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35 VVZ Einträge (aus 34842) gefunden für: Spect Phoâ­Toâ­Nics

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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Ver­tie­fungs­se­mi­nar Elek­tro­nik
  [143106] Bachelor-Vertiefungsseminar Elektronik   —  Seminar
  Hochschullehrende der Fakultät ET/IT, Prof. Dr.-Ing. Constantinos Sourkounis, Prof. Dr.-Ing. Volker Staudt
  • Score: 7.26  ­ter the in­de­pen­dent re­se­arch and pro­ces­sing of sci­en­ti­fic in­for­ma­ti­on as well as pre­sen­ta­ti­on tech­ni­ques. They have ac­qui­red in-depth know­ledge of a cur­rent field of elec­tro­nics re­se­arch. CON­TENT: The se­mi­nar on elec­tro­nics deals with cur­rent to­pics from the en­t­i­re field of elec­tro­nics. The sub­ject areas cover the en ­t­i­re spec­trum of the fa­cul­ty in elec­tro­nics. It co­vers elec­tro­nic ma­te­ri­als, na­no­elec­tro­nics and op­to­elec­tro­nics, elec­tro­nic cir­cuits, in­te­gra­ted sys­tems, power elec­tro­nics and re­ne­wa­ble en­er­gies, plas­ma tech­no­lo­gy and elec­tro­nic as­pects of em­bed­ded in­for­ma­ti­on sys­tems. MIS­CEL­LA­NEOUS: Diese Ver
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Pho­to­nics, Pho­to­nics
  [141261] Photonics   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 7.06  Master-Studiengang Lasers and Photonics (PO 2015),man�d�ato�ry mo�du�les LAP,Pho�to�nics,Pho�to�nics ­p­li­ca­ti­ons of non-li­ne­ar op­tics are di­s­cus­sed. As the most im­portant pho­to­nic ap­p­li­ca­ti­on, op­ti­cal me­mo­ries and op­ti­cal tel­e­com­mu­ni­ca­ti­ons are di­s­cus­sed in se­pa­ra­te ch­ap­ters. The lec­tu­re is con­clu­ded with an out­look on the po­ten­ti­al of pho­to­nic crys­tals. MIS­CEL­LA­NEOUS: EXAM: oral (30 min), rgeistration: Flex Now Date ac­cor­ding to prior agree­ment with lec­tu­rer. Start: 06.04.2021 Saleh, , Teich, "Fun­da­men­tals of Pho­to­nics", Wiley & Sons, 2007 Me­sche­de, Die­t­er "Op­tics, Light and La­sers", Wi­ley-VCH, 2007 Jahns, Jür­gen "Pho­to­nik. Grund­la­gen, Kom­po­nen­ten und Sys­te­me", Ol­den­bourg, 2001
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Elek­tro­nik 2
  [141066] Elektronik 2 - Schaltungen   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Thomas Musch, Dr.-Ing. Gordon Notzon
  • Score: 6.27  ://moodle.ruhr-uni-bochum.de/course/view.php?id=39683 Das Passwort zum Kurs lautet „EST-2022“ PRÜ­FUNG: schriftlich (120 min) GOALS: The fun­da­men­tals of the struc­tu­red ana­ly­sis of elec­tro­nic cir­cuits are known to the stu­dents. This is ne­cessa­ry to un­der­stand com­plex elec­tro­nic cir­cuits, and thus be able to solve elec­tro­nic pro­blems and syn­the­si­ze elec­tro­nic cir­cuits. CON� �TENT: The lec­tu­re 'Elec­tro­nics 2 - Cir­cuits' pro­vi­des the ba­sics of cir­cui­try with elec­tro­nic com­po­n­ents. Based on the pro­per­ties of both dis­cre­te pas­si­ve and ac­tive elec­tro­nic com­po­n­ents, for the in­crea­sed com­ple­xi­ty of elec­tro­nic cir­cuits the trans­mis­si­on be­ha­vi­or is de­ter­mined ana­ly­ti­cal­ly. Fur­ther­mo­re, a sim­pli­fied de­scrip­ti­on is de­ri­ved and ve­ri­fied by means of CAD me­thods. Lar­ge- and small-sca­le pro­per­ties as well as their re­spec­tive equi­va­lent elec­tro­nic cir­cuits are di­s­cus­sed. Ad­di­tio­nal­ly, the in­flu­ence of po­si­ti­ve- and ne­ga­ti­ve feed­back is ex­amined. The struc­tu­res of fun­da­men­tal cir­cuits, such as ope ­ra­tio­nal am­pli­fiers, power am­pli­fiers, oscil­la­tors, and com­pa­ra­tors, as well as the pro­per­ties of com­mer­ci­al elec­tro­nic com­po­n­ents are di­s­cus­sed. In ad­di­ti­on, an in­tro­duc­tion into the ther­mal be­ha­vi­or of elec­tro­nic cir­cuits and into ele­men­ta­ry di­gi­tal cir­cuits is given.  