I-cecotec EssentialVita Hyden 600 Electric Lever Juicer

Incazelo Yesistimu ye-FemtoStepper

I-FemtoStepper inikeza isignali ye-MHz ezinzile kakhulu, etholakala emiphumeleni emine, elungiseka esigabeni nangemvamisa ngokulungiswa okuphezulu kakhulu. Ngokungeziwe emiphumeleni ye-MHz, i-micro-stepper inikeza isignali ye-pulse eyodwa ngomzuzwana (i-PPS) etholakala kokuphumayo okune okukhiqizwe kokuphumayo kwe-MHz. I-FemtoStepper inikeza isignali ye-MHz esuselwe ekusebenzeni okuphezulu, i-crystal oscillator yomsindo wesigaba esiphansi kakhulu esivalwe ngesigaba sikhiyelwe kokokufaka kwereferensi ye-MHz yangaphandle. Ivumela ukulungisa okuphumayo esigabeni nangemvamisa ngaphandle kokuphazamisa umthombo wesiginali yereferensi, futhi kuthathwa izinyathelo zokuqapha ukuze kuncishiswe umsindo owengeziwe. Umklamo usekelwe ekwakhiweni kwe-heterodyne ephindwe kabili lapho isakhiwo sokuqala sisetshenziselwa ukulungiswa kwesigaba esihle/imvamisa kanye nesakhiwo sesibili sokulungiswa okungalungile. Idivayisi ilawulwa ukude ngesixhumanisi seserial se-RS-232, esihlinzeka ngomyalo ngohlu oluchaziwe lwemiyalo. Yonke imiyalo icutshungulwa ku-syntax efanele kanye nobubanzi bokusebenza ngaphambi kokwenziwa. Imiyalo equkethe amaphutha iyanqatshwa.

Ukufakwa kwe-FemtoStepper
Ukuphepha
Qinisekisa ukuthi kuthathwe izinyathelo zokuphepha ezifanele ngesikhathi sokufakwa kanye nokusetshenziswa kohlelo lwe-FemtoStepper.

Umthwalo Wezemvelo
Landela imithethonqubo yezemvelo kanye nemihlahlandlela yokulahlwa kohlelo lwe-FemtoStepper.

Ukuqaqa
Lapho uqaqa uhlelo lwe-FemtoStepper, susa ngokucophelela zonke izingxenye futhi uqinisekise ukuthi yonke into ifakiwe njengokusho kwemibhalo yomkhiqizo.

I-Electrical & Indicator Interfaces
Bheka emibhalweni yomkhiqizo ukuze uthole imininingwane enemininingwane yokuxhumana kukagesi nezinkomba zohlelo lwe-FemtoStepper.

Ukuxhumana
Yenza ukuxhumana okudingekayo njengoba kucacisiwe kumadokhumenti womkhiqizo ukuze uqinisekise ukusebenza kahle kohlelo lwe-FemtoStepper.

Izincomo
Landela izincomo ezinikezwe kumadokhumenti womkhiqizo ukuze usebenze kahle nokuphila isikhathi eside kohlelo lwe-FemtoStepper.

 Amandla Esistimu|
Bheka imibhalo yomkhiqizo ukuze uthole imiyalelo yokuthi ungalunika kanjani amandla uhlelo lwe-FemtoStepper.

Ukulawulwa Kwesistimu
Lawula uhlelo lwe-FemtoStepper ukude usebenzisa imiyalo ye-RS-232. Bheka esigabeni 4 semanuwali yomsebenzisi ukuze uthole uhlu lwemiyalo etholakalayo kanye nokusetshenziswa kwayo.

RS232 Imiyalo

Umyalo	Incazelo
Ukulungiswa Kwemvamisa	Lungisa i-frequency offset yokuphumayo kwe-MHz OCXO
Ukulungiswa Kwesigaba	Lungisa isigaba sokuphumayo ngokulungiswa kwe-picsecond
Ukulawulwa kweMicroprocessor kanye ne-PPS (ishayela ngomzuzwana) indawo	Lawula imisebenzi ye-FemtoStepper futhi uphathe i-PPS isignali

Omakhenikha
Bheka imibhalo yomkhiqizo ukuze uthole ulwazi oluningiliziwe lwemishini mayelana nohlelo lwe-FemtoStepper.

