The Genealogy of the Seleucids: Seleucid Marriage, Succession, and Descent Revisited
College of Humanities and Social Science Graduate School of History, Classics and Archaeology Masters Programme Dissertation Dissertation Title: The Genealogy of the Seleucids: Seleucid Marriage, Succession,
Analyse de modèles pour ITER ; Traitement des conditions aux limites de systèmes modélisant le plasma de bord dans un tokamak
Analyse de modèles pour ITER ; Traitement des conditions aux limites de systèmes modélisant le plasma de bord dans un tokamak Thomas Auphan To cite this version: Thomas Auphan. Analyse de modèles pour
J J l 2 J T l 1 J T J T l 2 l 1 J J l 1 c 0 J J J J J l 2 l 2 J J J T J T l 1 J J T J T J T J {e n } n N {e n } n N x X {λ n } n N R x = λ n e n {e n } n N {e n : n N} e n 0 n N k 1, k 2,..., k n N λ
Lecture 30. An Array of Two Hertzian Dipole Antennas
Lctu 30 An A f Tw tin Di Antnns n tis ctu u wi n: tin di ntnn s ntfnc nd f-fid ditin ttns C 303 F 005 Fn Rn Cn Univsit Cctistics f Sing tin Di Antnn Antnn in: F tin di t gin is: S(, t ) 3 (, ) Pd ( ) (,
). = + U = -U U= mgy (y= H) =0 = mgh. y=0 = U=0
3761 5226 9585 ). = + U = -U U= mgy (y= H) =0 = mgh. y=0 = U=0 y = mgh mgy, 3761 5226 ) ) =mg 2 F=ma F-B=ma Fmg=m.2g F=3mg F=3B B = F/3 3763 5208 ) ) W 1 = -mgh W 2 =mgh W = W 1 + W 2 = -mgh + mgh=0 3763
Zm-tam-Z-c-\v B-ap-Jw
Zm-tam-Z-c-\v B-ap-Jw Xm-cn-Jv A-en 1975 Pq 26 \v C-μn-cm-Km- n cm-py-øv A-Sn-b- -cm-h-ÿ {]-Jym-]n- p-i-bpw \q-dp-i-w- n-\v {]-Xn-]- t\-xm- -sf X-S-hn-em- p-i-bpw s]m-xp-th Du -Pkz-e-am-bn-cp- _q -jzm
Q π (/) ^ ^ ^ Η φ. <f) c>o. ^ ο. ö ê ω Q. Ο. o 'c. _o _) o U 03. ,,, ω ^ ^ -g'^ ο 0) f ο. Ε. ιη ο Φ. ο 0) κ. ο 03.,Ο. g 2< οο"" ο φ.
II 4»» «i p û»7'' s V -Ζ G -7 y 1 X s? ' (/) Ζ L. - =! i- Ζ ) Η f) " i L. Û - 1 1 Ι û ( - " - ' t - ' t/î " ι-8. Ι -. : wî ' j 1 Τ J en " il-' - - ö ê., t= ' -; '9 ',,, ) Τ '.,/,. - ϊζ L - (- - s.1 ai
Ανταλλακτικά για Laptop Lenovo
Ανταλλακτικά για Laptop Lenovo Ημερομηνία έκδοσης καταλόγου: 6/11/2011 Κωδικός Προϊόντος Είδος Ανταλλακτικού Μάρκα Μοντέλο F000000884 Inverter Lenovo 3000 C200 F000000885 Inverter Lenovo 3000 N100 (0689-
a; b 2 R; a < b; f : [a; b] R! R y 2 R: y : [a; b]! R; ( y (t) = f t; y(t) ; a t b; y(a) = y : f (t; y) 2 [a; b]r: f 2 C ([a; b]r): y 2 C [a; b]; y(a) = y ; f y ỹ ỹ y ; jy ỹ j ky ỹk [a; b]; f y; ( y (t)
S :Silicon Sealed blank:no Silicon Seal 2.54/0.100" 5.05/0.199" Code 3.2/0.126" 5.7/0.224" 3.2/0.126" 7.4/0.291"
Specifications Acceptable Plug: φ2~φ0.30/0.021"~0.011" Dielectric Strength: AC700Vrms 1min Insulation Resistance: 1000MΩ Contact Resistance: 15mΩmax Current Rating: 1.0 A Operating Temp.: -55 ~+150 (In
P r s r r t. tr t. r P
P r s r r t tr t r P r t s rés t t rs s r s r r t é ér s r q s t r r r r t str t q q s r s P rs t s r st r q r P P r s r r t t s rés t t r t s rés t t é ér s r q s t r r r r t r st r q rs s r s r r t str
2 ~ 8 Hz Hz. Blondet 1 Trombetti 2-4 Symans 5. = - M p. M p. s 2 x p. s 2 x t x t. + C p. sx p. + K p. x p. C p. s 2. x tp x t.
