TARTU ÜLIKOOL Pärnu kolledž ettevõtluse osakond Sirle Kabanen AÜTH1 SCENARIO DIAGRAM Referaat Juhendaja: assistent Taavi Tamberg Pärnu 2015 SISUKORD Sissejuhatus Scenario diagram (eesti keeles ka stsenaariumskeem) on skeem, mis visualiseerib protsesside toimimise struktuuri eelkõige ajalises järjekorras ja näitab ära seejuures kõik võimalikud stsenaariumid. Tegemist on skeemiga, mille abil kirjeldatakse protsesse. Tavalisele arvutikasutajale kui ka töö autorile on Scenario diagram võõras ning selle tõttu on referaadi eesmärkideks: tutvustada Scenario diagram´iga seotud mõisteid ja skeemi olemust;
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Department of Electrical Drives and Power Electronics Report on Exercises 2 on Electronics and Semiconductor Engineering Filters Student AAVB-41 Tallinn 2008 Exercise 2.1. Low-pass filter Circuit diagram Timing diagram and frequency responses High-pass filter Circuit diagram Timing diagram and frequency responses Calculations Quantity Calculated Experimental value value Umax, V 14,14 14,14 I, mA 0,0044 0,0044 UR, V 4,47 4,4 UC, V 8,944 8,978
Tallinna Tehnikaülikool Dibensaalatsetooni süntees lähtudes atsetoonist Lõputöö Orgaaniline keemia II Juhendaja: Marju Laasik Mai 2012/Tallinn Sisukord: 1. Kirjanduslik osa.................................................................................................lk 3 1.1 Sissejuhatus ja sünteesiskeem...............................................................................lk 3 1.2 Reaktsioonide iseloomustus ja reagendide ohtlikkus...........................................lk 3 1.3 Füüsikaliste konstantide tabel..............................................................................lk 7 1.4 Töö käik...............................................................................................................lk 7 2. Praktiline osa...............................................
~ 230 V O0,01 O0,02 TSX 1720 I0,01 I0,02 I0,03 I0,04 +24V F4 S1 S2.1 S3.1 S2.2 S3.2 1. Töö eesmärk Õppida koostama kontaktjuhtimisskeemi alusel vajalikku juhtimisprogrammi, kasutades programmeerimiskeelelt PL7-1 Ladder Diagram, ning seda realiseerima programmeeritava loogikakontrolleri TSX 1720 abil. 2. Töö käik 1. Koostada joonisel 2 kujutatud kontaktjuhtimisskeemi alusel programm käsuloendi kujul, kasutades programmeerimiskeelelt PL7-1 Ladder Diagram. Joonis 2 kontaktjuhtimisskeem 2. Sisestada koostatud programm loogikakontrollerisse. 3. Kontrollida sammhaaval sisestatud programmi ning vajadusel parandada vead. 4
3. When making a chord, be sure that each fingertip is placed directly behind the fret. We will cover chords in lesson one. 4. Check each string that it rings clearly and is not muted or buzzing. As a beginner guitarist, it may hurt your fingers to play. This is normal. Every guitarist starts this way for the first couple of weeks. With practice, you will develop guitar fingers (hard skin on your fingertips). Holding the Pick Position the pick between thumb and index fingers like in the diagram below: Time to take a break. Well done, you've just completed the first part of this newsletter. Next you are about to learn about chords and by the end of this lesson you'll have learnt the A Major chord. Don't forget, for the ultimate guitar learning kit which includes step-by-step written lessons, video lessons, audio lessons and sophisticated software games, visit Jamorama.com Now you are ready to start your first lesson. Your aim in this lesson is to learn
