{"id":2370,"date":"2025-09-03T01:59:36","date_gmt":"2025-09-03T01:59:36","guid":{"rendered":"https:\/\/flj-pcb.com\/?page_id=2370"},"modified":"2025-09-10T08:44:32","modified_gmt":"2025-09-10T08:44:32","slug":"high-speed-pcb","status":"publish","type":"page","link":"https:\/\/flj-pcb.com\/da\/pcb-manufacturer\/high-speed-pcb\/","title":{"rendered":"PCB med h\u00f8j hastighed"},"content":{"rendered":"<div data-elementor-type=\"wp-page\" data-elementor-id=\"2370\" class=\"elementor elementor-2370\" data-elementor-post-type=\"page\">\n\t\t\t\t<div class=\"elementor-element elementor-element-b846ed4 e-flex e-con-boxed e-con e-parent\" data-id=\"b846ed4\" data-element_type=\"container\">\n\t\t\t\t\t<div class=\"e-con-inner\">\n\t\t\t\t<div class=\"elementor-element elementor-element-aff9c6d elementor-widget elementor-widget-text-editor\" data-id=\"aff9c6d\" data-element_type=\"widget\" data-widget_type=\"text-editor.default\">\n\t\t\t\t<div class=\"elementor-widget-container\">\n\t\t\t\t\t\t\t\t\t<h1 class=\"header-vfC6AV auto-hide-last-sibling-br\">PCB-design i h\u00f8j hastighed<\/h1><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">H\u00f8jhastigheds-PCB-design betyder ethvert design, hvor signalintegriteten begynder at blive p\u00e5virket af PCB'ets fysiske egenskaber, s\u00e5som layout, indpakning, sammenkoblinger og lagopbygning.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>Moderne elektronik skubber kantfrekvenser og clockhastigheder h\u00f8jere op. I dag har mange digitale systemer signalfrekvenser p\u00e5 over 100 MHz. Ved disse hastigheder opst\u00e5r der transmissionslinjeeffekter p\u00e5 PCB-spor, som kan p\u00e5virke systemets opf\u00f8rsel alvorligt. PCB-designprocessen for h\u00f8j hastighed er processen med at l\u00f8se de signalintegritetsproblemer, som h\u00f8j hastighed skaber. Folk bruger ofte udtrykket \u201ch\u00f8jhastigheds-PCB\u201d, s\u00e5 hvad er egentlig et h\u00f8jhastigheds-PCB-kort?<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>En opfattelse siger, at et digitalt kredsl\u00f8b er h\u00f8jhastigheds, n\u00e5r dets frekvens n\u00e5r eller overstiger ca. 45-50 MHz, og signaler med den frekvens udg\u00f8r mere end en tredjedel af systemet. Faktisk er et signals harmoniske frekvenser h\u00f8jere end dets grundfrekvens. Hurtige \u00e6ndringer - de stigende og faldende kanter eller overgange - for\u00e5rsager uventede transmissionsresultater. En almindelig praktisk regel er denne: Hvis en linjes udbredelsesforsinkelse er st\u00f8rre end halvdelen af det digitale signals stigningstid, behandles signalet som et h\u00f8jhastighedssignal, og transmissionslinjens effekter spiller en rolle.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>Signaloverf\u00f8rsel er vigtig i det \u00f8jeblik, signalet skifter tilstand, f.eks. under stignings- eller faldtiden. Et signal har brug for en fast tid til at bev\u00e6ge sig fra driver til modtager. Hvis rejsetiden er mindre end halvdelen af stignings- eller faldtiden, vil enhver refleksion fra modtageren n\u00e5 frem til driveren, f\u00f8r signalet er f\u00e6rdigt med at \u00e6ndre sig. Hvis rejsetiden er l\u00e6ngere end halvdelen af stignings- eller faldtiden, vender refleksionen tilbage efter \u00e6ndringen. Hvis refleksionen er stor, kan den summerede b\u00f8lgeform \u00e6ndre den logiske tilstand.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>Kort sagt skal man t\u00e6nke p\u00e5 b\u00e5de signalintegritet og str\u00f8mintegritet for at designe et h\u00f8jhastigheds-PCB af h\u00f8j kvalitet. Vi skal ogs\u00e5 kende forskellen mellem h\u00f8jhastighedssignaler og h\u00f8jfrekvente signaler. De direkte effekter viser sig som regel som problemer med signalintegritet, men den egentlige \u00e5rsag g\u00e5r ofte tilbage til str\u00f8mintegritet. Str\u00f8mforsyningsintegritet p\u00e5virker direkte kortets endelige signalintegritet.