In­tro­duc­tion Se­mi­con­duc­tor com
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Prac­tical Sub­jects
  [142262] Master-Project Advanced Optics 1   —  Projekt
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 6.20  GOALS: The stu­dents have gained prac­tical ex­pe­ri­ence in hand­ling op­to­elec­tro­nic ele­ments. Learn the ba­sics of op­ti­cal spec­trosco­py. CON­TENT: It will be wor­ked on a topic re­la­ted to cur­rent re­se­arch ac­tivi­ties. Ex­em­pla­ry to­pics are se­mi­con­duc­tor la­sers, spec­trosco­py and spin-op­to­elec­tro­nics. The pro­ject takes
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Op­ti­cal Me­tro­lo­gy
  [141263] Optical Metrology   —  Vorlesung mit Übung
  Dr.-Ing. Carsten Brenner, Prof. Dr.-Ing. Nils Gerhardt
  • Score: 4.71  of the lec­tu­re deals with me­a­su­ring tech­ni­ques like: geo­me­try me­a­su­re­ments, pro­fi­lo­me­try, shape me­a­su­re­ments, spec­trosco­py, high-speed ca­me­ras, in­fra­red ima­ging, and bio­pho­to­nics. MIS­CEL­LA­NEOUS: EXAM: oral (30 min), rgeistration: FlexNow Date ac­cor­ding to prior agree­ment with lec­tu­rer. Start: 04.04.2022 Saleh, , Teich , "Fun­da­men­tals of Pho­to­nics", Wiley & Sons, 2007
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Elek­tro­ni­sche Ma­te­ria­li­en
  [141381] Elektronische Materialien   —  Vorlesung mit Übung
  Dr.-Ing. Claudia Bock
  • Score: 4.25  basic un­der­stan­ding of (1) struc­tu­ral pro­per­ties of crys­tal­li­ne ma­te­ri­als, (2) elec­tri­cal pro­per­ties of me­tals, (3) the elec­tro­nic pro­per­ties of un­d­o­ped and doped se­mi­con­duc­tors and (4) ato­mis­tic me­cha­nis­ms of dielec­tric and ma­gne­tic ma­te­ri­als was gained. CON­TENT: The ope­ra­ti­on of elec­tro­nic de ­vices is based on the pro­per­ties of the ma­te­ri­als from which they are pro­du­ced. What re­a­son spe­ci­fies a ma­te­ri­al to be a con­duc­tor or in­su­la­tor and why does a se­mi­con­duc­tor ser­ves as basic ma­te­ri­al for micro­elec­tro­nic de­vices? The cour­se “elec­tro­nic ma­te­ri­als�? shall ge­ne­ra­te a fun­da­men­tal un­der­stan­ding of the elec­tro­nic ­tals for im­ple­men­ta­ti­on in al­loys some si­gni­fi­cant ap­p­li­ca­ti­ons are pre­sen­ted. Re­la­ting the se­mi­con­duc­tors the band gap is in­tro­du­ced and an over­view of the re­le­vant ma­te­ri­als is given. The cen­tral ch­ap­ters con­cerning doped and un­d­o­ped se­mi­con­duc­tors deal with the elec­tro­nic pro­per­ties and the pos ­si­bi­li­ty for tu­ning them in a wide range ac­cor­ding to the ap­p­li­ca­ti­on. The sec­tion con­cerning the fun­da­men­tal as­pects ends with a de­tai­led di­s­cus­sion of phy­si­cal me­cha­nis­ms of elec­tric trans­port in se­mi­con­duc­tors. Two fur­ther im­portant elec­tro­nic ma­te­ri­als are dielec­tric and ma­gne­tic ma­te­ri­als. For both types field and ma
