Isekethe ye-Servo Bias Input iqinisekisa ukuhambisana nobubanzi
ububanzi bemakrofoni ye-electret ngokuhlinzeka ngevolthi elawulwayotage phezu
amazinga wamanje ahlukahlukene.

Uhlelo lwe-Digital Hybrid lufaka umsindo kusidlulisi,
ikhipha amakhodi kumamukeli, futhi ayidlulise nge-analog FM
isixhumanisi esingenantambo, sinciphisa umsindo wesiteshi futhi siqede izinto zobuciko
ezihambisana nama-analogue companders.

Umklamo uqeda isidingo sokugcizelela kuqala nokungagcizelelwa,
ukuqinisekisa isilinganiso esiphezulu sesignali-kuya-nomsindo ngaphandle kokuhlanekezela
ulwazi lwe-high-frequency.

I-FAQ (Imibuzo Evame Ukubuzwa)

Q: Ingabe ngidinga ilayisense yokusebenzisa uchungechunge lwe-SMB
abathumeli?

A: Yebo, ukusetshenziswa kwalaba bathumeli kudinga ilayisense futhi kunjalo
ngaphansi kwemikhawulo kazwelonke ekukhetheni amafrikhwensi kanye nesiteshi
isikhala.

Q: Yimaphi ama-microphone ahambisana ne-SMB Series
abathumeli?

A: Isekhethi ye-Servo Bias Input iqinisekisa ukuhambisana ne-a
anhlobonhlobo amamakrofoni electret asetshenziswa professional
izicelo.

View Fullscreen

INCWADI YOMYALELO
Uchungechunge lwe-SMB
Ama-Super Miniature Transmitters
Nge-Digital Hybrid Wireless® Technology I-US Patent 7,225,135

SMDB/E01 Ibhethri elikabili SMB/E01 Ibhethri elilodwa SMDB/E02 Ibhethri elikabili SMB/E02 Ibhethri elilodwa le-SMATELIM Ibhethri
Gcwalisa amarekhodi akho: Inombolo ye-serial:
Usuku Lokuthenga:

Rio Rancho, NM, USA www.lectrosonics.com

SMB/EO1, SMB/E02 Series
Okuqukethwe
Isingeniso ……………………………………………………………………………………………………………………………………… …………………………………………3 Incazelo Yezobuchwepheshe Ejwayelekile …………………………………………………………………………………………… ………………………………………………………..4
Servo Bias Input……………………………………………………………………………………………………………………………………………………………..4 Digital Hybrid Wireless® Technology………………………………………………………………………………………………………………………………….4 No Pre-Emphasis/De-Emphasis ………………………………………………………………………………………………………………………………………4 Low Frequency Roll-Off…………………………………………………………………………………………………………………………………………………..4 Input Limiter …………………………………………………………………………………………………………………………………………………………………..4 Signal Encoding and Pilot Tone ……………………………………………………………………………………………………………………………………….5 Microprocessor Control…………………………………………………………………………………………………………………………………………………..5 Compatibility Modes……………………………………………………………………………………………………………………………………………………….5 Control Panel …………………………………………………………………………………………………………………………………………………………………5 Battery Options and Operating Time ………………………………………………………………………………………………………………………………..5 Frequency Blocks …………………………………………………………………………………………………………………………………………………………..5 Circulator/Isolator …………………………………………………………………………………………………………………………………………………………..5 Controls and Functions……………………………………………………………………………………………………………………………………………………..6 LCD Screen ……………………………………………………………………………………………………………………………………………………………………6 Power LED …………………………………………………………………………………………………………………………………………………………………….6 Power LED Off Feature……………………………………………………………………………………………………………………………………………………6 Audio Input Jack…………………………………………………………………………………………………………………………………………………………….6 AUDIO Button ………………………………………………………………………………………………………………………………………………………………..6 FREQ Button ………………………………………………………………………………………………………………………………………………………………….6 Up/Down Arrows…………………………………………………………………………………………………………………………………………………………….6 Antenna …………………………………………………………………………………………………………………………………………………………………………7 Setup Screens…………………………………………………………………………………………………………………………………………………………………..7 Audio Screen………………………………………………………………………………………………………………………………………………………………….7 Frequency Screen…………………………………………………………………………………………………………………………………………………………..7 Lock/Unlock Screen ……………………………………………………………………………………………………………………………………………………….7 Remote Control Operation ………………………………………………………………………………………………………………………………………………7 Configuring for Power Restore…………………………………………………………………………………………………………………………………………7 Battery and Battery Eliminator Installation…………………………………………………………………………………………………………………………8 Operating Instructions ………………………………………………………………………………………………………………………………………………………8 Power Up and Boot Sequence…………………………………………………………………………………………………………………………………………8 Power Down…………………………………………………………………………………………………………………………………………………………………..8 Standby Mode………………………………………………………………………………………………………………………………………………………………..9 Selecting the Compatibility Mode…………………………………………………………………………………………………………………………………….9 Setting Transmitter Operating Frequency………………………………………………………………………………………………………………………….9 Locking or Unlocking the Controls …………………………………………………………………………………………………………………………………..9 Adjusting Audio Level (Gain) ………………………………………………………………………………………………………………………………………….10 Locking or Unlocking the Controls …………………………………………………………………………………………………………………………………10 Attaching and Removing the Microphone ……………………………………………………………………………………………………………………….10 5-Pin Input Jack Wiring……………………………………………………………………………………………………………………………………………………11 Installing the Connector: ……………………………………………………………………………………………………………………………………………….11 Microphone Cable Terminationfor Non-Lectrosonics Microphones …………………………………………………………………………………..12 Microphone RF Bypassing …………………………………………………………………………………………………………………………………………….13 Line Level Signals …………………………………………………………………………………………………………………………………………………………13 Wiring Hookups for Different Sources………………………………………………………………………………………………………………………………14 LectroRM………………………………………………………………………………………………………………………………………………………………………..15 Troubleshooting ……………………………………………………………………………………………………………………………………………………………… 16 Straight Whip Antennas …………………………………………………………………………………………………………………………………………………..18 Included Accessories………………………………………………………………………………………………………………………………………………………19 Optional Accessories ………………………………………………………………………………………………………………………………………………………19 Specifications and Features…………………………………………………………………………………………………………………………………………….20 Service and Repair ………………………………………………………………………………………………………………………………………………………….21 Returning Units for Repair……………………………………………………………………………………………………………………………………………..21

I-LECTROSONICS, INC.

Isingeniso
Ama-SMB Series transmitters angumkhiqizo weminyaka eminingi yobunjiniyela kanye nesipiliyoni ezimakethe zomsindo ochwepheshe. Idizayini eyingqayizivele inikeza izici eziningana ezihlukene zezinhlelo zokusebenza ezichwepheshile:
· Ikhwalithi yomsindo enhle kakhulu, engena-companis
· Izindlu ezingasindi kakhulu, ezikwazi ukumelana nokugqwala
· Izigxivizo ezikwazi ukumelana namanzi ukuze zisetshenziswe e-damp izindawo
· Izindlela zokusebenzisana ezihlelekayo ukuze zisetshenziswe nabamukeli abahlukahlukene abahlukahlukene
Idizayini ye-Digital Hybrid Wireless® (i-US Patent 7,225,135) ihlanganisa umsindo wedijithali wamabhithi angu-24 ne-analog FM okuholela esimisweni esinobubanzi obufanayo bokusebenza namasistimu e-analog, ukusebenza kahle kokubukwa okufanayo njengamasistimu e-analog, impilo ende yebhethri efanayo nezinhlelo ze-analog. , kanye nokuthembeka okuhle kakhulu komsindo okujwayelekile kwamasistimu edijithali amsulwa.
Ama-transmitters afaka i-servo bias input eyingqayizivele enejekhi yokufaka yohlobo lwe-TA5M ejwayelekile ukuze isetshenziswe namamakrofoni e-electret lavaliere, ama-mics ashukumisayo, noma amasiginali weleveli yomugqa. Iphaneli yokulawula ukumelana namanzi ene-LCD, amaswishi ulwelwesi kanye nama-LED anemibala eminingi enza ukulungiswa kokungenayo, imvamisa nokukhetha imodi ehambisanayo kusheshe futhi kunembile, ngaphandle kokuthi view umamukeli. Ikhompathimenti yebhethri yamukela i-AA lithium noma amabhethri aphinde ashajwe. Izindlu zenziwe ngomshini kusuka kumabhulokhi e-aluminium aqinile ukuze anikeze iphakheji engasindi kakhulu futhi eqinile. Isiphetho esikhethekile esingagqwali simelana nokuchayeka emanzini anosawoti kanye nokujuluka ezindaweni eziyingozi kakhulu.
Umklamo osuselwe ku-DSP usebenza nenguqulo ye-Euro Digital Hybrid kanye nabamukeli be-IFB.

I-SMB/E01 kanye ne-SMDB/E01 ingase isetshenziswe ku:

CHA

Ukusetshenziswa kwalawa ma-transmitters kudinga ilayisense futhi kungaphansi kwemikhawulo kazwelonke yokukhethwa kwamafrikhwensi kanye nokuhlukaniswa kweziteshi.

Ama-Super-Minature Belt Pack Transmitters

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series

Incazelo Yezobuchwepheshe Ejwayelekile

Okokufaka kwe-Servo Bias
IVoltage kanye nezimfuneko zamanje zezinhlobonhlobo eziningi zamamakrofoni e-electret asetshenziswa ezinhlelweni zokusebenza zenze ukudideka nokuyekethisa kuzintambo ezidingekayo kuzithumeli ezingenantambo. Ukubhekana nale nkinga, isifunda sokufaka se-Servo Bias esiyingqayizivele sihlinzeka ngevolumu elawulwa ngokuzenzakalelayotage ngebanga elibanzi kakhulu lamanje ukuze lihambisane nawo wonke ama-microphone.
I-Digital Hybrid Wireless® Technology
Zonke izixhumanisi ezingenantambo zihlushwa umsindo wesiteshi ngezinga elithile, futhi wonke amasistimu wombhobho angenantambo afuna ukunciphisa umthelela walowo msindo kusiginali oyifunayo. Amasistimu avamile we-analog asebenzisa ama-comanders ukuze athuthukise ububanzi obuguquguqukayo, ngezindleko zama-artifact acashile (ngokuvamile “ukumpompa” kanye “nokuphefumula”). Amasistimu edijithali aphelele ahlula umsindo ngokuthumela ulwazi lomsindo ngendlela yedijithali, ngezindleko zenhlanganisela ethile yamandla, umkhawulokudonsa kanye nokumelana nokuphazamiseka.
Amasistimu e-Digital Hybrid anqoba umsindo wesiteshi ngendlela entsha ngokumangalisayo, efaka amakhodi ngedijithali umsindo kusidlulisi bese ewuqopha kumamukeli, nokho asathumela imininingwane ekhodiwe ngesixhumanisi esingenantambo se-analog FM. Le-algorithm yobunikazi ayikona ukuqaliswa kwedijithali kwe-analog compandor kodwa inqubo engafezwa kuphela esizindeni sedijithali, nakuba okokufaka nokuphumayo kuyi-analogi.
Ngenxa yokuthi lisebenzisa isixhumanisi se-analog FM, uhlelo lwe-Digital Hybrid lujabulela zonke izinzuzo zezinhlelo ezivamile ze-FM ezingenazintambo futhi luyayiqeda i-analog compandor nezinto zayo zobuciko.

