D3 Injiniya 2ASVZ-02 DesignCore mmWave Radar Sensor Jagorar Shigarwa

Wannan takaddar tana bayyana yadda ake amfani da D3 Engineering Design Core® RS-1843AOP, RS-6843AOP, da RS-6843AOPA guda-allon mm Wave firikwensin firikwensin. Na'urori masu auna firikwensin da ke cikin wannan jagorar haɗin kai suna da nau'i iri ɗaya da musaya. Anan ga taƙaitaccen samfura daban-daban. Ana iya samun ƙarin bayani a cikin takardar bayanan na'urar da aka bayar.

Tebur 1. RS-x843AOP Model

Samfura	Na'ura	Ƙwaƙwalwar Mita	Tsarin Antenna	Kwarewa (RFIC)
Saukewa: RS-1843A	Saukewa: AWR1843AOP	77 GHz	Azimuth Ya Fada	Saukewa: AECQ-100
Saukewa: RS-6843A	Saukewa: IWR6843AOP	60 GHz	Daidaitaccen Az/El	N/A
Saukewa: RS-6843AOPA	Saukewa: AWR6843AOP	60 GHz	Daidaitaccen Az/El	Saukewa: AECQ-100

HADIN KAI

La'akari da Thermal da Lantarki
Allon firikwensin dole ne ya kwashe har zuwa watts 5 don guje wa zafi. Zane ya haɗa da saman biyu waɗanda yakamata a haɗa su da zafin jiki zuwa wani nau'i na heatsink wanda aka tsara don aiwatar da wannan canja wuri. Waɗannan suna gefen gefen allon inda ramukan dunƙule suke. Ƙarfen da aka goge ya kamata ya tuntuɓi ƙasan allon daga gefen kusan 0.125" ciki. Za'a iya sauke saman don guje wa ragewa uku ta wuraren da ke ƙasa. Akwai abin rufe fuska a kan vias wanda ke ba da rufin, duk da haka a cikin yanayi tare da rawar jiki ya fi aminci don ƙirƙirar fanko a samansu. Hoto na 2 yana nuna wuraren ta wuraren.

Hanyar Antenna
Ya kamata a lura cewa firmware na aikace-aikacen na iya aiki tare da kowane yanayin firikwensin, amma wasu aikace-aikacen da aka riga aka gina na iya ɗaukar yanayin da aka bayar. Da fatan za a tabbatar da cewa daidaitawar da aka saita a cikin software ya dace da ainihin wurin sanya firikwensin.

Yaki da Radome la'akari
Zai yiwu a ƙirƙiri murfin a kan firikwensin, amma murfin dole ne ya bayyana ganuwa ga radar ta hanyar yin shi da yawa na tsawon rabi a cikin kayan. Ana iya samun ƙarin kan wannan a cikin sashe na 5 na bayanin aikace-aikacen TI da aka samu anan: https://www.ti.com/lit/an/spracg5/spracg5.pdf. Injiniya D3 yana ba da sabis na tuntuɓar akan ƙirar Radome.

INSHARA

Akwai kawai dubawa guda ɗaya don tsarin RS-x843AOP, mai kai na 12-pin. Shugaban shine Samtec P/N SLM-112-01-GS. Akwai zaɓuɓɓukan mating da yawa. Da fatan za a tuntuɓi Samtec don samun mafita daban-daban.

Hoto 3. 12-Pin Header
Da fatan za a yi la'akari da teburin da ke ƙasa don ƙarin cikakkun bayanai kan pinout na kai. Lura cewa yawancin I/Os ana iya amfani da su azaman babban manufa I/Os kuma, ya danganta da ɗorawa da software. Ana nuna waɗannan da alamar alama.

