nyuuzyou/kompy huggingface dataset:
In Bodies We Trust: Performance, Affect, and Political Economy

Fall Quarter
Performance Studies Graduate Student Conference: “In Bodies We Trust: Performance, Affect, and Political Economy”
October 11-13, 2013
Alvina Krause Studio, Peggy Dow Auditorium, Harris Hall
What is the relationship between affect and political economies? What role might performance play in negotiating conditions of bodies, affects, political economies, and spaces? In Bodies We Trust: Performance, Affect, & Political Economy—the 2013 Department of Performance Studies Graduate Student Conference—invites graduate students, artists, and activists to generate new understandings among affect, political economy, and performance.
‘Affect’ and ‘political economy’ have each become integral in elucidating performance. Affect—embodied feelings that circulate—has been used to make sense of minoritarian feelings of otherness such as José Esteban Muñoz’s ‘feeling brown’ or Eve Kosofsky Sedgwick’s ‘queer performativity,’ and embodied responses to postmodern capitalism such as Antonio Negri and Michael Hardt’s ‘affective labor.’ Political economy—the influence of “political … and economic systems” on “institutions, culture, and human behavior”*—animates how performance operates in frameworks of policy, economies, and political institutions. We invite papers and performances that illuminate, complicate, and challenge relationships across embodied feelings, political and economic systems, and performance.
Each panel and each performance will be paired with a Northwestern University or Chicago-area faculty member who will act as a discussant. Confirmed faculty discussants include Joshua Chambers-Letson, Nick Davis, Tracy Davis, Hannah Feldman, Marcela Fuentes, Barnor Hesse, Richard Iton, Chloe Johnston, D. Soyini Madison, Susan Manning, Kaley Mason, Coya Paz, Janice Radway, Ramón H. Rivera-Servera, C. Riley Snorton, Elizabeth Son, and Harvey Young. The three-day conference also includes a keynote address by Judith Hamera, a collaborative plenary with Northwestern and Chicago-area faculty, movement workshops, and catered receptions to build community with attendees across disciplines and artistic interests.
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IC Komparator LM311 - Bab II analisis dan perancangan ic dan Opamp Sebagai Komparator Atau Pembanding

IC Komparator LM311
Karakteristik IC kompartor LM311 mempunyai pin konfigurasi sebagai berikut :
Gambar 2.4. IC LM311 Pin Configuration.
Pin 2 sebagai masukan dari VIN, pin 3 masukan dari VRef, dan keluarannya terdapat dalam pin 7. Untuk masukkan tegangan DC dari catu daya masuk ke LM311 tersebut terdapat dalam kaki pin 8 sebagai VCC positif dan pin 4 sebagai tegangan VEE negative. Karakteristik dari LM311 terdapat dalam tabel berikut :
Tabel.2.1.Parameter dari IC LM311.
Parameter
|
LM311
|
Input offset voltage
|
10 mV
|
Input offset current current
|
70 nA
|
Input bias current
|
250 nA
|
Voltage Gain
|
Min 40 V/mV
|
Output Leakage Current
|
50 nA
|
Input Voltage range
|
14,4 V
|
Positive Supply Current
|
7,5 mA
|
Negative Supply Current
|
-5,0 mA
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Komparator dengan IC OPAMP LM741
Bentuk diagram koneksi dalam IC LM741 sebagai berikut :
Gambar 2.5.IC LM741 Pin Konfigurasi.
Adapun karakternya hampir sama dengan IC LM311, yang membedakan hanya keluaran dari LM741 yang terdapat pada pin 6 sebagai keluarannya. Sedangkan untuk masukan tegangan VCC terdapat pada pin 7, sedangkan untuk VEE terdapat pada pin 4. Adapun parameter dari IC tersebut terdapat dalam tabel berikut ini :
Tabel.2.2.Parameter dari IC LM741.
Parameter
|
LM741
|
Input offset voltage
|
5,0 mV
|
+ Offset Null
|
-6,0 pA
|
Input offset current
|
200 nA
|
Input bias current
|
500 – 1500 nA
|
Power supply current
|
2,8 nA
|
Open loop Voltage Gain (- and +)
|
Min 50 V/mV
|
Power supply rejection ratio (- and +)
|
77 dB
|
Common mode rejaction ratio
|
70 dB
|
Output short Circuit current
|
- 5.0 mA
|
Output voltage wings
|
16 V
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2.5. Sfesifikasi Komponen dan Blok Gambar Keseluruhan dari Rangkaian Komparator.
Rangkaian komparator yang digunakan adalah IC LM311 dan LM741, yang mana masing masing IC tersebut mempunyai karekteristik yang hampir sama. Komponen yang digunakan dalam perancangan gambar komparator dengan menggunakan IC LM311 dan LM741 sebagai berikut :
IC LM311 dan IC LM741.
Resistor resistor, R1= 10 kΩ, R2= 15 kΩ, RA= 10 kΩ, RB= 10 kΩ, RC= 1 kΩ, RD= 330 Ω, RPot (Potensiometer) = 10 k seluruh ukuran resistor tersebut ¼ watt.
LED
Kapasitor ukuran 1 µf, 50 volt
Catu daya DC -12v, +12v, Ground (GND), +5v (tegangan masukan untuk rangkaian Pull-Up.
Beberapa komponen resistor diatas, ada beberapa resistor sebagai resistor Pull-Up yaitu RC dan RD yang masukan tegangannya menggunakan catu daya +5Volt dan keluarannya secara bergantian dihubungkan dengan keluaran rangkaian IC LM311. Potensiometer berfungsi sebagai pengubah – ubah input tegangan di VIn. untuk Vref nya sebagai tegangan tetap karena tegangannya dibagi oleh R1 dan R2. Adapun gambar blok dari keseluruhan rangkaian tersebut dapat dilihat pada gambar dibawah ini :
Gambar 2.6. Blok Rangkaian keseluruhan Komparator.
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Pisa 2012 Released Items memory stick

