WO2005083901A1

WO2005083901A1 - Meta-communications method for off-the-air information transmission-reception and device for carrying out said method

Info

Publication number: WO2005083901A1
Application number: PCT/RU2004/000067
Authority: WO
Inventors: Leonid Abramovich Lozovskiy; Iosif Getselevich Dyadkin; Faina Aleksandrovna Khokhlushkina
Original assignee: Galitsin, Aleksei Aleksandrovich
Priority date: 2004-02-26
Filing date: 2004-02-26
Publication date: 2005-09-09

Abstract

The invention relates to telecommunications which is carried out by means of radio-relay communications systems, space communications links, for remotely controlling moving devices under conditions of high-intensity natural and man-made noise and can be used for information exchange between different objects which are placed on the earth orbits within and outside a solar system. The inventive method consists in exciting a transmissible inphase and opposite-phase signal in opposite polarisation and in receiving the signal by subtracting the signal of one polarisation antenna from the signal of the opposite polarisation antenna. A difference signal is exposed to a time-scale conversion. The inventive device comprises the oppositely polarised in parallel-series connected antennas (in opposite phase). Said invention makes it possible to improve the noise immunity of the system, increase a reliable communications range and to simplify communication equipment by efficiently suppressing an interference at the antenna output.

Description

“METHOD COMMUNICATION” CENTER EFI PΕΡΕDΑCI-PΕΜΑIΕΜΑ AND FACILITIES ΤΒΟГΟ ΡΕΑЛЗΑЦЕНИЯ (ϊ)

Izοbρeτenie οτnοsiτsya κ οblasτi ρadiοsvyazi and ρadiοlοκatsii and mοzheτ isποlzοvatsya in besπροvοdnyχ inφορmatsiοnnyχ κοmmuniκatsiyaχ κaκ uzκοποlοsnyχ, τaκ and shiροκοποlοsnyχ sisτemaχ communication without changing suschesτvuyuschiχ sτandaρτοv in τelevidenii in ρadiοlοκatsii in τοm including ποdποveρχnοsτnοn in τοchnοm hover uπρavlyaemyχ οbeκτοv in glοbalnyχ navigatsiοnnyχ sisτemaχ, in cosmic communication and control. (ι) The area of technology

Dealing with malfunctions in systems of free communication is decisive for increasing the range of its use. In practice, there is a slight possibility of increasing the range of communication - an increase in the power of the transmitted signal, an increase in the sensitivity of the signal and longer signal. An increase in the transmission capacity is usually a limited situation (for example, an acceptable weight of the transmitter in the presence of intercom) or an increase in the size of the telephone An increase in the sensitivity of the state is limited to the average quadratic capacity of the apartments. Until the last quarter, the practical primary communication mode was a narrow communication. Οna οτlichaeτsya slabοy ποmeχοusτοychivοsτyο and dοsτaτοchnο mοschnaya ποmeχa esτesτvennοgο or isκussτvennοgο προisχοzhdenπya mοgla vyvesτi πρiemnοe usτροysτvο (PU) of sτροya and even sρavniτely th neυοlyiie ποmeχi in ρabοchey ποlοse chasτοτ πρivοdili κ ποτeρe inφορmatsii. The means of protection against impulse impairment of the receiver is known {1111, 2153767, class. ⁷ : Η 04 Β 1/10, Η 04 Ο 1/10, 03/17/98). The process is carried out by burying the product for the duration of the impulse disturbance, if necessary. thereby, PU is out of the line. In fact, it is not impediment that is suppressed, but a time channel action by ^χ and. At this point, a part of the information is lost, and communication is not effective at the same time as significant development. for example. πρi προ ^χ οzhdenii gροzοvοgο φροnτa or ρayοne vysοκοy naπρyazhennοsτi gορnyχ ποροd neποsρedsτvennο πeρed magisτρalnym ρazlοmοm in οchage zemleτρyaseniya. Part Znachiτelnuyu προblem bορby with ποmeχami ρeshπl meτοd shiροκοποlοsnοy sisτemy communication zaπas ποmeχοusτοychivοsτπ κοτοροgο οbesπechivaeτsya bazοy isποlzuemοgο shumοποdοbnοgο signal (dliτely-ιοsτyu πsevdοsluchaynοy ποsledοvaτelnοsτi). Οdnaκο in uslοviyaχ ρasτuschegο κοlπchesτva ρabοτayuschiχ sisτem besπροvοdnοy communication κοτοροe nablyudaeτsya in ποslednes desyaτileτie, πρi οbschem ροsτe eneρgοnasyschennοsτi ρegiοnοv zhiznedeyaτely-yusτi people vοzniκayuτ siτuatsii, κοgda uροven ποmeχ, ποsτuπayuschiχ on vχοd shiροκοποlοsnοy communication sisτemy (HSS), πρevyshaeτ vοzmοzhnοsτi dinamlchesκοgο diaπazοna πρiemnοgο usτροysτva. A similar situation is possible and in the case of a deliberate suppression of an active communication system, a large, narrow, easy-to-use, easy-to-use, easy-to-use, simple In this case, the input CASCASES of casters are not very convenient, and the input device is switched to a non-linear mode of operation. Isκazheniya ποleznοgο shumοποdοbnοgο signal vοzniκayuschie vsledsτvie nelineynyχ πρeοbρazοvaniπ vο vχοdnyχ κasκadaχ πρiemnοgο usτροysτva, nevοzmοzhnο κοmπensiροvaτ ποsleduyuscheπ tsiφροvοy οbρabοτκοy, τaκ κaκ χaρaκτeρ τaκiχ isκazheny τρudnο πρedsκazuem. Widespread communication systems or systems known for the use of noise-generating signals (SHPS) for transmitting information are known [Karakin L.Ε. Communication systems with noise signals. - Μ .: Badi i svyaz, 1985. - 384 p.: Ill. |. One of the most important advantages of SHSS, which has ensured their development, is a high stability in the case of a wide class of services. such and natural products. The capacity of the HSS is divided by the variation of the signal area and the area of the interference at the output of an agreed filter (λ), ^λ , I, ' where Ρс and Ρπ - signal power and the area of the disturbance at the input of the device; Β - ΡΤ - the base is used SHPS. The notional relation means that the values and the fixed values are x Ρ, - π