Table 2. 12-Pin Header Fin List

Lambar Pin	Lambar Kwallon Na'ura	Hanyar WRT Sensor	Sunan siginar	Aiki / Ayyukan Pin Na'ura	Voltage Range
1*	C2	Shigarwa	SPI_CS_1	SPI Chip Zaɓi GPIO_30 SPIA_CS_N CAN_FD_TX	0 zuwa 3.3 V
2*	D2	Shigarwa	SPI_CLK_1	Agogon SPI GPIO_3 SPIA_CLK CAN_FD_RX DSS_UART_TX	0 zuwa 3.3 V

Lambar Pin	Lambar Kwallon Na'ura	Hanyar WRT Sensor	Sunan siginar	Ayyuka / Ayyukan Pin Na'ura	Voltage Range
3*	U12/F2	Shigarwa	SYNC_IN SPI_MOSI_1	Shigar da Aiki tare SPI Main Out Secondary In GPIO_28, SYNC_IN, MSS_UARTB_RX, DMM_MUX_IN, SYNC_OUT GPIO_19, SPIA_MOSI, CAN_FD_RX, DSS_UART_TX	0 zuwa 3.3 V
4*	M3/D1	Shigarwa ko Fitarwa	AR_SOP_1 SYNC_OUT SPI_MISO_1	Shigar da zaɓin Boot Aiki tare Fitarwar SPI Babban A Waje na Sakandare SOP[1], GPIO_29, SYNC_OUT, DMM_MUX_IN, SPIB_CS_N_1, SPIB_CS_N_2 GPIO_20, SPIA_MISO, CAN_FD_TX	0 zuwa 3.3 V
5*	V10	Shigarwa	AR_SOP_2	Shigar da zaɓin taya, mai girma zuwa shirin, ƙananan don aiki SOP[2], GPIO_27, PMIC_CLKOUT, CHIRP_START, CHIRP_END, FRAME_START, EPWM1B, EPWM2A	0 zuwa 3.3 V
6	N/A	Fitowa	VDD_3V3	3.3 Volt fitarwa	3.3 V
7	N/A	Shigarwa	VDD_5V0	5.0 Volt shigarwa	5.0 V
8	U11	Shigarwa da fitarwa	AR_RESET_N	Sake saita RFIC NRESET	0 zuwa 3.3 V
9	N/A	Kasa	DGND	Voltage Dawo	0 V
10	U16	Fitowa	UART_RS232_TX	Console UART TX (bayanin kula: ba matakan RS-232) GPIO_14, RS232_TX, MSS_UARTA_TX, MSS_UARTB_TX, BSS_UART_TX, CAN_FD_TX, I2C_SDA, EPWM1A, EPWM1B, NDMM_EN, EPWM2A	0 zuwa 3.3 V
11	V16	Shigarwa	UART_RS232_RX	Console UART RX (bayanin kula: ba matakan RS-232) GPIO_15, RS232_RX, MSS_UARTA_RX, BSS_UART_TX, MSS_UARTB_RX, CAN_FD_RX, I2C_SCL, EPWM2A, EPWM2B, EPWM3A	0 zuwa 3.3 V
12	E2	Fitowa	UART_MSS_TX	Bayanan UART TX (bayanin kula: ba matakan RS-232) GPIO_5, SPIB_CLK, MSS_UARTA_RX, MSS_UARTB_TX, BSS_UART_TX, CAN_FD_RX	0 zuwa 3.3 V

SATA

An tsara Sensor na RS-x843AOP, an daidaita shi, kuma an fara ta ta Console UART.

Abubuwan bukatu

TI mm Wave SDK: https://www.ti.com/tool/MMWAVE-SDK

TI Uniflash Utility: https://www.ti.com/tool/UNIFLASH
TI mm Wave Visualizer: https://dev.ti.com/gallery/view/mmwave/mmWave_Demo_Visualizer/ver/3.5.0/

RS-232 zuwa adaftar TTL (tare da kebul na Ribbon don mate tare da kai) ko D3 AOP USB kebul na mutum
5 Volt wadata, ƙididdiga don akalla 1.5 A

Shirye-shirye
Don shiryawa, dole ne a sake saita allon ko kuma a ƙarfafa shi tare da siginar AR_SOP_2 (fitin 5) da ke riƙe da tsayi don tashin gefen sake saiti. Bayan haka, yi amfani da serial port na PC tare da adaftar RS-232 zuwa TTL ko tashar USB ta PC tare da allon kebul na AOP USB don sadarwa tare da firikwensin akan fil 10 da 11. Tabbatar cewa akwai haɗin ƙasa zuwa allon daga adaftan kuma. Yi amfani da kayan aikin filasha na Uni don tsara Flash ɗin da aka haɗa da RFIC. Ana samun aikace-aikacen demo a cikin mm Wave SDK. Don misaliample: "C:\ti\mmwave_sdk_03_05_00_04\packages\ti\demo\xwr64xx\mmw\xwr64xxAOP_mmw_demo.bin". Injiniyan D3 yana ba da wasu aikace-aikacen da aka keɓance da yawa kuma.