PISA 2012 Released
Items
MEMORY
STICK
A memory stick is a small, portable computer storage device.
Ivan has a memory stick that stores music and photos. The
memory stick has a
capacity of 1 GB (1000 MB). The graph below shows the current disk status of his
memory stick.
Translation Note: Please translate “memory stick” with the commonly used term in
your language, for example, “USB key”.
Memory stick disk status
Music (650 MB)
Photos (198 MB)
Free space (152 MB)
PISA 2012 Released Items
Question 1: MEMORY STICK
PM00AQ01 – 0 1 9
Ivan wants to transfer a photo album of 350 MB onto
his memory stick, but there is
not enough free space on the memory stick. While he
does not want to delete any
existing photos, he is happy to delete up to two music albums.
Ivan’s memory stick has the following size music albums stored on it.
Album
Size
Album 1
100 MB
Album 2
75 MB
Album 3
80 MB
Album 4
55 MB
Album 5
60 MB
Album 6
80 MB
Album 7
75 MB
Album 8
125 MB
By deleting at most two music albums is it possible for Ivan to have
enough space on
his memory stick to add the photo album? Circle “Yes” or “No” and show calculations
to support your answer.
Answer: Yes / No
.................................................................................................................................
.................................................................................................................................
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Ii ś. Owoc. O. Ogórkowa na mięsie z natką. Spaghetti w sosie pomidorowym, rzodkiewki. Kompot. P - bet 5

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Ii ś. Owoc. O. Ogórkowa na mięsie z natką. Spaghetti w sosie pomidorowym, rzodkiewki. Kompot. P
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bet | 5/5 | Sana | 01.04.2020 | Hajmi | 438 Kb. | | #9645 |
Jadłospis tygodniowy
28 stycznia 2019r.
Ś. Kasza kus kus na mleku. Pieczywo mieszane z masłem, twarożkiem
z rzodkiewka i szczypiorem. Wędlina. herbatka ziołowa.
IIŚ. Owoc.
O. Ryżanka na mięsie z koperkiem. Spaghetti w sosie pomidorowym,
ogórek kiszony. Kompot.
P. Bułka z masłem i dżemem. Mleko.
29 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, pastą z sera i kiełbasy, papryka. Wędlina.
Kakao.
IIŚ. Owoc.
O. Zupa krem z marchwi z pestkami dyni. Kapusta gotowana z mięsem
i kiełbasą. Kompot.
P. Bułeczki z ziarnem. Owoce z jogurtem.
30 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, wędliną, pomidorem i szczypiorem. Kawa
inka.
IIŚ. Owoc.
O. Pomidorowa z makaronem i koperkiem. Klopsy a la gołąbki, ziemniaki,
biała rzodkiew. Kompot.
P. Drożdżówka z jabłkiem. Herbata z cytryną.
31 stycznia 2019r
Ś. Pieczywo mieszane z masłem. Twarożek z rzodkiewką i szczypiorem.
Wędlina. Kakao wedlowskie.
IIŚ. Sok świeżo wyciskany.
O. Grysikowa na rosole z koperkiem. Gulasz cielęcy, ziemniaki, brokuły
z masłem, marchew tarta. Kompot z owoców.
P. Bułka z masłem, wędliną, ogórkiem zielonym. Herbatka ziołowa.
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O’zbekistonning xalqaro tashkilotlar va davlatlar bilan aloqalarni yo’lga qo’yish jarayoni

165
O’zbekistonning xalqaro tashkilotlar va davlatlar bilan
aloqalarni yo’lga qo’yish jarayoni
Crossref Doi :
https://doi.org/10.37547/iqro-volume04-issue01-36
Axmadova Nafisa Axmad qizi
Termiz davlat pedagogika instituti katta o’qituvchisi
Elektron pochta :
axmadovanafisa56@gmail.com
Annotatsiya
O’zbekistonning BMT, YEXHT va boshqa xalqaro tashkilotlari o’rtasidagi aloqalar,
o’zaro almashinuv, tarixiy-madaniy muloqotlar, o’zaro kelishuv va bitimlar manbalar asosida
yoritildi va taxlil etildi. O’zbekistonning Rossiya, Xitoy va dunyoning boshqa yetakchi
mamlakatlari bilan o’zaro hamkorligiga to’xtalib o’tildi. O’zaro kelishuvlar asosida ijtimoiy,
siyosiy va madaniy, fan va ta’lim sohalarida yutuqlarga erishildi. Keyingi istiqbolli rejalar
belgilab olindi.
Резюмe
На основе источников освещены и проанализированы отношения между
Узбекистаном, ООН, ОБСЕ и другими международными организациями, взаимный обмен,
историко-культурный диалог, взаимные соглашения и договоры. Было отмечено, что
Узбекистан сотрудничает с Россией, Китаем и другими ведущими странами мира. По
обоюдному согласию был достигнут прогресс в социальной, политической и культурной,
научной и образовательной сферах. Определены дальнейшие долгосрочные планы.
Resume
Relations between Uzbekistan, the UN, the OSCE and other international organizations,
mutual exchange, historical and cultural dialogue, mutual agreements and treaties were covered
and analyzed on the basis of sources. It was noted that Uzbekistan cooperates with Russia, China
and other leading countries of the world. On the basis of mutual agreements, achievements have
been made in the social, political and cultural, scientific and educational spheres, and further
long term plans have been identified.
Kalit so’zlar
Diplomatik munosabatlar, xalqaro hamkorlik, BMT, YEXHT, SHHT, Rossiya, Xitoy,
AQSh, Markaziy Osiyo, xorijiy mamlakatlar, diplomatiya, elchixona, iqtisodiyot, siyosat, fan
va ta’lim, ilmiy- texnikaviy, sog’liqni saqlash, sayyohlik, turizm, madaniyat.
Ключевые слова
Дипломатические отношения, международное сотрудничество, ООН, ОБСЕ, ШОС,
Россия, Китай, США, Центральная Азия, зарубежные страны, дипломатия, посольство,
экономика, политика, наука и образование, наука и техника, здоровьесбережение, туризм,
туризм , культура.
166
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Ii ś. Owoc. O. Ogórkowa na mięsie z natką. Spaghetti w sosie pomidorowym, rzodkiewki. Kompot. P - bet 2