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>N\u00e5r du begynder at designe et printkort og ser problemer som forsinkelse, krydstale, refleksion eller u\u00f8nsket udstr\u00e5ling, befinder du dig i h\u00f8jhastigheds-PCB-designdom\u00e6net.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>H\u00f8jhastigheds PCB-design er layout af printkort til h\u00f8jhastighedskredsl\u00f8b. Det er kredsl\u00f8b, hvor printets fysiske dele p\u00e5virker signalintegriteten. De fysiske faktorer omfatter layout, stack-up og sammenkoblinger.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>N\u00e5r du laver h\u00f8jhastigheds PCB-design, skal du bruge mere tid end normalt p\u00e5 den n\u00f8jagtige placering af sporene, deres bredde, hvor t\u00e6t de er p\u00e5 andre signaler, og hvilke typer dele sporene er forbundet med.<\/div><h2 class=\"header-vfC6AV auto-hide-last-sibling-br\">1. Signaler og signalintegritet<\/h2><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Uanset om du arbejder med almindeligt eller h\u00f8jhastigheds PCB-design, sender printet signaler langs spor til slutpunkter. S\u00e5 hvad er h\u00f8jhastighedssignaler? Der er to hovedtyper: analoge og digitale.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">1.1 Digitale signaler<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Digitale signaler er enklere end analoge signaler. De er en serie af lave og h\u00f8je niveauer. Du kan t\u00e6nke p\u00e5 dem som 0 og 1, eller sluk og t\u00e6nd.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">1.2 Analoge signaler<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Analoge signaler varierer mere end digitale signaler. De kan svinge positivt og negativt. Signalet \u00e6ndrer sig med amplitude og frekvens.<\/div><p>\u00a0<\/p><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">N\u00e5r du designer et kredsl\u00f8b, skal du huske p\u00e5 disse almindelige problemer og l\u00f8sninger for at forbedre kortets ydeevne.<\/div><h2 class=\"header-vfC6AV auto-hide-last-sibling-br\">2. Almindelige problemer og l\u00f8sninger<\/h2><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">2.1 Problemer<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">PCB-design i h\u00f8j hastighed er meget f\u00f8lsomt. Du kan st\u00f8de p\u00e5 flere problemer i l\u00f8bet af et projekt. Her er tre almindelige problemer, du skal v\u00e6re opm\u00e6rksom p\u00e5.<\/div><p>\u00a0<\/p><ul class=\"auto-hide-last-sibling-br\"><li><strong>Timing<\/strong>: Hvis signaltimingen er forkert, kan du f\u00e5 beskadigede data. P\u00e5 grund af timingproblemer skal du s\u00f8rge for, at hvert routed signal og hvert clocksignal ankommer p\u00e5 det rigtige tidspunkt i forhold til alle andre signaler.<\/li><li><strong>Forvr\u00e6ngning<\/strong>: Signalintegritet betyder, at signalerne ankommer i den rigtige form. Hvis signalerne ikke ser rigtige ud ved slutpunkterne, er de sandsynligvis blevet forvr\u00e6nget undervejs.<\/li><li><strong>St\u00f8j<\/strong>: Alle printkort laver noget st\u00f8j. Men for meget st\u00f8j kan \u00f8del\u00e6gge data. St\u00f8j opst\u00e5r ofte, n\u00e5r et signal ringer uventet og p\u00e5virker n\u00e6rliggende signaler.<\/li><\/ul><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">2.2 L\u00f8sninger<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Heldigvis er der kendte l\u00f8sninger p\u00e5 disse problemer. De er vigtige dele af h\u00f8jhastighedsdesign.<\/div><p>\u00a0<\/p><ul class=\"auto-hide-last-sibling-br\"><li><strong>Impedans<\/strong>: Impedansstyring er en grundl\u00e6ggende l\u00f8sning p\u00e5 mange almindelige PCB-problemer. N\u00e5r impedansen mellem sender og modtager er korrekt, forbedres signalkvaliteten, integriteten og f\u00f8lsomheden.