Incazelo Yesistimu ye-FemtoStepper

I-FemtoStepper ihlinzeka nge-˜°MHz ezinze kakhulu, etholakala emiphumeleni emine, elungiseka esigabeni nangemvamisa ngokulungiswa okuphezulu kakhulu. Ngokungeziwe emiphumeleni engu-˜°MHz, i-micro-stepper ihlinzeka nge-pulse eyodwa ngomzuzwana (˜PPS) etholakala emikhiqizweni emine ekhiqizwe kokuphumayo okungu-˜°MHz.
I-FemtoStepper inikeza isignali engu-˜°MHz esuselwe ekusebenzeni okuphezulu, i-ultra low oscillator yekristalu yomsindo okuyisigaba esikhiyelwe kokokufaka kwereferensi kwe-˜°MHz yangaphandle. Ivumela ukulungisa okuphumayo esigabeni nangemvamisa ngaphandle kokuphazamisa umthombo wesiginali yereferensi futhi kuthathwe izinyathelo zokuphepha ukuze kuncishiswe umsindo owengeziwe.
Umklamo usekelwe ekwakhiweni kwe-heterodyne ephindwe kabili lapho isakhiwo se-ÿrst sisetshenziselwa ukulungiswa kwesigaba esihle / imvamisa kanye nesakhiwo sesibili sokulungiswa okungalungile.
Idivayisi ilawulwa ukude nge-RS-˛˙˛ ilinki yochungechunge. okunikeza umyalo ngohlu olumisiwe lwemiyalo. Yonke imiyalo icutshungulwa ku-syntax efanele kanye nobubanzi bokusebenza ngaphambi kokwenziwa. Imiyalo equkethe amaphutha iyanqatshwa.

Ukulungiswa Kwemvamisa
I-frequency oˆset isetshenziswa kokuphumayo ˜°MHz OCXO ngesakhiwo se-heterodyne ephindwe kabili ukuze kukhuliswe ukulungiswa.

Kuphi:
G : I-Heterodyne Gain of ˜°ˇ.
˘f iphethwe i-microprocessor.
Ubudlelwano phakathi kwefrikhwensi yokuphumayo kanye nefrikhwensi yokokufaka yilokhu okulandelayo : Lapho :
N : Imvamisa oˆemiswe ngezinyathelo ezingu-˜°-˜.
I-frequency oˆset ihlezi iyivelu eliphelele ukusuka kokokufaka ˜°MHz.
Ububanzi bokuphumayo bukhawulelwe cishe ngo-x ˜°-˜°)

Ukulungiswa Kwesigaba
Isigaba sokukhipha siyalungiseka ngokuthi °.˜ i-piccosecond resolution ngaphezu kwebanga eliphezulu ukuze kukhavwe sonke isikhathi sesignali yokuphumayo engu-˜°MHz. Ukulungiswa kwesigaba kwenziwa ngaphansi kokulawulwa kwe-microprocessor.

Ukulawulwa kweMicroprocessor kanye ne-PPS (ishayela ngomzuzwana) indawo
I-microprocessor ilawula imisebenzi. Iwashi yi-˜° MHz_out. Ukuhlukaniswa ngokuthi ˜ kwenziwa, kuhlinzekwe ukuphuma kwe-PPS_. I-PPS_out ingaqondaniswa nereferensi ye-PPS_ref ngaphakathi kokuthi ˛°° ns uma umyalo othi AL˜ ukhishwa. .

Ukufakwa kwe-FemtoStepper

Ukuphepha

• Sebenzisa izinyathelo ezifanele ze-ESD
• Qinisekisa ukuthi zonke izintambo zixhumeke ngendlela efanele

Ukuphatha umkhiqizo ngaphansi kwezimo ezibonakala zinengqondo akubangeli noma iyiphi ingozi empilweni yomuntu, ukuchayeka ku-SVHC (izinto ezikhathazayo eziphakeme kakhulu) kuzodinga ukugaya ingxenye.