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Ii ś. Owoc. O. Ogórkowa na mięsie z natką. Spaghetti w sosie pomidorowym, rzodkiewki. Kompot. P
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bet | 2/5 | Sana | 01.04.2020 | Hajmi | 438 Kb. | | #9645 |
P. Chleb z masłem. Szprotki w pomidorach. Herbata z cytryną.
Jadłospis tygodniowy
7 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, wędliną, pomidorem i szczypiorem.
Kawa inka.
IIŚ. Owoc.
O. Koperkowa na mięsie ze śmietaną. Makaron zapiekany z mięsem i kiełbasą,
sur z kapusty czerwonej, jabłka i cebuli. Kompot z owoców.
P. Bułka z masłem i dżemem. Mleko.
8 stycznia 2019r.
Ś. Kasza kukurydziana na mleku. Pieczywo mieszane z masłem, serem żółtym,
wędliną, ogórkiem kiszonym. Herbatka ziołowa.
IIŚ. Owoc.
O. Szczawiowa na mięsie z jajkiem. Potrawka z kurczaka, ziemniaki, mizeria.
Kompot z owoców.
P. Chałka z masłem. Owoc. Mleko.
9 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, pastą z jajka i baleronu z papryką. Kawa inka.
Wędlina.
IIŚ. Owoc.
O. Zupa z fasolki szparagowej na mięsie z koperkiem. Paprykarz w sosie
pomidorowym, ryż, buraczki na zimno, sałata. Kompot z owoców.
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Analisis dan perancangan perangkat keras

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Analisis dan perancangan perangkat keras
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bet | 1/3 | Sana | 06.07.2020 | Hajmi | 1,41 Mb. | | #11029 |
BAB II
ANALISIS DAN PERANCANGAN
PERANCANGAN PERANGKAT KERAS
Dalam perancangan perangkat keras “Pembangkit Gelombang Segitiga dan Kotak” dibutuhkan komponen antara lain IC LF 353 yang terintegrasi dual Op-Amp dalam satu IC, yaitu integrator digunakan sebagai pembangkit gelombang segitiga dari inputnya yang berupa sinyal kotak dan schimitt trigger sebagai pembangkit gelombang kotak. Dan didukung kapasitor yang berfungsi sebagai feedback (umpan balik) dan sebagai rangkaian RC, Potensiometer berfungsi untuk mengatur pergeseran bentuk gelombang segitiga dan kotak, diode zener berfungsi sebagai pembanding antara ground dengan output gelombang, resistor sebagai hambatan dan saklar sebagai penentu nilai kapasitor.
Vo1
Vo2
Gb 2.1. Blok diagram pembangkit gelombang segitiga dan kotak
Gb 2.2. Rangkaian lengkap pembangkit gelombang segitiga dan kotak dengan IC LF 353
SPESIFIKASI PERANGKAT KERAS
Perancangan pembangkit gelombang segitiga dan kotak yang tergabung dalam satu rangkaian antara input, pemroses dan output ini meliputi perancangan dan pembuatan rangkaian.
Komponen elektronik yang digunakan dalam pembuatan pembangkit gelombang ini meliputi :
1 IC LF 353
1 Potensiometer 10 KΩ
3 Kapasitor 5 nF, 10 nF dan 15 nF
3 saklar On/Off
Resistor :
4,7 KΩ = 2
10 KΩ = 3
22 KΩ = 1
2 Diode zener 7,5 V
Fungsi dari masing- masing komponen pada perancangan pembangkit gelombang segitiga dan kotak adalah sebagai berikut :
Rangkaian IC LF 353 dengan dual Op-Amp yang fungsi utamannya sebagai pembangkit gelombang kotak dan segitiga. Dimana gelombang kotak diperoleh dari rangkaian penguat schmitt trigger dan gelombang segitiga diperoleh dari rangkaian penguat integrator.
Rangkaian kapasitor dengan tiga nilai yang berbeda sebagai rangkaian RC dan feedback input membalik integrator.
Potensiometer difungsikan sebagai input tak membalik integrator Op-Amp, pada aplikasinya dapat mengatur pergeseran gelombang.
Resistor berfungsi sebagai pengintegral dan pembagi tegangan. kemudian saklar di fungsikan untuk menentukan nilai kapasitor.
2.3. IC LF 353
IC LF 353 yang di dalam rangkaiannya terintegrasi penguat operasional (Op-Amp) adalah suatu blok penguat yang mempunyai empat masukan dan dua keluaran.
Gb.2.3 IC LF 353
Parameter
|
LF 353
|
Internally trimmer offset voltage
|
10 mV
|
Low input bias current
|
50 pA
|
Low input noise voltage
|
25nV/ √Hz
|
Low input noise current
|
0.01 pA/ √Hz
|
Wide gain bandwidth
|
4 MHz
|
High slew rate
|
13 V/us
|
Low supply current
|
3.6 mA
|
High input impedance
|
1012 Ω
|
Low total harmonic distortion
|
≤0.02%
|
Low 1/f noise corner
|
50 Hz
|
Fast setting time to 0.01%
|
2us
|
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P. Bułka z masłem. Jogurt na bazie kefiru malinowy.

