;File of English for program Color and Code 10.6

[GENERAL]
language=English


[STARTING_PAGE_NEWS]

Title_1=Zener:
SubTitle_11=New types;
SubTitle_12=
SubTitle_13=
SubTitle_14=
SubTitle_15=
SubTitle_16=
SubTitle_17=
SubPic_11=1
SubPic_12=1
SubPic_13=1
SubPic_14=1
SubPic_15=1
SubPic_16=1
SubPic_17=1

Title_2=Microcontroller:
SubTitle_21=new settings;
SubTitle_22=new regime handbook "Generation of clock";
SubTitle_23=
SubTitle_24=
SubTitle_25=
SubTitle_26=
SubTitle_27=
SubPic_21=1
SubPic_22=1
SubPic_23=1
SubPic_24=1
SubPic_25=1
SubPic_26=1
SubPic_27=0

Title_3=ICs:
SubTitle_31=New types;
SubTitle_32=new hull;
SubTitle_33=new functional circuit;
SubTitle_34=
SubTitle_35=
SubTitle_36=
SubTitle_37=
SubPic_31=1
SubPic_32=1
SubPic_33=1
SubPic_34=1
SubPic_35=1
SubPic_36=0
SubPic_37=0

Title_4=COMBINE BASE:
SubTitle_41=Implemented association databases "microcontrollers".
SubTitle_42=
SubTitle_43=
SubTitle_44=
SubTitle_45=
SubTitle_46=
SubTitle_47=
SubPic_41=1
SubPic_42=0
SubPic_43=1
SubPic_44=0
SubPic_45=1
SubPic_46=1
SubPic_47=1

Title_5=REFERENCE:
SubTitle_51=The new base - SMD codes;
SubTitle_52=
SubTitle_53=
SubTitle_54=
SubTitle_55=
SubTitle_56=
SubTitle_57=
SubPic_51=1
SubPic_52=1
SubPic_53=1
SubPic_54=1
SubPic_55=1
SubPic_56=1
SubPic_57=1 


DISP_UNDER_FOLL_START=Display under following start.

[DLG_ABOUTPROGRAM]
logo=About program Color and Code
comment=(information on versions, date of the issue, author...)
STATIC1=Program "Color and Code" Version
STATIC2=On themes
STATIC3="Determination element REE on color
STATIC4=and code marking + reference book"
STATIC5=November 27, 2010
STATIC7=On program worked:
STATIC8=Programmer -
STATIC9=Guest book
STATIC10=Site of the program
STATIC11=Forum

[MENU_FILE]
file=File
print=Print...
printsetup=Page Setup...
exit=Exit

[MENU_VIEW]
view=View
toolbars=Toolbar
statusbar=Status Bar

[MENU_ELEMENTS]
elements=Elements
newcalculation=New calculation
marks=Marks
standards=Standards
modechipcomponent=Mode chip component
modecapacitor=The Mode capacitor
resistors=Resistors
capacitors=Capacitors
transistors=Transistors
diodes=Diodes
stabilitronyandstabistors=Stabilitrony and stabistors
varikapy=Varikapy
inductances=Inductances
chipcomponents=Chip components

[MENU_ELEMENTS_MARKS]
1_mark=1 Mark
2_marks=2 Marks
3_marks=3 Marks
3_marksin=3 Marks (inwardly branded)
4_marks=4 Marks
5_marks=5 Marks
6_marks=6 Marks
codemarking=Code marking
nonstandclrmark=Non-standard color marking
nonstandcodemark=Non-standard code marking
horizontalmarking=Horizontal marking
verticalmarking=Vertical marking
mixedmarking=Mixed marking
series81x=Series 81x
series3x=Series 3x

[MENU_ELEMENTS_STANDARDS]
gost_62iec=GOST/62 IEC
philips=PHILIPS
cgw=CORNING GLASS WORK
panasonic=PANASONIC
codeGOST_62_115_2IEC=Code GOST/62 and 115-2 IEC
bourns=BOURNS
smd=SMD capacitors
ru=Domestic
proel=PRO ELECTRON
sod_123=In case SOD-123
sod_80=In case  SOD-80
JIS_C_7012=JIS-C-7012 (ñóïðåññîðû)

[MENU_ELEMENTS_MODECHIPCOMPONENT]
chipresistors=Chip resistors
chipcapacitors=Chip capacitors
chipdiodes=Chip diodes

[MENU_ELEMENTS_MODECAPACITOR]
color_marking=Color marking
code_marking=Code marking

[MENU_SERVICE]
service=Service
referencebook=Reference book
modereferencebook=Mode of the reference book
obr_preob=Reconversion
cancel_color=Canceal incorporated colour
informationbase=Information on base
add_base=Unite bases
language=Language
param=Parameters

[MENU_SERVICE_MODEREFERENCEBOOK]
Table=Table
body=Case
scheme=Scheme
feeding=Feeding
time=Time of the delay
vnesh_korp=Exterior of the case
param=Parameters

[MENU_CALCULATOR]
title=Calculator
calculator=Calculator
calculatorizbran=Calculator (elected)
set_izbran_calc=Installation elected calculation
sprav=The Reference books

[MENU_CALCULATOR_SPARV]
usm=Resisitivity of the material


[MENU_REFERENCE_DATA]
referencedata=Reference data
rows=Rows of importances
tr=Tiporazmery
pp_alem=Indication semiconductor instrument
color_code=Color marking
ind_pov_mont=Inductances for surrface montage
filt_ru=Filters domestic
filt_eng=Filters import
disk_eng=Discriminators import