Umthwalo Wezemvelo 

• Izinto zokusebenza ziqukethe izinto, ezingasetshenziswa kabusha noma zigaywe kabusha.
• Ungawufaki okokusebenza njengodoti kamasipala ongahlungiwe. Ishiye endaweni egunyaziwe yokuqoqwa kwe-WEEE yendawo noma ubuyele e-Orolia Switzerland SA ukuze uqinisekise ukulahlwa okufanele.
• Ukuze ubuyisele isisetshenziswa :
  • Dawuniloda futhi ugcwalise ifomu le-RMA (kusuka ku-www.orolia.com) bese ulithumela ku-clocksupport@orolia.com
  • Uma i-RMA isigunyaziwe, sizokuthinta ngemininingwane yenqubo yokuthunyelwa.

Ukuqaqa
Khipha futhi uhlole ngokucophelela iyunithi. Hlola umonakalo emzimbeni. Uma umonakalo obonakalayo ubonwa, thintana ngokushesha ne-SpectraTime.

Ukunikezwa Kweyunithi:

• I-FemtoStepper Rack
• Ikhebula i-SUB-D iphinifa owesilisa/owesifazane
• Ikhebula lamandla e-Euro
• Abakaki be-rack mount (kuphela ngenguqulo evamile)
• Isixhumi se-Backup DL power supply

I-Electrical & Indicator Interfaces

N°	Ngaphakathi/ Ngaphandle	Ukuqokwa	Uhlobo			Phina	Ukuqokwa
					J2	1	GND VDC amandla isipele
J1	In	23OVAC amandla ayinhloko	Schurter KMOO.11OS.11
					J2	2	+24 Amandla ayisipele e-VDC
J2	In	+24VDC amandla ekhophi yasenqolobaneni	I-Jaeger S3O6OO4OO6
					J2	3	+24 Amandla ayisipele e-VDC
J3	Ngaphakathi/Ngaphandle	I-COM Interface	I-Sub-D-9P-FEM
					J2	4	GND VDC amandla isipele
J4	–	Ukuxhumana komhlaba	Isikulufu M4
				Ithebula 2: Isixhumi Samandla Esiyibhekhaphu
JS	In	Isiginali yereferensi ye-1O MHz	I-SMA
J6	In	Isiginali yereferensi ye-PPS	I-SMA
J7-J1O	Phuma	4x okukhiphayo kwe-PPS	I-SMA
J11-J14	Phuma	4x 1OMHz okukhiphayo	I-SMA
S1	–	Vula/Vala iswishi
F1	–	I-fuse kagesi eyisisekelo – T 3,1SA
F2	–	I-fuse ye-backup power supply - T 1,6A
L1	–	Inkomba yamandla eyinhloko	Okuhlaza
L2	–	Inkomba yamandla ekhophi yasenqolobaneni	Okuhlaza
L3	–	Inkomba ye-alamu	Okubomvu
L4	–	Inkomba yokugijima	Okuhlaza
LS	–	Inkomba yokuqalisa	Okuphuzi

Ukuxhumana

• Xhuma ireferensi yokokufaka engu-˜°MHz kuyunithi ye-FemtoStepper (J).
• Xhuma, uma umsebenzi we-PPS ufunwa, isignali ye-PPSref (Jˇ).
• Xhuma i-SUB-D- yesilisa kuyunithi (J˙) kanye ne-SUB-D- yesifazane kukhompyutha.
• Xhuma ikhebuli yamandla eyinhloko (˛˙°VAC) kuyunithi (J˜).
• Xhuma ikhebula lamandla eliyisipele (˛VDC) kuyunithi (J˛).
• Uma uthanda, xhuma idivayisi emhlabathini (J).
• Vula iyunithi (S˜).