10 stycznia 2019r

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P. Bułka z masłem. Jogurt na bazie kefiru malinowy.
10 stycznia 2019r
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bet | 3/5 | Sana | 01.04.2020 | Hajmi | 438 Kb. | | #9645 |
P. Bułka z masłem. Jogurt na bazie kefiru malinowy.
10 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, wędliną i ogórkiem kiszonym. Kakao.
IIŚ. Owoc.
O. Grochówka na mięsie z ziołami. Kuleczki rybne, ziemniaki, sur z kapusty
kiszonej, jabłka i marchwi. Kompot z owoców.
P. Kanapki z jajkiem i rzodkiewką. Herbatka ziołowa.
11 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, twarożkiem z rzodkiewką i szczypiorem.
Kakao.
IIŚ. Owoc.
O. Rosół z makaronem z jaj przepiórczych z ziołami. Farsz w sosie
chrzanowym, ziemniaki, sur z marchwi po włosku, cykoria.
Kompot z owoców.
P. Drożdżówka z jabłkiem. Herbatka ziołowa.
Jadłospis tygodniowy
14 stycznia 2019r.
Ś. Kasza kukurydziana na mleku. Pieczywo mieszane z masłem, twarożkiem
z ziołami. Herbatka ziołowa. Wędlina.
IIŚ. Owoc.
O. Jarzynowa na mięsie z koperkiem. Sznycel z indyka, ziemniaki, brzoskwinie,
borówki. Kompot z owoców.
P. Czekolada na gorąco(mleko+2kostki czekolady). Herbatniki. Banan.
15 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, jajkiem, wędliną, pomidorem i szczypiorem.
Kakao wedlowskie.
IIŚ. Owoc.
O. Zarzutka na mięsie z ziołami. Bitki wieprzowe w sosie
własnym, ziemniaki, sałata z rzodkiewką w sosie winegret.
Kompot z owoców.
P. Kasza manna z sokiem. Kanapki. Herbata ziołowa.
16 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, twarożkiem na słodko. Kakao.
IIŚ. Owoc.
O. Pieczarkowa na mięsie z ziemniakami. Klopsy w sosie własnym, kasza
jęczmienno-gryczana, sałata z pomidorem w sosie winegret.
Kompot z owoców.
P. Bułka z masłem. Kalafior gotowany z masłem i bułką tartą.
Herbatka ziołowa.
17 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, pastą z jajka i szczypioru. Kakao. Wędlina.
IIŚ. Owoc.
O. Ogórkowa na mięsie z natką. Cielęcina duszona, kasza pęczak,
brukselka z masłem i bułką tartą, pomidor z dymką. Kompot z owoców.
P. Owoce świeże z jogurtem naturalnym i miodem. Bułka z masłem.
18 stycznia 2019r.
Ś. Pieczywo mieszane z masłem, wędliną i papryką. Kawa inka.
IIŚ. Owoc.
O. Kalafiorowa na mięsie z koperkiem. Makaron z serem białym i musem
truskawkowym. Kompot z owoców.
P. Wafle kukurydziane. Owoc. Kisiel.
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Forecasting, mitigation technologies and management organization

Academic Research in Educational Sciences
Volume 3 | Issue 5 | 2022
ISSN: 2181-1385
Cite-Factor: 0,89 | SIS: 1,12
DOI: 10.24412/2181-1385-2022-5-795-799
SJIF: 5,7 | UIF: 6,1
795
May, 2022
https://t.me/ares_uz Multidisciplinary Scientific Journal
LOUIHA RISKLARINI BOSHQARISH USULLARI
Tohir Fazliddinovich Galiyev
Guliston davlat universiteti talabasi
ABSTRACT
This article analyzes situations such as project risk classification, methods of
their detection and assessment, management information support, monitoring and
forecasting, mitigation technologies and management organization.
Keywords: risk, project, management, management, investment.
KIRISH
Bugungi kunda investitsiya loyihalarini tayyorlash va amalga oshirish insoniyat
faoliyatining bir qator qiyin va yuqori riskli faoliyati hisoblanib o„ziga xos bilim va
malakani talab qiladi. So„nggi yillarda loyihani tayyorlash va amalga oshirish
malakaviy faoliyatning alohida bir ko„rinishiga hisoblanmoqda. Aksariyat sanoati
rivojlangan mamlakatlar iqtisodiyotining davlat va xususiy sektorlarida loyihani
tayyorlash va amalga oshirish bo„yicha tajribalar to„plana boshlandi va bunda
loyihani boshqarish doirasida ko„riladigan masalalardan biri bo„lgan investitsion
risklar va ularni boshqarishga katta e‟tibor kuchaytirildi. Loyihani boshqarishning
boshqa funksiyalaridan alohida hisoblanmaydi. Ayni paytda moliyaviy talabni
aniqlashda ham, smeta va budjetni hisoblashda ham, shartnomalarni tayyorlash va
tuzishda ham loyiha faoliyati ishtirokchilarini turli xil risklardan himoyalash bilan
bog„liq masalalar yechimini topmoqda[1,4,7].
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Temperaturanig avtomobilning tortish tezlik xususiyatiga tasirining matematik modeli

ISSN 2223-4047
Вестник магистратуры. 2022. № 6-3 (129)
16
A.M. Ochilov
TEMPERATURANIG AVTOMOBILNING TORTISH TEZLIK
XUSUSIYATIGA TASIRINING MATEMATIK MODELI
Zamonaviy avtomobillarni texnologik jatayonlarini boshqaruvini
avtomatlashtirish davr talabiga aylanmoqda. Avtomatlashtirish xaydovchi va
yo’lovchilarga bir qancha qulayliklar tug’diradi. Shu tariqa avtomobillarning
avtomatik boshqariluvchi transmissiya bilan jixozlangan avtomobillar
xaydochiga qulayliklaridan tashqari dvigitel quvvatidan samarali foydalanish
imkonini beradi.
Avtomobil sanoatining rivojlanishi va transmissiyalarning yangi turlarining chiqarilishi bilan qaysi trans-
missiya yaxshiroq degan savol tobora dolzarb bo'lib bormoqda. Avtomatik uzatish - bu nima? Ushbu maqolada
avtomatik uzatmaning qurilmasi va ishlash printsipi bilan dvigatel parametrlariga ta’sirini tahlil qilingan.
Avtomatik uzatishning ishlash va boshqarish rejimlari bilan tanishaylik. Avtomatik transmissiya yoki avtomatik
uzatish - bu haydovchining ishtirokisiz haydash shartlariga muvofiq optimal uzatish nisbatini tanlashni
ta'minlaydigan transmissiya. Bu haydovchining haydash qulayligi bilan bir qatorda
avtomobilning yaxshi
harakatlanishini ta'minlaydi. Aksariyat haydovchilar, avtomatik uzatmalar qutisi bo'lgan
mashinalarni afzal
ko'rishadi. Ushbu tanlov shubhasiz ijobiy tomonlarga ega, masalan, shahar tirbandligida haydash paytida sayohat
qilish qulayligi. Avtomatik transmissiya viteslarni almashtirish uchun gaz yoki tormoz pedalini bosish kifoya. Bu
mexanikadan farq qiladi, bu yerda tutqich tezlik chegarasiga qarab kerakli tezlikka o'tadi. Ammo
avtomatlashtirilgan mashinalarda o'zlarining salbiy tomonlari ham bor, ularning asosiysi yoqilg'i sarfini sezilarli
darajada sarflashdir.
Internetda mavjud bo'lgan ma'lumotlardan dvigatelning aylanish tezligi funktsiyasining to'liq yuklanishida
statik dvigatel moment qiymatlarini ajratib olishimiz mumkin:
Avtombilningning harakatlantiruvchi qismi quyidagilardan iborat.
dvigatel
ilashish muftasi
avtomatik uzatmalar qutisi
kardan uzatma
asosiy uzatma va differentsial
yarim o’qlar
yetakchi g'ildiraklar
Rasm 1. Avtomobilning orqa g'ildiraklari yetakchi kuch-quvvat sxemasi
Bizning simulyatsiya misolimiz soddaligi uchun biz quyidagi talablarni qoyamiz:
Dvigatel faqat moment manbaidir, hech qanday termodinamik yoki
inertlik inobatga olinmaydi;
dvigatel har doim to'liq yuklanish ostida ishlaydi
gidrotransformatoning ta'siri hisobga olinmaydi
uzatmalar almashinuvi har qanday sirpanish yoki dinamikani hisobga olmagan holda amalga oshiriladi
kardan va yarim o’qlarning ta'siri hisobga olinmaydi
shinalar doimiy radiusga ega
Matematik model quyidagi tenglamalar asosida MATLAB/Simulink dasturida blok-diagramma sifatida
amalga oshiriladi.
© A.M. Ochilov, 2022.
EEE 213: WORKSHOP PRACTICE