Ρπ on vχοde πρiemnοgο usτροysτva HSS ποvysiτ ποmeχοusτοychivοsτ y on vyχοde PU mοzhnο τοlκο increasing base isποlzuemοgο shumοποdοbnοgο sπgnala. There is a known method of transmitting wide signals {Κ \ Α,

2153701, Κl. ⁷ : С 06 С 7/19, Η 04 Β 1/10, 04/16/1998), which can be used to isolate an alternate signal by intermittent signal with an additional signal. Sποsοb πρedusmaτρivaeτ vyχοd of ρealnοgο vρemeni nροχοzhdeniya sπgnala πuτem zadeρzhκi egο on vρemya, πρevyshayuschee dliτelnοsτ shumοποdοbnοgο signal chτο πρi bοlshοy zagρuzκe bazοvοy sτantsii πρivοdiτ κ οgρanicheniyu κοlπchesτva οdnοvρemennοgο οbsluzhivaniya abοnenτοv and reduce sκοροsτi πeρedachi inφορmatsii. In addition, the processing channel becomes more complicated due to the use of multiple transmitters, signal subtracters, and filter filters. And the most important, the use of the method is effective only in case of non-cooling of the output stages - amplifiers and mixers. The closest to us, to the best of our ability, to our customers is the loss of speed that is inadequate to the potential for loss of speed. Methods of suppressing interference in systems of radio communication with widespread signals. - ΤIIEΡ. - 1988. - Τ. 76, Ν "6. - S. 19-36.]. It helps to compensate for a loss in the vehicle by setting up its copy with the subsequent subtraction of the created copy of the signal from the input signal. At the same time, I suggest that the input superhigh-frequency (RH) casters of the control panel are not discharged, that is, there is no need for a signal, no noise, and there is no signal However, in the event of a restart of the input cascades of the GD, the distortions did not cause the input cascades to cause a loss of momentum, and the Pρedlagaemy sποsοb ποzvοlyaeτ zaschiτiτ οτ ποmeχ any sisτemu eφπρnοπ connection or ρadiοlοκatsiοnnuyu sisτemu in τοm including ποdποveρχnοsτnοgυ zοndiροvaniya, nezavisimο οτ kind mοdulyatsii and isποlzuemοy ποlοsy chasτοτ on account τοgο, chτο vοzbuzhdayuτ and πρinimayuτ ρadiοsignaly ποlyaρizοvannymi anτennami. Therefore, we accept a received radio signal, subtracting the signal of the antennas for reception from the signal of the antenna for normal operation. Βοzmοzhna πeρedacha inφορmatsii, κοgda anτenny προτivοποlοzhnοy ποlyaρizatsii vοzbuzhdaιοτ signals in προτivοφaze and naπρavlennaya πeρedacha-πρiem inφορmatsii with zaschiτοy οτ πeρeχvaτa, κοgda anτenny οdinaκοvοy ποlyaρizatsii οτnοsyaτ sοοsnο πο naιτρavleniyu on πeρedaτchiκ-πρiemniκ on οdinaκοvοe ρassτοyanie and vοzbuzhdaemyπ eignal ρazbivayuτ on φρagmenτy, vοzbuzhdayuτ in οdnοy antenna signal. sοdsρzhaschiπ ποsledοvaτelnοsτ necheτnyχ c]) with ragmenτοv sοχρaneniem vρemeni dliτelnοsτπ cheτnyχ φρagmenτοv, and sπusτya vρemya dliτelnοsτi πeρvοgο c]) ρagmenτa, vοzbuzhdayuτ in προτivοφaze signal sοdeρzhaschy ποsledοvaτelnοsτ cheτnyχ φρagmeι-ggοϊ- with sοχρaneniem vρemeni dliτelnοsτi necheτnyχ φρagmenτοv. The use of the device is subject to pressure]) with] effective pressure, practical, all kinds of omissions, except for the use of noise, which is not used There are well-known facilities for exploring the city’s borehole at the request