Izincomo

• Zifudumeze i-FemtoStepper amahora ambalwa ngaphambi kokuqala noma yiziphi izinhlelo zokusebenza.
• Ukuze unciphise isikhathi sokufudumala, gcina i-FemtoStepper inamandla ngaso sonke isikhathi nanoma isignali yereferensi yokokufaka ingekho i-avt etholakalayo.
• Ukuze uqinisekise ukusebenza okuqhubekayo, xhuma isipele esingaphazamiseki ˛V umthombo wamandla.
• Gwema izindawo zeyunithi ezinomoya oguquguqukayo kanye nokushintsha kwezinga lokushisa.
• Gwema ukubeka i-FemtoStepper eduze nendawo yokudlidliza kanye nezinguquko eziphakeme kazibuthe.

Amandla Aphezulu Esistimu

• Vula iyunithi (S˜).
• Uma amandla ayinhloko exhunyiwe, inkomba ye-L˜ iluhlaza.
• Uma amandla ayisipele exhunyiwe, L˛ inkomba iluhlaza.
• Inkomba ye-alamu (L˙) ibomvu ngenkathi ifudumala.
• Phakathi nemizuzwana yokuqala, i-microprocessor yenza ukuqalisa. Ekupheleni kochungechunge lokuqalisa, u-L ushintsha okuthi oˆ.
• Cishe ngemva kwemizuzu eyishumi nanhlanu, inkomba ye-alamu (L˙) kufanele ishintshe u-oˆ. Uma kusebomvu, hlola ukuthi ireferensi yokufaka ixhunyiwe (J).
• Uma isilungele ukusebenzisa inkomba esebenzayo (L) iba luhlaza.
• Uma kusetshenziswa i-frequency oˆset, inkomba esebenzayo (L) iyacwayiza.

Ukulawulwa Kwesistimu

Idivayisi ilawulwa ukude nge-RS-˛˙˛ ilinki yochungechunge. okunikeza umyalo ngohlu olumisiwe lwemiyalo. Yonke imiyalo icutshungulwa ku-syntax efanele kanye nobubanzi bokusebenza ngaphambi kokwenziwa. Imiyalo equkethe amaphutha iyanqatshwa.
I-RS˛˙˛ Iphrothokholi ithi:
izingcezu/s
izingcezu zedatha
Akukho ukulingana
yima kancane
Akukho ukuxhawula
I-FemtoStepper yamukela imiyalo elandelayo eyisisekelo ye-ASCII: Idatha ikukhodi yedesimali ASCII.