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EEE 213: WORKSHOP PRACTICE
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bet | 10/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERING
This will take twelve (12) weeks at the end of the second year of study. The students will follow an approved practical training schedule designed by the department. The training will take place in Mechanical Engineering, Electrical Engineering and Computer Engineering workshops and laboratories. Mechanical Engineering Workshops: safety, practical exercises on use of machine tools, fitting and hand tools, welding and joinery-including soldering brazing, arc and gas welding-plumbing, masonry, carpentry, automotive engineering, and foundry: Electrical Engineering Workshops: Safety, Electrical Installations, Soldering and fabrication of simple electronic circuits on printed circuit boards, Winding of Motors and Transformers, Electrical Measurements and Standards. Computer Workshops and Laboratories: Safety, basic maintenance of computers.
3.3 Level 300 EEE 300: ELECTRICAL MACHINES II
Three-phase transformers: Review of single phase transformers. Three phase transformer winding, connections, groupings, operation. Effect of harmonics on output wave forms. Paralleling and load sharing. Scott three-phase to two-phase connection and Scott three-phase to single-phase connection; instrument transformers; operation on in- finite bus bars; rating; heating; temperature rise; cooling; losses and efficiency. Testing and application. Three phase induction motors: Operation, equivalent circuit, circle diagram, performance and characteristics, balance steady state operation, methods of starting and braking. Speed control. Testing and applications. Single phase induction motors: Types of single-phase induction motors, double field revolving theory, Self-starting mechanism, equivalent circuits, Capacitor Startand- run motor, shaded pole motor, repulsion type motor, repulsion type motors, AC series motor, Universal motor, Reluctance motor, Hysteresis motor.
EEE 302: ELECTROMAGNETIC FIELDS
Electrostatics: Coulombs Law; electric field intensity: Electric potential; electric dipole; Gauss Law; potential energy; spherical, linear, planar charge distribution: Dielectrics, Conductors and Semiconductors: Boundary conditions at conducting surface, and on dielectric boundaries: The electric field in dielectric media, polarization, energy in a capacitor: Fields in a coaxial transmission, capacitance per unit length: Divergence of flux density: Maxwells divergence equations: The Divergence theorem: Laplacian operator: Poissons and Laplaces equations: Boundary value problems: Solution of Laplaces and Poissons equations in different co-ordinate systems with examples of practical situations: Electric Fields: Electric polarization; electric field inside and outside dielectrics; electric susceptibility; electric displacement: Magnetostatics: solution of magnetic fields; Biot-Savart Law; force between current carrying conductors; magnetic induction; Amperes law; the toroid; the solenoid.
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Atomic energy licensing (exemption) (irradiating apparatus below 5 kilo elektron volt) order 2002

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Atomic energy licensing (exemption) (irradiating apparatus below 5 kilo elektron volt) order 2002
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Sana | 25.03.2017 | Hajmi | 24,5 Kb. | | #2433 |
ATOMIC ENERGY LICENSING (EXEMPTION) (IRRADIATING APPARATUS BELOW 5 KILO ELEKTRON VOLT) ORDER 2002
PU(A) 181/2002
1. Citation.
This order may be cited as the Atomic Energy Licensing (Exemption) (Irradiating Apparatus Below 5 Kilo Elektron Volt) Order 2002.
2. Interpretation.
In this Order, unless the context otherwise requires, "irradiating apparatus below 5 kilo elektron volt (keV)" means an irradiating apparatus which is capable of producing ionizing radiation that emits the maximum energy of 5 keV.
3. Exemption.
Every person who has in his possession any of the irradiating apparatus below 5 keV is exempted from the provisions of the Act subject to the following conditions:
(a) that the apparatus acquired the maximum energy which is capable of emitting or producing radiation not exceeding 5 keV;
(b) that the apparatus is purchased from a seller who is licensed by the Board; and
(c) that the person ensures that the apparatus can no longer function before he disposes of it.
Made 27 March 2002.
DATO' SERI LAW HIENG DING
Minister of Science, Technology and the Environment
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EEE 309: ANALOGUE ELECTRONICS II