<\/li><li><strong>Matchende<\/strong>: L\u00e6ngdematchning hj\u00e6lper p\u00e5 timingen. Hvis du matcher l\u00e6ngden af koblede spor, vil de ankomme sammen og forblive synkroniseret med uret.<\/li><li><strong>Afstand<\/strong>: Hvis der er tilstr\u00e6kkelig plads mellem sporene, beskyttes de mod st\u00f8j og andre forstyrrelser. Undg\u00e5 at placere sporene for t\u00e6t for at reducere interferens.<\/li><\/ul><h2 class=\"header-vfC6AV auto-hide-last-sibling-br\">3. PCB-layout i h\u00f8j hastighed<\/h2><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">N\u00e5r vi taler om, hvad der g\u00f8r et printkort hurtigt, skal man huske, at der g\u00e6lder mange layoutregler. Tidlig planl\u00e6gning af layout hj\u00e6lper med at holde projektet inden for tidsplanen og reducerer antallet af fejl.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">3.1 Skematisk oversigt<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Det f\u00f8rste skridt er at tegne kredsl\u00f8bet som et skema. Mens du tegner, skal du t\u00e6nke p\u00e5 signalflowet. Pr\u00f8v at fange et naturligt flow fra venstre mod h\u00f8jre, og f\u00e5 s\u00e5 mange nyttige oplysninger med som muligt.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">3.2 Krav<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Skriv klare PCB-layoutinstruktioner. Inkluder kortets form\u00e5l, en kredsl\u00f8bsskitse, kortets opbygning, komponentplacering og afstand mellem spor og kredsl\u00f8b. Det kan ogs\u00e5 v\u00e6re n\u00f8dvendigt at notere, hvilke typer signaler der g\u00e5r p\u00e5 hvert lag. Hvis du f.eks. bruger RF, skal du overveje RF PCB-design. RF-signaler har s\u00e6rlige behov. Skriv alt det ind i kravene, som printet skal bruge for at fungere p\u00e5lideligt.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">3.3 Placering<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Komponentplacering er en af de vigtigste dele af layoutet. T\u00e6nk over, hvor kredsl\u00f8bene sidder p\u00e5 printet, og hvad der omgiver dem.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">3.4 Str\u00f8mbypass<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">For at reducere st\u00f8j i h\u00f8jhastighedskredsl\u00f8b skal man bypasse forst\u00e6rkerens str\u00f8mstifter. For h\u00f8jhastigheds op-amps er der to almindelige bypass-teknikker. Den ene er skinne-til-jord-bypass, som fungerer i de fleste tilf\u00e6lde. Andre specielle teknikker er nyttige i nogle tilf\u00e6lde.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">3.5 Parasitisk kapacitans<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Parasitter er omstrejfende kondensatorer og induktorer, der sniger sig ind i h\u00f8jhastighedslayouts og skaber problemer. De dannes let og kan \u00f8del\u00e6gge designet. H\u00f8jhastighedskredsl\u00f8b p\u00e5virkes let af parasitter.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">3.6 Jordplan<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Et jordplan fungerer som referencesp\u00e6nding, giver afsk\u00e6rmning, hj\u00e6lper med varmeafledning og s\u00e6nker strejfinduktans. Men v\u00e6r forsigtig: Et jordplan kan ogs\u00e5 tilf\u00f8je parasitisk kapacitans. I de fleste tilf\u00e6lde vil du have et fuldt, uafbrudt jordplan og holde det kontinuerligt.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">3.7 Emballage<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Op-amps og andre dele findes i mange indpakninger. Valget af indpakning p\u00e5virker ydeevnen ved h\u00f8je frekvenser. Pakninger har indflydelse p\u00e5 parasitter og ledningsf\u00f8ring.