R Uout, V Iout, mA Uout, V Iout, mA 1 28.47 28.47 13.89 13.89 10 28.5 2.85 18.64 1.86 100 28.5 0.29 19.32 0.19 1000 28.5 0.029 19.86 0.02 Fig. 1 AC voltage regulator circuit diagram 2 Fig. 2 Switch AC voltage regulator timing diagram Switch control characteristics graph 30 25 20 15 U(alpha) Uout, V 10 5 0 0 50 100 150 200 Firing Angle, alpha
Code ****96 Group AAVB41 Tallinn 2012 2.1. Diode rectifier VD f = 9 kHz U=6V U = 19.7 V R = 96 k Figure 1. Circuit diagram Figure 2. Timing diagram VD + R = 96 k - Figure 3. Replacement circuit Forward biased: Reverse biased: Table 1. Volt-amphere characteristics
vähe ja tuli otsida palju inglise keelseid materjale ning kohati oli üsna keeruline tõlkida raskeid lauseid. Samuti oleks tahtnud leida rohkem infot erinevate versioonide kohta, kas neid oleks olnud veel. 6 VIIDATUD ALLIKAD 1. BBC. 2015. What are Venn diagrams? Loetud aadressil http://www.bbc.co.uk/education/guides/zt7rk7h/revision 2. Create a Venn diagram. 2013. Loetud aadressil https://support.office.com/en- us/article/Create-a-Venn-diagram-d746a2ce-ed61-47a7-93fe-7c101940839d 3. 4 Science Akasia. 2013. The history of the Venn Diagram and John Venn by Sufie. Loetud aadressil http://4samathematics.blogspot.com.ee/2013/03/the-history-of- venn-diagram-and-john.html 4. Lucidchart. (2013, Jaanuar 17). A history of the Venn diagramm. Loetud aadressil https://www.lucidchart.com/blog/2013/01/17/a-history-of-the-venn-diagram/ 5. Täht, M
KM1 KM2 ~ 230 V O0,01 O0,02 TSX 1720 I0,01 I0,02 I0,03 I0,04 I0,05 F4 S1 S2 S3.1 S4.1 +24V 1. Töö eesmärk Õppida koostama kontaktjuhtimisskeemi alusel vajalikku programmi, kasutades programmeerimiskeelelt PL7-1 Ladder Diagram, ning seda realiseerima programmeeritava loogikakontrolleri TSX 1720 abil. 2. Töö käik 1. Koostada joonisel 1 kujutatud kontaktjuhtimisskeemi alusel programm käsuloendi kujul, kasutades programmeerimiskeelelt PL7-1 Ladder Diagram. F4 Joonis 1 kontaktjuhtimisskeem L1 L2 L3 N Q 2.
L=1H R=7.9 f=79 Hz Ur=10V Fig. 1.1 Circuit diagram Calculations: =2f=2**79=496,4 rad/s XL=L=1*496,4 Z=SQRT(XL2+R2)=SQRT(496,42+7,92)=496,5 I=UR/R=10/7,9=1,3A U=I*Z=1,3*496,5=645,5V UMAX=SQRT(2)*U=912,9V =-arccos(R/Z)=-89° =-89°/(360*79)=-3,1*10-3 A=-20*log(Z/R)=-36 dB Comparative data table: Quantity Calculated value Experimental value I, A 1,3 1,308 ° -89 -89,118
Tallinn University of Technology Department of Electrical Drives and Power Electronics Report on Exercises 3 on Electronics and Semiconductor Engineering Diode circuits Student AAVB-41 Tallinn 2008 Exercise 3.1. Diode characteristics Fig. 3.1. Circuit diagram Timing diagram Output characteristic (forward bias only) Forward Bias Reverse Bias Umax, V UAC, Vrms Measured Calculated IA, Arms IA, Arms 0,5 0,35 0,006 0 1 0,64 0,1 0 2 1,05 4,71 4
2 2 2 2 Joonis 2 kontaktjuhtimisskeem O0,04 I0,01 O0,01 O0,01 O0,02 O0,02 O0,03 O0,03 O0,04 1. Töö eesmärk Õppida kasutama taimereid programmeerimiskeeles PL7-1 Ladder Diagram koostatud juhtimisprogrammides. 2. Tööülesande kirjeldus Valgustusinstallatsiooni valgustid peavad süttima ühe joonisel 1 toodud tsüklogrammi järgi. Valgustusinstallatsiooni juhtimiseks tuleb ette näha kaks võimalust: - sisse- ja väljalülitamine fikseeritud asenditega lüliti, näiteks tumbleri abil; - sisse- ja väljalülitamine isetagastuvate käsklusaparaatide, näiteks juhtimisnuppude abil.
