I-Surenoo SLG320240F Series Graphic LCD Module

UKU-ODA ULWAZI

Inombolo Ye-oda

Isithombe

INKCAZO

Ukucaciswa kwesibonisi

I60BT57B54B4E7B M	S61B58B5TI-5B48B ANDARD VALUE	U62B59B56NB49B IT
6D3B60B57oB50B t Matrix	364B61B258B51B0 x 240 Amachashazi	-65B6-2B59B52B
6D6B63B60iB6s8B play Connector	P67B64B6i1B6n9B  Header, F1: 20P/2.54; F2: 46P/0.8	-68B6-5B62B70B
7O0B67B64Bp86B erating Temperature	-71B628B65B807B ~ +70	7℃2B69B66B88B
S73B70B6t7B8o9B rage Temperature	-74B731B68B900B ~ +80	℃75B72B69B91B
Iphaneli Yokuthinta Uyazikhethela	N/A	-81B7-8B75B
8F2B79B7o6B nt Chip Ongakukhetha	N/A	-

Ukucaciswa Kwemishini

8I6BTI-83B80B EM	S87B84B8T1B ANDARD VALUE	U88B85B82NB IT
8O9B86B83Butline Dimension	F90B87B814B : 135.10(W) × 123.30(H) × 10.00(T) (MAX)	I-M91B88B85Bm
	F90B87B824B : 133.80(W) × 108.80(H) × 10.00(T) (MAX)
Indawo ye-V92B89B8i6Bsual	190B87B284B 1.60(W) × 91.55(H)	I-M93B90B87Bm
9A4B91B8c8B tive Area	190B87B184B 5.17(W) × 86.37(H)	I-M95B92B89Bm
9D6B93B90oB83B t Size	097B94B.91B384B 3×0.33	m98B95B92Bm85B
Idatha ye-9D9B96B93oB	0100B97.B943B 6×0.36	m101B98B95mB
1N02B99B9e6B92B t Weight	1103B1600B97B093B .0 ± 15% grams (typical)	g104B101B98B94B

Ukucaciswa kukagesi

1I06TB103B10E0B M	S107B104TB101B ANDARD VALUE	UI-108B105BN102B IT
Idatha ye-I109CB106B103B71PB	C110B107BO104B72B G	-111B-108B105B
1C12B109Bo106B71nB troller	S113B110TB107B727B 5320 or Equivalent	-114B-111B108B
1I15nB112B1t09Be95B rface	F116B1131B110B:96B 8-bit Parallel , SPI, F2: 8-Bit Parallel / SPI / IIC	-117B-114B111B

Ukucaciswa kwe-Optical

1I19TB116B11E3B M	S120B117TB114B ANDARD VALUE	UI-121B118BN115B IT
1L22B11C9B116B53DB  Type	R123B120Be117B54fB er to 1.1 SLG320240F Series Table	-124B-121B118B55B
1B25B122aB119B6c5B klight Color	R123B120Be117B54fB er to 1.1 SLG320240F Series Table	-127B-124B121B67B
V128B125iB12e2B62Bwing Direction	6129B12:6B1023B63B0	1C30B127Bl12o4B64B ck
1L31B12C8B125B56DB  Duty	1132B12/9B1226B57B40	1D33B130Bu127B58tB y
1L34B13C1B128B59DB  Bias	1135B13/2B1129B60B6	B136B133iB13a0B61Bs

UMDWEBO OMHLE

I-ELECTRICAL SPEC

Pin Configuration: SLGM320240F(With PCBA)

Iphini No.	Uphawu		Izinga	Incazelo
	Ukuhambisana	I-serial		Ukuhambisana	I-serial
1	ROM-IN		-	ROM Chip: Serial Data Input
2	ROM-OUT		-	ROM Chip: Serial Data Output
3	ROM-SCK		-	ROM Chip: Serial Clock Signal
4	ROM-CS		-	ROM Chip: Chip Selection Signal
5	I-LEDA		3.3V	Backlight Anode (+3.3V)
6	I-VSS		0V	Ground
7	I-VDD		3.3V	Ukunikezwa kwamandla okunengqondo
8	RS (A0)		H/L	Instruction / Data Selection
9	I-RES		L	Reset Signal, Low Active
10	CS		L	Chip Selection Signal, Low Active
11-14	I-DB7-DB4	I-VDD	-	I-Data Bus Line	Connect to VDD
15-17	I-DB3-DB1	I-SDA	H/L	I-Data Bus Line	Serial Data Signal (DB3-DB2-DB1 Connect together)
18	DB0	I-SCLK	H/L	I-Data Bus Line	Serial Clock Signal
19	E	I-VDD	-	Nika amandla Isiginali	Connect to VDD
20	E/W	I-VDD	H/L	H: Read Signal / L: Write Signal	Connect to VDD