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Ba­che­lor-Prak­ti­kum Elek­tro­ni­sche Schal­tun­gen
  [142064] Bachelor-Praktikum Elektronische Schaltungen   —  Praktikum
  Prof. Dr.-Ing. Thomas Musch, Dr.-Ing. Gordon Notzon
  • Score: 3.92  ­cuit tes­ting. The per­for­med ex­pe­ri­ments are cou­p­led to the ac­com­pa­ny­ing lec­tu­re. After par­ti­ci­pa­ti­on, stu­dents are able to ope­ra­te elec­tro­nic me­a­su­re­ment equip­ment and can ve­ri­fy and test com­plex cir­cuits. CON­TENT: Ac­com­pa­ny­ing to the lec­tu­re „Elec­tro­nics2“, this prac­tical cour­se teaches the two main to ­pics of fun­da­men­tal elec­tro­nic cir­cui­try: Ope­ra­ting point ad­just­ment and si­gnal trans­mis­si­on. By means of selec­ted hands on ex­pe­ri­ments, the in­flu­ence of an­cil­la­ry con­di­ti­ons on the trans­fer sta­bi­li­ty of dis­cre­te and in­te­gra­ted cir­cuits is in­ves­ti­ga­ted. The ge­ne­ral trans­mis­si­on be­ha­vi­or and the pa
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Wahlpflichtbereich, Wahl­pflicht­fä­cher HSS
  [141067] Elektronische Schaltungen für die industrielle Durchfluss Messtechnik   —  Vorlesung mit Übung
  Dr.-Ing. Helmut Brockhaus
  • Score: 3.92  ­dus­tri­al flows. This cour­se fo­cu­ses on di­s­cus­sing ge­ne­ral and spe­ci­fic elec­tro­nic cir­cuit de­signs de­ve­lo­ped from in­di­vi­du­al spe­ci­fi­ca­ti­ons for dif­fe­rent flow me­a­su­re­ment de­vices. Five mo­dern con­tact­less me­a­su­re­ment me­thods are ex­amined in de­tail.  In­tro­duc­tion Ge­ne­ral De­sign of Elec­tro­nic Cir ­cuits for Flow Me­tering Elec­tro­ma­gne­tic Flow Meter (EMF) Corio­lis Mass Flow Meter (CMF) Vor­tex Flow Meter (VFM) Ul­tra­so­nic Flow Meter (UFM) Ther­mal Mass Flow Meter (TMF) MIS­CEL­LA­NEOUS: Beginn: 11.04.2022
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Wahlpflichtbereich, Mas­ter-Prak­ti­kum HSS
  [142180] Master-Praktikum Schaltungsdesign integrierter Hochfrequenzschaltungen mit Cadence   —  Praktikum
  Prof. Dr.-Ing. Nils Pohl
  • Score: 3.92  ­ginnt zu­nächst mit einer kur­zen Ein­füh­rung in die BiC­MOS-Schal­tungs­tech­nik, in das Be­triebs­sys­tem LINUX und in die für die­ses Prak­ti­kum wich­ti­gen Ent­wurfs­werk­zeu­ge Spect­re und CA­DENCE. Da­nach be­ginnt ein über das ganze Se­mes­ter lau­fen­des Ent­wurfs­pro­jekt aus der Hoch­fre­quenz­tech­nik, z.B. der Ent­wurf eines FM� ­pu­ter-ai­ded cir­cuit de­sign and pro­ject-ori­en­ted work in se­ver­al teams and le­ar­ned a con­vin­cing pre­sen­ta­ti­on of the re­sults achie­ved in a final di­s­cus­sion. CON­TENT: This prac­tical cour­se be­gins with a brief in­tro­duc­tion to BiC­MOS cir­cuit tech­no­lo­gies, the LINUX ope­ra­ting sys­tem, and the de­sign tools Spect­re and CA­DENCE, which are im
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Free Elec­tive Cour­ses
  [141109] Free Choice   —  Vorlesung / Seminar
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 3.73  GOALS: Wi­t­hin these cour­ses mo­du­le the stu­dents add in­di­vi­du­al focus areas to their stu­dies. For that pur­po­se they can choo­se from the whole cour­se pro­gram­me of the Ruhr-Uni­ver­si­tät in order to im­pro­ve their know­ledge eit­her in areas re­la­ted to the topic La­sers and Pho­to­nics or to other areas like, for ex­amp­le, lan­gua­ges, eco