Akukho Ukugcizelela Ngaphambili/Ukungagcizelelwa
Idizayini ye-Digital Hybrid iphumela esilinganisweni sesignali-kuya-kumsindo esiphezulu ngokwanele ukuvimbela isidingo sokugcizelela okuvamile (i-HF boost) kusidlulisi kanye nokwehliswa kokugcizelela (i-HF roll off) kumamukeli. Lokhu kuqeda amandla okuhlanekezela amasiginali ngolwazi oluningi lwemvamisa ephezulu.
I-Low Frequency Roll-Off
I-roll-off ephansi ingasethelwa indawo ephansi engu-3 dB ku-35, 50, 70, 100, 120 kanye no-150 Hz ukuze kulawulwe okuqukethwe komsindo okuyifrikhwensi ephansi kakhulu emsindweni. Ifrikhwensi yangempela yokuphuma izohluka kancane kuye ngempendulo yefrikhwensi ephansi yombhobho.
Okuqukethwe kwefrikhwensi ephansi kakhulu kungafaka isidluliseli emikhawulweni, noma esimweni samasistimu omsindo wezinga eliphezulu, kungabangela nomonakalo kumasistimu wesikhulisazwi. I-roll-off ngokuvamile ilungiswa ngendlebe ngenkathi ilalele njengoba isistimu isebenza.
Umkhawulo Wokufaka
Umkhawulo womsindo we-analogi olawulwa yi-DSP usetshenziswa ngaphambi kwesiguquli se-AD. I-limiter inebanga elingaphezu kuka-30 dB lokuvikela ukulayisha ngokweqile. Imvilophu yokukhishwa okukabili yenza isikhawuli sibe sobala ngokuzwakalayo kuyilapho sigcina ukuhlanekezela okuphansi. Ingacatshangwa njengemikhawulo emibili ochungechungeni, ukuhlasela okusheshayo nokukhulula umkhawulo okulandelwa ukuhlasela okunensayo kanye nomkhawulo wokukhululwa. I-limiter ilulama ngokushesha ezikhathini ezifushane, ngaphandle kwemiphumela emibi ezwakalayo, futhi iphinde ilulame kancane emazingeni aphezulu aqhubekayo ukuze kugcinwe ukuhlanekezela komsindo kuphansi kuyilapho kugcinwa amandla esikhathi esifushane.

+5V

Isilawuli

+6V

Okuguquguqukayo 1.8 - 4v

I-LECTROSONICS, INC.

Ama-Super-Minature Belt Pack Transmitters

Umbhalo Wekhodi Wesiginali kanye Nethoni Yokuhlola
Ngaphezu kokulawula isikhawuli, i-DSP iphinda ihlanganise umsindo ofakwe kudijithali osuka kusiguquleli se-A/D futhi yengeze ithoni yomshayeli we-ultrasonic ukuze ulawule ukuncinza kowamukelayo. Isistimu ye-pilot tone squelch ihlinzeka ngendlela ethembekile yokugcina okokuphumayo kwesamukeli kuthulisiwe lapho i-squelch isebenza, ngisho nalapho kukhona ukuphazamiseka okukhulu. Uma isistimu isebenza kumodi ye-hybrid, imvamisa yethoni yomshayeli ehlukile yenziwa imvamisa yenkampani yenethiwekhi ngayinye ukuze kuvinjelwe izinkinga ze-squelch ezinhlelweni zamashaneli amaningi.
I-Microprocessor Control
I-microprocessor iqapha okokufaka kwemiyalo yomsebenzisi kusuka kuzinkinobho zephaneli yokulawula nezinye izimpawu eziningi zangaphakathi. Isebenza ngokuseduze ne-DSP ukuze kuqinisekiswe ukuthi umsindo ubhalwe ngekhodi ngokuya ngeModi Evumelanayo ekhethiwe kanye nokuthi ithoni yokuhlola efanele yengezwa kusignali efakwe ikhodi.
Amamodi Ahambisanayo
Ama-SMB transmitters aklanyelwe ukusebenza nabamukeli be-Lectrosonics Digital Hybrid futhi azoveza ukusebenza okungcono kakhulu lapho enza kanjalo, nokho, ngenxa yokuguquguquka kokucubungula isignali yedijithali, angaphinda asebenze nabamukeli benguqulo ye-IFB ye-Lectrosonics Euro.
Iphaneli yokulawula
Iphaneli yokulawula ihlanganisa ukushintshwa kwe-membrane ezine kanye nesikrini se-LCD ukulungisa izilungiselelo zokusebenza. Ama-LED ama-Multicolor asetshenziselwa ukukhombisa amaleveli esignali yomsindo wokulungiswa okunembile kwenzuzo kanye nesimo sebhethri.

Izinketho zebhethri nesikhathi sokusebenza
Ukushintsha izinsiza zamandla kuguqula ivolumu yebhethri elawulwayotages ukusebenza isekethe ehlukahlukene stagesebenza kahle kakhulu. Ngezinhlobonhlobo zamabhethri e-alkaline, i-lithium kanye ne-NiMH aphinde ashajwe atholakala namuhla ngefomethi ye-AA, kunezinketho eziningi zokwandisa isikhathi sokusebenza noma ukunciphisa izindleko njengoba kudingeka kunoma yiluphi uhlelo lokusebenza.
I-firmware "ikhumbula" isimo samandla lapho ibhethri lihluleka noma amandla enqanyulwa, ngakho-ke isidlulisi sizovulwa ngokuzenzakalelayo lapho amandla ebuyiselwa futhi izilungiselelo zangaphambilini zizonikwa amandla.
Imvamisa Blocks
I-Lectrosonics isungule uhlelo lwezinombolo “lokuvimba” eminyakeni edlule ukuze luhlele uhla lwamafrikhwensi atholakalayo. Abadlulisi befa nabamukeli basebenzise amaswishi kanambambili amabili, ngalinye linezindawo eziyi-16, ukusetha imvamisa yokusebenza. 16 x 16 = 256, echaze inombolo evamile yamafrikhwensi kubhulokhi ngayinye ukuthi ibe ngu-256. Njengoba izinyathelo phakathi kwamafrikhwensi ingu-100 kHz, lokhu kuphumela ebangeni lokushintsha elingu-25.6 MHz.
Imvamisa ephansi kakhulu ebangeni lokushintsha elihlukaniswe ngo-25.6 linikeza inombolo yebhulokhi. Okwesiboneloample, 640.000 ihlukaniswe ngo-25.6 ilingana no-25. Ngamanye amazwi, ibhulokhi engu-25 iqala ku-640.000 MHz.
Ukuze unqume ukuthi imvamisa ethile iwela kuliphi ibhulokhi, hlukanisa imvamisa bese usebenzisa amadijithi amabili abalulekile kwesokunxele sedesimali. Okwesiboneloample, ukubala ibhulokhi engu-580.500 MHz, hlukanisa u-580 ngo-25.6, olingana no-22.656, okubonisa ibhulokhi engu-22.
Isiyingi/I-Isolator
Isekhethi ye-RF yokuphumayo ihlanganisa indlela eyodwa yokuzungeza/isihlukanisa sisebenzisa i-ferrite ene-polarized magnetically. Lolu cingo lunciphisa kakhulu ukuhlanganiswa kwe-RF okukhiqizwa lapho ama-transmitter amaningi esetshenziswa eduze komunye nomunye (imitha noma amabili, noma ngaphansi). I-isolator iphinde ivikele okukhiphayo ampi-lifier ngokumelene nokushaqeka okumile.

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series

Izilawuli kanye nemisebenzi

I-Modulation LEDs
Igumbi lebhethri
I-Cover Plate

I-LCD

Umcibisholo WAPHEZULU
I-Antenna Jack

Igumbi lebhethri
Ukugcina Intulo
IPWR LED

I-Audio Input Jack
Umcibisholo WAPHANSI
Inkinobho ye-AUDIO FREQ Inkinobho

Isikrini se-LCD
I-LCD iwuhlobo lwezinombolo I-Liquid Crystal Display enezikrini zokulungisa amandla, imvamisa, ileveli yomsindo kanye nokuphuma komsindo okuphansi. I-transmitter inganikwa amandla ngokuvula noma ngaphandle kokuvula kwe-RF. I-countdown ivela ku-LCD uma ikhanyisa futhi ivaliwe, okuvumela isidluliseli ukuthi sivulwe ngaphandle kwe-RF ukuze kulungiswe, futhi kuvinjwe ukuyivala ngephutha ngokucindezela izinkinobho zesikhashana.

Amandla e-LED
I-PWR LED ikhanya ngokuluhlaza uma ibhethri lilihle. Umbala ushintsha ube bomvu ngesikhathi esimaphakathi sempilo yokusebenza, futhi uzoqhubeka ucwebezela ubomvu kuze kube yilapho ibhethri lisondela ekupheleni kwempilo yalo. Lapho i-LED iqala ukucwayiza ngokubomvu, kusele imizuzu embalwa kuphela.
Iphuzu eliqondile lapho i-LED iphenduka ibe bomvu izohluka ngohlobo lwebhethri nesimo, izinga lokushisa kanye nokuphuma kwamanzi kwamanje. I-LED imane iyisikhumbuzi esihloselwe ukudonsa ukunaka kwakho, hhayi inkomba eqondile yesikhathi esisele.
Iyahlukahluka

Voltage

Okuhlaza 1.6

I-R ed

Ukucwayiza

1.4

1.2

1.0

H wethu 2

ExampIbhethri ye-AA lithium ku-SMB transmitter

Ibhethri elishajekayo le-NiMH lizonikeza isexwayiso esincane noma lingasiniki nhlobo lapho seliphelile ngenxa yevolumutage ayihlukani kakhulu ngesikhathi sokusebenza kwayo. Uma ufisa ukusebenzisa amabhethri e-NiMH, sincoma ukuthi uzame amabhethri ashajwe ngokugcwele kuyunithi futhi usebenzise isici sesikhathi sebhethri esitholakala kubamukeli abaningi ukuze unqume isikhathi sokusebenza esitholakalayo.
Ibhethri elibuthakathaka ngezinye izikhathi lingabangela ukuthi i-PWR LED ikhanye ngokuluhlaza ngokushesha ngemva kokuba isidluliseli sivuliwe, kodwa ibhethri izophuma maduzane ize ifike lapho i-LED izoba bomvu khona noma iyunithi izocisha ngokuphelele. Uma isidluliseli sikumodi YOKULALA, i

I-LED icwayiza ngokuluhlaza njalo ngemizuzwana embalwa.

Isici sokuvala amandla we-LED
Kumodi ye-opreating evamile, izinkinobho zomcibisholo othi PHANSI NAPHEZULU zingase zisetshenziselwe ukuvala nokuvula izinkomba ze-PWR LED. Lesi silungiselelo asiqhubeki ngomjikelezo wamandla futhi asithinti ukukhanya kwangemuva kwe-LCD.

I-Audio Input Jack
I-Servo Bias input circuitry ithatha cishe yonke i-lavaliere, i-handheld noma i-shotgun microphone etholakalayo, kanye namasiginali wezinga lomugqa.