Pin Configuration: SLGP320240F(Without PCBA)

Iphini No.	Uphawu			Izinga	Incazelo
	Ukuhambisana	4-Wire SPI	I-IIC		Ukuhambisana	I-serial
1	CS: L	CS: L	CS: H	L	Chip Selection Signal, Low Active	Chip Selection Signal, Low Active
2	RST: L	RST: L	RST: L	L	Reset Signal, Low Active	Reset Signal, Low Active
3	A0 (RS)	A0 (RS)	A0 (RS): H	H/L	H=Data, L=Command Selection	SPI: H=Data, L=Command Selection IIC: Connect High Level
4	R/W (WR)	H	H	I/O	6800: H=Read Signal, L=Write Signal	Connect High Level
5	E (RD)	H	H	-	6800: Enable Signal	Connect High Level
6	D0	I-SCLK	I-SCLK	-	I-Data Bus Line	Serial Clock Signal
-	7-9	7-9	7-11	-	I-Data Bus Line	Serial Data Signal SPI: 7-9 Pin Connect together IIC: 7-11 Pin Connect together
	I-D1-D3	I-SDA	I-SDA
-	10-13	10-13	12-13	-	I-Data Bus Line	SPI: 10-13 Pin Connect High Level IIC: 12-13 Pin Connect High Level
	I-D4-D7	H	H
14	I-VSS	I-VSS	I-VSS	Ground	Phansi Kwamandla	Phansi Kwamandla
15	IF2: L	IF2: L	IF2: H	-	-
16	IF1: H	IF1: H	IF1: H	-	-
17	IF0: L	IF0: H	IF0: L	-	-

Iphini No.	Uphawu			Izinga	Incazelo
	Ukuhambisana	4-Wire SPI	I-IIC		Ukuhambisana	I-serial
18	I-VD1			H	Power Supply for the enable internal digital circuits
19-20	I-VDD			3.3V	Ukunikezwa kwamandla okunengqondo
21	I-VSS			Ground	Phansi Kwamandla
22	VC			I-Multi-Voltage Circuit	Connect Capacitance between VC and VSS
23	V2			I-Multi-Voltage Circuit	Connect Capacitance between V2 and VSS
24	V1			I-Multi-Voltage Circuit	Connect Capacitance between V1 and VSS
25	MV1			I-Multi-Voltage Circuit	Connect Capacitance between MV1 and VSS
26	MV2			I-Multi-Voltage Circuit	Connect Capacitance between MV2 and VSS
27	I-AVDD			I-Multi-Voltage Circuit	Connect Capacitance between AVDD and VSS
28	I-CA1P			I-Multi-Voltage Circuit	Connect Capacitance between CP1P and CP1N
29	I-CA1N			I-Multi-Voltage Circuit
30	I-CA2P			I-Multi-Voltage Circuit	Connect Capacitance between CP2P and CP2N
31	I-CA2N			I-Multi-Voltage Circuit
32	I-CD1P			I-Multi-Voltage Circuit	Connect Capacitance between CD1P and CD1N
33	I-CD1N			I-Multi-Voltage Circuit
34	NVDD			I-Multi-Voltage Circuit	Connect Capacitance between NVDD and VSS
35	I-CD2N			I-Multi-Voltage Circuit	Connect Capacitance between CD2P and CD2N
36	I-CD2P			I-Multi-Voltage Circuit
37	MV3			I-Multi-Voltage Circuit	Connect Capacitance between MV3 and VSS
38	I-CB1N			I-Multi-Voltage Circuit	Connect Capacitance between CB1P and CB1N
39	I-CB1P			I-Multi-Voltage Circuit
40	V3			I-Multi-Voltage Circuit	Connect Capacitance between V3 and VSS
41	I-CE1P			I-Multi-Voltage Circuit	Connect Capacitance between CE1N and CE1P Connect Capacitance between CE3P and CE1N
42	CE1N			I-Multi-Voltage Circuit
43	I-CE3P			I-Multi-Voltage Circuit
44	CE2N			I-Multi-Voltage Circuit	Connect Capacitance between CE2P and CE2N
45	I-CE2P			I-Multi-Voltage Circuit
46	I-VOUT			I-Multi-Voltage Circuit	Connect Capacitance between VOUT and VSS