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EEE 309: ANALOGUE ELECTRONICS II
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bet | 15/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERING
Transistor Small Signal Models: Two-port representation of a transistor; h-parameters and their determination: Analysis of transistor amplifiers using h-parameters; Calculation of voltage gain, current gain, power gain input and output impedance, using exact and approximate h-parameter models; The z and y parameter models: The y-parameter equivalent circuits of a JFET: Small signal analysis of FET amplifiers Feedback in Transistor Amplifiers feedback in amplifiers effects of negative feedback; positive feedback and oscillations; Hartley and Colpitts oscillators: Frequency Response of Amplifiers Frequency response of RC coupled amplifiers; Low frequency effects of Coupling and Bypass capacitors; Amplifier at high frequencies; Miller capacitance; The Ideal Operational Amplifier: The ideal operational amplifier (op amp) characteristics, addition, subtraction, differentiation, and integration using op amps: Power Amplifiers: Circuit Simulation: Simulation of Transistor amplifiers using computer-aided design (CAD) tools such as PSPICE.
EEE 311: CONTROL SYSTEMS II
PID controllers: P, PI, PD and PID controllers: characteristics and their application: Electronic realizations of PID controllers. Ziegler-Nichols rules for tuning PID controllers: IntegratorWindup: Analysis and design of PID control systems using a computer aided control engineering tools such as MATLABs Control Systems Toolbox and SIMULINK. Compensation In The Frequency Domain: Lag and lead compensation in the frequency domain: Frequency response design and analysis using a computer-aided control engineering tool such as MATLABs Control Systems Toolbox. State Space representation: State-space models of Linear-Time-Invariant (LTI) SISO: Systems and terminology: Obtaining state-space representation from transfer functions; control canonical form, observer canonical form, diagonal/Jordan canonical form: Obtaining transfer-functions from state-space representations. Properties of state-space models: Eigenvalues, Zeros, Non-uniqueness of state-space models, Invariance of eigenvalues under similarity transformation: Solution to the state equation: Solution to the homogeneous and non-homogeneous state equations, Computation of the matrix exponential, the State transition matrix and its properties: Controllability and Observability: Concepts of controllability and observability: Numerical tests of controllability and observability by Kalman: Controllability and observability tests by Gilbert: Structural Controllability: Reachability: State variable feedback: (design by pole placement): Pole placement design methods when the system has no external inputs.
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Natural Log 9 Installation

Natural Log 9 Installation
Download and save the setup file to any convenient location where you can easily find it, such as My Documents or the Desktop. Please do NOT attempt to run this setup file across the Internet.
After it completely downloads [may take several minutes depending on your download speed], click [RUN] or use My Computer to find the downloaded copy of the setup file to start the Natural Log 9 installer. If you are prompted whether or not to allow the setup file to make changes to your computer during registration, select [YES] . Note: If you are not logged in as Windows Administrator you must provide an administrator password to install the software.
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EEE 550: DISTRIBUTED OBJECTS

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EEE 550: DISTRIBUTED OBJECTS
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bet | 46/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERING
Introduction to distributed objects, Principles of Object-Oriented Middleware, CORBA, COM and Java/RMI, Resolving Heterogeneity Dynamic Object Requests, Communication between Distributed Objects, Locating Distributed Objects, Trading Service and Naming Service, Advanced Features, Event Services, Notification Services, Persistent Services, Transaction Services, Security
EEE 537: EMBEDDED SYSTEMS DESIGN
Definition, structure and properties of embedded systems. Real-time programming: interrupts, latency, context, re-entrancy, thread and process models. Microcontroller and DSP architectures, I/O systems, timing and event management. Real-time kernels and services. Techniques for development, debugging and verification. Techniques for limited resource environments. Networking for distributed systems.
EEE 519: RADIO FREQUENCY CIRCUIT DESIGN
Modelling of RF Devices:Behaviour of passive components at high frequencies (frequencies up to 3 MHz are used in this course). Modelling of RF circuits: Q, and h- y- and S-parameters. Circuit coupling and matching techniques, input and load matching. Oscillators & Mixers:Tunable and crystal oscillators; frequency multiplication. Frequency conversion and mixers: balanced diode and MOSFET designs. RF Detection & Amplification: AM and FM detection methods with emphasis on IC circuit-based designs; Small-signal tuned amplifiers design; Design of broad-tuned RF amplifiers using the Linvill method. Power amplifiers and modulators, class B and C designs. Noise considerations. The stereo-multiplex technique.
EEE 551: TELEVISION ENGINEERING
Elements of television systems. Analysis and synthesis of television pictures. Composite video signals. Signal transmission and channel bandwidth. Picture tubes. Basic television broad-casting. Antennas. Television signal receiver. Video detector. Video section fundamentals. Video amplifiers. Automatic gain control. Noise cancelling circuits. Sync separation circuits. Sync processing. Automic Frequency Control circuits. Deflection oscillators. Applications of Television.
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EEE 521: DECISION SUPPORT SYSTEMS

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EEE 521: DECISION SUPPORT SYSTEMS
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bet | 40/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 521: DECISION SUPPORT SYSTEMS
Decision making, information theory, knowledge representation and knowledge systems, retrieval concepts and languages, decision support systems and development methodologies.
EEE 523: NONLINEAR AND MULTIVARIABLE CONTROL
Non-linear Control: Non-linear behaviour and describing function. Stability analysing describing fuctions, second, or direct, method of Lyapunov; Popov and circle criterial for stability. The phase-plane method. Introduction to optimal control, model-reference, and adaptive control strategies and their implementations. Multivariable feedback systems in the frequency domain: Introduction: generalization and extension of Single-Input/ single - Output to Multiple-/Multiple-Output Systems. Extension of the Nyquist Stability theorem to MIMO Systems; direct and inverse Nyquist plots. Direct and inverse Nyquist Array methods, The characteristic locus methods. Computer aided analysis and design of a multivariable systems is illustrated with a case design example using suitable control engineering software.
EEE 524: ADVANCED OBJECT ORIENTED PROGRAMMING
The concept of object-oriented (OO) user interfaces (UI), analysis for the UI, iterative steps of usability engineering to build, test, and refine multiple small-scale UI prototypes. Applications of OO analysis, software engineering, usability engineering techniques in systems development. Usability, quality, measurement, planning and management factors of software engineering.
EEE526: ELECTRONIC COMPUTER AIDED DESIGN AND MANUFACTURING TECHNIQUES
Computer aided design (CAD): Modelling of circuits and systems, modular simulation, gate array testing, one-off production techniques, interactive 3-D graphics design. Computer Aided Manufacturing (CAM): machine automation, process control, part inspection, automatic quality control. Manufacturing techniques: VLSI device level fabrication techniques, chemical and laser etching. Board level construction techniques; solder reflow, surface mount and mass production, packaging and testing.
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EEE 305: DIGITAL ELECTRONICS I