I-Modulation LEDs

Ukulungiswa okufanele kwenzuzo yokufaka kubalulekile ukuze kuqinisekiswe ikhwalithi yomsindo ehamba phambili. Ama-LED amabili ane-bicolor azokhanya ngokubomvu noma okuluhlaza ukuze abonise ngokunembile amazinga okushintshashintsha. Isekhethi yokufaka ihlanganisa umkhawulo obanzi olawulwa yi-DSP ukuvimbela ukuhlanekezela emazingeni aphezulu okokufaka.

Kubalulekile ukusetha inzuzo (ileveli yomsindo) ibe phezulu ngokwanele ukuze ufinyelele ukushintshashintsha okugcwele ngesikhathi somsindo ophakeme kakhulu. Isikhawuli singakwazi ukuphatha ngaphezu kuka-30 dB weleveli ngaphezu kokuguquguquka okugcwele, ngakho-ke ngokulungiselelwa okuphezulu, ama-LED azokhanya ngokubomvu ngesikhathi sokusetshenziswa. Uma ama-LED engalokothi akhanyise ngokubomvu, inzuzo iphansi kakhulu. Kuthebula elingezansi, +0 dB ikhombisa ukushintshashintsha okugcwele.

Ileveli Yesiginali

-20 LED

-10 LED

Ngaphansi kuka -20 dB

Valiwe

-20 dB kuya -10 dB

Okuhlaza

Valiwe

-10 dB kuya +0 dB

Okuhlaza

+0 dB ukuya +10 dB

Okubomvu

Okuhlaza

Kukhulu kunoku+10 db

Okubomvu

Inkinobho Yomsindo
Inkinobho ye-AUDIO isetshenziselwa ukubonisa ileveli yomsindo nezilungiselelo zokuvala imvamisa ephansi. Imicibisholo ethi PHEZULU NAPHANSI ilungisa amanani.
Inkinobho ye-AUDIO iphinde isetshenziswe nenkinobho ye-FREQ ukufaka imodi yokulinda nokuvula noma ukuvala isidlulisi.

Inkinobho ye-FREQ
Inkinobho ye-FREQ ibonisa imvamisa yokusebenza ekhethiwe futhi iphinde iguqule i-LCD phakathi kokubonisa imvamisa yangempela yokusebenza ku-MHz kanye nenombolo ye-hexadecimal enezinhlamvu ezimbili ehambisana ne-Lectrosonics Frequency Switch Setting efanayo.
Inkinobho ye-FREQ iphinde isetshenziswe nenkinobho ye-AUDIO ukufaka imodi yokulinda nokuvula noma ukuvala isidlulisi.

Imicibisholo Yaphezulu/Phansi
Izinkinobho zomcibisholo othi Phezulu naPhansi zisetshenziselwa ukukhetha amanani kuzikrini zokusetha ezihlukahlukene kanye nokukhiya iphaneli yokulawula. Ukucindezela imicibisholo yomibili kanye kanye kungena esibalilweni sokukhiya. Uma kwenziwa umzamo wokushintsha ukusetha ngenkathi iphaneli yokulawula ivaliwe, umlayezo uzokhanya ku-LCD ukukhumbuza ukuthi iyunithi ikhiyiwe. Uma sezikhiyiwe, izinkinobho zingavulwa kuphela ngokukhipha ibhethri, noma ngesilawuli-kude se-RM (uma umsebenzi werimothi ubunikwe amandla ku-trans-
I-LECTROSONICS, INC.

Ama-Super-Minature Belt Pack Transmitters

I-Antenna
Isidlulisi sisebenzisa i-antenna yesiswebhu enekhebula elilukiweyo eliguquguqukayo, elenziwe ngensimbi elinensimbi kanye nesixhumi esijwayelekile se-SMA.
Setha izikrini
Isikrini Somsindo
Isikrini somsindo sisetshenziselwa ukulungisa inzuzo yokufaka isuka ku-0 iye ku-+44 dB, kanye ne-roll-off ephansi isuka ku-35 iye ku-150 Hz. Ukucindezela ngokuphindaphindiwe inkinobho ye-AUDIO kuguqulela emuva naphambili phakathi kwezibonisi ezimbili. Cindezela futhi ubambe inkinobho ye-AUDIO bese usebenzisa imicibisholo ethi Phezulu Naphansi ukuze wenze izinguquko.
Isikrini sefrikhwensi
I-Frequency Screen sibonisa i-frequency yokusebenza ku-MHz noma njengenombolo enezinombolo ezimbili ze-hexadecimal ehambelana ne-Lectrosonics Frequency Switch Setting efanayo. Ukucindezela ngokuphindaphindiwe inkinobho ye-FREQ kushintsha phakathi kwezibonisi ezimbili. Cindezela bese ubamba inkinobho ethi FREQ bese usebenzisa imicibisholo ethi Phezulu naPhansi ukuze ukhethe imvamisa.
Khiya/Vula isikrini
Ukucindezela kanyekanye nokubamba zombili izinkinobho zomcibisholo othi Phezulu naPhansi phakathi nokusebenza okuvamile kuqalisa isibali sikhathi sokukhiya. Isibali sikhathi siqala kwezintathu futhi sibala sehle siye kuqanda. Uma isibali sikhathi sifika ku-zero, izilawuli zesidlulisi ziyakhiywa.
Izilawuli zikhiyiwe, izinkinobho ze-AUDIO ne-FREQ zisengasetshenziselwa ukubonisa izilungiselelo zamanje. Noma yimuphi umzamo wokushintsha isilungiselelo ngokucindezela inkinobho yomcibisholo othi Phezulu noma Phansi uzophumela esikhumbuzweni se-Loc esikusikrini sokuthi izilawuli zikhiyiwe. Susa amabhethri ukuze uvule iphaneli yokulawula.
Okubalulekile: Uma isidluliseli sesikhiyiwe, ngeke sivulwe noma sicishwe kusetshenziswa izinkinobho. Okuwukuphela kwezindlela zokuvula isidlulisi esikhiyiwe ukukhipha ibhethri noma ukusivula usebenzisa isilawuli kude se-RM uma lo msebenzi unikwe amandla kusidlulisi.

Ukusebenza kwesilawuli kude

Izikrini zesilawuli kude

Ama-transmitters angalungiselelwa ukuthi aphendule kumasiginali asuka kuhlelo lokusebenza lwe-LectroRM noma ukuwashaya indiva. Lesi silungiselelo sifinyelelwa ngokucindezela inkinobho yomcibisholo othi Phansi ngenkathi uvula isithumeli.

Uma isignali yerimothi itholwa kodwa isidlulisi sisethelwe ku-rc OFF, umlayezo othi rc OFF uzovezwa kafushane ku-LCD yesithumeli, ukuze kuqinisekiswe ukuthi isignali evumelekile yamukelwe, kodwa ukuthi isidlulisi asilungiselelwanga ukuphendula kuso.

Imisebenzi etholakala kusilawuli kude yilena:

· Izinga Lomsindo

· Imvamisa

· Khiya/Vula Izinkinobho

· Lala/Vuka (imodi yokonga amandla)

· Ishuna izinyathelo ezingama-25 kHz

· Ukushintsha isethingi ye-roll-off ephansi

· Ukuvula/ukuvala i-PWR nama-LED omsindo

· Zuza imisebenzi ekhuphukayo/ephansi

Kumodi yokulala, umthumeli usebenzisa kuphela u-20% yenani elivamile lokudonsa kwebhethri. Imodi yokulala ingacelwa kuphela ngesilawuli kude, futhi ingahoxiswa kuphela ngesilawuli kude noma ngokukhipha ibhethri. Uma ikumodi yokulala, i-PWR LED icwayiza ngokuluhlaza njalo ngemizuzwana embalwa ukukhombisa ukuthi isidlulisi silele futhi asicishiwe.

Ilungiselela Ukubuyisela Amandla

Amandla Okubuyisela Izikrini

Isici Sokubuyisela Amandla sizovula isidlulisi futhi ngamasethingi afanayo ayenikwe amandla ekusetshenzisweni kwangaphambilini ngemva kokuba ibhethri lishintshiwe noma amandla angaphandle evaliwe futhi aphinde avuliwe.

1) Cindezela futhi ubambe Inkinobho Yomcibisholo Waphansi bese unika amandla isidlulisi ngokucindezela izinkinobho zomsindo ne-Freq kanye kanye.

2) Cindezela u-AUDIO noma ukhiye we-FREQ ukuze uskrole uye esimisweni bese usebenzisa izinkinobho zomcibisholo ukuze ukhethe i-PbAc 1 yokuthi IVULIWE noma i-PbAc 0 ukuze CALIWE.

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series
Ukufakwa Kwebhethri Nesinqamuli Sebhethri
Qaphela: Amabhethri e-zinc-carbon ajwayelekile amakwe ngokuthi “i-heavy-duty” noma “ahlala isikhathi eside” awanele.
Ukujikeleza kwesimo sebhethri yakhelwe ivolumutage yehla phezu kwempilo yamabhethri e-lithium.
Ukufaka amabhethri amasha:
1. Vula Icwecwe Lekhava Yebhethri Isikulufa sesithonjana siphikisana newashi izikhathi ezimbalwa kuze kube yilapho umnyango uzozungezisa.
2. Faka amabhethri amasha endlini. Itheminali yebhethri ephozithivu (+) ingena kusidlulisi kuqala.
3. Qondanisa Icwecwe Lekhava Yebhethri bese uqinisa Isikulufa Sesikulufa Sekhava Yebhethri.
I-Gore-Tex® embozwe umoya
Ungasivali Isikhala

Imiyalelo yokusebenza
Amandla Aphezulu Nokulandelana Kwe-Boot
1) Qinisekisa ukuthi amabhethri amahle afakiwe kuyunithi.
2) Cindezela kanyekanye futhi ubambe izinkinobho ze-AUDIO ne-FREQ kuze kube yilapho sekuqaliswe Ukulandelana Kwe-Power On Boot. Njengoba iyunithi ivuleka, ama-Modulation LEDs kanye ne-PWR LED konke akhanya ngokubomvu, bese kuba luhlaza okotshani, bese ebuyela ekusebenzeni okuvamile.
I-Modulation LEDs

Amakhompathi ebhethri amabili
(SMQV)

I-polarity iqoshwe ezindlini

QAPHELA: Bheka isigaba sangaphambilini esinesihloko esithi Ukulungiselela Ukubuyisela Amandla
Ukufaka isinqamuli sebhethri, khulula isikulufu sesithupha bese ukhipha isicabha sebhethri. Faka isinqamuli sebhethri bese uqinisa isikulufu sesithupha.
Faka ikepisi lepulasitiki kumodeli yamabhethri amabili ukuze umboze indawo yebhethri evulekile.

IPWR LED

Inkinobho Yomsindo

Inkinobho ye-FREQ

I-LCD ibonisa ukulandelana kwe-bootup equkethe izikrini ezine ezifana nalezi exampkancane:

Igama Lenkampani:

ILectro

I-Frequency Block (bXX) kanye nenguqulo ye-Firmware (rX.X): b21r1.1

Izinga lamandla

Idatha ye-50

Imodi Ehambisanayo:

CP Hbr

Umsindo:

Amandla 22

Amandla Phansi

Isikrini Sokuqala Sokuvala Isikhathi
1) Cindezela kanyekanye futhi ubambe izinkinobho ze-AUDIO kanye ne-FREQ kuyilapho uqaphela ukuthi igama elithi VALIWE liyavela ku-LCD kanye nekhawunta.
2) Qhubeka ubambe izinkinobho kuze kube yilapho isibali sifika ku-0, bese iyunithi izocisha.
Qaphela: Uma izinkinobho ze-AUDIO ne-FREQ zikhululwa ngaphambi kokuthi i-LCD ingabi nalutho ekupheleni kokubala wehla, iyunithi ngeke ivalwe. Kunalokho, izohlala inamandla futhi isibonisi sizobuyela esikrinini sangaphambilini.