a y h r r x 10 cm y 15 cm a 4 cm r 5 cm h 2 cm S 183,0 cm2 P 39,6 cm = 3 Korter 1..* Esik Köök 0, 1 Pliit 0..* Külmik Kraanikaus 1 s Töövihik 1 DIAGRAM Ch DIAGRAM Ch Diagram Chart 1 Pealkiri 1 Title Jooniseala Draw Area 1..* Andmeseeria 1..* Punk Data seria Poin Korter 1 1..* 0..* Vannitub
1 9.923 V DC 10M I - DIODE_VIRTUAL 2 Fig. 1 M3 rectifier Circuit diagram Fig. 2 M3 rectifier three-phase input system Output Current (A) (Red) Fig. 3 M3 rectifier output current and voltage traces 3 XSC1
net/ -> Downloads -> Tools http://www.sofotex.com/Inventory-M anager-Lite- download_L2897.html OCS Inventory NG http://www.ocsinventory-ng.org/ Harjutus 1 Arvutite riist- ja tarkvara dokumenteerimine Arvutivõrgu dokumenteerimine Arvutivõrgu kaardistamine korruseplaan füüsiline võrgudiagramm loogiline võrgudiagramm Võrguseadmete dokumenteerimine Adminitreerimisalase info dokumenteerimine Arvutivõrgu kaardistamise vahendid Microsoft Visio Dia CADE Diagram Designer ... https://www.techrepublic.com/blog/five-apps/five-free-apps-for- diagramming-your-network/ https://www.pcwdld.com/top-10-network-diagram-topology-and-map ping-software Korruse plaan Korruse plaan + kaabeldus Füüsiline võrgudiagramm Füüsiline võrgudiagramm Füüsiline võrgudiagramm Füüsiline võrgudiagramm Loogiline võrgudiagramm Võrguseadmete dokumenteerimine Võrguseadmed seadme tüüp tootja/mudel seerianumber portide arv
millal kasutuslugu loetakse lõpetatuks ja milline väärtus edastatakse tegutsejale? 62. Objektide koostoime modelleerimine näitab kasutusloo täitmisel suhtlust tegutseja ja tarkvarasüsteemi vahel näitab objektide sõnumivahetust, mis täidavad oma ülesandeid nii, et süsteem saaks vastata tegutseja nõudele ajaliselt jadamisi toimuvat objektide omavahelist koostoimet väljendab jadadiagramm - sequence diagram sellel näidatakse, millised objektid osalevad kasutusloo täitmisel läbi nende "elujoonte" ja milliseid sõnumeid nad vahetavad 63. Mõistete (objektide) modelleerimine Eesmärgid anda arusaam objektidest, mis on organisatsiooni protsesside sisenditeks ja väljunditeks määratleda mõisted, mida organisatsioonis kasutatakse (sõnavara) anda alus andmehoidlates säilitatavate andmeobjektide määratlemiseks Tulemused
The second hobby I questioned them about was dancing. Dancing can actually be considered as a sport too, so it is also good for the human body. 10.7% of Estonians told me that they love dancing and that they go to dance classes regularly. 19.1% of the Russians said that dancing is a part of their lives. So I can say it again: the young Estonians do not have as active lifestyle as Russians do. The third hobby I am going to compare is learning languages. According to the diagram the second most popular hobby is learning languages. I have seen a lot of Russians in Lasnamäe and in Põhja-Tallinn speaking non of Estonian and receive an impression about that the Russians do not learn languages. But according to the diagram what shows us that 31% Russians learn languages against Estonians whose percentage is 19,6%. And the comprehension about that the Russians learn less languages than Estonians is wrong. The last hobby is folk music
is that tablature is very easy to read and you should have no problems learning TAB in a few short minutes of reading. TAB has some weak points, the worst of which is that rhythm can't be easily indicated. This shouldn't pose a problem though, as I will indicate the rhythm for each exercise using the strum indicators that were introduced in lesson one. OK. To start I want you to look at your guitar and you will clearly see that it has six strings going from thickest to thinniest. On a TAB diagram, the thinnest string, (or 1st string as its most commonly called) is at the top - The thickest (or 6th string) is at the bottom. This is clearly demonstrated in the 1st example below. The following diagram shows you how tablature relates to the guitar fret board: Some of you may notice that this guitar seems upside down in relation to how you play. This is simply the way that guitar music is generally written. Now if you transfer this same model to a written format you will get TAB, which can
Entity Relationship Diagram ISIK KASUTAJA KASUTAJA_GRUPIS ARVE MAKSE MAKSEVIIS BRONEERING ARVE_RIDA VIIBIJA VIIBIMINE RUUM BRON_RIDA TULIJA GRUPP KASUTAJAGRUPP GRUPI_TEGEVUS TEGEVUS HOTELLI_OMADUS OMADUS FIRMA OMADUSE_GRUPP HOTELL ...