Gudun Aikace-aikacen
Don yin aiki, dole ne a sake saita allon ko kunna wuta tare da siginar AR_SOP_2 (fitin 5) a buɗe ko a riƙe ƙasa kaɗan don tashin gefen sake saiti. Bayan wannan, mai watsa shiri zai iya sadarwa tare da layin umarni na firikwensin. Idan kana amfani da runduna mai matakan RS-232, dole ne a yi amfani da adaftar RS-232 zuwa TTL. Layin umarni ya dogara da software na aikace-aikacen da ke gudana, amma idan kuna amfani da mmWave SDK demo aikace-aikacen, zaku iya nemo takaddun layin umarni a cikin shigar ku na SDK. Hakanan zaka iya amfani da TI mm Wave Visualizer don daidaitawa, gudana, da saka idanu na firikwensin. Ana iya gudanar da wannan azaman a web aikace-aikace ko zazzagewa don amfanin gida. Tare da daidaitaccen aikace-aikacen demo, ana samun fitar da bayanai daga firikwensin akan fil 12 (UART_MSS_TX). An kwatanta tsarin bayanan a cikin takaddun don mm Wave SDK. Ana iya rubuta wasu software waɗanda ke yin wasu ayyuka kuma suna amfani da kayan aiki daban.

Tebur 3. Tarihin Bita

Bita	Kwanan wata	Bayani
0.1	2021-02-19	Batu na farko
0.2	2021-02-19	Ƙara Sauran Ayyukan Fil da Radome da Bayanin Antenna
0.3	2022-09-27	Bayani
0.4	2023-05-01	Ƙarin Bayanin FCC don RS-1843AOP
0.5	2024-01-20	Gyara zuwa bayanan FCC da ISED don RS-1843AOP
0.6	2024-06-07	Ƙarin gyare-gyare ga bayanan FCC da ISED don RS-1843AOP
0.7	2024-06-25	Ƙara Tsarin Amincewa da Matsayi na 2 Izinin Tsarin Gwajin Canjin
0.8	2024-07-18	Gyara bayanan Amincewa na Modular mai iyaka
0.9	2024-11-15	Ƙara sashin yarda don RS-6843AOP

Bayanin Yarda da RS-6843AOP RF
Bayanan fitarwa na RF masu zuwa suna aiki ne kawai ga firikwensin radar samfurin RS-6843AOP.

FCC da ISED Label
An ba da shaidar na'urar RS-6843AOP don dacewa da FCC Part 15 da ISED ICES-003. Saboda girman sa ID na FCC da ake buƙata ya haɗa da lambar kyauta a cikin wannan jagorar da ke ƙasa.

Bayanan Bayani na FCC2ASVZ-02
Saboda girmansa ID ɗin IC da ake buƙata gami da lambar kamfani yana cikin wannan jagorar da ke ƙasa.

Saukewa: 30644-02

Bayanin Yarda da FCC

An gwada wannan kayan aikin kuma an same shi don biyan iyaka don na'urar dijital ta Class A, bisa ga sashi na 15 na Dokokin FCC. An tsara waɗannan iyakokin don ba da kariya mai ma'ana daga tsangwama mai cutarwa lokacin da ake sarrafa kayan aiki a cikin yanayin kasuwanci. Wannan kayan aiki yana haifarwa, amfani, kuma yana iya haskaka ƙarfin mitar rediyo kuma, idan ba'a shigar da shi ba kuma aka yi amfani da shi daidai da littafin koyarwa, na iya haifar da kutse mai cutarwa ga sadarwar rediyo. Yin aiki da wannan kayan aiki a wurin zama na iya haifar da tsangwama mai cutarwa wanda idan mai amfani zai buƙaci ya gyara tsangwamar da kuɗin kansa.