Gore – Tex Uphawu lokuthengisa olubhalisiwe lwe-WL Gore and Associates
8

I-LECTROSONICS, INC.

Imodi yokulinda

Cindezela i-AUDIO ne-FREQ

izinkinobho kafushane ukubeka

iyunithi kuModi yokulinda. Ku

Isikrini sokubekwe eceleni

le modi okukhiphayo kwe-RF kungu

icishiwe ngakho konke ukusetha

ukulungiswa kungenziwa ngaphandle kokuphazamisa ezinye

amasistimu asebenza endaweni efanayo. Isikrini

ibonisa rf IVALIWE ukukhumbuza umsebenzisi ukuthi iyunithi ayikho

ukudlulisa.

Ngenkathi iyunithi ikwimodi yokulinda, finyelela izikrini zokusetha usebenzisa izinkinobho ze-AUDIO ne-FREQ futhi wenze izinguquko usebenzisa imicibisholo ethi Phezulu Naphansi.

Ukukhetha Imodi Evumelanayo

Imodi yokuhambisana ye-Digital Hybrid Wireless®

Ama-transmitters azosebenza nabamukeli be-analog be-Digital Hybrid kanye ne-IFB. Iyunithi ingena ngokuzenzakalelayo kwiModi yokulinda uma ikhetha ukuhambisana.

1) Setha izilawuli zomsindo zomamukeli zibe buncane.

Imodi ehambelanayo ye-IFB 2) Kusukela esimweni sokucisha amandla, bamba umcibisholo oPhezulu, bese kanye kanye
cindezela izinkinobho ze-AUDIO kanye ne-FREQ.

3) Cindezela inkinobho ethi AUDIO noma FREQ ukuze ukhethe isikrini sokusebenzisana futhi usebenzise imicibisholo ethi Phezulu Naphansi ukuze ukhethe imodi oyifunayo.

Amamodi Ahambisanayo alandelayo ayatholakala:

· Imodi ye-Digital Hybrid: CP Hbr

· Imodi yochungechunge lwe-IFB:

I-CP IFb

4) Ngesikhathi esifanayo cindezela izinkinobho ze-AUDIO ne-FREQ ukuze uphume kule modi futhi uvale amandla.

Ukulungisa I-Low Frequency Roll-off
Cindezela kaningi inkinobho ye-AUDIO kuze kuvele isikrini sokulungisa i-LF roll-off. Bese ucindezela futhi ubambe inkinobho ye-AUDIO ngenkathi ukhetha imvamisa oyifunayo ngemicibisholo ethi PHEZULU NAPHANSI.

Ama-Super-Minature Belt Pack Transmitters

Isetha Ukusebenza Kwe-Transmitter

Imvamisa

Imvamisa ingaba

kuboniswa ku-MHz noma

njenge-hexadecimal enezinhlamvu ezimbili

Imvamisa eboniswa nge-MHz

inombolo futhi ingasethwa kuModi yokulinda noma nini

i-transmitter inikwe amandla

phezulu. I-hexadecimal

isistimu yezinombolo ihlukile

Imvamisa eboniswa njenge-hexadecimal enezinhlamvu ezimbili
inombolo

ku-Lectrosonics lapho izinhlamvu ze-alphanumeric ezimbili zihambelana nesobunxele kanye

shintsha izilungiselelo kwesokudla

ama-analog transmitter angaphambili asebenzisa i-rotary eyimishini

shintsha ukuze ulungise imvamisa. I-hexadecimal notation

kulula futhi ukukhumbula kunezinhlamvu eziyisithupha

quency futhi isekelwa kumamukeli we-LCD.

1) Cindezela inkinobho ethi FREQ ukuze ukhethe isikrini se-MHz noma isikrini se-hexadecimal.

2) Ngenkathi ubambe inkinobho ethi FREQ, sebenzisa izinkinobho zomcibisholo othi Phezulu noma Phansi ukuze uhambise imvamisa yokusebenza phezulu noma phansi ukusuka kusilungiselelo samanje.

Qaphela: Ifrikhwensi yokusebenza eboniswa ku-LCD egoqayo njengoba ifinyelela ekugcineni okuphezulu noma okuphansi kobubanzi bayo.

Imvamisa yokuphuma ingasethelwa ku-35, 50, 70, 100, 120 kanye no-150 Hz.

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series

Ukulungisa Izinga Lomsindo (Inzuzo)
Iphaneli yokulawula I-Modulation LEDs ikhombisa ileveli yomsindo nomsebenzi wokukhawulela. Uma isisethiwe, ukulungiselelwa kwezinga lomsindo womthumeli akufanele kusetshenziselwe ukulawula ivolumu yesistimu yakho yomsindo noma amazinga okurekhoda. Lokhu kulungiswa kwenzuzo kufana nenzuzo yesidlulisi nezinga lokuphumayo lombhobho, ileveli yezwi lomsebenzisi nendawo yombhobho. Izinga lokufakwayo komsindo (inzuzo) lilungiswa neyunithi kumodi yokulinda noma ngenkathi inikwa amandla ngenkathi kubukwa ama-LED.

Kuyinto efiselekayo ukusetha inzuzo ukuze ukukhawulela kwenzeka ezindaweni eziphakeme kakhulu. I-limiter ibonakala kakhulu futhi umphumela wayo awuzwakali kuze kube yilapho isistimu iseduze nokulayisha ngokweqile. Ngamanye amazwi, ungabi namahloni ngokukhulisa inzuzo. Eqinisweni, kuwumqondo omuhle ukukhulisa inzuzo ibe phezulu futhi ulalele ukuhlanekezela noma ukucindezelwa ukuze uthole ukuzwa ukuthi isistimu inama-headroom angakanani ngempela.

Izinga lesiginali -20 LED

-10 LED

Ngaphansi kuka -20 dB

Valiwe

-20 dB kuya -10 dB

Okuhlaza

Valiwe

-10 dB kuya +0 dB

Okuhlaza

+0 dB ukuya +10 dB

Okubomvu

Okuhlaza

Kukhulu kunoku+10 db

Okubomvu

Qaphela: Amazwi ahlukene ngokuvamile azodinga izilungiselelo ezihlukile zokuzuza, ngakho hlola lokhu kulungiswa njengoba umuntu ngamunye omusha esebenzisa isistimu. Uma abantu abambalwa abahlukene bezosebenzisa isidlulisi futhi singekho isikhathi sokwenza ukulungiswa komuntu ngamunye, silungisele izwi elikhulu kunawo wonke.

1) Uma isidlulisi sivaliwe, xhuma imakrofoni bese uqinisekisa ukuthi isixhumi sihlezi siqinile.

Isexwayiso: Uma amasistimu enikwa amandla ngenkathi exhunywe kusistimu yomsindo obukhoma, qaphela ukwehlisa ileveli yesistimu yomsindo kuqala noma kungenzeka impendulo enzima.

2) Beka isidlulisi kuModi yokulinda noma usivule ukuze usisebenzise okuvamile.

3) Beka imakrofoni endaweni lapho izosetshenziswa khona ekusebenzeni kwangempela.

4) Bheka ama-Modulation LEDs ngenkathi ukhuluma noma ucula kumbhobho ezingeni elifanayo lezwi elizosetshenziswa ngesikhathi sokusetshenziswa. Ngenkathi ubambe inkinobho ye-AUDIO, cindezela izinkinobho zomcibisholo othi PHEZULU noma PHANSI kuze kube yilapho womabili ama-LED -20 kanye -10 ekhanya ngokuluhlaza, ne -20 LED ecwayiza ngokubomvu ngezikhathi ezithile. Lokhu kuzokhulisa isilinganiso sesignali kumsindo wesistimu ngokuguquguquka okugcwele futhi kunikeze umkhawulo ocashile ukuvimbela ukugcwala nokucindezelwa okuzwakalayo.

5) Uma iyunithi yayimiswe Kumodi Yokulinda, kuzodingeka ukuthi ucime isidlulisi, bese usivula futhi ekusebenzeni okuvamile ukuze okuphumayo kwe-RF kuvuleke. Bese kuthi ezinye izingxenye zesistimu yomsindo noma yokuqopha zilungiswe.

Ukukhiya noma Ukuvula Izilawuli
Imodi yokukhiya ivikela isidlulisi ezinguqukweni zephutha eziya kuzilungiselelo zaso.
Iphaneli Yokulawula Ikhiyiwe Kanyekanye cindezela umcibisholo Waphezulu Naphansi
izinkinobho zokuqalisa isibali sikhathi sokubala wehle. Uma isibali sikhathi sifika ku-zero, i-“Loc” iyavezwa futhi nezilawuli ziyakhiywa. Izilungiselelo zingaphinda zenziwe kabushaviewed kodwa akushintshiwe.
Uma i-transmitter isikhiyiwe, ayikwazi ukuvulwa noma ivaliwe kusetshenziswa izinkinobho. Okuwukuphela kwezindlela zokuvula isidlulisi esikhiyiwe ukukhipha ibhethri noma ukusivula usebenzisa isisetshenziswa esikude. Umsebenzi wesilawuli kude uzosebenza kuphela uma isidlulisi besilungiselelwe ngaphambilini ukuthi siphendule. Iyunithi izohlala inika amandla kumodi "evuliwe".
Ukunamathisela kanye nokukhipha imakrofoni
Umkhono oguquguqukayo phezu kwepulaki yamaphini angu-5 kumbhobho usiza ukuvimbela uthuli nokuswakama ukuthi kungangeni kujeke wokufaka. I-flange ifakwe unqenqemeni lwesixhumi kusidlulisi ukuze isize ukugcina umkhono ngemva kokufakwa.
Inqubo elandelayo yenza okunamathiselwe kube lula nokukhishwa kwemakrofoni ukuqinisekisa ukuthi umkhono uhlezi ngokuvikelekile.
Qondanisa izikhonkwane kupulaki nejekhi bese ufaka isixhumi.

Ncinza bese ucindezela umkhono kuleli cala ukuze usebenze phansi
Inkinobho yokukhipha

Uma umkhono udonselwa phansi futhi umboze isixhumi, cindezela ekugcineni komkhono ukuze uzwe isixhumi ngaphakathi bese usicindezela kujeke size sibambezeleke.
Ncinza futhi ucindezele umkhono eduze kwe-flange bese uwenza phansi ngokunyakaza kokuxova phezu kwe-flange yonke indlela kuze kube yilapho uhlala endaweni eguquguqukayo nezindlu. Donsa isixhumi ukuze uqiniseke ukuthi sibambeke ngokuqinile.
Ukuze ususe isixhumi, buyisela umkhono emuva ukuze uveze inkinobho yokukhulula emnyama. Cindezela inkinobho ukuze uvule ipulaki.

I-LECTROSONICS, INC.