36 2010 8 8 Vol 36 No 8 JOURNAL OF BEIJING UNIVERSITY OF TECHNOLOGY Aug 2010 Ⅰ 100124 TB 534 + 2TP 273 A 0254-0037201008 - 1091-08 20 Hz 2 ~ 8 Hz 1988 Blondet 1 Trombetti 2-4 Symans 5 2 2 1 1 1b 6 M p
Im-e-Øn-s I-hn tum. Fw.-F-kv. ta-t\m
1 Im-e-Øn-s I-hn tum. Im-e-Øn-s\m-Øv k-aq-l-sø am- n-a-dn- m I-hn-bp-sS Xq-en-I- v I-cp-Øp-s - v hn-iz-kn- I-hn-bm-Wv C-S-t»-cn tkm-hn-µ -\m-b. k-a-im-en-i km-aq-ly-{]-iv-\-ß-sf I-em-aq-ey-hpw I- em-ku-µ-cy-hpw
AC 1 = AB + BC + CC 1, DD 1 = AA 1. D 1 C 1 = 1 D 1 F = 1. AF = 1 a + b + ( ( (((
? / / / o/ / / / o/ / / / 1 1 1., D 1 1 1 D 1, E F 1 D 1. = a, D = b, 1 = c. a, b, c : #$ #$ #$ 1) 1 ; : 1)!" ) D 1 ; ) F ; = D, )!" D 1 = D + DD 1, % ) F = D + DD 1 + D 1 F, % 4) EF. 1 = 1, 1 = a + b
! : ;, - "9 <5 =*<
ITU-R M.473- (00/0)! (TDMA/FDMA) ""# $ %!& ' " ( ) 34 --./ 0, (MSS) * * )! +, 56 78 89 : ;, - "9
9.BbF`2iBbB2`mM; A,.Bz2`2Mx2Mp2`7?`2M 7Ƀ` T `ib2hh2.bz2`2mib H;H2B+?mM;2M 8.BbF`2iBbB2`mM; AA, 6BMBi2 1H2K2Mi2 o2`7?`2m
R R R K h ( ) L 2 (Ω) H k (Ω) H0 k (Ω) R u h R 2 Φ i Φ i L 2 A : R n R n n N + x x Ax x x 2 A x 2 x 3 x 3 a a n A := a n a nn A x = ( 2 5 9 A = )( x ( ) 2 5 9 x 2 ) ( ) 2x +5x = 2. x +9x 2 Ax = b 2x +5x
ITU-R P (2012/02) &' (
ITU-R P.530-4 (0/0) $ % " "#! &' ( P ITU-R P. 530-4 ii.. (IPR) (ITU-T/ITU-R/ISO/IEC).ITU-R http://www.itu.int/itu-r/go/patents/en. ITU-T/ITU-R/ISO/IEC (http://www.itu.int/publ/r-rec/en ) () ( ) BO BR BS
Łs t r t rs tø r P r s tø PrØ rø rs tø P r s r t t r s t Ø t q s P r s tr. 2stŁ s q t q s t rt r s t s t ss s Ø r s t r t. Łs t r t t Ø t q s
Łs t r t rs tø r P r s tø PrØ rø rs tø P r s r t t r s t Ø t q s P r s tr st t t t Ø t q s ss P r s P 2stŁ s q t q s t rt r s t s t ss s Ø r s t r t P r røs r Łs t r t t Ø t q s r Ø r t t r t q t rs tø
Traitement STAP en environnement hétérogène. Application à la détection radar et implémentation sur GPU
Traitement STAP en environnement hétérogène. Application à la détection radar et implémentation sur GPU Jean-François Degurse To cite this version: Jean-François Degurse. Traitement STAP en environnement