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Quan­ten­me­cha­nik und Sta­tis­tik
  [141265] Quantenmechanik und Statistik   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 3.39  ­da­men­tal con­cepts of Quan­tum Me­cha­nics (Schrö­din­ger- Equa­ti­on, Wave func­tions, Un­cer­tain­ty Prin­ci­ple) and Ther­mo­dy­na­mics (Ther­mo­dy­na­mi­c laws, En­tro­py, Di­stri­bu­ti­on func­tions) and their ma­the­ma­ti­cal ap­p­li­ca­ti­on. CON­TENT: Mo­der­n elec­tro­nic and op­to­elec­tro­nic de­vices are go­ver­ned by mi ­tro­tech­ni­ker", View­eg, 1969 Singh, Jas­prit "Quan­tum Me­cha­nics: Fun­da­men­tals and Ap­p­li­ca­ti­ons to Tech­no­lo­gy", Wiley & Sons, 1996
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EL
  [142301] Master Praktikum fortgeschrittener Layout-Entwurf integrierter Schaltungen   —  Praktikum
  Prof. Dr.-Ing. Jürgen Oehm
  • Score: 2.96  ­mu­la­ti­on of the cir­cuit. MIS­CEL­LA­NEOUS: The num­ber of par­ti­ci­pants is li­mi­ted to 6 stu­dents! The event date is set du­ring the preli­mi­na­ry mee­ting. For re­gis­tra­ti­on con­tact Do­mi­nik Veit, ID 1/352 or send an e-mail to:  dominik.​veit@​ais.​ruhr-uni-bo­chum.​de Blockveranstaltung Baker, R. Jacob "CMOS -- CIR­CUIT DE­SIGN, LAY­OUT, AND SIÂ
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EL
  [141387] Niedrigdimensionale Halbleitersysteme   —  Vorlesung mit Übung
  Dr.-Ing. Claudia Bock, Dr.-Ing. Ulrich Wieser
  • Score: 2.92  Melden Sie sich bei Moodle bitte mit der Login-ID an, die Sie von der Ruhr-Universität Bochum erhalten haben. Teilnehmer, die dies nicht beachten, werden aus dem Kurs entfernt. Organisatorische Fragen richten Sie bitte per E-Mail an: ndhls-mst(at)ruhr-uni-bochum.de PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow Beginn: 07.04.2022 Hein­zel, Tho­mas "Me­sosco­pic Elec­tro­nics in Solid
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EL
  [142300] Master-Praktikum Grundlagen des Layout-Entwurfs integrierter Schaltungen   —  Praktikum
  Prof. Dr.-Ing. Jürgen Oehm
  • Score: 2.77  ­ting. For re­gis­tra­ti­on con­tact Do­mi­nik Veit, ID 1/352 or send an e-mail to:  dominik.​veit@​ais.​ruhr-uni-bo­chum.​de Blockveranstaltung Baker, R. Jacob "CMOS -- CIR­CUIT DE­SIGN, LAY­OUT, AND SI­MU­LA­TI­ON", I.​E.​E.​E.​Press, 2005 Saint, Chris­to­pher, Saint, Judy "IC Lay­out Ba­sics -- A PRAC­TIAL GUIDE", McGraw-Hill Pro­fes­sio­nal, 2004 Saint
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Prac­tical Sub­jects
  [142268] Research Project Conference Participation   —  Projekt
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 2.77  GOALS: Learn to pre­sent a sci­en­ti­fic pro­ject to a sci­en­ti­fic in­ter­na­tio­nal com­mu­ni­ty CON­TENT: The stu­dents pre­pa­re a short sci­en­ti­fic talk. Pre­fe­ren­ti­al­ly, they sub­mit it to a con­fe­rence and pre­sent it to an in­ter­na­tio­nal au­di­ence. Du­ring the 10th CIRP con­fe­rence on Pho­to­nic Tech­no­lo­gies one
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Zusatzbereich
  [140003] Master-Startup ETIT   —  Seminar
  Dr.-Ing. Christoph Baer, M. Sc. Birk Hattenhorst