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">3.8 F\u00f8ringsveje og afsk\u00e6rmning<\/h3><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Routing og afsk\u00e6rmning reducerer interferens mellem signaler. PCB-design tilbyder flere metoder til routing og afsk\u00e6rmning. Et jordplan er en god afsk\u00e6rmning. Du kan ogs\u00e5 f\u00f8re spor ortogonalt p\u00e5 tilst\u00f8dende lag for at reducere kapacitiv kobling og holde sporene l\u00e6ngere fra hinanden.<\/div><h2 class=\"header-vfC6AV auto-hide-last-sibling-br\">4. S\u00e5dan finder du ud af, om dit projekt er h\u00f8jhastigheds<\/h2><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Der findes ikke en enkelt, absolut regel for, hvad der t\u00e6ller som et h\u00f8jhastigheds PCB-design, men der er flere praktiske m\u00e5der at afg\u00f8re, om dit projekt er h\u00f8jhastigheds. Problemer med signalintegritet er et tydeligt tegn. Hvis du arbejder p\u00e5 en telefon eller et bundkort, er det meget sandsynligt, at det er et h\u00f8jhastighedsdesign. Brugen af bestemte teknologier er ogs\u00e5 et st\u00e6rkt fingerpeg.<\/div><p>\u00a0<\/p><ol class=\"auto-hide-last-sibling-br\"><li><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\"><strong>Har kortet h\u00f8jhastighedsgr\u00e6nseflader?<\/strong><br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>En hurtig m\u00e5de at se, om du skal f\u00f8lge reglerne for h\u00f8jhastighedsdesign, er at tjekke, om der er h\u00f8jhastighedsgr\u00e6nseflader p\u00e5 kortet. Eksempler er DDR, PCIe og videogr\u00e6nseflader som DVI eller HDMI. Alle disse gr\u00e6nseflader kr\u00e6ver strenge regler for h\u00f8jhastighedsdesign. For hver gr\u00e6nseflade skal du ogs\u00e5 inkludere n\u00f8jagtige kanalspecifikationer i din dokumentation.<\/div><\/li><li><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\"><strong>Forholdet mellem sporl\u00e6ngde og signalb\u00f8lgel\u00e6ngde<\/strong><br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>Et almindeligt tjek er forholdet mellem din sporl\u00e6ngde og b\u00f8lgel\u00e6ngden p\u00e5 de signaler, du transporterer. Hvis sporl\u00e6ngden er i samme st\u00f8rrelsesorden som signalets b\u00f8lgel\u00e6ngde, vil kortet sandsynligvis have brug for h\u00f8jhastighedsregler. Nogle standarder, som f.eks. DDR, kr\u00e6ver, at sporl\u00e6ngderne opfylder sn\u00e6vre tolerancer. En simpel tommelfingerregel er: Hvis sporl\u00e6ngden og b\u00f8lgel\u00e6ngden er inden for samme st\u00f8rrelsesorden, b\u00f8r du overveje h\u00f8jhastighedsdesign.<\/div><\/li><li><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\"><strong>Kort med tr\u00e5dl\u00f8se eller antenne-gr\u00e6nseflader<\/strong><br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>Hvert kort, der forbindes til en antenne, uanset om antennen er p\u00e5 kortet eller fastgjort med et stik, kr\u00e6ver omhyggelig opm\u00e6rksomhed p\u00e5 h\u00f8jhastigheds- og RF-design. K\u00f8ret\u00f8jsantenner har ogs\u00e5 brug for stram impedansstyring og afstemte sporl\u00e6ngder. Hvis du har SMA-stik eller lignende RF-stik, skal du f\u00f8re dem med kontrolleret impedans, s\u00e5 de matcher stikv\u00e6rdien.<\/div><\/li><li><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\"><strong>Distribuerede systemer og mange underkredsl\u00f8b<\/strong><br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>Hvis dit projekt er et distribueret system, der best\u00e5r af mange underkredsl\u00f8b, som kan fungere uafh\u00e6ngigt i et st\u00f8rre system, vil du sandsynligvis ogs\u00e5 st\u00e5 over for h\u00f8jhastigheds PCB-udfordringer. Flere moduler, mange h\u00f8jhastighedsforbindelser og blandede tidsdom\u00e6ner \u00f8ger risikoen for, at du f\u00e5r brug for h\u00f8jhastighedsdesign.