TA-FA777ES SERVICE MANUAL INTEGRATED STEREO AMPLIFIER. AEP Model SPECIFICATIONS MICROFILM
TA-FA777ES SERVICE MANUAL AEP Model SPECIFICATIONS INTEGRATED STEREO AMPLIFIER MICROFILM TABLE OF CONTENTS 1. GENERAL Location of Controls... 3 2. DISASSEMBLY... 4 3. ELECTRICAL ADJUSTMENT... 6 4. DIAGRAMS
ts s ts tr s t tr r n s s q t r t rs d n i : X n X n 1 r n 1 0 i n s t s 2 d n i dn+1 j = d n j dn+1 i+1 r 2 s s s s ts
r s r t r t t tr t t 2 t2 str t s s t2 s r PP rs t P r s r t r2 s r r s ts t 2 t2 str t s s s ts t2 t r2 r s ts r t t t2 s s r ss s q st r s t t s 2 r t t s t t st t t t 2 tr t s s s t r t s t s 2 s ts
Solving an Air Conditioning System Problem in an Embodiment Design Context Using Constraint Satisfaction Techniques
Solving an Air Conditioning System Problem in an Embodiment Design Context Using Constraint Satisfaction Techniques Raphael Chenouard, Patrick Sébastian, Laurent Granvilliers To cite this version: Raphael
Sheet H d-2 3D Pythagoras - Answers
1. 1.4cm 1.6cm 5cm 1cm. 5cm 1cm IGCSE Higher Sheet H7-1 4-08d-1 D Pythagoras - Answers. (i) 10.8cm (ii) 9.85cm 11.5cm 4. 7.81m 19.6m 19.0m 1. 90m 40m. 10cm 11.cm. 70.7m 4. 8.6km 5. 1600m 6. 85m 7. 6cm
➂ 6 P 3 ➀ 94 q ❸ ❸ q ❼ q ❿ P ❿ ➅ ➅ 3 ➁ ➅ 3 ➅ ❾ ❶ P 4 ➀ q ❺ q ❸ ❸ ➄ ❾➃ ❼ 2 ❿ ❹ 5➒ 3 ➀ 96 q ➀ 3 2 ❾ 2 ❼ ❸ ➄3 q ❸ ➆ q s 3 ➀ 94 q ➂ P ❺ 10 5 ➊ ➋➃ ❸ ❾ 3➃ ❼
P P P q r s t 1 2 34 5 P P 36 2 P 7 8 94 q r Pq 10 ❶ ❶ ❷10 ❹❸ ❸ 9 ❺ ❼❻ q ❽ ❾ 2 ❿ 2 ❼❻ ➀ ➁ ➂ ❿ 3➃ ➄ 94 ➁ ➅ ❽ ➆ ➇ ➉➈ ➊ ➋ ➌ ➊ ➍ ➎ ➋ ➏➃ ➃ q ❺➐ 8 ➄ q ❷ P ➑ P ➅ ➇ ❽ ➈➃ ➒➇ ➓ ➏ ➎ ➄ P q 96 5P q 4 ❿ ➅ ➇➃❽ ➈➃ ➇ ➓
Résolution de problème inverse et propagation d incertitudes : application à la dynamique des gaz compressibles
Résolution de problème inverse et propagation d incertitudes : application à la dynamique des gaz compressibles Alexandre Birolleau To cite this version: Alexandre Birolleau. Résolution de problème inverse
AP1511 (Preliminary) General Description. Features. Applications. Simplified Application Circuit. Anwell Semiconductor Corp.
