PCB Multi-Layer Rigid-Flex PCBs Kerarre don IOT
Ƙayyadaddun bayanai
| Kashi | Iyawar Tsari | Kashi | Iyawar Tsari |
| Nau'in samarwa | FPC guda ɗaya / Layer Layer FPC Multi-Layer FPC / Aluminum PCBs Rigid-Flex PCB | Lambar Layer | 1-16 yadudduka FPC 2-16 yadudduka Rigid-FlexPCB HDI Alloli |
| Matsakaicin Girman Masana'anta | Single Layer FPC 4000mm Doulbe Layer FPC 1200mm Multi-Layer FPC 750mm M-Flex PCB 750mm | Insulating Layer Kauri | 27.5um / 37.5/ 50um / 65/ 75um / 100um / 125um / 150um |
| Kaurin allo | FPC 0.06mm - 0.4mm M-Flex PCB 0.25 - 6.0mm | Haƙuri na PTH Girman | ± 0.075mm |
| Ƙarshen Sama | Immersion Zinariya/ nutsewa Silver/Gold Plating/Tin Plat ing/OSP | Stiffener | FR4 / PI / PET / SUS / PSA / Alu |
| Girman Orifice Semicircle | Min 0.4mm | Min Line Space/ Nisa | 0.045mm/0.045mm |
| Hakuri mai kauri | ± 0.03mm | Impedance | 50Ω-120Ω |
| Kauri Na Karfe Copper | 9um/12um/18um/35um/70um/100um | Impedance Sarrafa Hakuri | ± 10% |
| Haƙuri na NPTH Girman | ± 0.05mm | Nisa Min Flush | 0.80mm |
| Min Via Hole | 0.1mm | Aiwatar da Daidaitawa | GB / IPC-650 / IPC-6012 / IPC-6013II / Saukewa: IPC-6013I |
Muna yin Al'amuran da'ira masu sassaucin ra'ayi tare da ƙwarewar shekaru 15 tare da ƙwarewarmu
5 Layer Flex-Rigid Boards
8 Layer Rigid-Flex PCBs
8 Layer HDI PCBs
Gwaji da Kayan Aiki
Gwajin Microscope
Binciken AOI
Gwajin 2D
Gwajin Tashin hankali
Gwajin RoHS
Binciken Flying
Gwaji na kwance
Lankwasawa Teste
Sabis ɗin Al'amuran Da'ira ɗinmu mai ƙarfi
. Bayar da goyon bayan fasaha Pre-tallace-tallace da bayan-tallace-tallace;
. Custom har zuwa 40 yadudduka, 1-2days Saurin jujjuya abin dogaro da samfur, Sayen kayan aiki, Majalisar SMT;
. Yana ba da na'urar lafiya duka, Kula da Masana'antu, Motoci, Jirgin Sama, Lantarki na Mabukaci, IOT, UAV, Sadarwa da sauransu.
. Ƙungiyoyin injiniyoyinmu da masu bincike sun sadaukar da kai don cika bukatunku tare da daidaito da ƙwarewa.
yadda Multi-Layer Rigid-Flex PCBs ke amfani da na'urar IoT
1. Haɓaka sararin samaniya: Na'urorin IoT galibi ana tsara su don zama m da šaukuwa. Multilayer Rigid-Flex PCB yana ba da damar ingantaccen amfani da sarari ta hanyar haɗa yadudduka masu ƙarfi da sassauƙa a cikin allo ɗaya. Wannan yana ba da damar sanya abubuwan haɗin gwiwa da da'irori a cikin jirage daban-daban, yana inganta amfani da sararin samaniya.
2. Haɗa Maɓalli da yawa: Na'urorin IoT yawanci sun ƙunshi na'urori masu auna firikwensin, masu kunnawa, microcontrollers, na'urorin sadarwa, da da'irorin sarrafa wutar lantarki. PCB rigid-flex multilayer yana ba da haɗin haɗin da ake buƙata don haɗa waɗannan abubuwan haɗin gwiwa, yana ba da damar canja wurin bayanai mara kyau da sarrafawa a cikin na'urar.
3. Sassauci a cikin sifa da nau'in nau'i: Ana tsara na'urorin IoT don zama masu sassauƙa ko lanƙwasa don dacewa da takamaiman aikace-aikace ko nau'i nau'i. Multilayer rigid-flex PCBs ana iya kera su ta amfani da kayan sassauƙa waɗanda ke ba da damar lankwasawa da siffata, ba da damar haɗa na'urorin lantarki zuwa na'urori masu lanƙwasa ko sifofi marasa tsari.
4. Amincewa da karko: Ana amfani da na'urorin IoT sau da yawa a cikin yanayi mara kyau, suna nunawa ga rawar jiki, yanayin zafi, da danshi. Idan aka kwatanta da PCB na gargajiya ko mai sassauƙa, PCB rigid-flex multilayer yana da tsayin daka da aminci. Haɗuwa da yadudduka masu ƙarfi da sassauƙa suna ba da kwanciyar hankali na inji kuma yana rage haɗarin gazawar haɗin gwiwa.
5. Haɗin haɗin kai mai girma: Na'urorin IoT sau da yawa suna buƙatar haɗin haɗin kai mai girma don ɗaukar sassa da ayyuka daban-daban.
Multilayer Rigid-Flex PCBs suna ba da haɗin haɗin kai da yawa, yana ba da damar haɓaka yawan da'ira da ƙarin ƙira masu rikitarwa.