5-Pin Okokufaka Wiring Jack
Imidwebo yezintambo efakwe kulesi sigaba imelela izintambo eziyisisekelo ezidingekayo ezinhlotsheni ezivame kakhulu zamakrofoni nokunye okokufaka komsindo. Eminye imibhobho ingase idinge ama-jumpers engeziwe noma umehluko omncane emidwebeni ebonisiwe.
Cishe akunakwenzeka ukugcina unolwazi lwakamuva ngezinguquko ezenziwa abanye abakhiqizi emikhiqizweni yabo, ngaleyo ndlela ungase uhlangane nombhobho ohlukile kule miyalo. Uma lokhu kwenzeka sicela ushayele inombolo yethu yamahhala esohlwini Lwesevisi Nokulungisa kuleli bhukwana noma uvakashele eyethu web indawo ku: www.lectrosonics.com
+5 VDC

1k 500 ohm

I-Servo Bias

GND

100 ohm

Phina 4 ukuze Phina 1 = 0 V

Iphinikhodi 4 Vula = 2 V

I-BIAS

+ 30uF

Phina 4 ukuze Phina 2 = 4 V

I-MIC

I-BIAS KHETHA

UMGQE

200 ohm

30uF

100 ohm

Kumsindo we-Virtual Ground Ampokokuphila

Ku-Limiter Control

+ 3.3uF
10k

I-SM Equivalent Circuit Wiring

Ama-Super-Minature Belt Pack Transmitters

Izintambo ze-jack yokufaka umsindo:

· I-PIN 1 Isivikelo (esihlabathini) semibhobho ye-electret lavaliere echemile. Isivikelo (esiphansi) samakrofoni aguqukayo nokokufaka kweleveli yomugqa.

· I-PIN 2 Bias voltage umthombo wamakrofoni we-electret lavaliere ochemile.

· I-PIN 3 Okokufaka kwezinga lemakrofoni ye-impedance ephansi kumakrofoni ashukumisayo. Futhi yamukela imibhobho ye-electret ephathwa ngesandla inqobo nje uma imakrofoni inebhethri elakhelwe ngaphakathi.

· I-PIN 4 Bias voltagisikhethi se-Pin 3. Phina 3 voltage (0, 2 noma 4 volts) incike ku-Pin 4 uxhumano.

Iphinikhodi 4 liboshwe kuPhini 1: 0 V

I-Pin 4 Vula:

2 V

Phina 4 ukuze Phina 2:

4 V

· I-PIN 5 I-impedance ephezulu, okokufaka kwezinga lomugqa kumadekhi amateyipu, okuphumayo kwe-mixer, izinsimbi zomculo, njll.

2.7K

I-TA5F Latchlock

Faka

I-Insulator

Ikhebula clamp

I-TA5F Backshell ene-Strain Relief
Susa i-strain relief uma usebenzisa i-dust boot

I-TA5F Backshell (I-Strain Relief isusiwe)

I-Dust Boot (35510)
Qaphela: Uma usebenzisa ibhuthi yothuli, susa i-rubber strain relief enamathiselwe kukepisi ye-TA5F, noma ibhuthi ngeke ilingane phezu komhlangano.

Ifaka Isixhumi:
1) Uma kunesidingo, susa isixhumi esidala kukhebula yemakrofoni.
2) Shelelezisa I-Rubber Boot ekhebulani yemakrofoni lapho isiphetho esikhulu sibheke kude nombhobho. (Bheka umfanekiso ongenhla.)
3) Uma kudingeka, slayida ishubhu lokushwaqa elimnyama elingu-1/8-intshi kukhebuli yesibuko. (Leli shubhu liyadingeka kwezinye izintambo ukuqinisekisa ukuthi ikhebula lingena kahle ebhuthini yerabha.)
4) Sebenzisa izixhasi nesixhumi esifakwe nale kit ukuze ulungiselele i-TA5F kumakrofoni yakho ethile. Ubude beshubhu ecacile engu-.065 OD bufakiwe uma kudingeka ukugqumisa umkhondo wokuphikisa noma intambo yesihlangu. (Susa ukukhululeka kwerabha ku-backshell yesixhumi ngokuyikhipha ku-backshell.)
I-Rio Rancho, NM

5) Shelelezisa i-Strain Relief phezu kwe-TA5F Insert kanye ne-crimp njengoba kuboniswe kwesokudla. Bese ufaka i-TA5F Insert and Strain Relief ku-TA5F Latchlock. Khipha i-TA5F Flex Relief ku-TA5F Latchlock.
6) Uma kudingeka, misa futhi ushwabe ishubhu yokushwaqa engu-1/8-intshi kukhebula yemakrofoni, bese uslayida i-Rubber Boot phansi phezu kwesixhumi se-TA5F.
11

SMB/EO1, SMB/E02 Series
Ukunqanyulwa Kwekhebula Lemakrofoni
I-TA5F Connector Assembly

I-Mic Cord Stripping Imiyalelo

VIEW KUSUKA UHLANGO LWESOLDER OF PINN

0.15" 0.3"

I-Crimping to Shield kanye ne-Insulation

Isihlangu

Khipha le minwe ukuze uxhumane nesihlangu

Hlukanisa futhi ubeke ikhebula ukuze i-clamp inganqanyulwa ukuthintana kokubili isivikelo sekhebula lemakrofoni kanye nokufakwa. Ukuthintana kwehawu kunciphisa umsindo ngamanye ama-microphone kanye ne-insulation clamp kwandisa ukuqina.

I-Insulation

Khipha le minwe ukuze uklamp ukwahlukanisa

QAPHELA: Lokhu kunqanyulwa kuhloselwe abathumeli be-UHF kuphela. Ama-VHF transmitters anamajeke angu-5-pin adinga ukunqanyulwa okuhlukile. Amamakrofoni e-Lectrosonics lavaliere ayanqanyulwa ukuze asebenzisane nama-VHF kanye nama-UHF transmitters, ahlukile kunalokhu okuboniswa lapha.

I-LECTROSONICS, INC.

I-Microphone RF Bypassing
Uma isetshenziswa kusidlulisi esingenantambo, i-elementi yemakrofoni iseduze ne-RF evela kumthumeli. Ubunjalo bemibhobho ye-electret ibenza bazizwele ku-RF, okungadala izinkinga ngokuhambisana kwemakrofoni/isidlulisi. Uma imakrofoni ye-electret ingaklanyelwe kahle ukuthi isetshenziswe ngama-transmitters angenawaya, kungase kudingeke ukuthi kufakwe i-chip capacitor ku-mic capsule noma isixhumi ukuze uvimbele i-RF ukuthi ingangeni ku-capsule ye-electret.
Amanye amamakrofoni adinga ukuvikelwa kwe-RF ukuze kuvinjwe isignali yomsakazo ukuthi ingaphazamisi i-capsule, nakuba i-transmitter input circuitry isivele idlulwa yi-RF (bona umdwebo wohlelo).
Uma imakrofoni inezintambo njengoba kuqondisiwe, futhi unenkinga yokuklewula, umsindo ophezulu, noma ukusabela kabi kwefrikhwensi, i-RF cishe iyona imbangela.
Ukuvikelwa kwe-RF okungcono kakhulu kufezwa ngokufaka i-RF bypass capacitor ku-mic capsule. Uma lokhu kungenzeki, noma uma usenezinkinga, ama-capacitor angafakwa kumaphinikhodi we-mic ngaphakathi kwesixhumi sezindlu ze-TA5F.

Ama-Super-Minature Belt Pack Transmitters
Izimpawu Zezinga Lomugqa
I-hookup evamile yamasignali ezinga lomugqa yilena: · I-Signal Hot ukuze uphine 5 · I-Signal Gnd ukuze uphine 1 · Iphinikhodi 4 yeqela ku-1
Lokhu kuvumela amaleveli esignali afika ku-3V RMS ukuthi asetshenziswe ngaphandle komkhawulo. Uma kudingeka i-headroom eyengeziwe, faka i-resistor engu-20 k ochungechungeni enephinikhodi 5. Faka lesi sixhasi ngaphakathi kwesixhumi se-TA5F ukuze unciphise ukulandwa komsindo.

2 WIRE MIC

3 WIRE MIC

Izindawo ezithandwayo zama-bypass capacitor

ISIHLANGU

CAPSULE

ISIHLANGU

UMSINDO

I-BIAS

I-TA5F

CAPSULE

ISIVIVINYO

Ezinye izindawo zama-bypass capacitor

I-TA5F

ISIVIVINYO

Faka ama-capacitor kanje: Sebenzisa ama-capacitor angu-330 pF. Ama-Capacitor ayatholakala kwaLectrosonics. Sicela ucacise inombolo yengxenye yesitayela sokuhola osifunayo.
Ama-capacitor aholayo: P/N 15117 Ama-capacitor angenantambo: P/N SCC330P
Wonke amamakrofoni e-Lectrosonics lavaliere asevele edlulisiwe futhi awadingi noma yimaphi ama-capacitor engeziwe afakwe ukuze asebenze kahle.

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series

I-Wiring Hookups Yemithombo Ehlukene

Ngokungeziwe kumakrofoni nezixhumi zezintambo zeleveli yolayini aboniswe ngezansi, i-Lectrosonics yenza inombolo yezintambo nama-adaptha kwezinye izimo ezifana nokuxhuma izinsimbi zomculo (iziginci, ama-bass guitar, njll.) kusidlulisi. Vakashela ku-www.lectrosonics.com bese uchofoza Izesekeli, noma ulande ikhathalogi eyinhloko.

Ulwazi oluningi mayelana nokufaka izintambo kumakrofoni luyatholakala futhi esigabeni se-FAQ web isayithi ku:
http://www.lectrosonics.com
Hambisa ngaphezulu kosekelo bese uchofoza ku-FAQs. Landela imiyalelo ukuze useshe ngenombolo yemodeli noma ezinye izinketho zokusesha.

Izintambo Ezivumelanayo Kokubili Okokufaka Kwe-Servo Bias kanye Nabadlulisi Bangaphambili:

Umdwebo 1

2 VOLT POSITIVE BIAS 2-WIRE ELECTRET

SHIELD UMSINDO

IPIN 1
1.5 k2

Izintambo ezihambisanayo zamakrofoni njenge-Countryman E6 headworn ne-B6 lavaliere.

3.3 k

3 4

Bheka futhi umfanekiso wesi-9

45 1

I-TA5F PLUG

Umdwebo 2
4 VOLT POSITIVE BIAS 2-WIRE ELECTRET

Uhlobo oluvame kakhulu lwezintambo zamamakrofoni e-lavaliere.
IWIRING YE-LECTROSONICS M152/5P

Imakrofoni ye-M152 lavaliere ine-resistor yangaphakathi futhi ingafakwa intambo ekucushweni kwezintambo ezi-2. Lezi yizintambo ezijwayelekile zasembonini.

OKUMHLOPHE OKUBOMVU (N/C)

Umdwebo 7
IZIMPAWU EZINGA ELILINGANISILE FUTHI ELITANDAYO

I-XLR JACK

*QAPHELA: Uma okukhiphayo kulinganisana kodwa maphakathi kuthephelwe phansi, njengakubo bonke abamukeli be-Lectrosonics, ungaxhumi i-Pin 3 yejekhi ye-XLR ku-Pin 4 yesixhumi se-TA5F.