Tallinn University of Technology Department of Electrical Engineering Report on laboratory work 4 on General Course of Electrical Drive INDUCTION MOTOR DRIVE (LUCAS-NÜLLE) Jüri Lina 666BMW Group M16 Variant 2 Tallinn 2014 1. Functional Diagram Nameplate data: Loading Machine SO3636- VDE 0530 IP:5 Is.KL: 6V 4 F U: 390V I: 4,4 A 4Nm/1.7k cos: W 4050 1/min f: 140 Hz Induction motor: SE2663-1K VDE 0530 IP: 20 Is.KL: F /Y U: 230/400V I: 1,7 / 1,0A Mot.DS 0,30 kW cos: 0.76 1400 1/min f: 50Hz 4
Read Chapter_4_Time_Based_Measurements.pdf Question 1 When converting an analogue value to a frequency, consider the following diagram describing the system. The frequency changes from 20 MHz to 18 MHz and the system samples at an interval of 2ms. How many counts does the microprocessor detect at, 2ms a) 20 MHz? =40000 counts 50 ns 2ms b) 18 MHz? =36 000 counts 55,55 ns What is the difference in terms of number of counts detected by the microprocessor? Between 20MHz and 18MHz are 4000 counts. Question 2
PÕRNIKLASED (Scarabaeidae) Referaat Tartu 2015 Sisukord Sissejuhatus....................................................................................................... 3 2. Liigi Bioloogia.................................................................................................. 4 2.1 Vastsed ja valmikud................................................................................... 4 2.2 Arengubioloogia ja paljunemine.................................................................4 3. Põrniklaste alamsugukond............................................................................... 5 4. Kuldpõrnikas (Cetonia aurata).........................................................................7 5. Ninasarvikpõrnikas (Oryctes nasicornis)..........................................................7 6. Ohud ja vaenlased................................................
Report on Electronics and Semiconductor Engineering OP AMPS Student AAAB-41 Tallinn 2011 Exercise 5.1. Non.Inverting Voltage Amplifier Fig . Circuit diagram Fig . Diagrams of bandwidth versus gain. Data table Measur Calculated ed Uin R1, k R2, k KU Uout, V fc, kHz KU Uout, V fc, kHz 0,7 2 18,57 9,63 6,74 146 10,29 7,2 150
To: The Aru Secondary Scool library From: Johannes Smith Subject: Schoolmates reading interests Date: 6.10.2015 The purpose of this report is to analyse the results of a recent survey into schoolmates reading habits. In this survey students were asked witch genre of books they like to read. This report is based on a diagram showing the percentage witch genres students like to read. This report will describe the reading habits of The Aru Secondary School. The most popular genre for girls was romantic novels and for boys thrillers. This is shown by fact that girls like more romantic and boys like more suspense. In the survey can read that only 17% girls like to read poetry and only 9% of boys like to read poetry. In conclusion I will say that these results are quite logical outcome. It is
Entity PIIRIPUNKT Relationship Diagram PIIRILOIK INTSIDENT_PIIRILOIGUL INTSIDENT piiripunkt_ID:INTEGER INTSIDENT_LIIK piiriloik_ID:INTEGER intsident_piiriloigul_ID:INTEGER intsident_ID:INTEGER jrk:INTEGER intsident_liik_ID:INTEGER kood:VARCHAR intsident_ID:INTEGER kood:INTEGER X_koordinaat:DECIMAL ...