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EEE 305: DIGITAL ELECTRONICS I
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bet | 11/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 305: DIGITAL ELECTRONICS I
Overview of Digital Systems: What are digital systems? Comparison of Analogue and Digital systems, Advantages of Digital Systems, Applications of Digital Systems, Number systems and Codes: Binary, Octal, Decimal and Hexadecimal number systems: their inter-conversions and applications: Signed binary numbers: sign-magnitude notation, 1s and 2s complement notation - properties and applications: Binary number codes: BCD code, Excess-Three code, Gray code-properties and their applications Boolean algebra and logic gates: Basic operations of Boolean algebra; AND, OR, NOT: Logic gates; AND, OR, NOT, NAND, NOR, XOR and XNOR gates; logic symbols and truth tables: Laws of Boolean algebra, proving laws of Boolean algebra: Canonical forms: Introduction to Hardware Development Language (HDL). Combinational logic circuits Simplification of Boolean expressions: algebraic and Karnaugh map method: Don’t care terms: NAND/NOR gate circuit implementation: Systematic SSI IC-based circuit design: HDL for combinational logic circuits and sequential logic circuits: Flip-flops SR, D, T and JK flipflops, truth tables and excitation tables: Clock signals and clocked flip-flops, Master-slave flipflops. Derivations of one ﬂipﬂop function from another: Asynchronous and synchronous counters: Registers: HDL for sequential logic circuits: Logic families and their characteristics: TTL, ECL, MOS and CMOS logic families; circuit diagrams, characteristics and specifications: Tri-state devices, open-collector outputs: Recent developments in logic family technologies.
ECU 300: ENGINEERING MATHEMATICS IX
Vectors and Coordinate Geometry in 3-D Space. Vector Functions and Curves. Functions of Several Variables and Partial Differentiation and its applications. Multiple integration: Double integrals, Triple integrals, Applications of multiple integrals. Vector fields: Scalar and Vector Fields, Conservative Fields, Line Integrals of Vector Fields, Surface and Surface Integrals. Vector Calculus: Gradient, Divergence, Curl. Green's Theorem, The Divergence Theorem, Stoke's Theorem; curvilinear coordinates in two and three dimensions.
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Lembar kerja I

LEMBAR KERJA I
PENGUAT INVERTING
1.1. Tujuan
1. Mahasiswa manpu mengoperasikan dan menganalisis fungsi op amp sebagai rangkaian penguat inverting
2. Mahasiswa mampu mengoperasikan dan menganalisis op amp sebagai rangkaian penguat inverting
1.2 Alat dan Bahan
IC LM741
Resistor
Power Supply
Project Board
Jumper
Multimeter
1.3. Langkah Percobaan
1.3.1 Rangkaian Penguat Inverting Masukan Tegangan DC
Buat rangkaian seperti gambar berikut
Hubungkan VCC+ dan VCC- dengan power supply
Beri masukan Vin dengan tegangan DC sesuai dengan nilai tegangan yang telah ditentukan
Ukurlah Vout menggunakan multimeter dan catat Vout pada Tabel 1.1
Tabel 1.1
Tabel Hasil Pengukuran Penguat Inverting Masukan DC
1.3.2 Langkah percobaan Penguat Inverting Masukan AC
Buat rangkaian seperti gambar berikut
Hubungkan VCC+ dan VCC- dengan power supply
Beri masukan Vin dengan tegangan AC sesuai dengan nilai tegangan yang telah ditentukan
Ukurlah Vout menggunakan multimeter dan catat Vout pada Tabel 1.1
Tabel 1.2
Tabel Hasil Pengukuran Penguat Inverting Masukan AC
1.4 Analisa Data
1.4.1 Analisa Data Percobaan Penguat Inverting Masukan DC
Perhitungan data hasil percobaan :
Untuk nilai:
Rf = ...............Ω
Ri = ...............Ω
Vin = ...............V
Vout pengukuran = ...............V
Maka:
Apengukuran =
= ........................................
= ...............
Aperhitungan =
= ........................................
= ...............
Vout perhitungan = Aperhitungan x Vin
= ........................................
= ...............V
%Err = 100 %
= ....................................................................
= .....................................................................
= ...............%
Tabel 1.3 Hasil Pengukuran dan Perhitungan Penguat Inverting
No
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Vin
(Volt)
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Pengukuran
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Perhitungan
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%Err
(%)
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Vout
(Volt)
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A
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Vout
(Volt)
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A
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1
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1.4.2 Analisa Data Percobaan Penguat Inverting Masukan AC
Perhitungan data hasil percobaan:
Rf = ...............Ω
Ri = ...............Ω
Vin = ...............V
Vout pengukuran = ...............V
Maka:
Apengukuran =
= ........................................
= ...............
Aperhitungan =
= ........................................
= ...............
Vout perhitungan = Aperhitungan x Vin
= ........................................
= ...............V
%Err = 100 %
= ....................................................................
= .....................................................................
= ...............%
Tabel 1.4
Hasil Pengukuran dan Perhitungan Penguat Inverting Masukan AC
No
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Vin
(Volt)
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Pengukuran
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Perhitungan
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%Err
(%)
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Vout
(Volt)
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A
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Vout
(Volt)
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A
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1
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Tashkent against information technology

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Tashkent against information technology
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bet | 1/4 | Sana | 19.05.2024 | Hajmi | 353,98 Kb. | | #244385 |
Bog'liq lesson.6
TASHKENT AGAINST INFORMATION TECHNOLOGY
TT BRANCH 13/23 GROUP’S STUDENT
of Pardayev Sohibjon
_FROM ENGLISH LANGUAGE ____________________________________________
INDEPENDENT WORK
Cluster Sampling: Definition, Method and Examples
Cluster sampling is defined as a sampling method where the researcher creates multiple clusters of people from a population where they are indicative of homogeneous characteristics and have an equal chance of being a part of the sample.
Consider a scenario where a data organization is looking to survey the performance of smartphones across Germany. They can divide the entire country’s population into cities (clusters), select further towns with the highest population, and filter those using mobile
What is Cluster Sampling?
Cluster sampling is a probability sampling technique where researchers divide the population into multiple groups (clusters) for research. So, researchers then select random groups with a simple random or systematic random sampling technique for data collection and unit of analysis.
Example: A researcher wants to conduct a study to judge the performance of sophomores in business education across the U.S. It is impossible to conduct a research study that involves a student in every university. Instead, cluster sampling allows the researcher to club the universities from each city into one cluster. These clusters then define the sophomore student population in the U.S. Next, either using simple random sampling or systematic random sampling and randomly picking clusters for the research study. Subsequently, by using simple or systematic sampling, the sophomore’s from each of these selected clusters can be chosen on whom to conduct the research study.
In this sampling technique, researchers analyze a sample that consists of multiple sample parameters such as demographics, habits, background – or any other population attribute, which may be the focus of conducted research. This method is usually conducted when groups that are similar yet internally diverse form a statistical population. Instead of selecting the entire population, cluster sampling allows the researchers to collect data by bifurcating the data into small, more productive groups.
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EEE 513: DISTRIBUTED SYSTEMS