Igama lomyalo	Umyalo we-syntax	Inkambu yedatha (uma ikhona)	I-syntax yempendulo	Idatha yempendulo (uma ikhona)
Ukuhlonza	I-ID CR LF	–	TNTMPS-aaa/rr/s.ss CR LF	awu: 1 rr: inombolo yokubuyekeza s.ss: inguqulo yesofthiwe
Inombolo yomkhiqizo	I-SN CR LF	–	xxxxx CR LF	xxxxx : amadijithi ayi-6 uchungechunge lwe-nbr
Isimo	I-ST CR LF	–	yyxx CR LF	yy : njalo OO (ukusetshenziswa esikhathini esizayo) xx : HEX ASCII   Incazelo encane : Isiqephu 7 :- I-Bit 6 :amandla ayisipele ayasebenza I-Bit S :amandla ayisisekelo ayasebenza I-Bit 4 :i-frequency drift hhayi O Ibhithi 3 :i-frequency offset hhayi O Bit 2 : umsebenzi wokunyathela Ibhithi 1 : OOL - Bit O : OOL +
Single Phase Isinyathelo	I-PSs CR LF	s= + : Isinyathelo Esihle s= – : Isinyathelo Esingesihle	s CR LF	s: isiqophi s= + : Isinyathelo Esihle s= – : Isinyathelo Esingesihle
Packet Phase Isinyathelo	PSsdddddd CR LF	s=+ : Iphakethe Elihle Isinyathelo s=- : Iphakethe Elingalungile Isinyathelo dddddd: inombolo	sdddddd CR LF	s: uphawu s=+ : Iphakethe Elihle Isinyathelo s=- : Iphakethe Elingalungile Isinyathelo dddddd: inani
I-offset yesigaba sangempela	PH CR LF		sdddddd CR LF	s: uphawu s=+ : Iphakethe Elihle Isinyathelo s=- : Iphakethe Elingalungile Isinyathelo dddddd: inani Kusuka ku-OOOOO kuya ku-SOOOOO
Ukukhishwa okuvame ukwenziwa	FAsdddddddd CR LF	s= + : Positive offset s= – : I-Negative offset dddddddd: inombolo	sdddddddd CR LF	s= + : Positive offset s= – : I-Negative offset dddddddd: inani
I-frequency offset yangempela	FR CR LF		sdddddddd CR LF	s= + : Positive offset s= – : I-Negative offset dddddddd: inani
I-Frequency drift	FDsdddd CR LF	s= + : I-Positive drift s= – : I-Drift engalungile	sdddd CR LF	s= + : I-Positive drift s= – : I-Drift engalungile dddd : inani ku-1E-17/day drift frequency
Qondanisa i-PPSOUT ne-PPSREF	I-ALd CR LF	d= 1 : qondanisa d= ? : isimo sokuqondanisa	d CR LF	d= O: ilungele ukuqondanisa d= 1: ukuqondanisa kuyaqhubeka d= 2 : akukho PPSREF
Setha i-PPSOUT ukubambezeleka (kuzungezwe ku-2OOns)	DEdddddddd CR LF	ddddddd=ukubambezeleka ku-ns. Ubukhulu 9999998OO ????????? :imibuzo	ddddddd=ukubambezeleka ku-ns. Ubukhulu 9999998OO ????????? :imibuzo	ddddddd=ukubambezeleka ku-ns. Okuncane OOOOOOOOO Max 9999998OO
Thumela ulwazi njalo ngomzuzwana	I-BTx CR LF	x= O : Yeka ukuthumela x= 3 : PPSREf isikhundla x= S : Isimo	x= 3 : aaaaaaaaa sbbb CR LF x= S : yyxx CR LF	aaaaaaaaa= PPSOUT vs PPSREF ukubambezeleka ku-ns. sbbb= inani lesiqhathanisi sesigaba esihle ku-approx. ns yyxx= bona umyalo we-ST

RS232 Imiyalo

ID[] : Ukuhlonza
Impendulo : TNTMPS-aaa/rr/s.ss
awu :001
rr : inombolo yokubuyekeza
s.ss : inguqulo yesofthiwe
Example : Izimpendulo ze-ID TNTMPS-001/01/1.00

Inombolo yomkhiqizo
SN[] : Inombolo ye-serial
Impendulo : xxxxxx xxxxxx : 6 izinombolo ze-serial izinombolo
Example : Izimpendulo ze-SN 000015

Isimo
ST[] : Isimo
Impendulo : yyxx yy : njalo 00 (igcinelwe ukusetshenziswa esikhathini esizayo) xx : Isimo se-HEX ASCII : bit 7 :– bit 6 : isipele samandla asebenzayo bit 5 : amandla ayinhloko asebenzayo bit 4 : i-frequency drift hhayi 0 bit 3 : imvamisa yesethi ayiyona 0 kancane 2: isinyathelo sokunyathela kancane 1: OOL iluphu engalungile 0: OOL positive loop
Example : Izimpendulo ze-ST 0068 (ikhophi yasenqolobaneni namandla ayisisekelo ayasebenza, imvamisa yesethi esetshenzisiwe, akukho ukukhukhuleka, isistimu ikhiyiwe)
Qaphela : Isimo sokuthumela se-BT5 kanye ngesekhondi ngefomethi efanayo.