Umdwebo 8
EZINGALINGANISILE EZINGA LOKUGQIBELA IZISHIELI ZEMIDLALO
I-AUDIO TIP LINE LEVEL RCA noma 1/4″ PLUG Ngamazinga esiginali afika ku-3V (+12 dBu) ngaphambi kokukhawulela. Ihambisana ngokugcwele nokokufaka okungu-5-pin kwamanye ama-Lectrosonics transmitters afana ne-LM ne-UM Series. I-resistor engu-20k ohm ingafakwa ochungechungeni nge-Pin 5 ukuze uthole u-20 dB owengeziwe wokuthobisa ukuze ubambe kufika ku-30V (+32 dBu).

I-PIN 1
3 4 5

I-TA5F PLUG

45 1

I-TA5F PLUG

Umfanekiso 3 - Imakrofoni ye-DPA
DANISH PRO AUDIO MINIATURE MODELS

Lokhu kufakwa kwezintambo okwe-DPA lavalier kanye nemakrofoni yamahedsethi.
QAPHELA: Inani eliphikisayo lingasukela ku-3k kuya ku-4 k ohms. Ngokufanayo ne-adaptha ye-DPA DAD3056

Umdwebo 4

2 VOLT NEGATIVE BIAS 2-WIRE ELECTRET
2.7 k Iphinikhodi

1 ISIHLANGU
2 UMSINDO

Izintambo ezihambisanayo zamakrofoni

njengamamodeli we-TRAM wokuchema ongemuhle.

5 QAPHELA: Inani le-resistor lingasukela ku-2k kuya ku-4k ohms.

45 1

I-TA5F PLUG

Umfanekiso 5 - Sanken COS-11 nabanye
I-4 VOLT POSITIVE BIAS 3-WIRE ELECTRET ENE-RESISTOR YAPHANDLE
ISIHLANGU

Iphinde isetshenziselwe amanye amamakrofoni e-lavaliere anezintambo ezi-3 adinga isibambi sangaphandle.

I-DRAIN (BIAS) SOURCE (AUDIO)

Umdwebo 6
IZIMPAWU ZEZINGA LEMIYACROPHONE ye-LO-Z

Izintambo Ezilula - Kungasetshenziswa KUPHELA Okokufaka kwe-Servo Bias:
I-Servo Bias yethulwa ngo-2005 futhi wonke ama-transmitter ane-5-pin inputs akhiwe ngalesi sici kusukela ngo-2007.
Umdwebo 9
2 VOLT POSITIVE BIAS 2-WIRE ELECTRET
Izintambo ezenziwe lula zamakrofoni afana ne-Countryman B6 Lavalier namamodeli we-E6 Earset namanye.
QAPHELA: Le ntambo ye-servo bias ayihambelani nezinguqulo zangaphambili zama-Lectrosonics transmitters. Hlola nefekthri ukuze uqinisekise ukuthi imaphi amamodeli angasebenzisa lezi zintambo.
Umdwebo 10
2 VOLT NEGATIVE BIAS 2-WIRE ELECTRET
Izintambo ezenziwe lula zamakrofoni ezifana nokuchema okunegethivu i-TRAM. QAPHELA: Le ntambo ye-servo bias ayihambelani nezinguqulo zangaphambili zama-Lectrosonics transmitters. Hlola nefekthri ukuze uqinisekise ukuthi imaphi amamodeli angasebenzisa lezi zintambo.
Umdwebo 11
4 VOLT POSITIVE BIAS 3-WIRE ELECTRET

I-XLR JACK Imakrofoni eshintshashintshayo ye-impedance ephansi noma i-electret
imakrofoni enebhethri yangaphakathi noma amandla. Faka i-resistor engu-1k ochungechungeni ngophini ongu-3 uma kudingeka ukuthimba
14

QAPHELA: Le ntambo ye-servo bias ayihambelani nezinguqulo zangaphambili zama-Lectrosonics transmitters. Hlola nefekthri ukuze uqinisekise ukuthi imaphi amamodeli angasebenzisa lezi zintambo.
I-LECTROSONICS, INC.

I-LectroRM
NgeNew Endian LLC
I-LectroRM uhlelo lokusebenza lweselula lwe-iOS nezinhlelo zokusebenza ze-Android. Inhloso yawo ukulawula ukude Ama-Lectrosonics Transmitters, okuhlanganisa:
· Uchungechunge lwe-SM
· WM
· L Uchungechunge
Uhlelo lokusebenza lushintsha izilungiselelo lukude kumthumeli ngokusebenzisa amathoni omsindo afakwe ikhodi, okuthi uma itholwa imakrofoni enamathiselwe, iguqule isilungiselelo esimisiwe. Uhlelo lokusebenza lukhishwe yi-New Endian, LLC ngoSepthemba 2011. Uhlelo lokusebenza luyatholakala ukuze ludawunilode futhi luthengiswa ngo-$25 ku-Apple App Store naku-Google Play Store.
Indlela yokulawula kude ye-LectroRM iwukusetshenziswa kokulandelana komsindo kwamathoni (ama-dweedles) atolikwa yisidlulisi njengoshintsho lokumisa. Izilungiselelo ezitholakala ku-LectroRM yilezi:
· Izinga Lomsindo
· Imvamisa
· Imodi yokulala
· Imodi yokukhiya
Isixhumi esibonakalayo somsebenzisi
Umsebenzisi obonakalayo ubandakanya ukukhetha ukulandelana komsindo okuhlobene noshintsho olufunayo. Inguqulo ngayinye inesixhumi esibonakalayo sokukhetha isilungiselelo esifiswayo kanye nenketho efiselekayo yaleso silungiselelo. Inguqulo ngayinye iphinde ibe nendlela yokuvimbela ukwenziwa kusebenze ngephutha kwethoni.
iOS

Ama-Super-Minature Belt Pack Transmitters
Android
Inguqulo ye-Android igcina zonke izilungiselelo ekhasini elifanayo futhi ivumela umsebenzisi ukuthi aguqule phakathi kwezinkinobho zokwenza kusebenze zesilungiselelo ngasinye. Inkinobho yokwenza kusebenze kufanele icindezelwe isikhathi eside ukuze isebenze. Inguqulo ye-Android iphinde ivumele abasebenzisi ukuthi bagcine uhlu olulungisekayo lwamasethi agcwele wezilungiselelo.
Ukwenza kusebenze
Ukuze isidluliseli siphendule kumathoni omsindo alawulwa kude, isidlulisi kufanele sihlangabezane nezimfuneko ezithile:
· I-transmitter akufanele ivalwe; kodwa kungaba kumodi yokulala.
· Isidlulisi kufanele sibe nenguqulo ye-firmware engu-1.5 noma yakamuva ukuze kube nezinguquko Zomsindo, Imvamisa, Ukulala Nokukhiya.
· Imakrofoni yesidlulisi kufanele ibe phakathi kwebanga.
· Isidlulisi kufanele simiswe ukuze sikwazi ukwenza isilawuli kude sisebenze.
Sicela uqaphele ukuthi lolu hlelo lokusebenza akuwona umkhiqizo we-Lectrosonics. Iphethwe ngasese futhi isetshenziswa yi-New Endian LLC, www.newendian.com.

Inguqulo ye-iPhone igcina isilungiselelo ngasinye esitholakalayo ekhasini elihlukile ngohlu lwezinketho zalokho kulungiselelwa. Ku-iOS, iswishi yokuguqula "Yenza kusebenze" kufanele inikwe amandla ukuze kuboniswe inkinobho ezokwenza kusebenze umsindo. Umumo ozenzakalelayo wenguqulo ye-iOS ubheke phansi kodwa ungalungiselelwa ukuthi uqondise kwesokudla phezulu. Inhloso yalokhu ukuqondisa isipikha sedivayisi, esingaphansi kwedivayisi, eduze kwemakrofoni yesidlulisi.

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series

Ukuxazulula inkinga
Ngaphambi kokudlula eshadini elilandelayo, qiniseka ukuthi unebhethri elihle kusithumeli. Kubalulekile ukuthi ulandele lezi zinyathelo ngokulandelana okusohlwini.

ISIMPAWU

OKUNGENZEKA

I-TRANSMITTER PWR IVALIWE

1) Ibhethri ifakwe emuva noma ifile.

2) I-Transmitter ayinikeziwe amandla. (Bheka Iziqondiso Zokusebenza, I-Power UP kanye nokulandelana kwe-Boot.)

I-TRANSMITTER PWR I-LED BLINKS OKULUHLAZA NGONKE IMIZUZWANA, I-TRANSMITTER

AYIPHENDULU NGOKUNYE

1) I-Transmitter ilaliswe ngesilawuli kude.

Sebenzisa umsebenzi wesilawuli kude ukuze uwuvuse futhi noma uwususe

bese ufaka kabusha ibhethri lesithumeli.

Ama-LED EZINGA LOKUZWA AKUKHANYA

1) Ukulawula kwenzuzo kusethwe kokuncane. 2) Ibhethri ifile noma ifakwe emuva. Hlola i-PWR LED. 3) I-Mic capsule ilimele noma ayisebenzi kahle. 4) Ikhebula le-Mic ilimele noma ayinantambo kahle.

I-RECEIVER RF INDICATOR IVALIWE

1) I-Transmitter ayivuliwe, noma ikuModi yokulinda. 2) Ibhethri le-Transmitter lifile. 3) I-antenna yokwamukela ilahlekile noma ibekwe ngendlela engafanele. 4) I-Transmitter nomamukeli hhayi kumafrikhwensi afanayo.
Hlola amaswishi/isibonisi kusidlulisi kanye nomamukeli. 5) I-Transmitter ne-receiver engekho kubhlokhi yefrikhwensi efanayo. 6) Ibanga lokusebenza likhulu kakhulu. 7) I-antenna yesidlulisi esingasebenzi kahle.

AKUKHO UMSINDO (NOMA IZINGA LOMSINDO ELIPHANSI), UMAmukeli UKHOMBISA UKUDLALWA OKUFANELEKILE KOMSINDO

1) Izinga lokuphumayo komamukeli lisethwe liphansi kakhulu.

okunezintambo.

2) Okukhiphayo kwesamukeli kunqanyuliwe, noma ikhebula alisebenzi noma alisebenzi kahle

3) Isistimu yomsindo noma okokufaka kwerekhoda kwenqatshiwe.

Hlola UMSINDO OHLANZEKILE

1) Inzuzo yokudlulisela (izinga lomsindo) iphezulu kakhulu. Hlola amaleveli omsindo we-LED namaleveli omsindo owamukelayo phakathi nokusetshenziswa.
2) Okukhiphayo kwesamukeli kungase kungafani nesistimu yomsindo noma okokufaka kwerekhoda. Lungisa izinga lokuphumayo kumamukeli libe sezingeni elifanele lerekhoda, i-mixer noma isistimu yomsindo. (Sebenzisa umsebenzi Wethoni yomamukeli ukuhlola ileveli.)
3) I-Transmitter ayisethwanga kumafrikhwensi afanayo nomamukeli.
leyo frikhwensi yokusebenza kumamukeli nesidlulisi okufanayo.
4) Imodi Ehambelanayo Yesamukeli/Isidlulisi ayifani.

IMPENDULO ENGEPHEZULU

1) Inzuzo yokudlulisela (izinga lomsindo) iphezulu kakhulu. Hlola ukulungiswa kwenzuzo kanye/noma unciphise izinga lokukhipha umamukeli.
2) Ithalente limi eduze kakhulu nohlelo lwesipika.
3) Imakrofoni ikude kakhulu nomlomo womsebenzisi.

I-LECTROSONICS, INC.

