SCIENTIFIC ABSTRACT KHAYKOV. A.Z. - KHAYLOV, M.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721920010-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UUTKOV. A.Z.
......................
Self-oacillatore under large circuit losses. Radiotekhniim 12'
no.1158-62 A 157- (KLRA 10:3)
(Oscillators, Electron-tube)

AUTHORt FLAiKOV,A.Z. PA - 2018
TITLE: An Autogenerator in the Case of strong Fading of the Oscillation
Circuit. (Avtogenerator pri boljgih zatuhanijah kontura. Russian)
PERIODICAL: Radiotekhnika, Vol 12, Xr 1, pp 63-72 (U.S.S.R
Receiveds 2 /1957 Reviewe~z) 3 / 1957
ABSTRACT: The present work investigates the influence exercised by the con-
plete fading of the oscillation circuit on the frequency and the form of self-
oscillation and on the energetic correlations in the autogenerator. At first
the equations for self-oscillations are soughtl only a single-osoillation oir-
cuit autogenerator with inductive back-coupling is investigated. A graph shows
the equivalent echeme of such an autogenerator at high frequencies. The system
of differentW equations is set up from which the final formula is derived.
When studying the energetic dependences in the autogenerator it is of essential
importance to know the shape of self-oscillations. Such a shape was obtained b,,
RA (his article publ. in R 9, Vol 1, 1954). The linear method cannot be used
for energetical computations because it is too cumbersome. The equation takea the
form of a differential equation in each of the domains. Difficulties arise when
combining equations that correspond to different domains. A complicted system
of transcendental equations iB obtained. The next chapter deals with the shape
of self-oscillations and it is proved that the mains voltage and its first de-
rivatedwith respect to time and correspondingly also the required time function
y and 14 (where t is the eigentime of the system) change continually with time
on the occasion of transition from one domain to another. A diagram shows the
CARD 1 / 2
PA - 2018
An Autogenerator in the Case of strong Fading of the Oscillation
Circuit.
function y in the case of different lengths of lj(total fading of oscillation
circuit in consideration of load). In the last chapter the energy correlations
are investigatedg and equations together with the corresponding diagrams are
set up. The exact solution of the equaticne for the autogenerator accordi-ng
to domains shows that frequency and shape of a lf--oscillations depend on the
complete fading of 'rhe oscillation circuit. IfYis increased, the frequency
and the amplitude of the first overtone diminish and the aMDlitude of higher
overtones increase. The efficiency curves under load and th-e curves of the
general degree of efficiency of the generator attain their maxima at cettain
values ofal.
ASSOCIATION:
PR13SENTED BYt
SU13MITTED:
AVAILABLE:
Not given
Library of Congress
CARD 2 / 2

S/1279 4
94 61/000/004/037/052
13 3 D266 302
AUTHOR: Khaykov, A.Z.
TITLE: On the external loading of klystrons
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 4, 1961, 17, abstract 4 G108 (Tr. uchebn. in-tov
svyazi. M-vo svyazi SSSR, 1960, no. 1, 73-84)
TEXT: The amplification of a klystron can be given as a function
of complex.frequency. 1he poles and zeroes of this function com-
pletely determine the properties of the klystron. Thee xternal
loading changes the number and position of the zeroes and poles of
the amplification function. The analysis is carried out with the
aid of these poles and zeroes for various external loads. It is
shown that non-periodical loading can change the effective attenu-
ation of each resonator, and frequency characteristics analogous to
those of cascade amplifiers can be obtained, but with an increased
frequency band. It is possible to increase the bandwidth by employ-
Card 1/2

7
S/194 61/000/004/037/052
On the external loading of klystrons D266 302
ing a resonant external load, but the obtained frequency character-
istic differs from the usual characteristic of a cascade amplifier.
It is suggested that by allowing a certain mismatch in the input
line larger amplification can be achieved in the same frequency
band, The best solution is to employ coupled circuits only in the
last stage and choose appropriately the parameters of the other
resonators. Under these circumstances an output power can be ob-
tained which is close to the nominal in the given bandwidth. CAb-
stracter's note: Complete translation-7
Card 2/2