Wannan na'urar ta bi Sashe na 15 na Dokokin FCC. Aikin yana ƙarƙashin sharuɗɗa biyu masu zuwa:

Wannan na'urar bazai haifar da tsangwama mai cutarwa ba, kuma

Dole ne wannan na'urar ta karɓi duk wani tsangwama da aka karɓa, gami da tsangwama wanda zai iya haifar da aiki maras so. Lura cewa canje-canje ko gyare-gyaren da ƙungiyar da ke da alhakin bin doka ba ta amince da su ba na iya ɓata ikon mai amfani na sarrafa kayan aiki.

Canje-canje ko gyare-gyaren da ƙungiyar da ke da alhakin bin doka ba ta amince da su ba na iya ɓata ikon mai amfani na sarrafa kayan aiki.

Bayanin Bayyanar FCC RF
Wannan kayan aikin ya dace da iyakokin fiddawa na FCC da aka tsara don yanayin da ba a sarrafa shi ba. Wannan mai watsawa dole ne a kasance tare ko aiki tare tare da kowane eriya ko mai watsawa. Don gujewa yuwuwar ƙetare iyakokin fiddawar mitar rediyo na FCC, ya kamata a shigar da wannan kayan aikin tare da mafi ƙarancin nisa 20 cm (7.9 in) tsakanin eriya da jikin ku yayin aiki na yau da kullun. Dole ne masu amfani su bi ƙayyadaddun umarnin aiki don gamsar da yarda da fallasa RF.

ISED Rashin Tsangwama
Wannan na'urar ta ƙunshi watsa (s)/masu karɓa (s) waɗanda ba su da lasisi waɗanda ke bin Innovation, Kimiyya da Ci gaban Tattalin Arziƙi RSS(s) waɗanda ba su da lasisin Kanada.

Aikin yana ƙarƙashin sharuɗɗa biyu masu zuwa:

Wannan na'urar bazai haifar da tsangwama ba.
Dole ne wannan na'urar ta karɓi kowane tsangwama, gami da tsangwama wanda zai iya haifar da aikin da ba a so na na'urar.

Wannan na'urar ta dace da ƙayyadaddun ƙayyadaddun ICES-003 na Kanada. CAN ICES-003(A) / NMB-003 (A).

Bayanin Bayyanar ISE RF
Wannan kayan aikin ya dace da ISED RSS-102 iyakoki fallasa hasken da aka saita don yanayin da ba a sarrafa shi. Ya kamata a shigar da wannan kayan aikin tare da mafi ƙarancin nisa 20 cm (inci 7.9) tsakanin radiyo da kowane ɓangaren jikin ku. Wannan mai watsawa dole ne a kasance tare ko aiki tare tare da kowane eriya ko mai watsawa.

Aiki na waje
Aikin da aka yi niyya na wannan kayan yana waje ne kawai.

FCC da ISED Sanarwa na Amincewa na Modular
Wannan kayan aikin ya yarda a karkashin iyakance na yau da kullun, kuma saboda module ba shi da garkuwa, kowane mai masaukin hannu wanda ba ya zama daidai a cikin gini / abu / sanyi zai iya ƙaruwa a cikin tsarin C2PC. Wannan sashe yana ba da umarnin haɗin kai kamar yadda KDB 996369 D03.

Jerin Dokokin Masu Aikata
Duba sashe 1.2.

Takaitaccen Sharuɗɗan Amfani na Aiki
An yarda da wannan Mai watsawa na Modular don amfani kawai tare da takamaiman eriya, kebul da saitin wutar lantarki waɗanda masana'anta (D3) suka gwada kuma suka amince. Canje-canje ga rediyo, tsarin eriya, ko fitarwar wutar lantarki, waɗanda masana'anta ba su fayyace su ba kuma suna iya sa rediyon ya zama mara yarda da hukumomin da suka dace.

Tsare-tsaren Module masu iyaka
Duba ragowar wannan jagorar haɗin kai da sashe 1.8.

Zane-zanen Eriya
Babu tanadi don eriya ta gano waje.

Yanayin Bayyanar RF
Duba sashe 1.3.