Tegevuste diagramm – Käitumisdiagramm, Klassidiagramm – Struktuurdiagramm, Kasutusjuhtumite diagramm – Käitumisdiagramm, Komponentdiagramm – Struktuurdiagramm Küsimus 10 Kui mudel areneb, siis ta muutub - Vali üks: a. Mudelil tuleb detaile juurde b. Mudel muutub vähem abstraktseks c. Mudelil muutub formaalsemaks Küsimus 1 Missugused meetodid sobivad protsessiloogika modelleerimiseks? Vali üks või enam: a. Decision Table b. Use-Case diagram c. Entity - Relationship Diagramm d. Flow Chart e. Structured English Küsimus 2 Mis analüüsiprotsessi osaga on seotud tegevus "infosüsteemi eesmärkide ja piirangute määramine"? Vali üks: a. Otsuse analüüs b. Probleemi analüüs c. Ei ole loetletud d. Loogiline disain e. Nõuete analüüs Küsimus 3 Süsteemi analüüsi käigus tuleb tegeleda: Vali üks või enam: a. Süsteemidisaini valikuga b. Parima lahenduse valikuga c. Äriprobleemi analüüsiga d
K Joonis 6. Võnkelüli graafik väärtus näitab kus funktsioon stabiliseerub. 5 1.4 Sagedustunnusjooned Simulink'is e. Bode diagramm Teha Bode diagrammid e. sagedustunnusjooned kõigi eelnevalt tehtud iga ülesande ühele variandile. Tegemist on ülekandefunktsiooni graafilise esitusega, mis iseloomustab süsteemi omadusi sõltuvalt sagedusest. Bode Diagram From: Constant To: Transfer Fcn2 15 10 Magnitude (dB) 5 0 5 10 89 89.5 Phase (deg) 90 90.5 91
.. ja vimaluse korral vib lisada kui paljusi inimesi ksitleti ja millal ksitlus lbi viidi. 2.Esitamine, tsiteering, kommenteerimine, analsimine. Plaani "report", jaota see osadeks. Vid kasutada ka alapealkirju, et lugeja saaks tervikliku informatsiooni. Vldi isiklikke tlusi. Kasuta "It" ehitust vi passiivseid vorme. Niteks: It seemed.. it was found out..., it may/could be that..., it can be said that Tsiteerimiseks: In the words of.. As ... has said,... According to.. Viitamiseks: The diagram suggest that.. Kommentraatiks/analsiks Oddly.. In general.. It seems that... Strangely.. Predictably.. As might be (have been) predicted Kasuta siduvaid snu: in addition also however what is more although therefore 3.Kokkuvte Vta kokku oma ideed: This report described/compared/analysed... To sum up.. To summarise.. In short.. Soovitamiseks: It is/would be advisable to do... It is recommended that
0.00005ms 1 1 b) Converse 18 MHz to time length: T 0.000055556ms f 20,000,000 2ms Number of counts in 2ms: N 36,000 0.000055556ms 18 MHz result 4000 counts less than 20 MHz. Question 2 (10 marks) Consider the following diagram The frequency changes from 20 MHz to 18 MHz and the system samples at an interval of 100ns. a) What is the difference in terms of number of counts detected by the microprocessor? b) Explain why this method results in higher resolution. Solution: a) 20 MHz divide by 10000 producing 2000 Hz or time length = 0.5 ms. Number of counts = 0.5ms/100ns=5000 counts 18 MHz divide by 10000 producing 1800 Hz or time length = 0.5555 ms. Number of counts = 0.555ms/100ns=5555 counts
1∗√ 2=15.7 V PIV =2∗U smax =2∗15.7=31.4 V I max=I d∗√ 2=0.143∗√ 2=0.2 V Table 1. Value comparison table. Parameter Calculated Measured Error Ud, V 10 9.6 0.3 Id, mA 0.143 0.137 0.006 Usmax, V 15.7 15.36 0.54 Imax, mA 0.2 0.22 0.02 PIV, V 31.4 30.2 1.2 Fig. 1 Circuit diagram 2 Peak Inverse Voltage (V) (green) Fig. 2 Peak inverse and output voltage traces Fig. 3 Circuit diagramm II 3 Fig. 4 Output current and voltage traces Conclusions: Learned the about full-wave rectifier working principles and Basic components. Had the chance to build a simple M2 single phase rectifier in the simulation workspace and measure different parameters