Izilinganiso Eziphelele Eziphelele

	I-VDD - VSS	-0.3	-	5.5	V
I-LCD	V3 – MV3	-0.3	-	33	V
		-	-	100	V
		-20	-	+70	℃
		-30	-	+80	℃

Izici zikagesi

			MIN	UHLOBO	MAX
		-	2.7	3.3	5.5	V
	I-VLED	-	2.9	3.0	3.1	V
	VIH	-	0.8VDD	-	I-VDD	V
	VI0	-	0	-	0.2VDD	V
	VOH	IOH = 0.2mA	0.8VDD	-	I-VDD	V
	I-VO0	IO0 = 1.2mA	0	-	0.2VDD	V
	I-IDD	I-VDD = 3.0V	-	0.3	1.0	mA
	ILED	VLED=3.0V	96	180	240	mA

VIMBELA ISI-DIAGRAM

CONNECT DIAGRAM

SLGM320240F: Parallel

SLGM320240F: Serial SPI

SLGP320240F: Parallel

SLGP320240F: Serial SPI SLGP320240F: Serial IIC

INDLELA YOKUHLOLA

Ileveli Yekhwalithi Eyamukelekayo
Inkatho ngayinye kufanele yenelise izinga lekhwalithi elichazwe ngale ndlela elandelayo

Ukwahlukanisa	I-AQL	Incazelo
A. Omkhulu	0.4%	Ukungasebenzi kahle njengomkhiqizo
B. Mncane	1.5%	Ukwanelisa yonke imisebenzi njengomkhiqizo kodwa unganeliseki indinganiso yezimonyo

Incazelo yegama elithi Loti
Ingxenye eyodwa isho inani lokulethwa kukhasimende ngesikhathi esisodwa.

Umbandela Wokuhlolwa Kwezimonyo

• UKUHLOLA NOKUHLOLA
  • ISIVIVINYO SOMSEBENZI
  • UKUHLOLA UKUBUKEKA
  • INGCACISO YOKUPAKA
• ISIMO SOKUHLOLA
  • Beka ngaphansi kwe-lamp (20W) ebangeni elingu-100mm ukusuka
  • Tshekisa uqonde 45 degree ngaphambili (emuva) ukuze uhlole ukubukeka Kwephaneli.
• IZINGA LOKUHLOLA I-AQL
  • SAMPINDLELA YOKULINGWA: MIL-STD-105D
  • SAMPUHLELO LOKUPHAKATHI: SINGLE
  • IPHUMA ELIKHULU: 0.4% (OKUKHULU)
  • UKUPHUMA OKUNCANE: 1.5% (OKUNCANE)
  • IZINGA JIKELELE: II/EJWAYELEKILE

I-Module Cosmetic Criteria

Screen Cosmetic Criteria (Non-Operati ng)

Izinyathelo Zokusebenza

• UNGAYIxhume noma ukhiphe imojuli ye-Surenoo uma isistimu inikwa amandla.
• Nciphisa ubude bekhebula phakathi kwemojuli ye-Surenoo ne-MPU yosokhaya.
• Kumamodeli anamalambu angemuva, ungawacimi ukukhanya kwangemuva ngokuphazamisa ulayini we-HV. Ukukhipha ama-inverters akhiqiza i-voltagama-extras angangena ngaphakathi kwekhebuli noma esibukweni.
• Sebenzisa imojula ye-Surenoo ngaphakathi kwemikhawulo yezinga lokushisa lamamojula.

Izinyathelo Zokuqaphela Mechanical/Environmental

I-solder engafanele iyimbangela enkulu yobunzima bemojula. Ukusetshenziswa kwe-flux cleaner akunconyiwe ngoba zingangena ngaphansi koxhumano lwe-electrometric futhi kubangele ukwehluleka kwesibonisi.