Antenna
Wannan na'urar tana ɗaukar eriya hadedde wanda shine kawai ƙa'idar da aka amince don amfani. Canje-canje ko gyare-gyaren da ƙungiyar da ke da alhakin bin doka ba ta amince da su ba na iya ɓata ikon mai amfani na sarrafa kayan aiki.

Lakabi da Bayanin Biyayya
Ƙarshen samfurin dole ne ya ɗauki lakabin jiki ko kuma ya yi amfani da alamar e-lakabin KDB 784748 D01 da KDB 784748 yana cewa: "Ya ƙunshi FCC ID na Module Transmitter: 2ASVZ-02, IC: 30644-02" ko "Ya ƙunshi FCC ID: 2ASVZ-02, Saukewa: IC 30644-02.

Bayani kan Yanayin Gwaji da Ƙarin Bukatun Gwaji
Duba sashe 1.8.

Ƙarin Gwaji, Sashe na 15 Ƙarƙashin Ƙaƙwalwar Sashe na B
Wannan mai watsawa na yau da kullun FCC ce kawai ke da izini don takamaiman sassan ƙa'idodin da aka jera akan tallafin, kuma masana'anta samfurin yana da alhakin bin duk wasu ƙa'idodin FCC waɗanda suka shafi mai watsa shiri wanda ba a rufe ta hanyar bayar da takaddun shaida na zamani. Samfurin mai masaukin baki na ƙarshe har yanzu yana buƙatar gwajin yarda da Sashe na 15 Ƙarshen B tare da shigar da na'urar watsawa na zamani.

Abubuwan la'akari da EMI
Yayin da aka sami wannan tsarin yana fitar da hayaƙin EMI kaɗai, ya kamata a kula yayin amfani da ƙarin hanyoyin RF don hana haɗar samfuran. Ya kamata a yi amfani da mafi kyawun ayyukan ƙira game da ƙirar lantarki da na inji don guje wa ƙirƙirar samfuran haɗaɗɗiya da ƙunsar / garkuwa da duk wani ƙarin hayaƙi na EMI. Ana ba da shawarar mai masana'anta don amfani da Jagorar Haɗin Module na D04 yana ba da shawarar azaman "mafi kyawun aiki" RF ƙira gwajin injiniya da ƙima idan har ma'amalar da ba ta layi ba ta haifar da ƙarin iyakokin da ba a yarda da su ba saboda jeri naúrar don ɗaukar kayan haɗin gwiwa ko kaddarorin. Ba a siyar da wannan tsarin daban kuma ba a shigar da shi a cikin kowane mai masaukin baki sai ga Mai ba da wannan takaddun shaida (Define Design Deploy Corp.). Idan akwai inda za'a haɗa tsarin a cikin wasu ma'aikatan Define Design Deploy Corp. waɗanda ba iri ɗaya ba a nan gaba, za mu faɗaɗa LMA don haɗa sabbin runduna bayan kimanta da ta dace ga dokokin FCC.

Tsarin Gwajin Canjin Halatta na aji 2
Wannan tsarin yana iyakance ga takamaiman rundunar Define Design Deploy Corp, Model: RS-6843AOPC. Lokacin da za a yi amfani da wannan na'urar a cikin na'urar ƙarshe mai nau'in masauki daban-daban, dole ne a gwada ƙarshen na'urar don tabbatar da kiyaye yarda, kuma dole ne a ƙaddamar da sakamakon ta Define Design Deploy Corp. dba D3 azaman Canjin Canji na Class 2. Don yin gwajin, mafi munin yanayin chirp profile ya kamata a lissafta tauri a cikin firmware ko shigarwa cikin tashar tashar UART don fara aiki kamar yadda aka jera a Hoto na 1 a ƙasa.

Bayan an kunna wannan saitin, ci gaba don gwada yarda da ƙayyadaddun hukumomin da suka dace kamar yadda aka bayyana a ƙasa.

Manufar Gwajin: Tabbatar da fitarwar lantarki na samfur.