(to be filled by the answer methodics illustrations clarifications teacher) Equation of equilibrium for F ∑ F=0 F−F B−F p∗DE + F A=0 10−10,5−10+10,5=0 This means that support reactions’ values and directions are correct 2.2. Composing the scaled diagrams of bending moment M and shear force Q The diagram of shear force Q is done by step method. From that, I calculated the bending moment M: M (B ) = FC * BC = 1,1*10 = 11 kNm M (E ) = FB * BD = 10,5 * 0,5 = 5,25 kNm (D) M = FC * BC - FB * BD= 1,1*10 - 0,5 * 0.5 = 10,75 kNm Evaluation table Correctness of Explanations of Quality of Symbols’ Overall tidiness Total
LSV INT loenduri seadeväärtus e kordade arv LHV INT loenduri hetkeväärtus QL BOOL lipp, mis annab märku et vajalik arv kordi on väljas käidud INIT BOOL lipp mis annab märku, et süsteem on initsialiseeritud KORD BOOL lipp, mis annab märku, et silinder on korra väljas käinud 14 FBD Function Block Diagram 15 LD mälumuutujad Muutuja nimi andmetüüp kirjeldus STV bool väljas seismise taimeri käivitamine SVV time väljas seismise taimeri seadeväärtus HVV int väljas seismise taimeri hetkeväärtus QTV bool väljas seismise taimeri väjund STS bool sees seismise taimeri käivitamine SVS time sees seismise taimeri seadeväärtus
Diodes Tallinn 2011 + A VS RV V D - Fig. 1.1. Circuit diagram VS - DC voltage source PS 5005, 0-50VDC/0-5A RV - Rheostat, Rmax=3600 V - DC volt meter DV-101, 200mV-200V A - DC current meter DA-103, 2mA-20mA-200mA-5A D - Diode 1N360 Voltage divider calculations RV=(US-UAC)/If(max) RV=(46,6 - 0,45)/0,1=461,5 Table 1.1. Observed data If , mA US If Uf Ir Ur 0,60 - 1,1 3 0 4,9 0,67 - 5,1 2 0 10 0,70
Instructor: Prof. Valery Vodovozov Tallinn 1. RC filter R Vnoise 1000Ω 15 Vrms 11kHz 0Deg RL V C1 11kΩ 7.23µF 11.23 Vrms IC=0V 11 Hz 0Deg Figure 1. Circuit diagram of the low-pass RC filter Calculations f = 11 Hz Rc = 11 kΩ UL = 10 V R1 = 1 kΩ fc = 2f = 22 Hz 1 ω=2 πf =2∙ 3,14 ∙ 11 Hz=69,12 s 1 ωC =2 π f C =2 ω=138,24 s 1 1 C= = =7,23 μF ωC R 1 1 138,24 ∙1000 Ω s
Pivot diagrammi moodustamine Diagramm - /diagram, chart/ - arvjoonis, millel arvusid kujutatakse nendega võrdelise pindalaga kujundite, nagu sektorite, tulpade vms. abil. Inglise keeles nimetatakse neid ka "graph", Vahendit, mis diagramme Excelis moodustab nimetatakse "Microsoft Graph". Mõnikord on kasulik enne diagrammi tegemist andmed tabelis summeerida. Üks võimalus selleks on moodustada tabelis uus veerg, kuhu saab sisestada soovitud valemi. Edasi moodustada selle veeru alusel diagramm. Teine võimalus on kasutada niisugustel juhtudel Pivot' diagrammi. Pivot' diagramm on spetsiaalne diagrammitüüp, mis võimaldab summeerida andmeid. Pivot' diagramm on seotud Pivot' tabeliga. P. tabel võimaldab olemasolevaid andmeid esitada kokkuvõtvalt. P. diagramm sobib kõige paremini siis, kui on olemas palju üksikandmeid, mida soovid grupeerida ja summeerida. P diagrammi ei ole mõtet asutada, kui andmed on juba summeeritud või koondatud. Näide Pi...
Tallinna Tehnikaülikool Elektrotehnika instituut Harjutusülesannete aruanne õppeaines Automaatjuhtimise alused Üliõpilane: Matrikli nr.: Õpperühm: Juhendaja: Taavi Möller Tallinn 1 Lineaarsete süsteemide tüüplülid. Eesmärgiks on tutvuda integreerimis-, aperioodilise- ja võnkelüliga. 1.1 Integreerimislüli Ülesande eesmärgiks on uurida võimanduslüliga integreerimislüli mõju konstantsele signaalile. Variandid k=1; 2; 3.5; 4.5. MATLAB Simulinkis koostatud mudel joonis 1.1. Joonis 1. Integreerimislüli mudel k Ülekandefunktsioonid: W ( p )= p 1 Integrator1 s 2 Integrator s ...