Single Phase Isinyathelo
PSs[] : Isinyathelo sesigaba esisodwa
s = +: Isinyathelo esingu-1 sesigaba esihle samasekhondi ayi-10-13
– : 1 isigaba esinegethivu isinyathelo samasekhondi ayi-10-13
Impendulo : ss : uphawu lwesinyathelo esisodwa sesigaba
Example : PS+ izimpendulo +
Qaphela : Ukulungiswa kwesigaba akulona inani eliphelele.

Isinyathelo sesigaba sephakethe
PSsdddddd[] : Isinyathelo sesigaba sephakethe
s = +: ukulungiswa kwesigaba esihle
- : ukulungiswa kwesigaba esingalungile
dddddd : ukulungiswa kwesigaba ngesekhondi elingu-10-13
000000 ku500000
000001 : ubuncane bokulungiswa kwesigaba (±1×10-13 s)
500000 : ukulungiswa kwesigaba esiphezulu (±5×10-9 s)
000000 : akukho ukulungiswa kwesigaba
Impendulo : sdddddd sdddddd : inani lokulungiswa kwesigaba
Example : PS+000100 izimpendulo +000100 (kubuzwa ukulungiswa kwesigaba esihle sesekhondi elingu-10-11)
Qaphela : Ukulungiswa kwesigaba izinguquko zesigaba ezisheshayo futhi kunqwabelana nezinguquko zesigaba sangaphambilini.

Ukulungiswa Kwesigaba Kwangempela PH[] 
Ukulungiswa kwesigaba sangempela Impendulo : sdddddd
s = +: ukulungiswa kwesigaba esihle
– : Ukulungiswa kwesigaba esibi
dddddd : inani lokulungiswa kwesigaba kusinyathelo sesibili esingu-10-13
Example : Izimpendulo ze-PH -000020 (inani eliphelele lokulungiswa kwesigaba esinegethivu sesekhondi elingu-2×10-12 lisetshenzisiwe)
Qaphela : Isigaba sangempela izinguquko zesigaba eziqoqiwe kusukela ekuqaleni kwesistimu. Imvamisa yesethi ehlukile kokuthi 0 setha kabusha ukulungiswa kwesigaba kuya ku-0.
Example : Emyalweni u-PS+000002 uthunyelwe, Ku-T1 umyalo u-PS-000007 uthunyelwe, Kwa-T2 umyalo PS+000009 uthunyelwe, Ku-T3 umyalo PH uphendula +000004 ohambisana nenani eliphelele lokulungiswa kwesigaba esiqoqiwe. isetshenziswe kuze kube yi-T3 (2-7+9=4×10-13 isekhondi)

I-Frequency Off isethiwe
FAsddddddd[] : Imvamisa yesethi
s = +: imvamisa evumayo yesethi
– : Imvamisa engalungile yesethi
dddddddd : imvamisa yokusetha kusinyathelo esingu-10-17
00000000 ku10000000
00000001 : ubuncane bemvamisa yesethi (±1×10-17)
99999999 : imvamisa ephezulu yesethi (±9.9999999×10-10)
00000000 : akukho imvamisa yesethi
Phendula : sdddddddd sdddddddd : imvamisa yenani elimisiwe
Example : FA+00010000 izimpendulo +00010000 (imvamisa evumayo yesethi engu-10-13 uma kuqhathaniswa nemvamisa yereferensi yokufaka iyabuzwa)
Qaphela : Imvamisa yesethi yinani eliphelele kusuka kufrikhwensi yereferensi yokokufaka. Imvamisa entsha yesethi ibhala ngaphezulu yangaphambilini.

Imvamisa Yangempela Yokusetha
FR[] : Imvamisa yangempela yesethi
Impendulo: sdddddd
s = +: imvamisa evumayo yesethi
– : imvamisa engalungile yesethi
dddddddd : imvamisa yokusetha kusinyathelo esingu-10-17
Example : Izimpendulo ze-FR -00100000 (imvamisa engalungile yesethi ye-10-12 ngokuhlobene nemvamisa yereferensi yokufaka isetshenziswa)
Qaphela : Imvamisa yesethi yinani eliphelele kusuka kufrikhwensi yereferensi yokokufaka. Imvamisa entsha yesethi ibhala ngaphezulu yangaphambilini.
Example : Emyalweni u-FA+00600000 uthunyelwe, Ku-T1 umyalo FA-00020000 uthunyelwe, Ku-T2 umyalo u-FR uphendula -00020000 okuyifrikhwensi yangempela yesethi (ihambisana nemvamisa yokugcina yomyalo wesethi osetshenziswe ngaphambili T2.)