Ƙayyadaddun bayanai:

Isar da ikon fitarwa bisa ga FCC Part 15.255(c), tare da iyakokin 20 dBm EIRP.
Fitowar da ba a so ba bisa ga FCC Sashe na 15.255(d), tare da iyaka ƙasa da 40 GHz bisa ga FCC 15.209 a cikin makada da aka jera a cikin FCC 15.205, da iyaka na 85 dBμV/m @ 3 m sama da 40 GHz

Saita

Sanya samfurin akan dandamalin juyawa a cikin ɗakin anechoic.

Sanya eriyar aunawa akan mast ɗin eriya a nesa na mita 3 daga Samfurin.
Don saitin wutar lantarki mai mahimmanci don yin aiki a cikin ci gaba da yanayin akan mafi girman ƙarfin jimillar ƙarfi, da mafi girman ƙarfin siginar wuta don tabbatar da ci gaba da yarda.
Don yarda da gefen bandeji, saita mai watsawa don aiki a cikin ci gaba da yanayin akan mafi faɗi da mafi ƙarancin bandwidth kowane nau'in daidaitawa.

Don fitar da hayaki mai ban tsoro har zuwa 200 GHz yakamata a gwada sigogi uku masu zuwa:
- Mafi girman bandwidth,
- Mafi girman ƙarfin jimlar, kuma
- Mafi girman ƙarfin gani mai ƙarfi.
Idan bisa ga rahoton gwajin farko na tsarin rediyo waɗannan sharuɗɗan ba duka sun haɗu a cikin yanayin iri ɗaya ba, to yakamata a gwada hanyoyin da yawa: saita mai watsawa don aiki a cikin yanayin ci gaba a ƙananan, tsakiya da manyan tashoshi tare da duk abubuwan daidaitawa da aka goyan baya, ƙimar bayanai da ƙari. tashoshi bandwidths har sai an gwada da kuma tabbatar da hanyoyin da wadannan sigogi uku.

Juyawa da Girma:

Juya dandamalin juyi digiri 360.
A hankali ɗaga eriya daga mita 1 zuwa 4.
Manufa: Haɓaka hayaki da tabbatar da bin ƙa'idodin Quasi-peak a ƙasa da 1 GHz da Peak/Matsakaicin iyaka sama da 1 GHz; kuma kwatanta da iyakoki masu dacewa.

Binciken Mitar:

Sikanin farko: Mitar rufewa ya bambanta daga 30 MHz zuwa 1 GHz.
Dubawa na gaba: Canja saitin auna don sama da ma'aunin GHz 1.

Tabbatarwa:

Tabbatar da mahimman matakan fitarwa, bisa ga Sashe na FCC 15.255(c)(2)(iii) a cikin layin wucewa 60-64 GHz.
Bincika jituwa bisa ga FCC Sashe na 15.255(d).

Extended Scans:

Ci gaba da dubawa don mitoci:
1-18 GHz

18-40 GHz
40-200 GHz

Fitowar Zuciya:

Tabbatar da ƙima-kololuwa, kololuwa da matsakaicin iyaka.

RS-6843AOP RF Sanarwa na Biyayya na Musamman
Bayanan fitarwa na RF masu zuwa suna aiki ne kawai ga firikwensin radar samfurin RS-6843AOP.

Bayanin Yarda da FCC

CFR 47 Sashe na 15.255 Bayani:

Iyakokin amfani sune kamar haka:

Gabaɗaya. Ba a ba da izinin yin aiki a ƙarƙashin tanadin wannan sashe don kayan aikin da ake amfani da su akan tauraron dan adam.