  • Score: 2.77  ��05.​22  Vor­stel­lung Fach­schafts­rat ETIT / RUB Mo­tor­sport 11.05.​22 Vor­stel­lung VDE/ Elec­tro­nic Work­shop 18.05.​22 Lehr­stuhl­füh­rung ATP -ausgefallen- 01.06.​22 Berg­bau­mu­se­um  15.06.​22 Schreibmaschine  22.​06.​22 Pla­ne­ta­ri­um Bo­chum (unter Vor­be­halt) 29.​01.​22 Dos and don'ts in münd­li­chen Prü­fun­gen 06.07.22�
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Pflichtbereich
  [141088] Geregelte leistungselektronische Stellglieder   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Volker Staudt
  • Score: 2.71  üfungstermine und Anmeldehinweise GOALS: Stu­dents un­der­stand how to apply self-com­mu­ta­ted con­ver­ters in prac­tical ap­p­li­ca­ti­ons. They know the avail­able to­po­lo­gies, their pro­per­ties and the power-elec­tro­nic ele­ments which can be used to con­struct such con­ver­ters. The stu­dents are able to select those ele­ments sui­ted best for a tar­get ap ­so­cia­ted power-elec­tro­nic ele­ment and their pro­per­ties are in­tro­du­ced. Swit­ching los­ses and their re­duc­tion are di­s­cus­sed in de­tail. ** Har­mo­nics** re­sul­ting from swit­ching of power se­mi­con­duc­tors have to be li­mi­ted. Ad­van­ta­ges re­sul­ting from the use of self-com­mu­ta­ted con­ver­ters in com­pa­ri­son to li­ne-com­mu­ta­ted con ­ching of power elec­tro­nics and its ef­fect on the con­trol chain is di­s­cus­sed . Spe­cial con­trol struc­tu­res which in­cor­po­ra­te this swit­ching be­ha­viour di­rect­ly are pre­sen­ted. MIS­CEL­LA­NEOUS: Beginn: 04.04.2022
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Pho­to­nics, Mas­ter Pro­ject Op­tics Fun­da­men­tals
  [142269] Master-Project Optics Fundamentals   —  Projekt
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 2.64  Master-Studiengang Lasers and Photonics (PO 2015),man­d­ato­ry mo­du­les LAP,Pho­to­nics,Mas­ter Pro­ject Op­tics Fun­da­men­tals
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlbereich, Nichttechnische Wahlfächer
  [141167] Management und Führungsverhalten im Ingenieurwesen   —  Blockveranstaltung
  Dr.-Ing. Joachim Schläper
  • Score: 2.52  ­re­er Ap­p­li­ca­ti­on pre­pa­ra­ti­on Coaching Su­per­vi­si­on Per­son­nel ma­nage­ment Va­lue- und tar­get ori­en­ta­ti­on Job state­ment Feed­back 2. Com­mu­nic­tion Chairmanship Ne­go­tia­ti­on tech­nics Pre­sen­ta­ti­on Media Con­flict ma­nage­ment Men­ta­li­ty model Net­wor­king 3. Pro­ject ma­nage­ment De
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Über­tra­gung di­gi­ta­ler Si­gna­le
  [141199] Übertragung digitaler Signale   —  Vorlesung mit Übung
  Priv. Doz. Dr.-Ing. Karlheinz Ochs
  • Score: 2.30  ­pli­tu­de mo­du­la­ti­on. At the re­cei­ver, co­he­rent and in­co­he­rent de­mo­du­la­ti­on tech­ni­ques are stu­died in de­tail, like the pro­duct and the in­ter­me­dia­te de­mo­du­la­tor and the en­ve­lo­pe de­tec­tor. Fur­ther­mo­re, the car­ri­er and sym­bol ti­ming re­co­very is an im­portant issue. This lec­tu­re co­vers also pulse shaping with re­spect to in­ter­sym­bol in­ter­fe­rence and with re­spect to the used band­width. For this, the chan­nel is ad­di­tio­nal­ly noisy, which can be trea­ted by using mat­ched fil­ter tech­ni­ques or a cor­re­la­ti­on re­cei­ver. Fi­nal­ly, the ma­xi­mum-a-pos­te­rio­ri- and ma­xi­mum-li­kelihood are ex­plained in the con­text of sym­bol de­tec­tion and the re
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Laser Tech­no­lo­gy
  [138950] Laser technology   —  Vorlesung