High Voltage Constant Current Linear Regulator LED Driver Features Low Quiescent Current Need not Inductor Component Programmable LED Current Over Temperature Protection RoHS Compliant and 100% Lead (Pb)-Free
Stamped contacts Crimp male contacts diameter 1,6 mm for wire gauge AWG silver plated Part No. VN (1) Contact Stamped contacts
Stamped contacts Crimp male contacts diameter 1,6 mm for wire gauge AWG - 16 silver plated VN 01 016 0002 ( Series Subseries Contacts Contact Stamped contacts Common Characteristics Contact diameter 1,6
+3V3 Supply. +3V0 Flash + VCCPGMy +2V5 FPGA VCC + FPGA I/O +1V1 FPGA Core. Overview. abaxor engineering GmbH
6 7 8 Supply +V0 Flash + PGMy +V FPG + FPG I/O +V FPG ore Overview 6 7 8 6 7 8 I0NK_ IO H IO P IO L IO J VRFN0 N IO/IFFIO_TX_L9N/IFFOUT_L9N IO/IFFIO_RX_L0N/IFFOUT_L0N/QL J IO/IFFIO_TX_L9P/IFFOUT_L9P/QL
Development and Verification of Multi-Level Sub- Meshing Techniques of PEEC to Model High- Speed Power and Ground Plane-Pairs of PFBS
Rose-Hulman Institute of Technology Rose-Hulman Scholar Graduate Theses - Electrical and Computer Engineering Graduate Theses Spring 5-2015 Development and Verification of Multi-Level Sub- Meshing Techniques
`m-c-xo-b- P-\-Xm- ]m - n-
![`m-c-xo-b- P-\-Xm- ]m - n-](/thumbs/55/36493751.jpg "`m-c-xo-b- P-\-Xm- ]m - n-")
G-I- `m-c-xwt{i-jv-t- `m-c-xw- F- m-h - p-sam- w- F- m-h-cp-ss-bpw- hn-i-k-\w- Im -jn-i,- Xo - m-s-\-,- hn-t\m-z- k- m-c- d-bn - irw-j-e- \-S- n-em- pw.- sn-e-hp- Ip-d- - ho-sp- \n -Ωm-W- ]-cn-]m-sn- hym-]-i-am-
#%" )*& ##+," $ -,!./" %#/%0! %,!
-!"#$% -&!'"$ & #("$$, #%" )*& ##+," $ -,!./" %#/%0! %,! %!$"#" %!#0&!/" /+#0& 0.00.04. - 3 3,43 5 -, 4 $ $.. 04 ... 3. 6... 6.. #3 7 8... 6.. %9: 3 3 7....3. % 44 8... 6.4. 37; 3,, 443 8... 8.5. $; 3
Multi-GPU numerical simulation of electromagnetic waves
Multi-GPU numerical simulation of electromagnetic waves Philippe Helluy, Thomas Strub To cite this version: Philippe Helluy, Thomas Strub. Multi-GPU numerical simulation of electromagnetic waves. ESAIM:
Prés té r t r P Ô P P é té r t q r t t r2 t r t r t q s t r s t s t t s à t té rt rs r r ss r s rs tés r r ss r s rs tés 1 1 t rs r st r ss r s rs tés P r s 13 è îtr ér s r P rr îtr ér s rt r îtr ér s
MΑΧΑΙΡΙΑ ΦΡΕΖΑΣ ΔΡΕΠΑΝΟΕΙΔΗ Κωδ Περιγραφή Τιμή MA-713 25x10 R=200 γυριστό. MΑΧΑΙΡΙΑ ΜΟΤΟΣΚΑΠΤΙΚΟΥ Κωδ. Μαχαίρια Φρέζας HINOMOTO Κωδ Χαρακτηρι Τιμή
MΑΧΑΙΡΙΑ ΦΡΕΖΑΣ ΔΡΕΠΑΝΟΕΙΔΗ Κωδ Περιγραφή Τιμή MA-713 25x10 R=200 γυριστό 2.10 MΑΧΑΙΡΙΑ ΜΟΤΟΣΚΑΠΤΙΚΟΥ Κωδ ΜΑ-709 Χαρακτηριστι κά Mini 22x6 R=150mm Τιμή 2,00 ΜΑ-701 MA-711 ΚΟΝΤΟ 22X8 R=210mm Κίνας Κοντό
ON THE MEASUREMENT OF
ON THE MEASUREMENT OF INVESTMENT TYPES: HETEROGENEITY IN CORPORATE TAX ELASTICITIES HENDRIK JUNGMANN, SIMON LORETZ WORKING PAPER NO. 2016-01 t s r t st t t2 s t r t2 r r t t 1 st t s r r t3 str t s r ts
ΠΟΣΟΤΙΚΕΣ ΜΕΘΟΔΟΙ ΔΕΟ 13 ΤΟΜΟΣ Δ ΣΤΑΤΙΣΤΙΚΗ ΓΙΑ ΤΗ ΔΙΟΙΚΗΣΗ ΕΠΙΧΕΙΡΗΣΕΩΝ
ΠΟΣΟΤΙΚΕΣ ΜΕΘΟΔΟΙ ΔΕΟ 13 ΤΟΜΟΣ Δ ΣΤΑΤΙΣΤΙΚΗ ΓΙΑ ΤΗ ΔΙΟΙΚΗΣΗ ΕΠΙΧΕΙΡΗΣΕΩΝ (5) ΑΘΗΝΑ ΜΑΡΤΙΟΣ 2013 1 ΕΠΕΞΗΓΗΣΗ ΤΥΠΩΝ ΚΑΙ ΣΥΜΒΟΛΩΝ ΣΤΑΤΙΣΤΙΚΗΣ ΚΑΤΑΝΟΜΕΣ Τυχαία μεταβλητή είναι μία συνάρτηση η οποία να αντιστοιχεί
ELE 3310 Tutorial 11. Reflection of plane waves Wave impedance of the total field
L 0 Tuto Rfcton of pn wvs Wv mpdnc of th tot fd Rfcton of M wvs Rfcton tks pc whn n M wv hts on bound. Pt of th wv gts fctd, nd pt of t gts tnsmttd. Popgton dctons nd mptuds of th fctd nd tnsmttd wvs dpnd
EAGLE ΤΕΤΡΑΔΙΟ ΜΑΘΗΤΗ
ΥΠΟΥΡΓΕΙΟ ΕΘΝΙΚΗΣ ΠΑΙΔΕΙΑΣ ΚΑΙ ΘΡΗΣΚΕΥΜΑΤΩΝ ΤΕΤΡΑΔΙΟ ΜΑΘΗΤΗ ΠΑΡΑΓΩΓΗ Υπεύθυνος έργου: ρ Αδάµ Κ. αµιανάκης Συγγραφείς:Ηλίας Κίτσας ρ. Ηλεκτρ. Μηχ/κός & Μηχ/κός Υπολογ. Α.Π.Θ Ιορδάνης Κοσµίδης Ηλεκτρ. Μηχ/κός
OILGEAR TAIFENG. (mm) (mm) (mm) (kg)! 048,065& SAE B 2/4 Bolt 100& SAE C 2 Bolt
PVG!"#$ PVG!"#$%&'()*+!"#$%&'(!")&!"! "# 4!"#$%&!"#$%&'()* SE!"#$%!"!"#$ SE!!"#$%&'(!"#$%&'()*+!"#$!"!"#$%"&'()*+,-./!"#$!"!"#$%&'()*!"#$%& :!"#$%&!"#$%&!"#$%&!"#$%&!"!"#$%&!"#!"#$%&!"#!"#$%&!!"#$%&'()*!"#$!"#$%
ρολόγια χειρός κωδ.: G-WATCH NEW Κάθε ρολόι διατίθεται συσκευασμένο... κωδ. κοπτικού: MC-28R κωδ. μονταρίσματος: UM-GW
ρολόγια χειρός κωδ.: G-WATCH Κάθε ρολόι διατίθεται συσκευασμένο... 34 κωδ. κοπτικού: MC-28R κωδ. μονταρίσματος: UM-GW μπρελόκ για supermarket κωδ.: M6 CARRO μεταλλικό μονής όψης κωδ. κοπτικού: UC 25R κωδ.