[MENU_REFERENCE_DATA_TR]
chip_r=Chip resistors import
chip_c=Chip capacitors

[MENU_REFERENCE_PP_ALEM]
pp_alem_guest=GUEST 10862-64 (four elements)

[MENU_REFERENCE_DATA_KONTUR_IMP_PRIEM]
kontur_imp_priem=Contour spools import radio
color_cod_tke=Coding of importances TFC

[MENU_REFERENCE_DATA_IND_POV_MONT]
tr_0805=Type size 0805
tr_1210=Type size 1210
tr_1812=Type size 1812

[MENU_REFERENCE_DATA_FILT_RU]
reg_fp1r8=Rezhektornye ÔÏ1Ð8-63
FP1P8_62=Polosovye filters of the intermediate frequency - ÔÏ1Ï8-62
FP1P6_1=Polosovye ceramic filters - ÔÏ1Ï6-1

[MENU_REFERENCE_DATA_FILT_ENG]
LT10_7MS3=Filter LT10.7MS3
XT6_5MB=Filter XT6.5MB

[MENU_REFERENCE_DATA_DISK_ENG]
JT6_5MC=Discriminator JT6.5MC
JT10_7MG31=Discriminator JT10.7MG31

[MENU_REFERENCE]
reference=Reference
help=Help
aboutprogram=About program
registration=Registration

[MENU_PARTNERS]
partners=PARTNERS
journals=Journals
informationforadvertisers=Information for advertisers

[MENU_PART_JOURNALS]
rl=Avateur radio operator

[STARTING_PAGE]
newpossibilities=New possibilities
detailreadreference=In detail read reference section 'NEW POSSIBILITIES'
determination=DETERMINATION
elementreaon=ELEMENT REE ON
colorandcode=COLOR AND CODE
marking=MARKING
referencebook=REFERENCE BOOK
registrationrequired=Registration is Required

[MESSAGEBOX]
attention=Attention
registration=Registration
invalidnumber=The invalid number are Incorporated!
faithfullnumber=The faithfull number are Incorporated.
givenfunctionrequiredregistration=For use given function is required registration.
ini_1=Configuration file 'ColorAndCode.ini' from the old version
ini_2=Will be made automatically converting to the new version

[DLG_BUYCOLOR]
dlgbuycolor=What buy program Color
paymentwebmoney=Payment through Web Money
paymentbank=Payment through bank

[DLG_BUYCOLOR_WM]
STATIC1=For aquisition of the program necessary to pay 5.0 WMZ / 120.0 WMR with patronage of the deal
STATIC2=on purse:
STATIC4=After undertaking the payment you will send us their own data:
STATIC5=- Your name
STATIC9=- Name and version of the program
STATIC10=on address
STATIC11=and we shall send You: personal and registration number.
attestatinfo=Is it Here found certificate our WM identifier 147957655434
STATIC13=or
STATIC14=Payment through service Web Merchant Interface - WMZ
STATIC15=Payment through service Web Merchant Interface - WMR

[DLG_BUYCOLOR_BANK]
STATIC1=If you do not use Webmoney, that will be able to pay program by bank payment
STATIC2=in rouble through payment system PayBox.ru
STATIC3=The Amount to payment will form 250 roubles.
STATIC4=Page with form for filling data

[DLG_REGISTRATION]
logo=Registration
comment=(the choice of the type to registrations...)
STATIC1=Pay version - Shareware
STATIC2=Personal number
STATIC3=Registration number
STATIC4=- Polnofunkcionalinaya program
STATIC5=Free version - Freeware
STATIC6=Not available following elements of management
STATIC7=With author on e-mail possible
produceregistration=PRODUCE REGISTRATION
transistors=- Transistors
nonstandclrmark=Non-standard color marking;
nonstandcodemark=Non-standard code marking;
mixedmarking=Mixed marking;
resistors=- Resistors
codemarking=Code marking;
capacitors=- Capacitors
fivecolourmarkings=five colour markings;
codemarkings=code marking;
chip=Chip components.
determinationinductances=The Determination of the inductances.
elementmanagementReferencebook=The Element of management 'Reference book.
conclusionelement=The Conclusion of the features element.
determinationdiode=The Determination diode.

[DLG_INFORMATIONONBASE]
logo=Information on element base
comment=(the name of the base, amount element, file...)
elementbase=Element base
amountdetails=Amount of the details
namefile=Name of the file
conclusionanalogue=Conclusion analogue
transistors=Transistors
diodes=Diodes
stabilitronyandstabistors=Stabilitrony and stabistors
varikapy=Varikapy
body=Case
holdersfuzes=Holders of the fuzes
optopary=Optopary
fotoalem=Foto alements
ms=Microcircuits
mk=Microcontrollers
pin=The Indication conclusion
perekl=The Switches
wholeelement=Whole element
smd_codes=SMD codes

[DLG_PARALPOSLEDREZ]
calculator=Parallel and consequent join resistor
paralleljoin=Parallel join
consequentjoin=Consequent join
withprovisionpossibledeflection=With provision for possible deflection in %
calculation=The calculation

[DLG_OB_PREOB]
logo=Reconversion
comment=Resistors
STATIC1=Importance
STATIC2=Dimensionality
STATIC3=Tolerance
STATIC4=TKC
cancel=Cancel