  Prof. Dr. rer. nat. Evgeny Gurevich
  • Score: 2.21  .g. to con­vert wa­ve­lengths and to ge­ne­ra­te short and ul­tras­hort laser pul­ses. CON­TENT: After an in­tro­duc­tion into the dif­fe­rent en­er­gy le­vels in atoms and mole­cu­les and a basic de­scrip­ti­on of the quan­tum me­cha­nics con­cept the dif­fe­rent prin­ci­ples of light-mat­ter in­ter­ac­tion are de­ri­ved, i.e. ab­sorp­ti­on, spon­ta­neous emis
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Pflichtbereich
  [141400] Mechatronische Antriebssysteme   —  Vorlesung mit Übung
  M. Sc. Florian Bendrat, Dr.-Ing. Matthias Krüger, Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 2.13  gegeben. PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow Prüfungstermine und Anmeldehinweise GOALS: The stu­dents will be able to ma­the­ma­ti­cal­ly model com­plex drive sys­tems con­s­i­de­ring the in­ter­ac­tions of the sub­sys­tems. They will ma­na­ge to de­sign and un­der­stand hig­her-le­vel con­trol ap­proa­ches. CON­TENT: In the lec­tu­re 'Me­cha­tro­nic Drive Sys­tems', the me­thods of the sys­tem de­scrip­ti­on are in­iti­al­ly taught. Af­ter­wards, the trans­fer func­tions of the ele­men­ta­ry sys­tem units (ge­ar­box, tor­sio­nal elas­tic cou­pling, power elec­tro­nic ac­tua­tors, sen­sors, me­cha­ni­cal-elec­tri­cal en­er­gy con­ver­ters, elec­tric drive mo­tors), the dis­cre­tiza­t­i­on of the sys
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum KT
  [142040] Master-Projekt DSP   —  Projekt
  Prof. Dr.-Ing. Dorothea Kolossa
  • Score: 1.98  , this pro­ject will be of­fe­red as an on­line class. The­re­fo­re, all mee­tings are car­ried out with the help of video con­fe­ren­ces. The de­tails will be pre­sen­ted in the first on­line mee­ting on April 16, 2021, 10-11 am. Any ques­ti­ons in this re­spect will be an­s­we­red in this mee­ting. Re­gis­tra­ti­on for the cour­se in ad­van­ce is man­d­ato­ry! Plea
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EL
  [141388] Halbleitertechnologie 2   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Martin Hoffmann
  • Score: 1.97  ), Anmeldung: FlexNow GOALS: This cour­se pres­ents pri­ma­ri­ly tech­no­lo­gies of micro­sys­tems tech­no­lo­gy which sur­pass the con­struc­tion of sim­ple elec­tro­nic struc­tu­res but are based lar­ge­ly on the pro­ces­ses of se­mi­con­duc­tor tech­no­lo­gy. This also en­com­pas­ses me­thods sui­ta­ble to pro­du­ce me­cha­ni­cal and flui­dic sys­tems. Re ­tro­pla­ting and cur­rent­less de­po­si­ti­on LIGA – li­tho­gra­phy and gal­va­nic moul­ding: de­ve­lop­ment and ap­p­li­ca­ti­ons Dry et­ching pro­ces­ses: ran­ging from high­ly selec­tive to mas­si­ve­ly an­iso­tro­pic Three-di­men­sio­nal struc­tu­res in si­li­con: an­iso­tro­pic wet et­ching pro­ces­ses In­tro­duc­tion into nano im­print li
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Wahlpflichtbereich, Wahl­pflicht­fä­cher HSS
  [141181] Integrierte Digitalschaltungen   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Nils Pohl
  • Score: 1.90  ­cess­ful­ly. In this case, both the theo­re­ti­cal ba­sics of the com­po­n­ents, as well as the step from the com­po­nent via the cir­cuit to the sys­tem are mas­te­red. CON­TENT: This lec­tu­re in­tro­du­ces the main prin­ci­ples for the field of in­te­gra­ted cir­cuits and sys­tems. After an in­tro­duc­to­ry di­s­cus­sion of the fun­da­men­tals and ap­p­li­ca­ti­ons of micro­elec­tro­nics