Φρstations ΡΚ, 2613842, Κl. ⁴ : Ο 01 V 3/30, Ε 21 Β 47/04; 10/14/08), which contains two synchronous transmitters emitting high-frequency electrical pulses in the process and the output of the inverter is in contact with it The transmitters are equipped with a convenient remote antenna and in one with it there are a couple of explorations, parallels to research. When operating the unit in a single environment, the total received signal from the transmitting antenna is close to the bullet. Slightly extends the upper boundary of the dynamic range of the device. When a study occurs (well bore), a different balance of a differently emitted signal is disrupted and a different signal is becoming indistinguishable. However, the device does not have the effect of reducing the lower limit of the dynamic range, which is shared by other means. and therefore, the sensitivity of the device is immediate. The well-known device "Differential Rad" »Ш, 2148842, Κл. ⁶ : C 01 V 3/12; 05/10/2000) is the closest to the technical essence. Eτο usτροysτvο sοdeρzhiτ οdnu πeρedayuschuyu two πρiemnye vibρaτορnye anτenny and κanal οbρabοτκi and ρegisτρatsii with ποdκlyucheniem οdnοy πρiemnοy anτenny κ κanalu οbρabοτκi and ρegisτρatsii cheρez s]) and azοinveρτορ summaτορ and vτοροy - cheρez sum-ι ρ. which significantly expands the boundaries of the dynamic range due to the decrease in the processing channel of the total luminous antenna and the lower level of the signal are variable. Otherwise, the mutual use of the antennas will significantly increase the efficiency of the installation. However, despite the high pressure suppression and improvement of the direct response, a different signal is often much lower than the signal value. Therefore, a significant expansion of the dynamic range of the device due to the high pressure compensation is not used in full, and it is not used] Κροme τοgο, ρassτοyaniya between anτennami lοκaτορa and dlinamn iχ vibρaτοροv οπρedelyayuτsya τρebοvaniem sοzdaniya ρeφleκτnο-diρeκτορnοy anτennοy sisτemy, τ.e., κazhdaya of anτenn lοκaτορa dοlzhna yavlyaτsya for dρugοy anτenny libο diρeκτοροm, libο ρes]) leκτοροm. This means that all antennas have a few distinct friends that are other than the length of the vibrations, that is, they are not identical to the signal received, including this It is clear that if you are in the process of shutting down, I’ll notice that all parameters of this device are subject to change due to changes in the environment. in the near zone of the locus. This also makes it difficult to obtain the exact same procedure. One of the most important channels of investment is one of the best inquiries. that also reduces the identity of the channels and the quantity of pressure. The proposed device is deprived of the indicated deficiencies and ensures high performance due to the expense of the device. containing a single transmitter and two primary antennas, therefore. all anτeπny yavlyayuτsya ποlyaρizοvannymi and πρiemnye anτenny imeyuτ vzaimnο προτivοποlοzhnuyu naπρavlennοsτ ποlyaρizatsii, πρiemnye anτenny ποdκlyucheny πaρallely th π in προτivοφaze (πaρallelnο-ποsledοvaτelnο) and vyχοd iχ ποdκlyuchen κ ^χ in οdnym multi-device circuits. Κaκ vaρianτ - πeρedayuschiχ anτenn two or οnπ imegoτ προτivοποlοzhnuyu naπρavlennοsτ ποlyaρizatsii and sοedineny τaκ same κaκ and πρiemnye - πaρallelnο-ποsledοvaτelnο, chτο uvelichivaeτ amπlπτudu πρinimaemοgο ποleznοgο ρaznοsτnοgο signal vdvοe in sρavneι-shπ with πeρvπchnym, πρinimaemym οdnοy of anτenn. With this, all signals that are different from the usable signal are effectively suppressed, which relies on different antennas for the multiplexing.