4ol3o
VIC 621017100310051005
'C" Khaykov, A.Z., Mcmbcr of tlho Socicty (see
lo~
12 i I.L-LIII - on a multiloo- Outl'ut C;.-Ct!4-,L- OIE' a
frequency 0--c--illator
TLITODICAL: Ra(14oteihni!,~a, v. 17, no. 0, 19162, 32-42
The design of the outpv-t circuit of a hi-Ih-z---rcc-':
U ..Cncy
05C2.11ator i sconsidered, a syst-em of coiploC.. circi.Ats -.~-C:
(:crived whi ch - c alcti, at C:-:
this i)-,Iri)o--C- F 0 -L T-
Cuit parameters by me"ansuof given parameteirs or- Ghebyshcv's charac-
'Cleristic .The inhluence of wnlincar operatin[~ conditiono of rpo-vmr-
ful oscillators'on the Ere qucncy--,-L-;!7.z:rccier--1st ics is Co7as4dercd.. in
calciuIrting. the energy, relationships, the author proceeelo from an
equ3-vhl.-tnt circuit, shoTm schematicallt. The problem o-,'-' obtain-IlIg
optimal frequency chr-racteristics' of t'ic output circuit, ir. solved
...in ti-io stages: The linear problev. a-ad :'he effect of t1he nonlincar
ara made and design for-L
processes., Simplifying assumptions -rLilas
0 ard

G/
S/1061621 017/00u 0051005
ir cuit, D409/D303.
On a Multiloop output. C
n tcr-mv, o' -ven para-
it par=eters. .1
are obtained for the circu
Dyshcv-' requency charactei~i-stil~.- These -POXTAUias =0
-of
'C-Circuits
,eters- - Chel -'01:~tueen t
A -, - d termini:hg the COUP Ing *i'.
use or e o- thc "en
a- ctcristic impedance
, nd the chara (;0'P
the b and-, 1) a s s i s. d c t c r, a i ha cffect Of 0* '--c'' ' " I '-
I L. -- '-C
ai-ions on the Krequenicy characteriutics '--nn
C,
9f a tiYDc oscillator, w1hich made it poss"'01 U,-,C Z. lDcl
a.-A!" e-thod (Pc-.L. 2:
G in c,',LcU].,'t in~ r
-1c I
.Col l-LIS40TIS: The obtanin.cd nolutioar a -.,::c -
~tl)t,t circui,* of t-1-1, oscillator so ~!~c to o1
ers 0-~-' the ou L
.L . 1, 4n
cv.ency cl-Iftracteristic (in the ]-;nc ar
dl-lcby,--hcv'- ch~iractcrintic for ,I,,iy numiber o-.':
on-tors). Them-- sol%L""Ons Can 1)n a!-"O 1~flc~! for C n - 1.7
relationships, such aS the denev-eencc 0-:7 i*n-'2
of~ Circuits, on the cone~ition that tije
tor rcmaiiis unchanc."Col. Thcrcbll? :'!.t. fov"I~. ti-
;'ncrcat~cs sharply, caril;,,'~rCd to thr~t 0'!~ oir',' .'Lln7l
Ircuits- io --*-17crr-'z's'-(*. to -a
the woz-.1-cr of- cow?lccll C.
I,-
po"!
Cal.-:~ 2/3
On a multilo S/103/62/017/00'-/CC,.5/r,0.5
OP Output circuit D409/D301
If the iTifjuencc of TIOnlincar opcratin,, calletion-
'11c"
characceristic3, ohowcd that in tllc c' on t-.,,~
. . Sn"otcli,
to excess-voltagc conditions, of -k " .7
the freqticncy 0,,jaj.-Ljcc
c
charigos, cOMPLIred to the characteristic C
culnl-rd in -
i-W-l
.ation. These chan&cs nmount to a 1-educ "-; C,
L-on 411 tuir-illa!
MLLX5m,! of Cho-by-shev's chara'-`cteristic, and a zl.1trro':-"* r.- o.-"': ane.
pass. There are 12 figures.
ASSCCIATION: Nauclino-telhn4cheskoyc ob-shchestvo rad-4ote',1111i, i i
7
clektrosvy,-zi im. A.-. Popova (Sciept-f-4C -111d '~ecil-
nical Society of Radio Engineering and 7", cctric-l
L
C man, unic at ions imelli- A.S. 'L'o-)ov)
3AUBMITTED:
Card 3/3.
Jazraary 13, 1962