Formal transactional letter Complaining: I am writing to you about (several problems related to my city break in June). I have been waiting for (two weeks for replay to my letter). To make matters worse, (we were informed that there was no record of our cheque being cashed). I am writing to complain about... I am sorry to inform you that... I was very disappointed with... I have some complaints about... I would be grateful if you could (refund the cost of the holiday as soon as possible.) Requesting: I am writing in response to (your advertisement in The Daily Standard on July 20th) I would be grateful if you could (send me further details about the position) I am writing to enquire whether (you colud let me have further details about the holiday) I would like to know more about (the arrangements for the evening meal) I am writing for information about... I would like to learn/ know more about... I would like to ask whether/ if... I w...
Power dissipation refers to the amount power dissipated when the ADC is operating. 2. The output code is 001111012 and the voltage of the LSB is 0,0195V 3. The output code is 101011101101100 4. The value of the quantization error between an input voltage of 2.3V and quantized voltage with the output code word equal to 01110101 using an 8 bit ADC with 5V reference is 0.01484375V 5. 13 Bit ADC 6. The circuit diagram: 7. The run-up phase takes 400 µs, the run-down phase takes 1 ms. 8. a) MAX1200 pipeline ADC - -85dB b) MAX1201 pipeline ADC - -85dB c) MAX1205 pipeline ADC - -84dB 9. A) Flash ADC expensive, high power consumption B) SAR ADC speed is limited, needs anti-aliasing filter C) Dual-Slope ADC slow conversion, expensive external components required (high accuary components)
60 - 80 -20 0 1 0 0 Result is negative (N) Z remains 0, because result isn’t zero. Input and output 10. You have four PROM modules like the below figure and a sufficient collection of logic gates. Draw a circuit diagram showing how you can implement 4 kB of MP addressable memory to your Microprocessor with12 address bits. PROM (Programmable Read Only Memory) scheme has 10 address pins The input consists of 12 address bits. Use the most significant 2 bits to select a memory chip and the least significant 10 bits to select an address within the chip. The least
1. N = 0; Z = 0; C = 0; V = 0 2. N = 0; Z = 1; C = 0; V = 0 3. N = 0; Z = 1; C = 1; V = 0 4. N = 1; Z = 0; C = 0; V = 0 5. N = 0; Z = 0; C = 1; V = 0 6. N = 1; Z = 0; C = 1; V = 0 7. N = 1; Z = 0; C = 0; V = 1 8. N = 0; Z = 0; C = 1; V = 1 9. N = 0; Z = 1; C = 1; V = 1 9. a) V and C b) N == Input and output 10. You have four PROM modules like the below figure and a sufficient collection of logic gates. Draw a circuit diagram showing how you can implement 4 kB of MP addressable memory to your Microprocessor with12 address bits. PROM (Programmable Read Only Memory) scheme has 10 address pins == 10. There was an error in the question. Assume the PROM module to be used has only 10 address pins. The input consists of 12 address bits. Use the most significant 2 bits to select a memory chip and the least significant 10 bits to select an address within the chip. The least
Tropical deciduous forest South America, Asia, Australia 3. Compare the climates (tropical rainforest/tropical deciduous forest). Tropical rainforest is wetter than tropical deciduous forest. Both of these biomes have a warm climate all year long. Tropical deciduous forest has a well defined dry and a wet season. During the dry season, the trees in tropical deciduous forest lose their leaves. 4. Using the climate diagram describe the climate of the region (tropical rainforest/tropical deciduous forest). 5. Why are tropical rainforest soils not fertile? Because rapid bacterial decay prevents the accumulation of humus. 6. How do the soils in tropical deciduous forest differ from the soils in tropical rainforest? The soil in tdf has more nutrients, because the leaves fall down and trees grow more sparsely. 7. Describe the layers of tropical rainforest
REPORT What´s the purpose of the report? A report is usually written to give information to somebody who needs it. This means that the writer knows more about the subject than the reader. You may be asked to give information, evaluate something, or make suggestions and recommendations. MAKE YOUR REPORT CLEAR AND SIMPLE. What style should I use? A report is based on facts and/ or data. Think carefully about the best way to present the facts. Be clear and avoid unnecessary detail. Give essential information and recommendations. A report is a formal piece of writing and it is impersonal (avoid using the pronoun " I "). Say what you have to say in as few words as possible. How should I structure a report? Every report, like an essay, should have the following parts: A. INTRODUCTION- state what you are going to write about. If the report is based on a survey, state when and by whom the survey...