[DLG_ADD_BASE]
logo=Unite bases
comment=Produces association two databases in one
STATIC1=Base is Chose -
STATIC2=Type of the base -
STATIC3=Selected version -
STATIC4=Running version -
select=Indicate database from which will be added data
add=Unite selected base with current
cancel=Cancel

[DLG_ADD_SPISOK]
logo=The List element
comment=Appears the list an element added in the base
element=The Element
korpus=The Drawing of the body
func=The Drawing of the functional scheme
vnesh_vid_korp=Exterior shell
time=Drawing of the cut-in of time of the delay

[DLG_CALCULATOR]
logo=Calculator
comment=Calculations of the different technical direction
calc_1=Parallel join resistor
calc_2=Consequent join resistor
calc_3=Parallel join capacitor
calc_4=Consequent join capacitor
calc_5=Reactive resistance of the capacitor
calc_6=Reactive resistance of the capacitor (+)
calc_7=Reactive resistance of the spool to inductances
calc_8=Reactive resistance of the spool to inductances (+)
calc_9=Inverse determination under parallel join resistor and consequent capacitor
calc_10=The Determination to inductances from frequency and reactive resistance
calc_11=Determination to capacities from frequency and reactive resistance
calc_12=Conductors
calc_13=Cylindrical one layers of the spool
calc_14=Toroid spools on ferrite ring
calc_15=Programming DVDF (divider with variable division factor)

[DLG_OBRAT_PREOB]
logo=Calculator
comment=Inverse determination under parallel join resistor
comment1=and consequent capacitor

[DLG_PROVODNIKI]
logo=The Conductors
comment=Determination of the resistance or lengths of the conductor
DLINA_PROVODNIKA=That is a length of the conductor (m)
ZNACHENIE_R=What importance of the resistance is required (Ohm)
calc_R=The Accounting resistance (Ohm)
calc_L=Accounting length (m)
static1=Choose the alloy
static2=It Is Required define
static3=The Diameter of the conductor
radio1=The Resistance of the conductor
radio2=Length of the conductor


[DLG_REFERENCEBOOK]
logo=Reference book
STATIC1=Searching for
STATIC2=The Element base
STATIC3=The Subgroup

[DLG_REFERENCEBOOK_BASE]
transistors=The Transistors
diodes=The Diodes
stabilitronystabistors=Stabilitrony and stabistors
varikapy=Varikapy
body=The case
holdersfuzes=The Holders of the fuzes
optopary=Optopary
fotoalem=Foto alements
ms=Microcircuits
pin=The Indication conclusion
perekl=Switches
radioalements=Radioelementy
mk=Microcontrollers
smd_codes=SMD codes

[DLG_REFERENCEBOOK_SUBGROUP]
allelements=All elements
diode=Diode
transistor=Transistor
tir=Thyristors
TSVCHGAASP=SVCH GaAs field transistors
digital_tranz_npn="Digital" N-P-N (with built-in resistor)
digital_tranz_pnp="Digital" P-N-P (with built-in resistor)
bipolar_npn_usual=Bipolar n-p-n usual
bipolar_pnp_usual=Bipolar p-n-p usual
bipolar_npn_component=Bipolar n-p-n component
bipolar_pnp_component=Bipolar p-n-p component
transistor_assemblies_npn_bipolar=The Transistor assemblies n-p-n bipolar
transistor_assemblies_pnp_bipolar=The Transistor assemblies p-n-p bipolar
transistor_assemblies_npn_and_pnp_bipolar=The Transistor assemblies n-p-n and p-n-p bipolar
one_connecting_n_base=One connecting n-base
field_pn_transition_channel_n_type=Field p-n transition channel n-type
field_pn_transition_channel_p_type=Field p-n transition channel p-type
usual=Usual
hung_radiating=It Is Hung radiating
IK_range=IK-range
stabilitrony_general_purpose=Stabilitrony general-purpose
stabilitrony_precizion=Stabilitrony ïðåöèçèîííûå
stabilitrony_pulsed=Stabilitrony pulsed
stabilitrony_two_anode=Stabilitrony two anode
stabistors=The Stabistors
linear_positive_voltage=The Linear positive voltage
linear_negative_voltage=The Linear negative voltage
controlled_pol=The Controlled positive voltage
controlled_otr=The Controlled negative voltage
pulsed_voltages=The Pulsed voltages
montage_on_charge=The Montage on charge
on_wire=On wire
car_fuzes=For car fuzes
fotodiod=Photodiode
fototranz=Phototransistor
MS_VD=Videodemodulyator
MS_DC_PAL=Dekoder colors PAL
MS_DC_SECAM=Dekoder colors SECAM
MS_DIGITAL_DC_SECAM=Digital dekoder colors SECAM
MS_DC_NTSC=Dekoder colors NTSC
MS_DC_PAL_NTSC=Dekoder colors PAL/NTSC
MS_DIGITAL_DC_MUSE_NTSC=Digital dekoder colors MUSE-NTSC
MS_KSY=Patch of the signal to brightness
MS_KSC=Patch color transition
MS_S_CPU=Sinhroprocessor
MS_OUT_K=Output cascade of the trained unrolling
MS_IN_IK=Receiver IK signal of the system DU
MS_OUT_IK=Transmitter of the commands IK systems DU
MS_SU_IIP_MT=Scheme of management pulsed IP with powerful transistor
MS_DIG_LINE_DEL_FROM_1_STR=Digital line of the delay to one line
MS_UNCH=Amplifier of the low frequency
MS_SDZS=Stereodekoder bleeps
MS_PVS=Switch videosignal
MS_PAS=The Switch audio signal
MS_PAVS=Switch audio and videosignal
MS_PRGB=Switch RGB signal
MS_PDSK=Switch range selector channel
MS_IVS=Identifier of the videosignal
MS_DAC=DAC
MS_ADC=ADC
MS_PRG_SCHET=Programmable Counter
MS_STABILIZ=Stabilizers
MS_PREOB_FORMAT=Format converter
MS_CIF_COMB_FILT=Digital Comb Filter