r~~p S~;_KUKK, K.I., otv, red.; KOKORIN, Tu.I.,
InT --!~ -1
red.
[Power amplifiers using multicavity klystronal Moshchxqe
usiliteli na mnogorezonatornykh klistronp-kh. Moskva? Tzd-
vo "Sviazt," 1964. -167 P. (MIRA 17-13.)

AG I q 'AC I Fj
ri "4r a 1 y-- vo -fe
"I C~ c
Tr. tinhahn. in-tov -%vvami. M-vo sv-va 3L.iR- vv- 1q. 196A. 18- 2S
-4.r. Fl a:- I

ACCESSION NR: AP404'2893 S/0108/64/019/007/004Z/0051
AUTHOR: Kha ~L._ZjActive member)
. IxtML
TITLE: Power relations in a high-power broadband kl-
ystron amplifier
SOURCE: Radiotekhnika, v. 19, no. 7. 19,64. 42-51
TOPIC; TAGS: amplifier, klystron amplifier, broadband klystron amplifier
ABSTRACT: A theoretical investigation of the power relations in a klystron is
reported. The beam perveance, accelerating voltage, output -resonator charac-
teristic impedance, output-gap transit anglejand ather parameters determining
the klystron design are studied. It is assumed that the current exciting the output
gap is independent of the frequency and that the excitation power ensures the beat
possible bunching of the electron beam. Formulas describing the effect of the
klystron parameters and load parameters on the klystron electron efficiency are
developcd. - They are useful in binding the klystron power for a
specified frequency bandwidth. On the oth6r hand, klystron
parameters ensuring a maximum efficie.ncy ca'n be determined
for a specified klystron-amplifier power and bandwidth. The
Cord 1/Z

I L; N R. H I &H ~.M A Si R 7

-ACC NP,
WOK EXPIDITAT1011 UR
KhoLykav, Arnn Zalmanovich
High-power multicavity tron ampl1f1e;6dchchnyye usiliteli na mnogorezonatornykh
klistronakh) Moscow, Jzd-vo "Svyaz 1,,11 T964. 0167 p. illus -, biblio. Errata slip
inserted. 4,300 copies printed.
TOPIC TAGS: klystron, SO amplifier, circuit theory, band pass amplifier, amplifier
deGign, resonator, cavity resonator, resonant cavity, amplifying equlymnt,, oacilla-
tion
PURPOSE A11D COVERAGE: This book is intended f,:.r scientific workers and engineers con-,
cerned with oupcrhigh frequencies, and for students in universities specializing in
this subject. It aims to present the basic problems a,;sociated with the general theon
of floating-drift klystrons operating as high-power amplifiers of superhigh frequency'
oscillations. The text contains material on the theory of multicavity klystron am-
plifiers, on the analysis and synthesis of Mystron amplAfier circuits, on the energy
dependence in klystrons during videband tuning, and on the relationship between ef-
ficiency, power, and pass band of an amplifier. It also includes material on the cou-
struction of moplifiers with Chebyshev-type frequency characteristics, of the maximal1y
f lat type or with linear lphace chamcteria tics The author thanka Prof. G.A. ZeytIe"
F~rof N.S. BeschastqM, and Docent I.N. Fomichey for their valuable advice cacerrAn.~
the solution or the mathematical problems; Prof. 8.A. ZusmanaysgyL on whose advice a
Card