<\/div><\/li><\/ol><h2 class=\"header-vfC6AV auto-hide-last-sibling-br\">5. Materialer til h\u00f8jhastighedsbr\u00e6dder<\/h2><div class=\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\">Udtrykket \u201ch\u00f8jhastighedskortmateriale\u201d er almindeligt i branchen. Det betyder normalt materialer med lavt tab, der bruges til h\u00f8jhastigheds-PCB'er. Disse materialer har en lavere tabstangent, ofte kaldet Df, sammenlignet med almindelig FR-4. Hvad er Df, og hvordan p\u00e5virker det signaler?<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>N\u00e5r et isolerende medium som glasfiberdug og harpiks befinder sig i et elektrisk felt, er de ladede partikler i mediet bundet inde i molekyler. Det eksterne felt skaber sm\u00e5 forskydninger. Dipoler i mediet retter sig derefter ind efter feltet. Denne effekt er dielektrisk polarisering. Den energi, der g\u00e5r tabt under polariseringsprocessen, er dielektrisk tab. Materialets Df-v\u00e6rdi m\u00e5ler, hvor meget dielektrisk tab materialet har.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>Standardkortmaterialer d\u00e6mper sinusb\u00f8lger mere end h\u00f8jhastighedsmaterialer g\u00f8r. Effekten er st\u00e6rkere ved h\u00f8jere harmoniske frekvenser. Digitale signaler best\u00e5r af mange sinusb\u00f8lger med forskellige frekvenser. Hvis disse sinusb\u00f8lger d\u00e6mpes, forringes kanterne af det digitale signal, og amplituden falder. Kantforringelse reducerer transmissionslinjens b\u00e5ndbredde og s\u00e6nker signalmargenen. Brug af et h\u00f8jhastighedsmateriale reducerer tabet pr. l\u00e6ngdeenhed. For den samme sporl\u00e6ngde giver et h\u00f8jhastighedsmateriale h\u00f8jere b\u00e5ndbredde og mere margin. Eller med samme tabsbudget kan man ved hj\u00e6lp af h\u00f8jhastighedsmateriale l\u00e6gge l\u00e6ngere spor og stadig opfylde kravene til ydeevne.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>En simpel analogi kan hj\u00e6lpe. Forestil dig to biler med forskelligt br\u00e6ndstofforbrug. Bil A bruger 22 liter pr. 100 km (Df: 0,022). Folk kalder den en benzinsluger. Bil B bruger 4,5 liter pr. 100 km (Df: 0,0045). Folk kalder den en br\u00e6ndstofsparer. Hvis du kun har 50 liter br\u00e6ndstof, og din destination er 800 km v\u00e6k, vil benzinslugeren ikke n\u00e5 frem. Br\u00e6ndstofspareren n\u00e5r frem og har stadig br\u00e6ndstof tilbage. Hvis destinationen kun er 200 km v\u00e6k, kan benzinslugeren n\u00e5 frem med kun lidt br\u00e6ndstof tilbage, s\u00e5 marginen er lille, og turen er risikabel, hvis noget g\u00e5r galt. Br\u00e6ndstofbespareren klarer turen med bedre margin. Dette eksempel viser, hvorfor man nogle gange har brug for h\u00f8jhastighedsmaterialer. N\u00e5r signalhastighederne er h\u00f8je, sporl\u00e6ngderne er lange, eller tabsbudgettet er stramt, giver normalt materiale m\u00e5ske ikke nok margin. I s\u00e5danne tilf\u00e6lde anbefaler vi h\u00f8jhastighedsmaterialer.<br class=\"container-utlnW2 wrapper-d0Cc1k undefined\" \/>H\u00f8jhastighedsmaterialer findes i graduerede niveauer baseret p\u00e5 Df. Df er kun en vejledning. Brug altid de n\u00f8jagtige tal fra materialets datablad til designarbejde.<\/div><h3 class=\"header-vfC6AV auto-hide-last-sibling-br\">5.1 Almindelige Df-kategorier (v\u00e6rdier er typiske referencer ved 10 GHz)<\/h3><ul class=\"auto-hide-last-sibling-br\"><li>Standard tabsmateriale: Df &lt; 0,022 @ 10 GHz<\/li><li>Materiale med lavt tab: Df &lt; 0,012 @ 10 GHz<\/li><li>Materiale med lavt tab: Df &lt; 0,008 @ 10 GHz<\/li><li>Materiale med meget lavt tab: Df &lt; 0,005 @ 10 GHz<\/li><li>Materiale med ekstremt lavt tab: Df &lt; 0,003 @ 10 GHz<\/li><\/ul>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t<\/div>","protected":false},"excerpt":{"rendered":"<p>High-speed