synchronised in order to offer complete project management solution + Why a new system Currently no systems in the market that offer such functionality Lean production management Product and Process model integration In practice being successfully exploited by a select few, with manual intervention Sutter health DPR BIM offers a natural visual and central platform + Simple Concept Diagram Project Manager Foreman Task Manager QS Project Management Interface Building Information Model Web Services Project Design Material Equipment Personnel Scheduling related + The Last Planner SystemTM Master Schedule
NB! Tee joondiagramm, kus andmed on diagrammil näha ja pealkirjaks on "Vee tarbimine" ning diagram külm vesi soe vesi jaanuar 0,4 0,7 Vee tarbimine veebruar 1,8 1,9 märts 0,6 0,9 külm vesi soe vesi aprill 0,6 1,1 mai 0,4 1 2 juuni 0 0,5 1,5 juuli 0 0,7 1
Tarkvaraarenduse mustrid: Disainimustrid Tarkvaraarendus mõeldakse mustrite all peamiselt tarkvara disaini mustreid. Disaini muster on üldine taaskasutatav lahendus tavaliselt ettetulevate tarkvara disaini probleemide korral etteantud või esilekerkivas konteksti s (käsitluses). Muster pole lõplik disain, mida saaks otse teisendada algkoodiks või masinkoodiks. Ta on pigem kirjeldus või mall kuidas lahendada probleem nii, et seda saaks kasutada paljudel erinevatel juhtudel. Disainimustrid on formaliseeritud parimad praktikad, milliseid programmeerija saab kasutada teatud probleemi lahendamisel kavandades süsteeme või rakendusi. Objektorienteeritud disainimustrid näitavad tavaliselt objektide või klassidevahelisi sõltuvusi ja vastasmõjusid ilma kaasatud klasside või objektide hulgast lõplikke rakendusklasse või objekte määratlemata. Disainimustrid jaotatakse 4 peamisse gruppi: loomismustrid; ülesehituslikud, struktuursed mustrid; käitumusl...
27. Mis on vaba keha diagramm ja miks on see kasulik? Kasutame ainult teatud vektoreid ja paneme nende ümber ,,koti". On kasulik, et ei unustaks ära teisi suuruseid. Vaba keha diagramm ehk superpositsiooni printsiip. See on kasulik siis kui kehale mõjub mitu jõudu(sellisel juhul ei saa kasutada füüsika seadusi keha jaoks), sest siis saab leida resultantjõu, mis võimaldab teha arvutusi keha jaoks. [(Kõik on vektorid)Fres=F1+F2+F3+....Fn] A free body diagram, sometimes called a force diagram, is a pictorial device, often a rough working sketch, used by engineers and physicists to analyze the forces and moments acting on a body. The body itself may consist of multiple components, an automobile for example, or just a part of a component, a short section of a beam for example, anything in fact that may be considered to act as a single body, if only for a moment. A whole series of such diagrams may be necessary to analyze forces in a complex problem
Tallinna Tehinkaülikoo Informaatikainstituut Töö Exceli Töökeskkond ja jo Üliõppilane Sergei Nõulik Õppejõud Ahti Lohk nna Tehinkaülikool ormaatikainstituut Töökeskkond ja joonestusvahendid Õppemärkmik 111019 Õpperühm AAVB10 Sergei Nõulik 111019 S e r g N 1 1 0 1 õ 1 1 0 1 u 1 1 0 1 l 1 1 0 1 i 1 1 0 1 k 1 1 0 1 x 1 1 0 1 x 1 1 0 1 x 1 1 0 1 x 1 1 0 1 Kokku 10 10 0 10 111019 AAVB10 2.10.2011 e i x x ...
Tallinn University of Technology Department of Electrical Engineering Report on laboratory work 3 on General Course of Electrical Drive SERVO DRIVE (FESTO) Jüri Lina 666BMW Group M16 Variant 2 Tallinn 2014 1. Functional Diagram Component list: PC with Wmmemoc software SEC-AC-305 controller MTR-AC-55 servo motor with encoder External 24VDC power supply unit Test stand with slide and limit switches 4. Tables of observations Task Operation/Record Observation 1 Measure the slide position at Limit Slide moved to the right, switch 1 Limit 1 reached at 1,46
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