6. Miniaturization: IoT na'urorin suna ci gaba da zama ƙarami kuma mafi šaukuwa. Multilayer rigid-flex PCBs yana ba da damar ƙarancin kayan aikin lantarki da da'irori, yana ba da damar haɓaka ƙananan na'urorin IoT waɗanda za a iya haɗa su cikin sauƙi cikin aikace-aikace daban-daban.
7. Haɓaka farashi: Ko da yake farashin masana'anta na farko na PCBs masu ƙarfi da ƙarfi na iya zama mafi girma idan aka kwatanta da PCBs na gargajiya, suna iya adana farashi a cikin dogon lokaci. Haɗa abubuwa da yawa akan allon guda ɗaya yana rage buƙatar ƙarin wayoyi da masu haɗawa, sauƙaƙe tsarin taro kuma yana rage yawan farashin samarwa.
yanayin Rigid-Flex PCBs a cikin IOT FAQ
Q1: Me yasa PCBs masu sassaucin ra'ayi ke zama sananne a cikin na'urorin IoT?
A1: Rigid-flex PCBs suna samun karbuwa a cikin na'urorin IoT saboda iyawarsu na ɗaukar hadaddun ƙira da ƙira.
Suna ba da ingantaccen amfani da sarari, mafi girman dogaro, da ingantaccen sigina idan aka kwatanta da PCBs na gargajiya.
Wannan ya sa su dace don ƙarami da haɗin kai da ake buƙata a cikin na'urorin IoT.
Q2: Menene fa'idodin amfani da PCBs masu ƙarfi a cikin na'urorin IoT?
A2: Wasu mahimman fa'idodi sun haɗa da:
- Ajiye sararin samaniya: PCBs masu ƙarfi-daidaitacce suna ba da izinin ƙirar 3D kuma suna kawar da buƙatar masu haɗawa da ƙarin wayoyi, don haka adana sarari.
- Ingantaccen aminci: Haɗuwa da kayan aiki masu ƙarfi da sassauƙa yana ƙaruwa da ƙarfi kuma yana rage maki gazawa, haɓaka amincin na'urorin IoT gabaɗaya.
- Ingantattun siginar siginar: PCBs masu ƙarfi-m suna rage hayaniyar lantarki, asarar sigina, da rashin daidaituwa, tabbatar da ingantaccen watsa bayanai.
- Tasiri mai tsada: Ko da yake da farko ya fi tsada don ƙira, a cikin dogon lokaci, PCBs masu ƙarfi na iya rage haɗuwa da farashin kulawa ta hanyar kawar da ƙarin masu haɗawa da sauƙaƙe tsarin haɗuwa.
Q3: A cikin waɗanne aikace-aikacen IoT ne ake amfani da PCB masu tsattsauran ra'ayi?
A3: PCBs masu ƙarfi suna samun aikace-aikace a cikin na'urorin IoT daban-daban, gami da na'urori masu sawa, na'urorin lantarki na mabukaci, na'urorin kula da lafiya, na'urorin lantarki na kera motoci, sarrafa kansa na masana'antu, da tsarin gida mai wayo. Suna ba da sassauci, dorewa, da fa'idodin ceton sarari da ake buƙata a waɗannan wuraren aikace-aikacen.
Q4: Ta yaya zan iya tabbatar da amincin PCBs masu ƙarfi a cikin na'urorin IoT?
A4: Don tabbatar da dogaro, yana da mahimmanci a yi aiki tare da ƙwararrun masana'antun PCB waɗanda suka kware a cikin PCBs masu ƙarfi.
Za su iya ba da jagorar ƙira, zaɓin kayan da ya dace, da ƙwarewar masana'antu don tabbatar da dorewa da aiki na PCBs a cikin na'urorin IoT. Bugu da ƙari, ya kamata a gudanar da cikakken gwaji da tabbatar da PCBs yayin aiwatar da haɓakawa.
Q5: Shin akwai takamaiman ƙa'idodin ƙira da za a yi la'akari yayin amfani da PCBs masu ƙarfi a cikin na'urorin IoT?
A5: Ee, ƙira tare da PCBs masu tsauri yana buƙatar yin la'akari da kyau. Muhimman jagororin ƙira sun haɗa da haɗa radiyon lanƙwasa daidai, guje wa sasanninta masu kaifi, da haɓaka wurin sanya sassa don rage damuwa a yankuna masu sassauƙa. Yana da mahimmanci don tuntuɓar masana'antun PCB kuma bi jagororin su don tabbatar da ƙira mai nasara.
Q6: Shin akwai wasu ƙa'idodi ko takaddun shaida waɗanda PCBs masu ƙarfi ke buƙatar saduwa don aikace-aikacen IoT?
A6: PCBs masu ƙarfi na iya buƙatar bin ka'idodin masana'antu daban-daban da takaddun shaida dangane da takamaiman aikace-aikacen da ƙa'idodi.
Wasu ƙa'idodi gama gari sun haɗa da IPC-2223 da IPC-6013 don ƙira da ƙira na PCB, da ma'auni masu alaƙa da amincin lantarki da daidaitawar lantarki (EMC) don na'urorin IoT.
Q7: Menene makomar gaba don PCBs masu ƙarfi a cikin na'urorin IoT?
A7: Makomar tana da kyau ga PCBs masu sassaucin ra'ayi a cikin na'urorin IoT. Tare da karuwar buƙatun ƙaƙƙarfan na'urorin IoT masu aminci, da ci gaba a cikin fasahohin masana'antu, PCBs masu sassaucin ra'ayi ana tsammanin za su zama mafi yaduwa. Haɓaka ƙarami, masu sauƙi, da ƙarin sassauƙa za su ƙara haɓaka ɗaukar PCBs masu ƙarfi a cikin masana'antar IoT.