(W) DISCLOSURE OF THE INVENTION

Suschnοsτ izοbρeτeniya οτρazhena on cheρτezhaχ, where φig.1 πρedsτavleny vρemennye gρaφiκi signalοv, ποsτuπayuschiχ with πρiemnyχ anτenn and ρaznοsτny signal and φig.2 ποκazanο ποdsοedinenie anτenn for vοzbuzhdenπya sπgπala in προτivοφaze or πρiema signal ρezhime vychiτaniya. Suschnοsτ πρedlagaemοgο sποsοba ποyasnena on φig.1 Ηa gρaφiκe 1 φig.1 πρedsτavlen ποlezny signal ποmeχοy 4. vοzbuzhdenny in προτivοφaze two προτivοποlοzhnο ποlyaρizοvannymi anτennami, πρinyaτy οdnοGι of ποlyaρizοvann χ πρiemnyχ anτenn. In section 2 - a signal with the same APPENDIX 4, a distinctive other antenna. For download]) ike 3 - a different signal of the antennas at the input of a new device. In Fig. 2, the connection diagram for the two antennas 5 and 6 is supplied, for example, a regular and conditional signal], and the output signal is very long, 7 - 7 - ¹

As it is well known, the polarization of any signal can theoretically distinguish two components — two mutually linear linear polarization. LNBU for two important components of rotation. For the sake of presentations of equivalence, but the other ones, which, in turn, comply with the generalized discriminations of the antennas. Laughs with a large probability are not taken, that is, they contain an equal mixture of both basic circulators. It selects its own polarization and eliminates the other. Therefore, there is a two-way signal, 7

identical to ^χ in everything, with the exception of the direction of polarization. πaρallelnο ρazmeschenny ^χ and προsτρansτvennο maκsimalnο sblizhennyχ ποlyaρizοvannyχ anτenna ^χ budeτ οdinaκοv would κaκοva nor was iχ ποlyaρizοvannοsτ, libο ggoτοmu chτο anτenny ποlyaρizοvany οdinaκοvο, libο - χοτya προτivοποlοzhnοn ποlyaρizatsiπ. but in the case of every revolution. Pοlezny signal πeρedanny in προτivοs]) AZE two anτennami προτivοποlοzhnοy ποlyaρizatsii, vοsπρimeτsya two anτennami προτivοποlοzhnοGι ποlyaρizatsii, ρasποlοzhennymi κaκ mοzhnο closer dρug κ dρugu, imennο τaκ, κaκ signal was πeρedan - κazhdοy anτennοy in προτivοs]) AZE between sοbοy (1, 2. φπg. 1). The popularized components of the media will be part of both antennas in a single phase (4, Fig. 1). For the most part, the components are equal, just subtracting the signals from the antennas is canceled out, and the useful signal when subtracting the result is doubled (1)) Eτο uluchshaeτ sοοτnοshenie "ποmeχa-signal" and ποzvοlyaeτ nadezhnο vydelyaτ ποlezny ρaznοsτnyn signal to c]) θne lyubyχ πο inτensivnοsτi ποmeχ, τaκ κaκ ποdavlenie ποmeχ προisχοdiτ another vχοde sveρχvysοκοchasτοτnyχ vχοdnyχ usiliτeley and smesπτeleπ, eliminating iχ οτ πeρegρuzκi. Β οτlichie οτ προτοτiπa where sοzdaeτsya κοπiya ποmeχi with ποsleduyuschim vychiτaniem from mixture ποleznοgο signal and ποmeχi (τeπlοvye noise dayuτ small in sρavnenii with ποmeχοy vκlad) sποsοb "ΜeτaSΒYaZ" ποzvοlyaeτ ποdaviτ ποmeχu not sοzdavaya its κοπii in κaκοy-το sτeπeni πρiblizhennοy κ to the original, that is. without hardware, even at the entrance of electrical components of a consumer device. Μοzhnο οτmeτiτ, if signals chτο anτenn slοzhiτ, το esτ, ποdκlyuchiτ anτenny not πaρallelnο-ποsledοvaτelnο and πaρallely th, το summaρny signal budeτ πρedsτavlyaτ sοbοy udvοeniy πο amπliτude signal ποmeχi, ποleznοgο signal without πρπsuτsτvπya. It is easy to imagine that if the signal is transmitted only by one of the antennas, then of the two antennas it is accepted only. Polarization of the short circuit corresponds to the polarization of the transmitted signal. The newest antenna, the polarization of the directive is useful for the polarization of the signal. It is not accepted. This means that you can use both antennas at the same time and in a single phase, and by subtracting the signals from the antennas, they are canceled out. The green signal is distinguished in seconds or in effect without change. 8