I-Frequency Drift
FDsddddCR[LF] : Shintsha imvamisa ngesikhathi
s : i-positive frequency drift
– : i-negative frequency drift
dddd : i-frequency drift ku-E/dayno drift
?????? ukuphenywa
Impendulo: sddddd : usanda kubuza i-drift noma i-drift empeleni iyasebenza
Example: FD??????Izimpendulo ze-CR . I-frequency iyanda imizuzwana futhi lokhu
value ingafundwa emuva ngomyalo FR.

I-Pulse per Second Alignment
I-ALdCR[LF] : Ukuqondanisa kwe-PPSOUT ku-PPSREF
d: qondanisa
? : ukuphenywa
Impendulo: dCRLF
ilungele ukuqondanisa
ukuqondanisa kuyaqhubeka
akukho PPSREF
Example : izimpendulo
Amanothi: Ngenkathi umyalo usaqhubeka, i-PPSLOCAL yangaphakathi iqondaniswe ne-PPSREF. Lokhu kungathatha amasekhondi.
Ukuqondanisa kwenziwa ngaphakathi kwe-ns.
Ngemva kokuqondanisa DE????????? izimpendulo
Lo myalo awunawo umthelela ekuphumeni kwe-MHz.

PPSOUT Ukubambezeleka
DEddddddddCR[LF] : Setha ukubambezeleka kwe-PPSOUT
dddddddd : ukubambezeleka ku-ns
akukho ukubambezeleka
ukubambezeleka okuncane
ukubambezeleka okukhulu
????????? : ukuphenywa
Impendulo: ddddddddCRLF
dddddddd : ngisanda kubuza ukubambezeleka
Example : DE?????????U-CR uphendula i-CRLF
Amanothi : Ngemva kokukhanyisa / Ukusetha kabusha, indawo ye-PPSOUT ayihleliwe.
Ngemva komyalo u-AL, i-PPSOUT iqondaniswe ne-PPSREF futhi ukubambezeleka kuxazululwe kokuthi .
Lo myalo awunawo umthelela ekuphumeni kwe-MHz.

Ulwazi Njalo Ngesibili
BTxCR[LF] : thumela ulwazi kanye ngesekhondi ku-serial port
x : ima ukuze uthumele
Impendulo : akukho
x : PPSOUT vs PPSREF isikhundla
Impendulo : aaaaaaaaa sbbbCRLF kanye ngomzuzwana
aaaaaaaaa : PPSOUT eluhlaza vs PPSREF isikhundla ku-ns, siyindilinga ukuze ns izinyathelo
I-PPSOUT iqondaniswe ne-PPSREF
inani elincane
inani eliphezulu
????????? : ayikho i-PPSREF
sbb : s : uphawu /- ; bbb : inani lokuqhathanisa ne-analog ne-PPS cishe ku-ns. I-PPSLOCAL vs PPSREF.
I-PPSLOCAL ne-PPSREF ziqondaniswe ngokuphelele.
inani eliphansi kakhulu
inani eliphakeme kakhulu
Phawula : umyalo othi ALCRLF kufanele uthunyelwe kuqala ukuze ilethe i-PPSLOCAL kusifanisi sesigaba se-PPS sisebenza
ububanzi.
x : Isimo
Impendulo : yyxxCRLF kanye ngomzuzwana
Bheka umyalo Wesimo ukuze uthole imininingwane

Omakhenikha

29 Novemba 2022. I-FemtoStepper enelungelo lobunikazi
Imininingwane ingashintshwa noma ithuthukiswe ngaphandle kwesaziso
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Amadokhumenti / Izinsiza

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