• I-Mount Surenoomodule ukuze ikhululeke ku-torque kanye nokucindezeleka komshini.
• Ubuso bephaneli ye-Graphic akufanele buthintwa noma ukuklwejwa. Indawo engaphambili yesibonisi iyi-polarizer yepulasitiki eklwebheka kalula. Gwema ukuthintana futhi uhlanze kuphela uma kunesidingo ngokotini othambile, omuncayo dampifakwe nge-petroleum benzene.
• Hlala usebenzisa inqubo ye-anti-static ngenkathi uphethe imojuli ye-Surenoo.
• Vimbela ukunqwabelana komswakama phezu kwemojuli futhi ubheke izingqinamba zemvelo zokulondoloza izinga
• Ungagcini elangeni eliqondile
• Uma ukuvuza kwe-liquid crystal material kufanele kwenzeke, gwema ukuthintana nale nto, ikakhulukazi ukungeniswa. Uma umzimba noma izingubo zingcoliswa uketshezi oluyikristalu, geza kahle ngamanzi nensipho.

Izinyathelo Zokuqaphela Isitoreji
Lapho ugcina amamojula we-Graphic, gwema ukuchayeka elangeni eliqondile noma ekukhanyeni kwe-fluorescent lamps.
Gcina amamojula e-Surenoo ezikhwameni (gwema izinga lokushisa eliphezulu / umswakama ophezulu kanye nezinga lokushisa eliphansi elingaphansi kuka-0 ºC.
Noma nini lapho kungenzeka, amamojula we-Surenoo G raphic kufanele agcinwe ezimeni ezifanayo lapho athunyelwe khona evela enkampanini yethu.

Abanye
BLiquid crystals solidify under low temperature (below the storage temperature range) leading to defective orientation or the generation of air bubbles (black or white). Air bubbles may also be generated if the module is subject to a low temperature.
Uma amamojula e-Surenoo G raphic esebenza isikhathi eside ebonisa amaphethini wokubonisa afanayo, amaphethini wokubonisa angase asale esikrinini njengezithombe eziyisipoki futhi kungase kubonakale okungahambi kahle kokungafani okuncane. Isimo sokusebenza esijwayelekile singatholwa kabusha ngokumisa ukusetshenziswa isikhathi esithile. Kufanele kuqashelwe ukuthi lesi simo asithinti kabi ukuthembeka kokusebenza.
Ukuze unciphise ukuwohloka kokusebenza kwamamojula we-Graphic okubangelwa ukubhujiswa okubangelwa ugesi omile njll., sebenzisa ukunakekela ukuze ugweme ukubamba izigaba ezilandelayo lapho uphatha amamojula.

• Indawo eveziwe yebhodi lesekethe ephrintiwe.
• Izingxenye ze-Terminal electrode.
• Esimeni 'sokugxila', ngisho namabala noma imigqa yobukhulu 'obunganakiwe' akufanele ivunyelwe. Ukulandela izimo ezintathu kufanele kuthathwe 'njengokugxilisa ingqondo'.
• 7 noma ngaphezulu amaphutha indilinga ka ￠5mm.
• Amaphutha angama-10 noma ngaphezulu endingilizini engu-￠10mm
• Amaphutha angama-20 noma ngaphezulu endingilizini engu-￠20mm