hna iw k-am-\-x-i-fn- m-ø Zp-cn-X-sØ-]- n-bm-wv Cu t\m-h-en hn-kv-x-cn- v hn-h-cn- p- -Xv
![hna iw k-am-\-x-i-fn- m-ø Zp-cn-X-sØ-]- n-bm-wv Cu t\m-h-en hn-kv-x-cn- v hn-h-cn- p- -Xv](/thumbs/65/54202155.jpg "hna iw k-am-\-x-i-fn- m-ø Zp-cn-X-sØ-]- n-bm-wv Cu t\m-h-en hn-kv-x-cn- v hn-h-cn- p- -Xv")
hna iw k-am-\-x-i-fn- m-ø Zp-cn-X-sØ-]- n-bm-wv Cu t\m-h-en hn-kv-x-cn- v hn-h-cn- p- -Xv ""Cu k-sz- v _-Øv-W {io-cm-a-kv-f _m- n a-søc-kv-f kzm-k-x. No-tbm-Z Ir-jn I-cv-\ k-sz B-Øn- q- p. F-\n aq-fp \-S-
7. Schematic Diagram. 7-1 Overall Block Diagram FRONT MAIN MAIN CD SMPS (MAX-A54U)...
7. Schematic Diagram 7- Overall Block Diagram... 7-7- FRONT... 7-7- MAIN-... 7-7- MAIN-... 7-5 7-5 CD... 7-7- SM (MAX-A5U)... 7-7 7-7 SM (MAX-A55U)... 7- Samsung Electronics This Document can not be used
Inductive Component Index. Inductance ( nh /μh / mh )
Wound Chip Inductor ( nh /μh / mh ) CM2520-3 2.50 x 2.00 x 1.80 0.010μH~100μH 0.53A~60mA Microtelevisions, liquid crystal television, CM3225-L 3.20 x 2.50 x 2.20 0.12μH~150μH 0.45A~65mA video cameras,
Φιάλες αερίου χωρίς συγκόλληση κατασκευασµένες από κεκραµένο ή µη αλουµίνιο σε συµµόρφωση προς την οδηγία 84/526 ΕΟΚ. (ΦΕΚ 624/Β/24-11-87)
ΥΠΟΥΡΓΙΚΗ ΑΠΟΦΑΣΗ: Αριθ. Β 19339/1945/87 Φιάλες αερίου χωρίς συγκόλληση κατασκευασµένες από κεκραµένο ή µη αλουµίνιο σε συµµόρφωση προς την οδηγία 84/526 ΕΟΚ. (ΦΕΚ 624/Β/24-11-87) ΟΙ ΥΠΟΥΡΓΟΙ ΕΘΝΙΚΗΣ ΟΙΚΟΝΟΜΙΑΣ
f RF f LO f RF ±f LO Ιδανικός μείκτης RF Είσοδος f RF f RF ± f LO IF Έξοδος f LO LO Είσοδος f RF f LO (ω RF t) (ω LO t) = 1 2 [(ω RF + ω LO )t + (ω RF ω LO )t] RF LO IF f RF ± f LO 0 180 +1 RF IF 1 LO
Assessment of otoacoustic emission probe fit at the workfloor
Assessment of otoacoustic emission probe fit at the workfloor t s st tt r st s s r r t rs t2 t P t rs str t t r 1 t s ér r tr st tr r2 t r r t s t t t r t s r ss r rr t 2 s r r 1 s r r t s s s r t s t
γ n ϑ n n ψ T 8 Q 6 j, k, m, n, p, r, r t, x, y f m (x) (f(x)) m / a/b (f g)(x) = f(g(x)) n f f n I J α β I = α + βj N, Z, Q ϕ Εὐκλείδης ὁ Ἀλεξανδρεύς Στοιχεῖα ἄκρος καὶ μέσος λόγος ὕδωρ αἰθήρ ϕ φ Φ τ
!"#$ % &# &%#'()(! $ * +
,!"#$ % &# &%#'()(! $ * + ,!"#$ % &# &%#'()(! $ * + 6 7 57 : - - / :!", # $ % & :'!(), 5 ( -, * + :! ",, # $ %, ) #, '(#,!# $$,',#-, 4 "- /,#-," -$ '# &",,#- "-&)'#45)')6 5! 6 5 4 "- /,#-7 ",',8##! -#9,!"))