PIN_T=The Transistors
PIN_D=The Diodes
PIN_S=Stabilitrony
PIN_V=Varikapy
PIN_FD=The Photodiodes
PIN_FT=The Phototransistors
PIN_SD=The Leds
PIN_TI=The Thyristors
PIN_SB=The Stabilizers
PIN_IND=Indicators
PEREKL_DIP=DIP
PEREKL_KLAV=Key (ðîêåðíûå)

[MESSAGES_REFERENCEBOOK]
GUIDETO=THE GUIDE TO
TRANSISTOR=TRANSISTOR
DIODE=DIODE
STABILITRONYSTABISTOR=STABILITRONY AND STABISTOR
VARIKAPY=VARIKAPY
BODY=CASE
HOLDERFUZES=HOLDER OF THE FUZES
OPTOPARY=OPTOPARY
FOTOALEMENTS=FOTO ALEMENTY
MS=MICROCIRCUIT
MK=MICROCONTROLLER
PIN=INDICATIONS CONCLUSION
PEREKL=SWITCH
RADIOALEMENTS=RADIOELEMENTAM
SMDCODES=SMD CODES

[MESSAGES_STATUSBAR]
SB_FILE_PRINT=Print feature of the selected element
SB_FILE_PRINT_SETUP=Adjust parameters of the seal or printer
SB_APP_EXIT=Terminate work with program Color

SB_SHOW_TOOL=Show or hide toolbar
SB_VIEW_STATUS_BAR=Show or hide status bar

SB_NEW_CALC=Begin calculation of the new element (N)
SB_REZ=Choose calculation a resistor
SB_KOND=Choose calculation a capacitor
SB_TRANZ=Choose the calculation a transistor
SB_DIOD=Choose the calculation a diode
SB_STAB=Choose the calculation stabilitrony and stabistor
SB_VAR=Choose the calculation an varikapy
SB_INDUKT=Choose the calculation of the inductances
SB_CHIP=Choose the calculation a chip component

SB_KALKULATOR=Calculations of the different technical direction
SB_SPRAVOCHNIK=Call to reference information on element base
SB_INFO_BASE=The Conclusion to information (the amount element...) on element base
SB_ADD_BASE=Unite bases
SB_ROWS=Rows of importances of the resistances and capacities
SB_TR_CHIP_R=Tiporazmery chip resistor for surrface montage import
SB_TR_CHIP_C=Tiporazmery laminated ceramic beskorpucnyh chip capacitor
SB_PP_ALEM_GOST=Indication semiconductor instrument
SB_COLOR_CODE_KONTUR_IMP_PRIEM=Color marking contour spool import radio
SB_COLOR_COD_TKE=Color coding of importances TFC
SB_IND_POV_MONT_0805=Inductances for surrface montage type size 0805
SB_IND_POV_MONT_1210=Inductances for surrface montage type size 1210
SB_IND_POV_MONT_1812=Inductances for surrface montage type size 1812

SB_HELP_FINDER=Description of the program (F1)
SB_APP_ABOUT=Information on product: versions, date...
SB_REGISTRATION=Produce registration of the program

SB_BUY_COLOR=Information on buying the program Color
SB_INFO_REAKLAMA=Information on how to place information on Your company in program

SB_M_1=On element is inflicted one mark (1)
SB_M_2=On element are inflicted two marks (2)
SB_M_3=On element are inflicted three marks (3)
SB_M_3_IN=On element are inflicted three marks inwardly branded marking
SB_M_4=On element are inflicted four marks (4)
SB_M_5=On element is inflicted five marks (5)
SB_M_6=On element is inflicted six marks (6)
SB_M_X=On element are inflicted code marks (X)
SB_NS_COLOR=Non-standard color marks are inflicted On element
SB_NS_CODE=Non-standard code marks are inflicted On element
SB_GORIZ=Horizontal code marking is inflicted On element
SB_VERTIK=Vertical code marking is inflicted On element
SB_SMESHAN=Mixed marking is inflicted On element
SB_81X=Transistors to serieses 81x
SB_3X=Transistors to serieses 3x

SB_R_GOST=Standard resistor in accordance with GOST17598-72 and requirements to Publications 62 IEC
SB_R_PHILIPS=Standard resistor PHILIPS
SB_R_CGW=Standard resistor CORNING GLASS WORK
SB_R_PANASONIC=Standard resistor PANASONIC
SB_R_X=Code marking in accordance with GUEST 11076-69 and requirements Publication 62 and 115-2 IEC
SB_R_BOURNS=Standard resistor BOURNS
SB_SMD=Code marking electrolytic capacitor for surrface montage - SMD
SB_SOD_123=In case SOD-123
SB_RU=Domestic marking
SB_PROEL=Marking on standard PRO ELECTRON