ISIMPAWU

Ama-Super-Minature Belt Pack Transmitters
OKUNGENZEKA

UKWAKHE KANYE NOMSINDO - UKUDLA OKUZWAYO 1) Inzuzo yokudlulisela (izinga lomsindo) iphansi kakhulu.

2) I-antenna yokwamukela ilahlekile noma ivinjiwe.

3) I-antenna yokudlulisa iphukile noma ayikho.

4) Ibanga lokusebenza likhulu kakhulu.

5) Ukuphazamiseka kwesignali. Vala i-transmitter. Uma inkomba yamandla esignali yomamukeli ingehli ize cishe ku-zero, lokhu kubonisa ukuthi isignali ephazamisayo ingaba yinkinga. Zama imvamisa yokusebenza ehlukile.

“I-Loc” IVELA KUSIBONISO UMA YIYIPHI INKINOBHO CINDEZWA 1) Iphaneli Yokulawula ikhiyiwe. (Bheka Iziqondiso Zokusebenza, Ukukhiya kanye Nokuvula Iphaneli Yokulawula.)

“Bamba” KUVELA ESIBONISWENI LAPHO CINDEZWA IZINKINOBHO ZEMICIBISELA 1) Isikhumbuzi sokuthi kuyadingeka ukubamba inkinobho ethi AUDIO noma FREQ ukuze wenze izinguquko ekuzuzeni umsindo noma izilungiselelo zemvamisa.

I-“PLL” IVELA ESESIBONISWENI

1) Inkomba yokuthi i-PLL ayikhiyiwe. Lokhu kuyingozi
lokho kudinga ukulungiswa kwefekthri. Kungenzeka ukuthi kuhlinzekwe kwenye ifrikhwensi eqhelile kunaleyo ekhethiwe lapho isimo sikhonjiswa.

ISITHUMI NGEKE ESINDELE KUSIDE

1) Uma i-LCD icwayiza okuthi “rc OFF”, isidlulisi asilungiselelwanga ukuphendula umsebenzi wesilawuli kude. Bheka “Ukusebenza Okukude” ekhasini 16 ukuze uthole imiyalelo yokuthi ungamisa kanjani.

2) Uma i-LCD icwayiza “- – – – – -“, isidlulisi sesivele sisethiwe njengoba icelwe ngesilawuli kude.

3) Uma i-transmitter ingaphenduli nhlobo, zama ukusondela ku-transmitter.

4) Qiniseka ukuthi i-transmitter ayikho kumodi yokulala.

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series
Ama-Antenna E-Whip Aqondile
I-Lectrosonics AMMKIT inikeza izingxenye zokwenza uthi ngesixhumi esijwayelekile se-SMA sanoma yimaphi amabhlogo atholakalayo. Sika isiswebhu ngobude bethebula elingezansi noma ngokubeka uthi phezu kwesifanekiso ukuze unqume ubude obufanele. Qiniseka ukuthi uhlola isikali sokuphrinta kwakho ngokulinganisa ubude bomugqa ongezansi komdwebo.

Ububanzi befrikhwensi kanye/noma ibhulokhi imakwe ngaphandle kwendlu yesithumeli.
Izimpondo ezingamakiwe zingabonakala ngokuzibeka esifanekisweni esingezansi. Qiniseka ukuthi uyaqinisekisa ukuthi okuphrintiwe kuku-100% ngokubheka ubude bomugqa ongezansi komdwebo othi.

Ubude be-Whip

944 29 28 27 26 25 24 23 22 21 20 19
470

Qaphela: Hlola isikali sokuphrinta kwakho. Lo mugqa kufanele ube amayintshi angu-6.00 ubude (152.4 mm).

VIMBELA IFREQUENCY RANGE

470

470.100 – 495.600

486.400 – 511.900

512.000 – 537.500

537.600 – 563.100

563.200 – 588.700

588.800 – 614.300

606

606.000 – 631.500

614.400 – 639.900

640.000 – 665.500

665.600 – 691.100

691.200 – 716.700

716.800 – 742.300

742.400 – 767.900

768.000 – 793.500

793.600 – 819.100

819.200 – 844.700

844.800 – 861.900

UMBALA WE-CAP/SLEEVE
Emnyama w/ Ilebula Emnyama w/ Ilebula Emnyama w/ Ilebula Ensundu w/ Ilebula Ebomvu w/ Ilebula Ewolintshi w/ Ilebula (Sebenzisa Ibhulokhi 24 Intuthwane) Okuphuzi w/ Ilebula Okuluhlaza w/ Ilebula Okuluhlaza Okuluhlaza w/ Ilebula Violet (Pinki) w/ Ilebula Elimpunga w/ Ilebula Okumhlophe w/ Ilebula Black-w/Ilebula Black-w/Ilebula Black-w/Ilebula Black-w/Ilebula

UBUDE BE-ANTENNA
5.67"5.23" 4.98" 4.74" 4.48" 4.24"
4.01″ 3.81″ 3.62″ 3.46″ 3.31″ 3.18″ 3.08″ 2.99" 2.92" 2.87

I-LECTROSONICS, INC.

Izesekeli ezifakiwe
I-SMB:
Isikhwama sesikhumba se-PSM esinesiqeshana sebhande elihlanganisiwe

Ama-Super-Minature Belt Pack Transmitters
I-SMBCUPSL isiqeshana se-aluminium esakhiwe ngomshini entwasahlobo

I-SMDB:
Isikhwama sesikhumba se-PSMD esinesiqeshana sebhande elihlanganisiwe

35924

Iphedi ye-Themal insulating ye-SMDB
Beka i-Thermal insulation pad ngemuva kweyunithi, njenge
isithombe.

I-SMDBCSL

Isiqeshana se-aluminium esakhiwe ngomshini entwasahlobo

Izesekeli Ongazikhethela

I-SMKITTA5

Ikhithi yesixhumi yama-SMV series plug, 5-pin TA5F plug enomkhono

I-SMBCUP

Kwenziwe ngomshini, isiqeshana sebhande lensimbi lama-SMV transmitters, i-antenna phezulu

SMBCDN

Kwenziwe ngomshini, isiqeshana sebhande lentambo lama-SMV transmitters, i-antenna iphansi

I-SMDBC

Kwenziwe ngomshini, isiqeshana sebhande lentambo le-SMQV nama-transmitters

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series

Imininingwane kanye nezici

Amafrikhwensi okusebenza: Block 470 470.100 - 495.600 Block 19 486.400 - 511.900 Block 20 512.000 - 537.500 Block 21 537.600 - 563.100 - 22 563.200 588.700 23 588.800 614.300 24 614.400 639.900 - 25 Block 640.000 665.500 - 26 Block 665.600 691.100 - XNUMX Block XNUMX XNUMX - XNUMX

E02 Izandiso ezengeziwe:
Vimbela 27 691.200 - 716.700
Vimbela 28 716.800 - 742.300
Vimbela 29 742.400 - 767.900
Vimbela 30 768.000 - 793.500
Vimbela 31 793.600 - 819.100
Vimbela 32 819.200 - 844.700
Vimbela 33 844.800 - 861.900
QAPHELA: Kuyisibopho somsebenzisi ukukhetha amaza avunyelwe esifunda lapho isidlulisi sisebenza khona.

Ibanga lemvamisa:

256 amafrikhwensi ezinyathelweni ezingu-100 kHz kubhulokhi eyodwa engu-25.5 MHz ububanzi

Isikhala Sesiteshi:

100 kHz

Uhlobo Lokushintshashintsha:

Ukukhetha imvamisa:

Amaswishi e-membrane afakwe iphaneli yokulawula

Ukukhishwa kwe-RF Power:

E01: 50 mW (igama)

E02: 10 mW

Amamodi Ahambisanayo:

I-E01: I-Digital Hybrid Wireless® ne-IFB E02: I-Digital Hybrid Wireless®, Imodi 3, ne-IFB

Ithoni yomshayeli:

25 kuya ku-32 kHz; 3 kHz ukuchezuka kumodi ye-hybrid

Ukuzinza kwemvamisa:

± 0.002%

Ukuphambuka:

± 50 kHz ubukhulu. kumodi ye-hybrid

Imisebe engamanga:

Ithobelana ne-ETSI EN 300 422-1

Umsindo ofanayo wokufaka:

125 dBV, A-isisindo

Ileveli yokokufaka: Uma isethelwe imakrofoni eguqukayo:

0.5 mV kuya ku-50 mV ngaphambi kokukhawulela. Kukhulu kuno-1 V enomkhawulo.

Uma isethelwe imakrofoni ye-electret lavaliere: 1.7A ukuya ku-170 uA ngaphambi kokukhawulela. Ingaphezu kuka-5000 uA (5 mA) enomkhawulo.

Okokufaka kwezinga lomugqa:

17 mV kuya ku-1.7 V ngaphambi kokukhawulela. Ingaphezu kuka-50 V enomkhawulo.

I-impedance yokokufaka:

Imakrofoni enamandla:

300 ohm

I-Electret lavaliere:

Okokufaka kuyisisekelo esibonakalayo esinokuchema okungaguquki kwamanje kwe-servo

Ileveli yomugqa:

2.7km awu

Umkhawulo wokufaka:

Isikhawuli esithambile, ibanga elingu-30 dB

Ukuchema voltages:

Kulungiswe i-5 V kuze kufike ku-5 mA

Okukhethekayo okungu-2 V noma okungu-4 V kwe-servo bias yanoma iyiphi i-electret lavaliere.

Ibanga lokulawula lokuzuza:

40 dB; amaswishi e-membrane afakwe iphaneli

Izinkomba zokuguquguquka:

Ama-LED anemibala emibili akhombisa ukushintshashintsha kwe- -20, -10, 0, +10 dB okubhekiselwe ekuguquguqukeni okugcwele.

Izilawuli:

Iphaneli yokulawula ene-LCD namaswishi ama-membrane amane.

Ukukhishwa kwefrikhwensi ephansi:

Ilungiseka kusuka ku-35 kuye ku-150 Hz.

+6 +3
0db
-3 Umugqa phakathi
-6
-9
-12

I-Mic ku-35 Hz Roll-off
I-Mic ku-150 Hz Roll-off

100

1kHz

10k 20k

Impendulo Yemvamisa Yomsindo:
I-Signal to Noise Ratio (dB): (isistimu iyonke, imodi yochungechunge lwama-400)

35 Hz ukuya ku-20 kHz, +/-1 dB (I-roll-off ephansi iyalungiseka – bona igrafu ngenhla)

I-SmartNR

Akukho Umkhawulo

w/ Ukukhawulela

VALIWE

103.5

108.0

(Qaphela: imvilophu ekabili “ethambile” NORMAL 107.0

111.5

i-limiter inikeza ngokuhlukile

ukuphathwa kahle kwesikhashana

OKUGCWELE

108.5

113.0

ngokusebenzisa ukuhlasela okuguquguqukayo nokukhululwa

izikhathi ezingaguquki. Ukuqala kancane kancane kokukhawulela kumklamo kuqala ngezansi ngokugcwele

ukumodulation, okunciphisa isibalo esikaliwe se-SNR ngaphandle kokukhawulela ngo

4.5 dB)

Ingqikithi Yokuhlanekezela Okuvumelanayo: I-Audio Input Jack: I-Antenna: Amabhethri: Impilo Yebhethri:
Isisindo: amabhethri Ubukhulu Sebonke:

0.2% ejwayelekile (400 Series mode)
I-Switchcraft 5-pin locking (TA5F)
Intambo yensimbi eguqukayo, enganqamuki.
I-1.5 Volt AA lithium noma i-NiMH eshajwayo iyanconywa
I-SMB: amahora angu-2 (i-alkaline); Amahora angu-7.25 (i-lithium), amahora angu-5 nge-2500mAh NiMH
I-SMDB: amahora angu-6 (i-alkaline); Amahora angu-14.5 (i-lithium), amahora angu-8.5 no-2500mAh NiMH
I-SMB: 2.7 oz.. (75.9 amagremu) nebhethri ye-lithium
I-SMDB: 3.7 oz.. (105 amagremu) ene-lithium
I-SMB: 2.3 x 1.8 x 0.64 amayintshi (ngaphandle kombhobho) 58 x 46 x 16 mm (ngaphandle kombhobho)
I-SMDB: 2.3 x 2.4 x 0.64 amayintshi (okungabandakanyi imakrofoni) 58 x 60 x 16 mm (ngaphandle kombhobho)

Imininingwane ingashintsha ngaphandle kwesaziso.