ACC NRi
nwriber of problem were examIned; B.S. Zabalkanskiljor his great help in preparing
the manuscript; T.L. Tarasqva and A.V 't Challkow for carrying out the calculations cc
the "Minsk-l" ccWp-u16ir; and_V.I. 61-0-voyev for'precessivg the calculation results.
TABLE OF COMENM (abridged]:
Forevorcl
Ch. I. Passage of a signal through a kJystron amplifier 5
Ch. II. Analysis of k1yetron. ciavity circuits 13
Ch. III. Analysis of a klystron amplifier circuit -- 48
Ch. W. Frequency characterlotica of a klystron amplifier -- 76
Ch. V. Characteristics of a klptrca output circuit -- 111
Appendix. Determination of klystran cavity parawters by the given yaremetere of
the Chebyshey ebaraoterlatic -- 147
Bibliograrby -- 16*
80 CODE: 091 SM DAT91 070at6k/ 01M WW: 009/ OTO MW: 052
Card 2/2

ACC N.R. ikk'00330'16
SOURCE CODE: UR/0108/66/0211
AUTHOR: Khaykov, A. Z.. (Active member)
ORG: Scientific Technical Society of Radio Technology and Communication& im. A# So
Ponov (Na,.;chno-tekhnicheskoye obahchestvo radiotekhniki i olektroovyazi)
TI~I,:-,: Enerey relationships in a.klystron amplifier with extended interaction in
the output circuit
SOURCE: Radiotekhaika,-v. 21, no. ioj 1966, 37-44
TCPIC TAGS: klystron, electronic
A3STIRACT; Large si&nal operation of a two-cavity extended interaction klystron is
studied in'order to determine the conditions for maximum operational efficiency.
T,-.e klystron efficiency is determined by analyzing motion equations for electrons
in the gaps of the two cavities at the klystron output. The use of extended inter-
action in the klystron output circuit gives a maximum klystron efficiency of 66-55
at a phase shift of 1200 between potentials of the first and second resonators. This!
is a 241", increase in efficiency over that for a single -interaction klystron.
efficiency is obtained for a minimum value (1200) of the electron beem
angle in the space between the centers of the two gaps. The value of the =aXi-mn
efficiency'decreases as the distance between the gaps is increased. Orig. art.
A-las: 9 fi6ares and 10 formulas.
-ST
UB CODE: 091 SUBM DAM: 03jul65/ ORIG REF: 001/ O-ni REF. 003
Card 1/1 UDC: 621.385.624

KRISANOVp A,F,j KHATKOV, L,L,
Redealp of alactropmmatic distributors. Fatallurg 8 no.gv-
32-33 Ag 163. (lm 161161
1. Nikopol'61,iy yuzhnotrubnyy zavod.

I KUYXIDY.9,-, J44
-podpolkovnik.
. , ,Inzh.
I-, =
Bleatrolytic capacitora. Voon, gvlax, 16 no.2t38-43 r 158,
(Condensers (Xleatrioit7)) (MIRA 1113)

P1117YA10'-~1i),1V 137-58-5-9484
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 96 (TISSR)
AUTHORS: Golubev, T. M. , Khaykov Sakharov, G.A., Danilov,
L. 1. , Shamets, Korchemnyy, M. I.
TITLE: Reductions and Pressures Employed in Rolling on a Medium-
gage Sheet Mill (Rezhim obzhatiy i usiliya pri prokatke na sred-
nelistovorn stane)
PERIODICAL: Sb. tr. Kuznetskogo mezhobl. pravl. Nauchno-tekhn. o-va
chernoy metallurgii, 1956, Vol 1, pp 79-95
ABSTRACT: The results of an investigation of reduction (RE) schedules on
a 2150 2-stand three-high Lauta mill with 850/560/850 mm rolls
are presented. Analysis of the temperature of rolling (R) and the
pressures and actual RE schedules in the R of 1150-1800 mrn
wide sheets of St. 3, St. 4. 65G, IKhl8N9T and SKhL4 steels
from slabs 80-Z20 mm wide established that actual R schedules
do not reveal any differentiation in RF, with width of sheet as en-
visaged in the technical instructions. Differentiation of actual
RE in accordance with the grades of steed being rolled is ob-
served to be correct. R of sheet of ShKhl5 and 65G steels is done
Card 1/2 in accordance with the technical instructions, while Nrs 3 and 4

137-58-5-9484
Reductions and Pressures Employed (cont.
steels are rolled by more intensive and lKhl8N9T and SKhL steels by less
intensive regimes. When billets