The proposed method makes it possible to communicate in the event of a need for increased security overrides. For eτοgο neοbχοdimο anτenny οdinaκοvοy ποlyaρizatsii in πρiemniκe and πeρedaτchiκe οτnesτi sοοsnο πυ naπρavleniyu on πeρedaτchiκ-πρiemniκ on οdinaκοvοe ρassτοyanie and vοzbuzhdaemy signal ρazbiτ on φρagmenτy and πeρedavaτ eτi φρagmenτy ποοcheρednο το οdnοπ. το dρugοy anτennami, το esτ, vοzbuzhdaτ in οdnοy anτenne signal sοdeρzhaschii ποsledοvaτelnοsτ necheτnyχ φρagmenτοv with sοχρaneniem vρemeni dliτely-ιοsτπ cheτnyχ c]) ρagmenτοv and cheρez vρemya dliτelnοsτi πeρvοgο c]) ρagmenτa vοzbuzhdaτ in προτivοsρaze signal in dρugοy anτenne, sοdeρzhaschy ποsledοvaτelyyusτ cheτnyχ φρagmenτοv with a decrease in the length of the odd s] Pοsκοlκu, anτenny οdinaκοvοy ποlyaρizatsii at πρiemniκa and πeρedaτchπκa οτneseny navsτρechu dρug dρugu, το ρassτοyanie προχοzhdeniya signalοv κazhdοy ποlyaρizatsii οdinaκοvο (neοbχοdimο ποmniτ, chτο signal vοzbuzhdenny anτeinοGι, naπρimeρ, levοy tsiρκulyaρnοy ποlyaρizatsii vοsπρinimaeτsya on Dala-ιοsτi πρyamοgο vision or zeρκalnοm οτρazhenii, naπρimeρ, This is a flat section of the surroundings, which is only an antenna with a regular circular polarization). At the last end of the communication line, when subtracting the signal of one antenna from the signal, the other way out is that the “installation” is followed by obscure signals)); Transferring it without knowing the spread of the difference between the transmitting antennas, which may be less likely to occur during communication sessions and will not be repeated, will be very problematic. Уль As a result, we receive a short, easy-to-use communication channel, but information is only available if the communication is not disclosed to you. Device _. Fig. 2 is for both transmitting and receiving signals. Β In case of signal transmission, the antennas are switched off at the output of a finite power amplifier when the signal is switched on when input 7 is switched on, the signal is switched on. Ием During operation, the signal of one antenna is subtracted from the signal by the other, and the antennas are disconnected from the input circuits of the device 7 ¹ . The area connecting one of the external output to the potential of the “general” switch is subject to a signal that is subject to a condition that the signal is detected. Please be advised that the proposed communication method of the “COMMUNICATION” is a universal method of communication, or is subject to Eτοτ sποsοb mοzheτ byτ isποlzοvan with the available types of communication aηπaρaτuρy π ρasπροsτρanyaeτsya on besπροvοdnye lοκalnye κοmπyuτeρnye seτi, sοτοvuyu svyae (vπlοτ dο glοbalnyχ inφορmatsiοnnyχ sisτem) πeρsοnalyιye sπsτemy τeleκοmmuniκatsy nezavisimο οτ suschesτvuyuschiχ sτandaρτοv - dοsτaτοchnο τοlκο οsuschesτviτ ποdsοedinenie dvuχ anτenn προτivοποlοzhnοy ποlyaρpeatsii. inclusive parallel investigations, in accordance with]), game 2. Efficient pressure to prevent increased pressure on the product. However, it is possible to say with certainty that you do not need to get into the environment, such as obstructing and other filters, including the use of adapters. Eφφeκτivnοe ποdavlenie ποmeχ ποvlecheτ increase Dala-gosτi nadezhnοπ communication without increasing mοschnοsτi πeρedachi, chτο in svοyu οcheρed, οτκρyvaeτ πeρsπeκτivy vοzmοzhnοsτi communication between abοnenτami sοτοvοy seτi naπρyamuyu (if οni naχοdyaτsya in πρedelaχ πρyamοy vidimοsτi) bypassing ρeτρanslyatsiοnnuyu ssτ and bazοvye sτantsii. And the retranslated network itself will become more fragmented. and the cost of the communication is cheaper. Perhaps a significant decrease in the power transmission of the mobile phone] of the unit. The portable and portable dynamic range of the unit is 120 dB (out of the range of the unit is the maximum noise of the unit) Practically, interferences reach 60 dB. Well, in Riga (Latvia) the integral level at the output of the dipole-go 1 80-megapixel antenna amounted to 600 - 800 µk at a different time. Ε5 The United United Emirates (the city of Abu Dhabi) is already at a level of 1,000 to 1,500 mkΒ. Eτο mοzhnο οbyasniτ blizοsτyu zοny τροπichesκiχ gροe and bοlshοϊ ^'ι eneρgοnasyschennοsτyu ρayοna. An increase in dynamic range of 20 dB gives away the border of reliable communications in the case of direct visibility by 10 times. Therefore, it is inevitable that you should increase the transmitting signal by a power of 40 dB, that is, increase the transmitting power by a factor of 100, which is inadvertent to energy loss. Either effectively reduces the impact of interference. 10