L A TEX 2ε. mathematica 5.2
Διδασκων: Τσαπογας Γεωργιος Διαφορικη Γεωμετρια Προχειρες Σημειωσεις Πανεπιστήμιο Αιγαίου, Τμήμα Μαθηματικών Σάμος Εαρινό Εξάμηνο 2005 στοιχεοθεσια : Ξενιτιδης Κλεανθης L A TEX 2ε σχεδια : Dia mathematica
999 tnm-tzym-ø-c-߃- Xm-^v- vhttp://www.keralapschelper.com/
999 tnm-tzym-ø-c-߃- 1. C y-bn - G- -hpw- Iq-Sn-b- `q-cn-]- - Øn -(5,-92,-502)- tem-iv-k-`mw-k-am-b-xv- - A-\n - _-kp- (2004) 2.- -G-Xp- cm-pm-hn-s - Im-e-Øm-Wv- _p- -a- Xw- t\- m-fn - {]-N-cn- -Xv- -
Επίσημη Εφημερίδα της Ευρωπαϊκής Ένωσης L 222/5
18.8.2012 Επίσημη Εφημερίδα της Ευρωπαϊκής Ένωσης L 222/5 ΕΚΤΕΛΕΣΤΙΚΟΣ ΚΑΝΟΝΙΣΜΟΣ (ΕΕ) αριθ. 751/2012 ΤΗΣ ΕΠΙΤΡΟΠΗΣ της 16ης Αυγούστου 2012 για τη διόρθωση του κανονισμού (ΕΚ) αριθ. 1235/2008 για τον καθορισμό
Visual Systems Division Technical Bulletin MultiSync MT820/MT1020 Installation Data Desk Top and Ceiling Mount
Visual Systems ivision ontents Notes and Formulas Page 1 Projection istances and Screen Sizes eiling Mount (Lens Wide) Page 2 eiling Mount (Lens Telephoto) Page 3 esktop Setup (Lens Wide) Page 4 esktop
Une Théorie des Constructions Inductives
Une Théorie des Constructions Inductives Benjamin Werner To cite this version: Benjamin Werner. Une Théorie des Constructions Inductives. Génie logiciel [cs.se]. Université Paris- Diderot - Paris VII,
C 1 D 1. AB = a, AD = b, AA1 = c. a, b, c : (1) AC 1 ; : (1) AB + BC + CC1, AC 1 = BC = AD, CC1 = AA 1, AC 1 = a + b + c. (2) BD 1 = BD + DD 1,
1 1., BD 1 B 1 1 D 1, E F B 1 D 1. B = a, D = b, 1 = c. a, b, c : (1) 1 ; () BD 1 ; () F; D 1 F 1 (4) EF. : (1) B = D, D c b 1 E a B 1 1 = 1, B1 1 = B + B + 1, 1 = a + b + c. () BD 1 = BD + DD 1, BD =
TSV. Suntan ZINC OXIDE VARISTOR. Operating Temperature Range: -40 ~+85 DIMENSION. T Thickness(max.) L:16mm min
Operating Temperature Range: -40 ~+85 DIMENSION L:16mm min SIZE D MAX H MAX d+-0.05 E c max D05 8 11 0.5 5±0.8 2.5 D07 10 12.5 0.5 5±0.8 2.5 D10 13.5 16 0.7 7.5±0.8 2.5 D14 17.5 20 0.7 7.5±0.8 2.5 D20
A ym-bw- 2 Ip-am-c-\m-im-s - km-ln-xy- \n-cq-]-wwa-lm-i-hn-
![A ym-bw- 2 Ip-am-c-\m-im-s - km-ln-xy- \n-cq-]-wwa-lm-i-hn-](/thumbs/89/99126598.jpg "A ym-bw- 2 Ip-am-c-\m-im-s - km-ln-xy- \n-cq-]-wwa-lm-i-hn-")
A ym-bw- 2 Ip-am-c-\m-im-s - km-ln-xy- \n-cq-]-wwa-lm-i-hn- Ip-am-c-\m-im-s - Im-hy-\n-cq-]-W-sØ- p-dn- p- - ]-T-\-Øn-\v- ]- m-ø-e-sa- - \n-e-bn - X-s - I-hn-X-I-fn-eq-sS- B-im - A-h-X-cn- n- - Im-hy-
`c-w-iqsw Bsc-bmWv `b- p- Xv?