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Pflichtbereich
  [141389] Mikrosystemtechnik   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Martin Hoffmann
  • Score: 1.86  ­di­men­sio­nal ope­ra­ting fi­gu­res. A focus is put on de­ve­lo­ping an un­der­stan­ding of the spe­ci­fic pro­per­ties of micro­sys­tems. Fun­da­men­tals of micro­me­cha­nics: The first part starts by in­tro­du­cing the basic prin­ci­ples of me­cha­nics re­le­vant for MST. In the se­cond part, the micro­me­cha­ni­cal pro­per­ties of si­li­con are pre­sen­ted, which mo­di­fied se­mi­con­duc­tor pro­ces­ses can allow for a three-di­men­sio­nal struc­tu­ring of si­li­con for use in micro­me­cha­nics. Beginn: 05.04.2022
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141122] Antennen für die Mobil- und Satellitenkommunikation   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Matthias Geissler
  • Score: 1.84  ­mi­nals, one should not only con­s­i­der the gain and the an­ten­na ef­fi­ci­en­cy, but also the elec­tri­cal ef­fects of the phone chas­sis, as well as the in­flu­ence of the user’s pre­sence have to be in­clu­ded into the de­sign. Be­si­des, elec­tro­nic be­am­for­ming an­ten­nas come more and more into the focus. This lec­tu­re starts with an­ten­na ba­sics, pro ­trip An­ten­nas An­ten­na ar­rays, aper­tu­re an­ten­nas, re­flec­tor an­ten­nas Ap­p­li­ca­ti­on spe­ci­fic de­signs for mo­bi­le pho­nes, for cars, for pla­nes and for ships Stee­ra­ble An­ten­nas, elec­tro­nic be­am­for­ming, pha­sed ar­rays Be­si­des, the lec­tu­re also com­pri­ses an in­ter­ac­tive 3D field si­mu­la­ti­on ses­si­on for an
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EL
  [142380] Master-Praktikum Nanoelektronik   —  Praktikum
  Dr.-Ing. Claudia Bock
  • Score: 1.78  ­er­gy and the cou­lomb blo­cka­de en­er­gy of a 0D InAs quan­tum dot en­sem­ble are de­ter­mined with the help of dy­na­mic ca­pa­ci­ty-spec­trosco­py in the se­cond ex­pe­ri­ment. In 1-di­men­sio­nal elec­tro­nic wa­vegui­de struc­tu­res the dif­fe­ren­ti­al con­duc­tan­ce dis­plays a step­ped dif­fe­ren­ti­al con­duc­tan­ce due to quan­ti­sa­ti­on, as shown
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Informationstechnik, Ver­tie­fungs­se­mi­nar In­for­ma­ti­ons­tech­nik
  [143107] Bachelor-Vertiefungsseminar Informationstechnik   —  Seminar
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 1.57  ­gi­nee­ring, com­mu­ni­ca­ti­on acoustics and sys­tems, bio­me­di­cal en­gi­nee­ring, pho­to­nics and tera­hertz tech­no­lo­gy, soft­ware tech­no­lo­gy, em­bed­ded sys­tems in in­for­ma­ti­on tech­no­lo­gy. Pos­si­ble focal points wi­t­hin these areas can be e.g. mo­bi­le radio sys­tems, me­di­cal ima­ging, and man-ma­chi­ne in­ter­faces. Dif­fe­rent to
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141128] Systeme und Schaltungen der Mobilkommunikation   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Michael Vogt