I-LECTROSONICS, INC.

Ama-Super-Minature Belt Pack Transmitters
Isevisi nokulungisa
Uma isistimu yakho ingasebenzi kahle, kufanele uzame ukulungisa noma ukuhlukanisa inkinga ngaphambi kokuba uphethe ngokuthi isisetshenziswa sidinga ukulungiswa. Qiniseka ukuthi uyilandele inqubo yokusetha kanye nemiyalelo yokusebenza. Hlola amakhebuli axhumayo bese udlulela esigabeni sokuxazulula izinkinga kuleli bhukwana.
Sincoma kakhulu ukuthi ungazami ukulungisa izisetshenziswa ngokwakho futhi ungazami isitolo sokulungisa sasendaweni ngaphandle kokulungisa okulula. Uma ukulungisa kuyinkimbinkimbi kunocingo oluphukile noma ukuxhuma okuxekethile, thumela iyunithi efektri ukuze ilungiswe futhi isetshenziswe. Ungazami ukulungisa noma yiziphi izilawuli ngaphakathi kwamayunithi. Uma sekusethwe efekthri, izilawuli ezihlukene nezilungisi azikhukhuleki ngenxa yobudala noma ukudlidliza futhi azidingi ukulungiswa kabusha. Akukho ukulungisa ngaphakathi okuzokwenza iyunithi engasebenzi kahle iqale ukusebenza.
Umnyango Wenkonzo We-LECTROSONICS uhlomile futhi unabasebenzi ukuze balungise ngokushesha okokusebenza kwakho. Ukulungiswa kwewaranti kwenziwa ngaphandle kwenkokhiso ngokuhambisana nemibandela yewaranti. Ukulungiswa ngaphandle kwewaranti kukhokhiswa ngenani eliphansi eliphansi kanye nezingxenye nokuthunyelwa. Njengoba kuthatha cishe isikhathi esiningi nomzamo ukuthola ukuthi yini engalungile njengoba kwenza ukulungisa, kunenkokhiso yekhotheshini eqondile. Sizokujabulela ukucaphuna cishe izindleko ngefoni zokulungisa ngaphandle kwewaranti.
Amayunithi Abuyiselwayo azolungiswa
Ukuze uthole isevisi efika ngesikhathi, sicela ulandele lezi zinyathelo ezingezansi:
A. UNGABUYISI izinto zokusebenza efekthri ukuze zilungiswe ngaphandle kokuthi uqale ngokusithinta nge-imeyili noma ngocingo. Sidinga ukwazi uhlobo lwenkinga, inombolo yemodeli kanye nenombolo ye-serial yemishini. Sidinga nenombolo yocingo lapho ungafinyelelwa khona ngo-8 AM ukuya ku-4 PM (Isikhathi Esijwayelekile Sentaba sase-US).
B. Ngemva kokuthola isicelo sakho, sizokunikeza inombolo yokugunyazwa ukubuyisela (i-RA). Le nombolo izosiza ukusheshisa ukulungiswa kwakho ngeminyango yethu yokwamukela nokulungisa. Inombolo yokugunyazwa yokubuyisela kufanele iboniswe ngokucacile ngaphandle kwesiqukathi sokuthumela.
C. Pakisha okokusebenza ngokucophelela futhi uthumele kithi, izindleko zokuthumela zikhokhelwa kusengaphambili. Uma kunesidingo, singakunikeza izinto zokupakisha ezifanele. I-UPS ngokuvamile iyindlela engcono kakhulu yokuthumela amayunithi. Amayunithi asindayo kufanele abe “amabhokisi amabili” ukuze ezokuthutha eziphephile.
D. Sincoma futhi ngokuqinile ukuthi ufake umshwalense okokusebenza, njengoba singeke sibe nesibopho sokulahlekelwa noma ukulimaza impahla oyithumelayo. Yebo, siqinisekisa izisetshenziswa uma sizibuyisela kuwena.

I-Lectrosonics USA:
Ikheli leposi: Lectrosonics, Inc. PO Box 15900 Rio Rancho, NM 87174 USA

Ikheli lokuthumela: Lectrosonics, Inc. 581 Laser Rd. Rio Rancho, NM 87124 USA

Ucingo: 505-892-4501 800-821-1121 Kwamahhala 505-892-6243 Ifeksi

Web: www.lectrosonics.com

I-imeyili: sales@lectrosonics.com

I-Lectrosonics Canada:
Ikheli Leposi: 720 Spadina Avenue, Suite 600 Toronto, Ontario M5S 2T9

Ucingo: 416-596-2202 877-753-2876 Ifoni yamahhala (877-7LECTRO) 416-596-6648 Ifeksi

I-imeyili: Ukuthengisa: colinb@lectrosonics.com Isevisi: joeb@lectrosonics.com

Izinketho zokuzisiza Ngezinto Ezingaphuthumi
Amaqembu ethu e-Facebook kanye webuhlu luyingcebo yolwazi lwemibuzo yabasebenzisi nolwazi. Bheka ku: Lectrosonics General Facebook Group: https://www.facebook.com/groups/69511015699 D Squared, Venue 2 kanye ne-Wireless Designer Group: https://www.facebook.com/groups/104052953321109 Uhlu Lwezintambo: https: //lectrosonics.com/the-wire-lists.html

I-Rio Rancho, NM

SMB/EO1, SMB/E02 Series

I-LECTROSONICS, INC.

ISIQINISEKISO SONYAKA OWODWA OKUkhawulelwe
Okokusebenza kugunyazwe unyaka owodwa kusukela ngosuku lokuthengwa ngayo ngokumelene nokukhubazeka kwempahla noma ukwakhiwa kwayo inqobo nje uma kuthengwe kumthengisi ogunyaziwe. Lesi siqiniseko asibandakanyi okokusebenza okuxhashazwayo noma okulinyazwe ukuphathwa ngokunganaki noma ukuthunyelwa ngomkhumbi. Lesi siqinisekiso asisebenzi ezintweni ezisetshenziswayo noma zokubonisa.
Uma kwenzeka noma ikuphi ukonakala, i-Lectrosonics, Inc., ngokukhetha kwethu, izolungisa noma ishintshe noma yiziphi izingxenye ezikhubazekile ngaphandle kwenkokhiso yezingxenye noma umsebenzi. Uma i-Lectrosonics, Inc. ingakwazi ukulungisa iphutha kumishini yakho, izoshintshwa ngaphandle kwenkokhiso kufakwe into entsha efanayo. I-Lectrosonics, Inc. izokhokhela izindleko zokubuyisela okokusebenza kwakho kuwe.
Lesi siqinisekiso sisebenza kuphela ezintweni ezibuyiselwe kwa-Lectrosonics, Inc. noma kumdayisi ogunyaziwe, izindleko zokuthumela zikhokhelwa kusengaphambili, ungakapheli unyaka owodwa kusukela ngedethi yokuthenga.
Lesi Siqiniseko Esinomkhawulo silawulwa yimithetho Yesifunda SaseNew Mexico. Isho sonke isikweletu se-Lectrosonics Inc. kanye nalo lonke ikhambi lomthengi lanoma yikuphi ukwephulwa kwewaranti njengoba kushiwo ngenhla. AKUKHO I-LECTROSONICS, INC. NOMA NOMA MUNTU ABABANDAKANYE EKKHIQIZWENI NOMA KOKULETHWA KWEZINSIMBI UZOBA NESIBOPHO NGANOMA YIKUPHI OKUNGQONDWENI, OKUKHETHEKILE, OKUJEZISAYO, OKUPHUMELAYO, NOMA OBUYIZIGANEKO OKUVELA NGAKUSETSHENZISWA KOKULUNGA, OKUNGEZESIFUNDAZWE. INC. ILULUKWE NGAKHONA OKUNGENZEKA KULOMONA WO. AKUKHO MCIMBI NGENXA YESIBOPHO IMKOLELO YE-LECTROSONICS, INC. NGEQA INTENGO OKUTHENGAYO YANOMA YIZIPHI IZINTO EZISEBENZA EZINGAPHUMELELI.
Lesi siqinisekiso sikunikeza amalungelo athile omthetho. Ungase ube namalungelo engeziwe angokomthetho ahluka ngokwezifundazwe.

581 Laser Road NE · Rio Rancho, NM 87124 USA · www.lectrosonics.com +1(505) 892-4501 · ifeksi +1(505) 892-6243 · 800-821-1121 I-US kanye ne-Canada · sales@lectrosonics.com

15 Novemba 2023

Amadokhumenti / Izinsiza

I-LECTROSONICS SMB-E01 Super Miniature Transmitters [pdf] Incwadi Yeziqondiso
SMB-E01 Super Miniature Transmitters, SMB-E01, Super Miniature Transmitters, Miniature Transmitters, Transmitters

Izithenjwa

Imaniwali yosebenzisayo

SMB-E01 Super Miniature Transmitters

Ulwazi Lomkhiqizo

Imininingwane:

Imiyalo yokusetshenziswa komkhiqizo:

Isingeniso

Incazelo Yezobuchwepheshe Ejwayelekile

I-FAQ (Imibuzo Evame Ukubuzwa)

Q: Ingabe ngidinga ilayisense yokusebenzisa uchungechunge lwe-SMB
abathumeli?

Q: Yimaphi ama-microphone ahambisana ne-SMB Series
abathumeli?

Amadokhumenti / Izinsiza

Izithenjwa

Shiya amazwana

Khansela impendulo

SMB-E01 Super Miniature Transmitters

Ulwazi Lomkhiqizo

Imininingwane:

Imiyalo yokusetshenziswa komkhiqizo:

Isingeniso

Incazelo Yezobuchwepheshe Ejwayelekile

I-FAQ (Imibuzo Evame Ukubuzwa)

Q: Ingabe ngidinga ilayisense yokusebenzisa uchungechunge lwe-SMB abathumeli?

Q: Yimaphi ama-microphone ahambisana ne-SMB Series abathumeli?

Amadokhumenti / Izinsiza

Izithenjwa

Okuthunyelwe Okuhlobene

Shiya amazwana

Khansela impendulo

Q: Ingabe ngidinga ilayisense yokusebenzisa uchungechunge lwe-SMB
abathumeli?

Q: Yimaphi ama-microphone ahambisana ne-SMB Series
abathumeli?