]{Xm-[n-]- p-dn v `c-w-iqsw Bsc-bmWv `b- p- Xv? 2014 Un-kw-_ 22 A - -cm-{xn-bn tic-fobøns Hm^o-kn-ep- mb AIm-c-W-amb t]meokv sdbvuns\ XpS v Fgp-Xp- Xv. 2014 Un-kw-_ 22 A - -cm-{xn-bn km-bp-[ t]meo-kn-\m
ss rt t r s t t t rs r ç s s rt t r t Pr r r q r ts P 2s s r r t t t t t st r t
Ô P ss rt t r s t t t rs r ç s s rt t r t Pr r r q r ts P 2s s r r t t t t t st r t FichaCatalografica :: Fichacatalografica https://www3.dti.ufv.br/bbt/ficha/cadastrarficha/visua... Ficha catalográfica
: Ω F F 0 t T P F 0 t T F 0 P Q. Merton 1974 XT T X T XT. T t. V t t X d T = XT [V t/t ]. τ 0 < τ < X d T = XT I {V τ T } δt XT I {V τ<t } I A
![: Ω F F 0 t T P F 0 t T F 0 P Q. Merton 1974 XT T X T XT. T t. V t t X d T = XT [V t/t ]. τ 0 < τ < X d T = XT I {V τ T } δt XT I {V τ<t } I A](/thumbs/91/105433318.jpg ": Ω F F 0 t T P F 0 t T F 0 P Q. Merton 1974 XT T X T XT. T t. V t t X d T = XT [V t/t ]. τ 0 < τ < X d T = XT I {V τ T } δt XT I {V τ<t } I A")
2012 4 Chinese Journal of Applied Probability and Statistics Vol.28 No.2 Apr. 2012 730000. :. : O211.9. 1..... Johnson Stulz [3] 1987. Merton 1974 Johnson Stulz 1987. Hull White 1995 Klein 1996 2008 Klein
Εθνικό Μετσόβιο Πολυτεχνείο Σχολή Πολιτικών Μηχανικών. Πολυβάθμια Συστήματα. Ε.Ι. Σαπουντζάκης. Καθηγητής ΕΜΠ. Δυναμική Ανάλυση Ραβδωτών Φορέων
Εθνικό Μετσόβιο Πολυτεχνείο Σχολή Πολιτικών Μηχανικών Πολυβάθμια Συστήματα Ε.Ι. Σαπουντζάκης Καθηγητής ΕΜΠ Συστήματα με Κατανεμημένη Μάζα και Δυσκαμψία 1. Εξίσωση Κίνησης χωρίς Απόσβεση: Επιβαλλόμενες
15W DIN Rail Type DC-DC Converter. DDR-15 s e r i e s. File Name:DDR-15-SPEC
DIN Rail Type DC-DC Converter ± : DIN Rail Type DC-DC Converter SPECIFICATION MODEL OUTPUT INPUT PROTECTION ENVIRONMENT SAFETY & EMC (Note 5) OTHERS NOTE DC VOLTAGE RATED CURRENT CURRENT RANGE RATED POWER
0201 / 0402 / 0603 / 0805 / 1206 / 1210 / 2010 / % 5%
01 / 0402 / 0603 / 0805 / 6 / / / 25 1% 5% MCR006 1%, 1/W 01 RoHS L W tb T RoHS ( RoHS ).3 5 0 8 976 2.1K 2.87K 4.K 4.99K 5.K 5K 1 1 K.1K K K K K.9K.4K K K.1K.2K 40.2K.2K K.5K K K K 69.8K 80.6K.5K K K
1 3 5 7 9 11 12 13 15 17 [Nm] 400 375 350 325 300 275 250 225 200 175 150 155 PS 100 PS 125 PS [kw][ps] 140 190 130 176 120 163 110 149 100 136 125 30 100 20 1000 1500 2000 2500 3000 3500 4000 4500 RPM
LEM. Non-linear externalities in firm localization. Giulio Bottazzi Ugo Gragnolati * Fabio Vanni
LEM WORKING PAPER SERIES Non-linear externalities in firm localization Giulio Bottazzi Ugo Gragnolati * Fabio Vanni Institute of Economics, Scuola Superiore Sant'Anna, Pisa, Italy * University of Paris