SB_CHIP_R=Choose calculation a chip resistor
SB_CHIP_C=Choose calculation a chip capacitor
SB_CHIP_D=Choose calculation a chip diode

SB_COLOR_MODE_CAPACITOR=Mode of the color marking capacitor
SB_CODE_MODE_CAPACITOR=Mode of the code marking capacitor

SB_MODE_SPRAV_TABL=Image of the features in the manner of tables
SB_MODE_SPRAV_KORPUS=Image gabarit sizes of the case
SB_MODE_SPRAV_FUNC_SXEMS=Image of the functional scheme
SB_VCC=Image supplying voltages in the manner of tables
SB_TIME=Image of time of the delay
SB_VNESH_VID_KORPUS=The Image of the exterior of the case
SB_PARAMETRS=Image parameter radio element
SB_PARAMETR=Adjustment parameter program
SB_KALKULATOR_IZBRANNOE=The Elected calculations of the different technical direction
SB_SET_IZBRANNOE=Installation elected calculation
SB_UDELNOE_R_MATERIAL=Reference book for resisitivity material

SB_LANGUAGE=Choice of the language of the program

SB_IDS_IDLEMESSAGE=Press F1 for reception help

SB_OBR_PREOB=Reconversion
SB_CANCEL_COLOR=Canceal last incorporated colour (Ruling button of the mouse)

[MESSAGES_TOOLBAR]
TB_NEW_CALC=New calculation
TB_REZ=Resistors
TB_KOND=Capacitors
TB_TRANZ=Transistors
TB_DIOD=Diodes
TB_STAB=Stabilitrony and stabistors
TB_VAR=Varikapy
TB_INDUKT=Inductances
TB_CHIP=Chip components
TB_R_GOST=GOST/62 IEC
TB_R_PHILIPS=PHILIPS
TB_R_CGW=CORNING GLASS WORK
TB_R_PANASONIC=PANASONIC
TB_R_X=Code GOST/62 and 115-2 IEC
TB_R_BOURNS=BOURNS
TB_SMD=SMD capacitors
TB_SOD_123=SOD-123
TB_SOD_80=SOD-80
TB_JIS_C_7012=JIS-C-7012 (Japan) - ñóïðåññîðû
TB_SPRAVOCHNIK=Reference book
TB_MODE_SPRAV_TABL=Table
TB_MODE_SPRAV_KORPUS=Case
TB_MODE_SPRAV_FUNC_SXEMS=Scheme
TB_FILE_PRINT=Print
TB_M_1=One mark
TB_M_2=Two marks
TB_M_3=Three marks
TB_M_3_IN=Three marks - inwardly branded
TB_M_4=Four marks
TB_M_5=Five marks
TB_M_6=Six marks
TB_M_X=Code marks
TB_NS_COLOR=Non-standard color marks
TB_NS_CODE=Non-standard code marks
TB_GORIZ=Horizontal marking
TB_VERT=Vertical marking
TB_SMESHAN=Mixed marking
TB_81X=Series 81x
TB_3X=Series 3x
TB_CHIP_R=Chip resistors
TB_CHIP_C=Chip capacitors
TB_CHIP_D=Chip diodes
TB_COLOR_MODE_CAPACITOR=Color marking
TB_CODE_MODE_CAPACITOR=Code marking
TB_RU=Domestic
TB_PROEL=PRO ELECTRON
TB_OBR_PREOB=Reconversion
TB_CANCEL_COLOR=Canceal incorporated colour
TB_KALKULATOR=The Calculator
TB_KALKULATOR_IZBRANNOE=Calculator (elected)
TB_VNESH_VID_KORPUS=The Exterior of the case
TB_VCC=Feeding
TB_PARAMETRS=The Parameters
TB_TIME=Time of the delay


[DLG_ROWS]
logo=Rows of importances of the resistances and capacities

[DLG_SELECT_LANGUAGE]
logo=Language...
comment=(choice of the language of the program)
cancel=Cancel

[DLG_TR_CHIP_RC]
logo_1=Tiporazmery chip resistor for surrface montage import
logo_2=Tiporazmery laminated ceramic unpackaged chip capacitor
tr=Tiporazmer
mass=Mass (gram)
max_vt=Greatly power, Vt
max_napr=Maximum worker voltage, V
u_rab=Worker voltage, V