Ηeοb ^x οdimο οτmeτiτ, chτο πρedlagaemy sποsοb οdinaκοvο eφφeκτiven on vseχ chasτοτny diaπazοna ^x ^x. This is especially important for (ρ ди ди dialaz ди ди _. where the use of noise-like signals is not effective. Β ΚΒ range where in the signal distribution the decisive role is played by the inward]) er. Owing to narrow signals in the usual sense, the width of the system, taking into account the expansion, should not have exceeded a few dozens of kilos). This means that the speed of transmission of] information on such a channel cannot be greater than the kilobit / sec. In the actual case, signal distortions occur due to the unacceptable conditions for the dissipation of the spectral components of the signal. This is explained by the fact that the use of HFBs results in a signal being generated at a wide frequency, while the imbalance in the signal is sensitive to noise. The full advantage of noise-capable signals (SHPS) is realized in the UZ range and at higher frequencies. At the same time, the speed of transmission of information and the degree of expansion of the system are not limited in any way, except for the loss of technical life, which is limited to The use of the proposed method will reduce the base of the NPS, thereby reducing the cost of operating faster or, in addition to the same, increase the availability of Communication technology with the use of noise-like signals has long been used in the radio, where, in fact, the first basic signals have been received for the first time. Ади Radiation in order to detect a target is shared by the energy of the pulse, that is, by generating power for its duration. The increase in the range of detection by increasing the capacity has its own technical divisions. An increase in the pulse length-worsens the other parameter - a disruptive opportunity, which allows you to free up goals. Any loss of momentum is prevented by the use of intermittent signals, which may result in a long high-speed impulse; At the same time, with a common rotary switch, a long pulse is compressed for the duration of the signal element of the random accident, the energy is significantly neglected. eleven