EEE 513: DISTRIBUTED SYSTEMS
The characteristics and objectives of distributed systems. Separation of logical design from implementation. Impact on the design of high level languages. Distribution of data, management, control; maintenance and administration. Network support requirements. Network owners vs. network users. Processors and processes. Process communication and resource sharing. Communication primitives. Application oriented services; Virtual processors, virtual file service, virtual terminal service, job transfer, their design and implementation. Operating systems and programming languages for concurrent and distributed systems.
EEE 556: PROGRAMMABLE LOGIC CONTROLLERS
Review of control systems. Overview of programmable logic controllers, input/output modules, signal conditioning and wiring. PLC programming using ladder diagrams, functional block diagrams, statement lists, sequential function charts or structured programming, IEC 1131-3 programming. . Supervisory Control and Data Acquisition. PID control modules. Communications and automation. Application of PLCs in areas such as robotics, flexible manufacturing systems, batch and continuous processes and production monitoring. Practicals with a PLCs such as the Mitsubishi, Siemens or Allen-Bradley series.
EEE 529: FIBER-OPTIC COMMUNICATION
Introduction to Optical Fibers: Evolution of fiber optic system, Elements of an Optical Fiber Transmission link, Ray Optics, Optical Fiber Modes and Configurations, Mode theory of Circular Wave guides, Overview of Modes- Key Modal concepts, Linearly Polarized Modes, Single Mode Fibers, Graded Index fiber structure. Signal Degradation in Optical Fibers: Attenuation, Absorption losses, Scattering losses, Bending Losses, Core and Cladding losses, Signal Distortion in Optical Wave guides, Information Capacity determination, Group Delay-Material Dispersion, Wave guide Dispersion, Signal distortion in Single Mode (SM) fibers, Polarization Mode dispersion, Inter- modal dispersion, Pulse Broadening in GI fibers, Mode Coupling, Design Optimization of SM fibers, Refractive Index (RI) profile and cut-of wavelength. Optical Fiber Sources and Coupling: Direct and indirect Band gap materials, LED structure, Light source materials, Quantum efficiency and LED power, Modulation of a LED, lasers Diodes, Modes and Threshold condition, Rate equations, External Quantum efficiency, Resonant frequencies, Laser Diodes, Temperature effects, Introduction to Quantum laser, Fiber amplifiers, Power Launching and coupling, Fiber-to-Fiber joints, Fiber splicing. Optical Fiber Receivers: PIN and APD diodes, Photo detector noise, SNR, Detector Response time, Avalanche Multiplication Noise, Comparison of Photo detectors, Fundamental Receiver Operation, preamplifiers, Error Sources, Receiver Configuration, Probability of Error, Quantum Limit. Optical Fiber Communication System: Point-to-Point links: System considerations, Link Power budget, Rise-time budget, Noise Effects on System Performance. Optical transmission formats and protocols: WDM, DWDM, SDH, SONET
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EEE 535: ILLUMINATION ENGINEERING

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EEE 535: ILLUMINATION ENGINEERING
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bet | 43/48 | Sana | 02.01.2024 | Hajmi | 327 Kb. | | #129611 |
Bog'liq BACHELOR OF SCIENCE ELECTRICAL ELECTRONICS ENGINEERINGEEE 535: ILLUMINATION ENGINEERING
Fundamentals: electromagnetic radiation, radiant energy and light propagation. Colour. Measurements. Quantum electronics: excitation, ionisation, radiation, energy levels and spectra of lighting elements. Discharge: Town-send, glow and arc. Lamps: materials: glasses, ceramics, metals, seals, gases and phosphorus. Incandescent: construction, manufacturing techniques, quality and safety controls and environmental testing. Special lamps. Fluorescent, mercury, and sodium lamps: design, construction, manufacture, performance and application. Electro-luminescence: electro-luminescent panels, light emitting films, and light emitting diodes. Optical detectors, photo detectors, and optical displays. Luminnaires and Circuits: electrical and electronic circuits. Electrical characteristics of lamps, ballast, fluorescent and discharge lamps' circuits. Luminaries design and manufacture, design objectives, materials, production processes, specifications and testing. Interior Lighting: lighting objectives and criteria, design decisions, design calculations and equipment ratings. Aesthetic designs, cost optimization. Use of computers for interior lighting design.
EEE 536: OPTIMIZATION AND CONTROL
Review of control theory. Linear/non-linear programming. Quadratic optimal control, Dynamic programming and the Hamilton-Jacobian-Bellman (HJB) equation. Calculus of variations. Hamiltonian and costate equations. Pontryagin’s maximum principle. Kalman filters, Solution to common constrained optimization problems.
EEE 538: ELECTRICAL MACHINE DESIGN
Windings: Conductors, insulators, eddy currents, slot conductors, overhang conductors, transformer coils; permeable and conducting masses; electromotive force; transformer windings; D.C. field windings, a.c. armature windings: single layer windings; Double -layer windings; Fractional - slot windings; Types of double - layer winding; choice of winding, e.m.f. of windings, harmonics, magnetomotive force of windings. Transformers: Design Frames, thermal rating, momentary load limitations, output equation, specific iron and copper losses, insulation. Types of windings and connections. Cooling and ratings Iron core dimensions. Rotating Machine Design: Output equation; specific copper and iron losses: power/weight ratio, salient pole and cylindrical rotor. Air gap flux distribution and saturation; Insulation, heating; ventilation and ratings. Computer-Aided Electrical Machine Design.
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