[TITLE]
typebody=type of the case
CAPACITOR=CAPACITOR
SMD=SMD
DETERMINATION_CHIP=DETERMINATION CHIP
RESISTOR_ON=RESISTOR ON
DETERMINATION_TYPE_TRANSISTOR=THE DETERMINATION of the TYPE of the TRANSISTOR
DETERMINATION_NOMINAL_RESISTOR=DETERMINATION of the NOMINAL VALUE of the RESISTOR ON
DETERMINATION_NOMINAL_CAPACITOR=DETERMINATION of the NOMINAL VALUE of the CAPACITOR ON
DETERMINATION_TYPE_DIODE=DETERMINATION of the TYPE of the DIODE ON
DETERMINATION_TYPE_DIODE_SOD_123=DETERMINATION of the TYPE of the DIODE In CASE SOD-123
DETERMINATION_TYPE_DIODE_SOD_80=DETERMINATION of the TYPE of the DIODE In CASE SOD-80 ON
DETERMINATION_TYPE_STABILITRON=DETERMINATION of the TYPE STABILITRONS And STABISTOR ON
DETERMINATION_TYPE_STABILITRON_JIS_C_7012=DETERMINATION of the TYPE STABILITRONA ON STANDARD JIS-C-7012 ON
DETERMINATION_TYPE_VARIKAPA=DETERMINATION of the TYPE VARIKAPA ON
DETERMINATION_NOMINAL_INDUCTANCES=DETERMINATION of the NOMINAL VALUE of the INDUCTANCES ON
POINT_COLOUR_MARKING=POINT COLOUR MARKING
COLOUR_MARKING=COLOUR MARKING
CODE_MARKING=CODE MARKING
MARKING_1_O=1-e
MARKING_2_X=2-o
ON_MARKING_2_X=ON 2-o
MARKING_3_X=3-e
ON_MARKING_3_X=ON 3-e
ON_MARKING_4_X=ON 4-e
MARKING_3_h_inwardly_branded=3-h (inwardly branded)
MARKING_4_X=4-r
MARKING_5_I=5-e
MARKING_6_I=6-s
SERIESES_3x=THE SERIESES 3x
SERIESES_81x=THE SERIESES 81x
HORIZONTAL_MARKING=ON HORIZONTAL MARKING
VERTICAL_MARKING=ON VERTICAL MARKING
MIXED_MARKING=ON MIXED MARKING
NON_STANDARD_CODE_MARKING=ON NON-STANDARD CODE MARKING
NON_STANDARD_COLOR_MARKING=ON NON-STANDARD COLOR MARKING
ON_CODE_MARKING=ON CODE MARKING
ON_2x_POINT_COLOR_MARKING=ON 2-x POINT COLOR MARKING
ON_4x_POINT_COLOR_MARKING=ON 4-x POINT COLOR MARKING
STANDART_PROEL=STANDARD PRO ELECTRON

[MESSAGES_PROGRAM]
MP_DETERMINATION=DETERMINATION :
MP_RESULT=RESULT :
MP_IMPORTANCE_NOT_FOUND=IMPORTANCE is NOT FOUND
MP_BOURNS_M3=For resistor from row E-24, the tolerance 1 and 5%, type size 0603, 0805 and 1206.
MP_BOURNS_M3_IN=For resistor from row E-96, the tolerance 1%, type by size 0603.
MP_BOURNS_M4=For resistor from row E96, the tolerance 1%, type size 0805 and 1206.
MP_PANASONIC_R_VID_0_1=Ring of the wanted colour marks
MP_PANASONIC_R_VID_0_2=high-quality film resistor
MP_PANASONIC_R_VID_0_3=type ERDAS3 for sound technology
MP_KOL_VIV_MS=The number of pins microcircuits: 
MP_KOL_VIV_MK=Number findings mikrokontorollera: 

[DLG_PP_ALEM_GOST]
logo=Indication semiconductor instrument on GUEST 10862-64 (four elements)
TITLE_1=Element and purpose
TITLE_2=Conditional indication
TITLE_ALEM_1=THE FIRST ELEMENT - a SOURCE MATERIAL:
ALEM_1_G=- Germanium
ALEM_1_G_OR_1=Ã or 1
ALEM_1_K=- Silicon
ALEM_1_K_OR_2=Ê or 2
ALEM_1_A=- Arsenide ãàëèÿ and his(its) join
ALEM_1_A_OR_3=À or 3
TITLE_ALEM_2=SECOND ELEMENT - a SUBCLASS INSTRUMENT :
ALEM_2_1=- Sverhvysokochastotnye diodes
ALEM_2_2=- Varikapy
ALEM_2_3=- Vypryamitelinye, universal, pulsed diodes
ALEM_2_4=- Tunelinye diodes
ALEM_2_5=- Uncontrolled laminated switching instruments
ALEM_2_6=- Stabilitrony
ALEM_2_7=- Transistors
ALEM_2_8=- Operated laminated switching instruments
ALEM_2_9=- Fotopribory
ALEM_2_10=- Vypryamitelinye poles and blocks
TITLE_ALEM_3=THE THIRD ELEMENT - a PURPOSE INSTRUMENT :
ALEM_3_1=+ Diodes low and radio frequency
ALEM_3_1_1=- âûïðÿìèòåëüíûå
ALEM_3_1_2=- universal
ALEM_3_1_3=- pulsed
ALEM_3_2=+ Varikapy
ALEM_3_3=+ SVCH-DIODES
ALEM_3_3_1=-mixing
ALEM_3_3_2=-video detectors
ALEM_3_3_3=-ìîäóëÿòîðíûå
ALEM_3_3_4=-parametric
ALEM_3_3_5=-switching
ALEM_3_3_6=-óìíîæèòåëüíûå
ALEM_4_1=+ Photodiodes
ALEM_5_1=+ Phototransistors
ALEM_6_1=+ Operated laminated switching instruments (thyristors)
ALEM_6_1_1=-small power
ALEM_6_1_2=-average power
ALEM_6_1_3=-big power
ALEM_7_1=+ Uncontrolled laminated switching instruments (äèíèñòîðû)
ALEM_7_1_1=-small power
ALEM_7_1_2=-average power
ALEM_7_1_3=-big power
ALEM_8_1=+ Tunelinye diodes
ALEM_8_1_1=- óñèëèòåëüíûå
ALEM_8_1_2=- ãåíåðàòîðíûå
ALEM_8_1_3=- switching
ALEM_9_1=+ Stabilitrony with voltage of the stabilizations, V
ALEM_9_1_1=* small power (P < 0,3 Vt) :
ALEM_9_1_2=* average power (P = 0,3...5 Vt) :
ALEM_9_1_3=* big power (P > 5 Vt) :
ALEM_10_1=+ Vypryamitelinye poles
ALEM_10_1_1=- small power
ALEM_10_1_2=- average power
ALEM_11_1=+ Vypryamitelinye blocks
ALEM_11_1_1=- small power
ALEM_11_1_2=- average power
ALEM_11_1_3=- big power
ALEM_12_1=+ Transistors
ALEM_12_1_1=* small power
ALEM_12_1_1_1=- low frequency
ALEM_12_1_1_2=- average frequency
ALEM_12_1_1_3=- high and over radio frequency
ALEM_12_1_2=* average power
ALEM_12_1_2_1=-l ow frequency
ALEM_12_1_2_2=- average frequency
ALEM_12_1_2_3=- high and over radio frequency
ALEM_12_1_3=* big power
ALEM_12_1_3_1=-l ow frequency
ALEM_12_1_3_2=- average frequency
ALEM_12_1_3_3=- high and over radio frequency
TITLE_ALEM_4=THE FOURTH ELEMENT - a letter, marking taxonomic group of the instrument (the variety of the type).
Example=The Example. KT315A - a transistor on base silicon, small power, radio frequency.