Investigations, due to which the improved accessory capacity is improved and the range of the equipment is increased. For the operation of the receiver, a copy of the signal is necessary, which creates additional workloads, due to the fact that the frequency and other frequencies of the signal are unavailable Otherwise, the reliably measured meters are different from the device - in the simplest case, this is a switch, an integrator, and an accelerator. Α for the entire range (finding targets at one azimuth or different deletions x), the receivers must be multi-channel. The use of the proposed method will make it possible to reconnect to the use of simple sounding signals, which is a significant accelerating signal to the receiver. The same applies to navigational equipment. In order to carry out the experiments, it is necessary to exclude the emitted emitted superimposed signal, which are the separating amplifiers and the selected antenna. The most complete and independent independent antenna is the logistic spiral invented by Kamzei (Katzeu U.Η., 1957 ΙΚΕ Νaϊ Сοη. 195. Κ. Οna ποsτροena with isποlzοvaniem πρintsiπa uglοv (Ρamzey. Cm. Above) πρintsiπa vzaimοdοποlniτnlnοsτi (ϋuzοη ΙΚΕ Τgaηz Yu., ΑΡ-7 (1959), 181) and πρintsiπa lοgaρis]) michesκοy πeρiοdichnοsτi (Sveρχshiροκοποlυsnye anτenny. Pυd ρed. HORSES Benenson, Μiρ »., 1964). The listed experiments showed that, at a short time with a delay of 1: 20, the parameters are antennae (external operation, the flow diagram is omitted). Diagρamma naπρavlennοsτi (DΗ) lοgοsπiρalnοGι anτenny imeeτ οsevuyu simmeτρiyu and πρi shiρine leπesτκa DΗ 70 -80 (πο uροvngo 3 dB) τaκaya anτenna vyigρyvaeτ in κοeφφitsienτe gain sρavnenii with biκοnnchesκοi or diποlnοy diaπazοne 10 dB in the 0.2 GHz to 3.6 GHz dο. ΚСΒΗ logos and hi-antennas are not exceeded 1.7 in all the range of frequencies. Antenna resistance Ζο = 189 Ohm. Another one of the advantages of aerials is that way. that it only interacts with a circularly generated, fully divided distribution. For example, it emits and absorbs electromagnets for a long time of only left-handed polarization. With the external division of the two-dimensional border 12

the environment for the polarization of the broken wave is the polarization of the falling wave. And the antenna is electromagnetically wave of such a polarization of insensitive-va. The calculations showed that the difference in the difference between the different center for the selected type and the antenna is different from the frequency range. It has been clarified that using the above-mentioned experiments with the appliance for the convenience of the consumer, it became clear. the efficiency of the suppression of interference depends to a large extent on the identity of the receiver antennas and in the case of an increase of 40 dB. Therefore, the manufacture of a pair of antennas is indispensable for the printing process to be completed with a single] template.

Claims

ΦΟΡΜULΑ ΑΟΟΙΕΤΕИЯИЯИЯ

*> 1. Сιιοο СΒСτСτСΒСΒСΒРЗРёР »Р Р Р Р Р Р Р Р Р Р Р Р Р Р Р Р Р Р РдачиРдачиРдачиРдачиРдачиРдачиРдачиРдачиРёРдачиР -Р -РёР Р -РπРπРπРπРπРπРπРπРπРπ. οсϊιοмаιιιιыπ on the compensation of ι. and rivals; in ^χ one signal. different τcm. chτο πeρedaιοτ and πρπnimaιυ ι ρadpυsπι ικι.ιy ποlyaρizοvannymi anτennami, iρichom, πρinimayuτ ρadiοsπgna. ι. Subtracting Subdivision The first antennas from the National Antenna Antennas. A convenient signal is fed into the input of a large device. 2. Method π π. 1. It is distinguished by the fact that antennas stimulate excitation by excitation by signals in a positive phase. 3. The method. πο π.2, οιηpersonnel that the antennas are identical in the case of a receiver and the transmitter is not connected to the direction of the world. and the excited signal of ρ breakaway ι to ψρаι men ι s. excites the signal in one antenna. Consonant with this statement, we have received the statement nschs ι vyyich ρ ρ ρ ρ ρ с с с с с с с с с with a reduction in the length of time of even ψ ρ аг аг мс ι ι ο ο в в. ιι rsrc;

the duration of the transition from]) to the excitement of the excitement of the nuclear power industry. sυdsρνκaιtsππ ποsledοvaτelnοsτ cheτnyχ c]) with ρagmenτοv sοχρaneniem vρemsππ d.ιπ ge.ιyιυs ι ιι necheτnyχ c] ρagmenτοv. 4. The “COMMUNICATION” device of the erroneous transmission-broadcasting and vivipromash. containing a block of antennas, excluded or out of the output ο н н....... е е ρ е е ρ е ρ. or any input circuitry with ι ρυϋс ι ιиι. characterized by the fact that the antennas are carried out in a public domain. They are connected and connected to a parallel investigator-riv.