  • Score: 1.57  . In the frame­work of this lec­tu­re, the un­der­ly­ing tech­ni­ques and con­cepts for elec­tro­nic cir­cuits, high fre­quen­cy com­po­n­ents, as well as sys­tem theo­re­ti­cal as­pects of mo­bi­le com­mu­ni­ca­ti­ons sys­tems are pre­sen­ted and di­s­cus­sed. Over­view: - In­tro­duc­tion into mo­bi­le com­mu­ni­ca­ti­ons, over­view, ap­p­li­ca­ti­ons - Pro
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EST
  [142083] Master-Praktikum Regenerative Elektrische Energietechnik   —  Praktikum
  Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 1.53  ­co­me able to con­fi­gu­re, ana­ly­ze and op­ti­mi­ze re­ne­wa­ble en­er­gy sys­tems and as­so­cia­ted basic power elec­tro­nic to­po­lo­gies. They take pa­ra­si­tic ef­fects as well as re­stric­tions fol­lowing from lay­out, struc­tu­re and ma­te­ri­als re­le­vant for re­ne­wa­ble en­er­gy sys­tems into ac­count when de­si­gning and ope­ra­ting such sys ­rac­te­ris­tics of basic power elec­tro­nic to­pool­gies, grid con­di­tio­ning tech­ni­ques and the in­ter­gra­ti­on of re­ne­wa­ble en­er­gy. The soft­ware pack­a­ge Ane­sys is used to con­fi­gu­re, ana­ly­se and op­ti­mi­ze re­ne­wa­ble en­er­gy sys­tems. MIS­CEL­LA­NEOUS:
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141210] Lineare zeitvariante Systeme: Methoden und Anwendungen   —  Vorlesung mit Übung
  Priv. Doz. Dr.-Ing. Karlheinz Ochs
  • Score: 1.43  ­pe­ci­al­ly, the ti­me-va­ri­ant trans­fer func­tion is used to in­ves­ti­ga­te the ro­bust­ness of the ge­ne­ral ti­me-va­ri­ant sys­tem for trans­mit­ting di­gi­tal si­gnals. Fur­ther­mo­re, the dif­fe­rent sys­tems are clas­si­fied into sys­tems being con­stant or pe­ri­odic with re­spect to time or fre­quen­cy. In par­ti­cu­lar, it is shown how ti­me-va­ri­ant trans
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Pflichtbereich
  [141284] Plasmatechnik 2   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Peter Awakowicz
  • Score: 1.07  ­po­si­ti­on and layer mor­pho­lo­gy are di­s­cus­sed de­pen­ding on im­portant pa­ra­me­ters. The plas­ma as­sis­ted che­mi­cal vapor de­po­si­ti­on (PECVD) forms the third part of the lec­tu­re. Here, the de­po­si­ti­on of films such as si­li­con di­oxi­de and amor­phous hy­dro­gen-do­ped si­li­con, which are so im­portant for micro­elec­tro­nics, are di
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Ba­che­lor-Prak­ti­kum En­er­gie­tech­nik
  [142080] Bachelor-Praktikum Energietechnik   —  Praktikum
  Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 0.99  ­chi­ne ex­pe­ri­ment con­tained. The trai­ning not only trans­mits know­ledge in hand­ling elec­tri­cal equip­ment and me­a­su­ring de­vices but also the ope­ra­ti­on of a com­plex power-elec­tro­nic test setup. Di­rect ex­pe­ri­ence is being gained throug­hout elec­tri­cal en­er­gy and its ap­p­li­ca­ti­on. MIS­CEL­LA­NEOUS: Please  refer to the conditions
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, MAT­LAB-Prak­ti­kum 2
  [142223] MATLAB-Praktikum 2   —  Praktikum
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 0.93  ­phi­cal­ly). CON­TENT: The stu­dents are in­tro­du­ced to the pro­gramming of fi­ni­te dif­fe­rence si­mu­la­ti­ons and the use of par­al­lel pro­gramming tech­ni­ques as well as the use of ex­ter­nal func­tions from MAT­LAB on the basis of 2 tasks (si­mu­la­ti­on of a sim­ple ul­tra­so­nic wave pro­pa­ga­ti­on, image pro­ces­sing and ste­ga­no­gra­phy). The main con