[DLG_COLOR_CODE_INDUK_IMP_PRIEM]
logo=Color marking contour spool import radio
TITLE_1=Colour of the marking
TITLE_2=Purpose contour spool
TITLE_3=Number conclusion windings
TITLE_4=Number whorl
TITLE_5=Capacity of the internal capacitor, pf
TITLE_6=Picture

KONTUR_1_color=Yellow
KONTUR_1_purpose=Filter IF-ÀÌ - 455...460 êÃö 
KONTUR_1_numberconclusion=1-2-3 / 4-6
KONTUR_1_numberwhorl=100+50
KONTUR_1_capacity=190

KONTUR_2_color=White
KONTUR_2_purpose=Detector IF-ÀÌ - 455...460 êÃö 
KONTUR_2_numberconclusion=1-2-3
KONTUR_2_numberwhorl=50+50
KONTUR_2_capacity=410

KONTUR_3_color=Orange
KONTUR_3_purpose=Filter IF-FÌ - 10,7ÌÃö [*]
KONTUR_3_numberconclusion=1-3 / 4-6
KONTUR_3_numberwhorl=12 / 2 
KONTUR_3_capacity=75

KONTUR_4_color=Lilac
KONTUR_4_purpose=Filter IF-FÌ - 10,7 ÌÃö 
KONTUR_4_numberconclusion=1-3 / 4-6
KONTUR_4_numberwhorl=11 / 2
KONTUR_4_capacity=90

KONTUR_5_color=Rose
KONTUR_5_purpose=Discriminator IF-FÌ - 10,7 MHZ [**]
KONTUR_5_numberconclusion=1-3
KONTUR_5_numberwhorl=7
KONTUR_5_capacity=190

KONTUR_6_color=Green or blue 
KONTUR_6_purpose=Discriminator IF-FÌ - 10,7 MHZ [**]
KONTUR_6_numberconclusion=1-3
KONTUR_6_numberwhorl=11

KONTUR_7_color=Red
KONTUR_7_purpose=Sidebar ãåòåðîäèíà ÀÌ AW-LW 
KONTUR_7_numberconclusion=1-3 / 4 - 6, 2 - 3 
KONTUR_7_numberwhorl=80...100 [***] / 8...12 
KONTUR_7_capacity=-

KONTUR_COMENT_1=[*] Can be used instead of blue and green. In this case spool relationship 4-6 are not connected to charge.
KONTUR_COMENT_2=[**] They Are Used with different microcircuit.
KONTUR_COMENT_3=[***] The Number whorl depends on capacities CVC. The Correlation of the number whorl windings of the contour spool and spools relationship are chose within 10:1-8:1.

[DLG_COLOR_CODE_TKE]
logo=Color coding of importances TFC

TITLE_1=Colour of the case
TITLE_2=Colour point on case
TITLE_3=Group TFC
TITLE_4=Importance TFC, 10^-6/*C, in interval of the temperature 20...85 *C

blue1=blue
gray=gray
blue2=blue
black=black
brown=brown
red=red
orange=orange
yellow=yellow
green=green
yellow_or_gray=yellow or gray

[DLG_CHIP_INDUKT_TIPORAZMER_0805]
logo=Inductances for surrface montage type size 0805

TITLE_1=Type CCSP 0805 C
TITLE_2=Inductance, íÃí
TITLE_3=Dobrotnosti
TITLE_4=Frequency of the own resonance, MHZ
TITLE_5=R max, Ohm
TITLE_6=I max, ìÀ

[DLG_CHIP_INDUKT_TIPORAZMER_1210]
logo=Inductances for surrface montage type size 1210

TITLE_1=Inductance, ìêÃí
TITLE_2=Dobrotnosti
TITLE_3=Frequency of the own resonance, MHZ
TITLE_4=R max, Ohm
TITLE_5=I max, ìÀ

[DLG_CHIP_INDUKT_TIPORAZMER_1812]
logo=Inductances for surrface montage type size 1812

TITLE_1=Inductance, ìêÃí
TITLE_2=Dobrotnosti
TITLE_3=Frequency of the own resonance, MHZ
TITLE_4=R max, Ohm
TITLE_5=I max, ìÀ