IZIQINISEKISO ZOKUSEBENZISA

Ukuphatha Izinyathelo Zokuqapha

• Le divayisi isengozini yokulimala kwe-Electro-Static Discharge (ESD). Qaphela izinyathelo zokuphepha ze-Anti-Static.
• Iphaneli yokubonisa ye-Surenoo yenziwe ngengilazi. Ungayifaki ekushayweni kwemishini ngokuyiwisa noma ngokuyithinta.
• Uma iphaneli yokubonisa ye-Surenoo yonakalisiwe futhi i-liquid crystal substance iphuma, qiniseka ukuthi awutholi lutho emlonyeni wakho. Uma into ithinta isikhumba noma izingubo zakho, zigeze usebenzisa insipho namanzi.
• Ungasebenzisi amandla eqile endaweni yesibonisi ye-Surenoo noma ezindaweni ezixhumene njengoba lokhu kungase kubangele ithoni yombala ihluke.
• I-polarizer emboza indawo yesibonisi ye-Surenoo yemojuli ye-Graphic ithambile futhi iklwejwa kalula. Phatha le polarizer ngokucophelela.
• Uma indawo yokubonisa ye-Surenoo ingcoliswa, phefumulela phezulu bese uyisula kahle ngendwangu ethambile eyomile. Uma ingcoliswe kakhulu, manzisa indwangu ngenye yalezi ezilandelayo Isopropyl noma utshwala.
• Izincibilikisi ngaphandle kwalezo ezibalwe ngenhla zingalimaza i-polarizer. Ikakhulukazi, ungasebenzisi Amanzi.
• Zivocavoce ukuze unciphise ukugqwala kwe-electrode. Ukugqwala kwama-electrode kusheshiswa ngamaconsi amanzi, ukufiphala komswakama noma ukugeleza kwamanje endaweni enomswakama ophezulu.
• Faka i-Surenoo Graphic Module ngokusebenzisa izimbobo ezikhwezwayo. Uma ukhweza imojula ye-Graphic qiniseka ukuthi ayisonteki, ingahleleki futhi ihlanekezelwe. Ikakhulukazi, ungadonsi ngenkani noma ugobise ikhebula noma ikhebula le-backlight.
• Ungazami ukuqaqa noma ukucubungula imojuli ye-Surenoo Graphic.
• Itheminali ye-NC kufanele ivuleke. Ungaxhumi lutho.
• Uma amandla esekethe enengqondo evaliwe, ungawasebenzisi amasignali okokufaka.
• Ukuze uvimbele ukucekelwa phansi kwezakhi ngogesi omile, qaphela ukugcina indawo yokusebenza efanele.
  • Qiniseka ukuthi ugxilisa umzimba lapho uphatha amamojula e-Surenoo Graphic.
  • Amathuluzi adingekayo ukuze kuhlanganiswe, njengama-ayina ahlanganisiwe, kufanele asekelwe kahle.
  • Ukuze unciphise inani likagesi omile okhiqizwayo, ungaqhubi ukuhlanganisa neminye imisebenzi ngaphansi kwezimo ezomile.
  • Imojuli ye-Graphic imbozwe ngefilimu ukuvikela indawo eboniswayo. Ziqeqeshe ngokucophelela lapho uxebula le filimu evikelayo njengoba kungase kukhiqizwe ugesi omile.

Izinyathelo Zokuqaphela Ukunikezwa Amandla

• Khomba futhi, ngaso sonke isikhathi, ubheke izilinganiso eziphelele zazo zombili abashayeli be-logic kanye ne-LC. Qaphela ukuthi kukhona umehluko phakathi kwamamodeli.
• Vimbela ukusetshenziswa kokuhlehla kwe-polarity ku-VDD ne-VSS, kodwa kafushane.
• Sebenzisa umthombo wamandla ohlanzekile ongenazo izinto ezidlulayo. Izimo zokuqinisa amandla ngezikhathi ezithile ziyanyakaza futhi zingase zeqe umkhawulo wezilinganiso zamamojula we-Surenoo.
• Amandla e-VDD emojuli ye-Surenoo kufanele futhi anikeze amandla kuwo wonke amadivayisi angase afinyelele isibonisi. Ungavumeli ibhasi ledatha ukuthi lishayelwe lapho ukunikezwa okunengqondo kwemojuli kuvaliwe.

UKUSEBENZISA AMAMODULE Ezithombe

I-Liquid Crystal Display Modules
I-Surenoo Display yakhiwe ngengilazi ne-polarizer. Naka izinto ezilandelayo lapho uphatha.

• Sicela ugcine izinga lokushisa ngaphakathi kwebanga elithile ukuze ulisebenzise futhi uligcine. Ukucekelwa phansi kwe-polarization, ukukhiqizwa kwamabhamuza noma ukuxetshulwa kwe-polarizer kungase kwenzeke ngokushisa okuphezulu kanye nomswakama ophezulu.
• Ungazithinti, uphushe noma uzihlikihle ama-polarizer aveziwe nganoma yini eqinile kunomsizi wepensela ye-HB (ingilazi, ama-tweezers, njll.).
• I-N-hexane ituswa ukuhlanza izinto ezinamathelayo ezisetshenziselwa ukunamathisela ama-polarizer angaphambili/angemuva kanye nezibonisi ezenziwe ngezinto eziphilayo ezizolinyazwa amakhemikhali afana ne-acetone, i-toluene, i-ethanol ne-isopropyl alcohol.
• Uma indawo yokubonisa ye-Surenoo iba uthuli, sula kancane ukotini omuncayo noma enye into ethambile efana ne-chamois efakwe ku-benzin ye-petroleum. Ungakhuhli kanzima ukuze ugweme ukulimaza indawo eboniswayo.
• Sula amathe noma amaconsi amanzi ngokushesha, ukuthintana namanzi isikhathi eside kungabangela ukubola noma ukufiphala kombala.
• Gwema ukuthinta amafutha namafutha.
• Ukuminyana endaweni kanye nokuthintana namatheminali ngenxa yamakhaza kuzolimaza, kungcolise ama-polarizer. Ngemuva kokuthi imikhiqizo ihlolwe ezingeni lokushisa eliphansi kufanele ifudunyezwe esitsheni ngaphambi kokuthi ifike lapho ithintana nomoya wegumbi lokushisa.
• Ungabeki noma unamathisele lutho endaweni yesibonisi ye-Surenoo ukuze ugweme ukushiya amamaki evuliwe.
• Ungathinti isibonisi ngezandla ezingenalutho. Lokhu kuzongcolisa indawo yesibonisi futhi kwehlise izinga lokushisa phakathi kwamatheminali (ezinye izimonyo zinqunywa kuma-polarizer).
• Njengoba ingilazi ithambile. Ivamise ukuba noma igwetshwe ngesikhathi sokuphatha ikakhulukazi emaphethelweni. Sicela ugweme ukuwa.