Aiki a kan jirgin sama. An ba da izinin aiki a kan jirgin sama a ƙarƙashin waɗannan sharuɗɗa masu zuwa:
1. Lokacin da jirgin yake a kasa.
2. Yayin da ake jigilar iska, kawai a cikin keɓantattun hanyoyin sadarwa na kan jirgin a cikin jirgin, tare da keɓance masu zuwa:
  1. Ba za a yi amfani da kayan aiki ba a aikace-aikacen sadarwa na avionics (WAIC) inda ake ɗora firikwensin tsarin waje ko kyamarori na waje a wajen tsarin jirgin.
  2. Sai dai kamar yadda aka ba da izini a sakin layi na (b) (3) na wannan sashe, ba za a yi amfani da kayan aiki a cikin jirgin sama ba inda babu ɗan rage siginar RF ta jikin / fuselage na jirgin.
  3. Na'urar firikwensin damuwa/na'urorin radar na iya aiki kawai a cikin mitar band 59.3-71.0 GHz yayin da aka sanya su cikin kayan lantarki masu ɗaukar nauyi na fasinjoji (misali, wayowin komai da ruwan, Allunan) kuma za su bi sakin layi (b) (2) (i) na wannan sashe, da abubuwan da suka dace na sakin layi (c) (2) ta (c)(4) na wannan sashe.
3. Filayen firikwensin damuwa/na'urorin radar da aka tura akan jirgin sama marasa matuki na iya aiki a tsakanin mitar 60-64 GHz, in dai mai watsawa bai wuce 20 dBm kololuwar EIRP ba. Jimlar ci gaba da watsawa a kashe-lokaci na aƙalla miliyon biyu zai yi daidai da aƙalla milisek 16.5 a cikin kowane tazara mai jujjuyawa na millise seconds 33. Za a iyakance aiki zuwa iyakar mita 121.92 (ƙafa 400) sama da matakin ƙasa.

Bayanin Yarda da ISED
Bisa ga RSS-210 Annex J, na'urorin da aka tabbatar da su a ƙarƙashin wannan haɗe-haɗe ba a yarda a yi amfani da su akan tauraron dan adam ba.

An ba da izinin na'urorin da aka yi amfani da su a kan jirgin sama a ƙarƙashin waɗannan sharuɗɗa masu zuwa:

Sai dai kamar yadda aka ba da izini a cikin J.2(b), na'urori kawai za a yi amfani da su lokacin da jirgin ke ƙasa.
Na'urorin da aka yi amfani da su a cikin jirgin suna ƙarƙashin hani masu zuwa:
1. Za a yi amfani da su a cikin rufaffiyar, keɓancewar kan-jirgi, hanyoyin sadarwa a cikin jirgin
2. Ba za a yi amfani da su ba a aikace-aikacen sadarwa na avionics (WAIC) inda ake ɗora firikwensin tsarin waje ko kyamarori na waje a wajen tsarin jirgin.
3. Ba za a yi amfani da su ba a kan jirgin sama sanye take da jiki / fuselage wanda ke ba da ƙaranci ko babu RF sai dai idan an shigar da su a kan motocin da ba a sarrafa ba (UAVs) da kuma bin J.2 (d)
4. Ba za a yi amfani da na'urorin da ke aiki a cikin rukunin 59.3-71.0 GHz ba sai dai idan sun cika duk waɗannan sharuɗɗa masu zuwa:
  1. Su ne FDS
  2. Ana shigar da su a cikin na'urorin lantarki masu ɗaukar nauyi
  3. Suna bin abubuwan da suka dace a cikin J.3.2 (a), J.3.2 (b) da J.3.2 (c)

Littattafan mai amfani na na'urori za su haɗa da rubutu mai nuna hani da aka nuna a J.2(a) da J.2(b).
Na'urorin FDS da aka tura akan UAVs zasu bi duk waɗannan sharuɗɗa masu zuwa:
1. Suna aiki a cikin 60-64 GHz band
2. UAVs suna iyakance aikin tsayin su ga ƙa'idodin da Transport Canada ya kafa (misali tsayin da ke ƙasa da mita 122 a saman ƙasa)
3. Suna bin J.3.2(d)

Tambayoyin da ake yawan yi (FAQ)

Q: Menene FCC ID don samfurin RS-6843AOP?
A: FCC ID na wannan samfurin shine 2ASVZ-02.
Q: Menene ka'idodin yarda don radar RS-6843AOP firikwensin?
A: Firikwensin ya bi ka'idodin FCC Part 15 da ISED ICES-003.

Takardu / Albarkatu

D3 Injiniya 2ASVZ-02 DesignCore mmWave Radar Sensor [pdf] Jagoran Shigarwa
2ASVZ-02, 2ASVZ02, 2ASVZ-02 DesignCore mmWave Radar Sensor, 2ASVZ-02, DesignCore mmWave Radar Sensor, mmWave Radar Sensor, Radar Sensor, Sensor

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D3 Injiniya 2ASVZ-02 DesignCore mmWave Radar Sensor

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