[DLG_IZBRAN_CALC]
logo=Calculator
comment=Group chosen calculation in one point
add=Add chosenned point current in elected
del=Delete chosenned point from elected
static=Current
static2=Elected

[PARAMETRS_MS_STABILIZ]
kol=7
P01=Minimum input voltage, V
P02=Maximum input voltage, V
P03=Output minimum voltage, V
P04=Maximum output voltage, V
P05=Maximum output current,
P06=The voltage drop across the input-output, V
P07=Ambient temperature, *C

[PARAMETRS_MK]
kol=6
P01=Number of teams
P02=The volume of Flash memory (KB)
P03=Volume EEPROM (KB)
P04=Volume SRAM (KB)
P05=Clock frequency
P06=Watchdog timer with an independent generator

[PARAMETRS_MS_KSC]
kol=10
P01=Delay to brightness of the signal
P02=Improvement color transition
P03=Entering the signal to brightness, V
P04=Output signal to brightness, V
P05=Factor of the issue, db
P06=Band of the frequencies of the output signal to brightness, MHZ
P07=Entry colour different signal, V
P08=Output colour different signal, V
P09=Time of the connecting process colour different signal, ns
P10=Aperture correction: external cascade (through cascade of the delay), ns

[PARAMETRS_MS_UNCH]
kol=11
P01=On/Off the mode BNR
P02=Termozaschita
P03=Protection from short circuits
P04=Controlled from outside gain factor
P05=Impedans loudspeaker, Ohm
P06=The Output power, Vt
P07=The Full factor of the harmonicas, %
P08=The Gain factor on voltage, db
P09=The Frequency range, êÃö
P10=The Voltage output noise, ìêÂ
P11=Connecting fading between channel, db

[DLG_EDIT_MATERIAL]
logo=Editor material
edit=Edit current material
add=Add new material
del=Delete current material
name_new_material=Name of the new material
add_new_material=Add new material
edit_material=Edit current material
del_tek_material=Delete the current material?
mess=Warning
static1=The Functions of the editing
static2=Information
static3=The Library:
static4=The Amount material:
static5=The Name of the file:
static6=Factor

lib_usm=Resisitivity of the material

[DLG_FIL_REG_RU]
S0=Name
S1=Nominal frequency, MHZ
S2=Fading on nominal frequency, db
S3=Marking
red=red
white=white

[DLG_ReactL]
static=Inductance
static2=Frequency

[DLG_ReactC]
static=Capacity
static2=Frequency

[DLG_OPR_C]
static=Reactive resistance
static2=Frequency
static3=Selected importance from row

[DLG_OPR_L]
static=Reactive resistance
static2=Frequency

[DLG_CIL_ODN_KAT]
PEREMEN=How much whorls in spool
PEREMEN_REZULT=Inductance of the spool, ìêÃí
PEREMEN_2=That is an inductance, ìêÃí
PEREMEN_REZULT_2=Spool contains whorl
PEREMEN_REZULT1_2=wire by diameter, mm
radio1=Inductance
radio2=Number whorl and diameter of the wire
STATIC1=Internal diameter of the spool (diameter of the framework), mm
STATIC2=Length of the spool, mm
STATIC3=Ferromagnetic serdechnik
STATIC4=Importance of magnetic permeability
STATIC5=It Is Required define
FER_SERD=There is

[DLG_TOR_KAT_FER_KOL]
STATIC5_0=Magnetic permeability serdechnik
STATIC6_0=How much whorls in spool
STATIC7_0=Inductance of the spool, ìêÃí
STATIC5_1=What needs inductance, ìêÃí
STATIC6_1=Magnetic permeability serdechnik
STATIC7_1=It is Necessary to wind whorl
STATIC5_2=What needs inductance, ìêÃí
STATIC6_2=How much whorls in spool
STATIC7_2=Magnetic permeability serdechnik
STATIC1=External diameter - d, mm
STATIC2=Internal diameter - b, mm
STATIC3=Height - h, mm
STATIC4=It Is Required define
RADIO1=Inductance
RADIO2=Number whorl
RADIO3=Magnetic permeability

[DLG_INFO_VER]
logo=The Renovation
comment=Automatic checking the renovations of the program
update=Check renovation when start the program

[DLG_PARAM_SPRAV]
logo=The Parameters of the reference book
comment=adjustment state of working reference book radio element
group=Produce the group a transistor, resistor..., in one point "Radio elements"

[DLG_PROG_DVDF]
static=It Is Expected programme DVDF:
radio1=For one frequency
radio2=For net of the frequencies
text_1=Will Enter factor of the fission
text_1_2=Initial factor of the fission
text_2=Final factor of the fission
text_3=Step of the change
COMMENT_1=- An Indication conclusion microcircuits is shown on drawing and corresponds to also different types of the performance of the microcircuit: 564ÈÅ15, KA 561ÈÅ15À, KA561ÈÅ15Â.
COMMENT_2=- A Maximum repetition rate input pulse at voltage power source 5V for KA561ÈÅ15À forms 1.5 MHZ, for KA561ÈÅ15Â forms 0.75 MHZ.
COMMENT_3=- When feeding the microcircuit by voltage 10V  repetition rate pulse increases before 3 accordingly and 1.5 MHZ.
COMMENT_4=- A Microcircuit KA561ÈÅ15 - programmed counter - a divisor with factor of the fission from 3 before 21327, being analogue of the foreign microcircuits CD4059 and MCY74059.
CALC=Calculation