Ifaka ama-Graphic Modules
Vala ingaphezulu ngepuleti lokuvikela elikhanyayo ukuze uvikele i-polarizer neseli ye-LC.
Lapho uhlanganisela i-LCM kwezinye izinto zokusebenza, i-spacer kuya kubhithi phakathi kwe-LCM kanye nepuleti elifakayo kufanele libe nobude obanele ukuze kugwenywe ukubangela ingcindezi endaweni yemojuli, ibhekisele ekucacisweni ngakunye kwezilinganiso. Ukubekezelela isilinganiso kufanele kube ±0.1mm.

Isexwayiso Sokuphatha Amamojula Ezithombe
Since Surenoo LCM has been assembled and adjusted with a high degree of precision; avoid applying excessive shocks to the or making any alterations or modifications to it.

• Ungashintshi, uguqule noma uguqule umumo wethebhu ohlakeni lwensimbi.
• Ungenzi izimbobo ezengeziwe ebhodini lesifunda eliphrintiwe, uguqule ukuma kwalo noma uguqule izikhundla zezingxenye okumele zinamathiselwe.
• Ungalimazi noma uguqule umbhalo wephethini ebhodini lesekethe eliphrintiwe.
• Ungaluguquli ngokuphelele umucu werabha wedube (irabha eqhubayo) noma isixhumi sophawu lokushisa.
• Ngaphandle kokuhlanganisa i-interface, ungenzi noma yiziphi izinguquko noma ukuguqulwa nge-solder iron iron.
• Ungawisi, ungagobi noma usonte i-LCM.

I-Electro-Static Discharge Control
Njengoba le mojula isebenzisa i-CMOS LSI, kufanele kuqashelwe okufanayo ekukhishweni kwe-electrostatic njenge-CMOS IC evamile.

• Qiniseka ukuthi uphansi lapho unikeza i-LCM.
• Ngaphambi kokukhipha i-LCM kukesi layo lokupakisha noma ukulihlanganisa nesethi, qiniseka ukuthi imojuli nomzimba wakho kunamandla afanayo kagesi.
• Lapho u-soldering itheminali ye-LCM, qiniseka ukuthi umthombo wamandla we-AC wensimbi e-solder awuvuzi.
• Uma usebenzisa isikrudrayiva sikagesi ukuze unamathisele i-LCM, isikrudrayiva kufanele sibe namandla aphansi ukuze sinciphise ngangokunokwenzeka noma yikuphi ukudluliswa kwamagagasi kagesi kukhiqize izinhlansi ezivela kumhambisi wenjini.
• Ngokusemandleni akho yenza amandla kagesi ezingubo zakho zokusebenza kanye nebhentshi lomsebenzi abe amandla aphansi.
• Ukunciphisa ukukhiqizwa kukagesi omile qaphela ukuthi umoya osemsebenzini ungomiswa kakhulu. Kunconywa umswakama ohlobene no-50% -60%.

Isexwayiso Sokudayiswa ku-Surenoo LCM

Qaphela okulandelayo lapho uhlanganisa intambo yomthofu, ikhebuli yesixhumi nokunye ku-LCM.

• I-soldering iron lokushisa: 280℃±10℃
• Isikhathi sokuthengisa: 3-4 sec.
• I-Solder: i-eutectic solder.

Uma kusetshenziswa i-soldering flux, qiniseka ukuthi ususa noma iyiphi i-flux esele ngemuva kokuqeda ukusebenza kwe-soldering. (Lokhu akusebenzi esimweni sohlobo lwe-non-halogen lwe-flux.) Kunconywa ukuthi uvikele i-Panel surface ngekhava ngesikhathi se-soldering ukuze uvimbele noma yimuphi umonakalo ngenxa ye-flux spatters.

• Lapho uhlanganisa iphaneli ye-electroluminescent kanye nebhodi le-PC, iphaneli nebhodi akufanele kukhishwe izikhathi ezingaphezu kwezintathu. Le nombolo ephezulu inqunywa izinga lokushisa kanye nezimo zesikhathi ezishiwo ngenhla, nakuba kungase kube nokuhluka okuthile kuye ngezinga lokushisa lensimbi ehlanganisiwe.
• Uma ukhipha iphaneli ye-electroluminescent ebhodini le-PC, qiniseka ukuthi i-solder incibilike ngokuphelele, iphedi elidayisiwe ebhodini lama-PC lingalimala.

Ukuqapha Kokusebenza

• Ukushayela i-Surenoo Graphic ku-voltage ngaphezu komkhawulo ifinyeza impilo yayo.
• Isikhathi sokuphendula sibambezeleka kakhulu ezingeni lokushisa elingaphansi kwebanga lokushisa lokusebenza. Nokho, lokhu akusho ukuthi Iphaneli izoba ngaphandle kwe-oda. Izolulama uma ibuyela ebangeni lokushisa elishiwo.
• Uma indawo yokubonisa ye-Surenoo iphushwa kanzima phakathi nokusebenza, isibonisi sizoba esingajwayelekile. Nokho, izobuyela kokujwayelekile uma ivaliwe bese iphinde ivuleke.
• Ukufingqa kumatheminali kungabangela ukusabela kwe-electrochemical okuphazamisa isekethe yetheminali. Ngakho-ke, kufanele isetshenziswe ngaphansi kwesimo esihlobene esingu-40 ℃, 50% RH.
• Lapho ukhanyisa amandla, faka isignali ngayinye ngemva kwevolthi ephozithivu/negethivutage uzinzile.

Iwaranti Enomkhawuko
Ngaphandle uma kuvunyelwene phakathi kwe-Surenoo nekhasimende, i-Surenoo izoshintsha noma ilungise noma yimaphi amamojula ayo e-Graphic atholakala engasebenzi kahle lapho ehlolwa ngokuvumelana nezindinganiso zokwamukela i-Surenoo Graphic (amakhophi atholakala uma ecelwa) isikhathi esingangonyaka owodwa kusukela ngedethi yokuthunyelwa. Ukukhubazeka kwezimonyo/okubukwayo kufanele kubuyiselwe e-Surenoo phakathi nezinsuku ezingu-90 zokuthunyelwa. Ukuqinisekiswa kwalolo suku kuzosekelwe kumadokhumenti wempahla. Isibopho sezomthetho sesiqinisekiso se-Surenoo sikhawulelwe ukulungisa kanye/noma ukushintshwa kwemigomo ebekwe ngenhla. I-Surenoo ngeke ibe nesibopho sanoma yimiphi imicimbi elandelayo noma elandelanayo.

Inqubomgomo Yokubuyisela
warranty can be granted if the precautions stated above have been disregarded. The typical exampukwephulwa kwemithetho yilezi:

• Ingilazi yesithombe ephukile.
• Iso le-PCB lonakele noma lishintshiwe.
• Amakhondaktha e-PCB alimele.
• Umjikelezo ulungiswe nganoma iyiphi indlela, okuhlanganisa nokungezwa kwezingxenye.
• PCB tampihlanganiswe ngokugaya, ukuqopha noma ukudweba ukuvenisha.
• I-soldering noma ukuguqula i-bezel nganoma iyiphi indlela.
• Module repairs will be invoiced to the customer upon mutual agreement. Modules must be returned with sufficient description of the failures or defects. Any connectors or cable installed by the customer must be removed completely without damaging the PCB eyelet’s,  conductors and terminals.

UKUNAMATSHA ISITHOMBE

Kuyini Ukunamathela Kwesithombe?

Image sticking is an intrinsic behavior of Graphic displays due to the susceptibility to polarization of the interior materials (liquid crystals) when used under static, charged conditions (continuously displaying the same image). The individual liquid crystals in an Graphic panel have unique electrical properties. Displaying a fixed pattern - such as the POS menu described above – over prolonged periods can cause a parasitic charge build-up (polarization) within the liquid crystals which affects the crystals’ optical properties and ultimately prevents the liquid crystal from returning to its normal, relaxed state when the pattern is finally changed. This effect takes place at a cellular level within the Panel, and the effect can cause charged crystal alignment at the bottom or top of a crystal cell in the “z” axis, or even crystal migration to the edges of a cell, again based on their polarity. These conditions can cause image sticking over an entire area, or at boundaries of distinct color change respectively. In either case, when the liquid crystals in the pixels and sub-pixels utilized to display the static image are polarized such that they can not return fully to their “relaxed” state upon deactivation, the result is a faint, visible, retained image on the panel upon presentation of a new, different image. The actual rate of image retention depends on variation factors such as the specific image, how long it is displayed unchanged, the temperature within the panel and even the specific panel brand due to manufacturing differences amongst panel manufacturers.

Yini ebangela ukunamathela kwesithombe?

Uma uhlala uyisithombe esingashintshi isikhathi eside ekuKhombeni Kwezithombe, ungase uhlangabezane nesenzakalo esibizwa ngokuthi Ukunamathela Kwesithombe. Ukunamathela Kwesithombe - kwesinye isikhathi okubuye kubizwe ngokuthi "ukugcinwa kwesithombe" noma "isipoki"- kuyisimo lapho uhlaka olufiphele lwesithombe esiboniswe ngaphambilini luhlala lubonakala esikrinini lapho isithombe sishintshwa. Kungase kwenzeke ngamaleveli ahlukahlukene okuqina kuye ngokwakheka kwesithombe esithile, kanye nesikhathi ama-elementi esithombe esiyinhloko avunyelwe ukuhlala angashintshile esikrinini. Kuzicelo ze-POS, isiboneloample, a button menu which remains fixed, or in which the “frame” elements (core image) remain fixed and the buttons may change, may be susceptible to image sticking. It is important to note that if the screen is used exclusively for this application, the user may never notice this phenomenon since the screen never displays other content. `It is only when an image other than the “retained” image is shown on the screen that this issue becomes evident. Image sticking is different that the “burn-in” effect commonly associated with phosphor based devices.

Indlela Yokulungisa Ukunamathela Kwesithombe?

Ngokungafani nemithelela "yokushiswa" evamise ukuhlehliswa evame ukuhlotshaniswa nokuqondile view Amadivayisi wokubonisa i-phosphor njengama-CRT, isithombe esigcinwe kusibonisi se-Graphic singahlehliswa - ngokuvamile siye endaweni yokungabonakali ngokuphelele. Kodwa-ke, ubukhali bezimbangela eziyisisekelo (njengoba kuchazwe ngenhla) zesithombe esigcinwe kusibonisi esithile, kanye nezici ezihlukile (bona "Onjiniyela Besoftware" ngenhla) lapho isithombe esigciniwe sidalwe ngaphansi kwaso, kuzosho ileveli yokugcina. ukuguqulwa kokugcinwa. Enye indlela yokusula isithombe esigciniwe kuphaneli iwukusebenzisa isikrini (ukuqapha "kuvuliwe") ngephethini "yonke emnyama" amahora angu-4-6. Kuyasiza futhi ukwenza lokhu endaweni yokushisa ephakeme ecishe ibe ngu-35º ukuya ku-50ºC. Futhi, ukusebenzisa isilondolozi sesikrini esiguqukayo esinengemuva elimnyama phakathi nesikhathi eside sokungenzi lutho kuyindlela enhle yokugwema izinkinga zokugcinwa kwesithombe.

Ingabe Ukunamathela Kwesithombe Kumbozwe Iwaranti ye-Surenoo RMA?

Ukunamathela kwesithombe kuyinto etholakala kubuchwepheshe be-Graphic Display uqobo, futhi ngenxa yalokho, ukwenzeka kwalo mphumela “wesipoki” kuthathwa njengokusebenza okuvamile kwabakhiqizi bamamojula wokubonisa weGraphic ahlanganiswe nezixazululo zokuqapha zanamuhla. I-Surenoo ayikugunyazi noma yikuphi ukuboniswa ngokumelene nokwenzeka kokunamathela kwesithombe. Seluleka ngokuqinile ukuthi ulandele izincomo zokusebenza ezibalwe ngenhla ukuze ugweme ukwenzeka kwalesi simo.

Amadokhumenti / Izinsiza

I-Surenoo SLG320240F Series Graphic LCD Module [pdf] Imaniwali yosebenzisayo SLG320240F Series Graphic LCD Module, SLG320240F Series, Graphic LCD Module, LCD Module, Module

Izithenjwa

• Imaniwali yosebenzisayo