PCB Design High-speed PCB design means any design where signal integrity starts to be affected by the PCB\u2019s physical [&hellip;]<\/p>","protected":false},"author":1,"featured_media":0,"parent":1898,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_uag_custom_page_level_css":"","site-sidebar-layout":"no-sidebar","site-content-layout":"","ast-site-content-layout":"full-width-container","site-content-style":"default","site-sidebar-style":"default","ast-global-header-display":"","ast-banner-title-visibility":"","ast-main-header-display":"","ast-hfb-above-header-display":"","ast-hfb-below-header-display":"","ast-hfb-mobile-header-display":"","site-post-title":"","ast-breadcrumbs-content":"","ast-featured-img":"disabled","footer-sml-layout":"","theme-transparent-header-meta":"","adv-header-id-meta":"","stick-header-meta":"","header-above-stick-meta":"","header-main-stick-meta":"","header-below-stick-meta":"","astra-migrate-meta-layouts":"default","ast-page-background-enabled":"default","ast-page-background-meta":{"desktop":{"background-color":"var(--ast-global-color-5)","background-image":"","background-repeat":"repeat","background-position":"center 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interconnects, and layer stack-up.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>Modern electronics push edge rates and clock speeds higher. Today many digital systems have signal frequencies above 100 MHz. At those speeds, transmission-line effects appear on PCB traces and can seriously affect system behavior. The PCB design process for high speed is the process of solving the signal integrity problems that high speed creates. People use the term \\u201chigh-speed PCB\\u201d a lot, so what exactly is a high-speed PCB board?<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>One view says a digital circuit is high speed when its rate reaches or exceeds about 45\\u201350 MHz and signals at that rate make up more than one third of the system. In fact, a signal\\u2019s harmonic frequencies are higher than its base frequency. Fast changes \\u2014 the rising and falling edges or transitions \\u2014 cause unexpected transmission results. A common practical rule is this: if a line\\u2019s propagation delay is greater than half of the digital signal\\u2019s rise time, that signal is treated as a high-speed signal and transmission-line effects matter.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>Signal transfer matters at the instant the signal changes state, for example during rise or fall time. A signal needs a fixed time to travel from driver to receiver. If the travel time is less than half the rise or fall time, then any reflection from the receiver will reach the driver before the signal finishes changing. If the travel time is longer than half the rise or fall time, the reflection returns after the change. If the reflection is large, the summed waveform can change the logic state.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>In short, to design a high-quality high-speed PCB you must think about both signal integrity and power integrity. We also need to know the difference between high-speed signals and high-frequency signals. The direct effects usually show up as signal integrity problems, but the root cause often links back to power integrity. Power integrity directly affects the final signal integrity of the board.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>When you start designing a board and you see trouble like delay, crosstalk, reflection, or unwanted emission, you are in the high-speed PCB design domain.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>High-speed PCB design is the layout of circuit boards for high-speed circuits. These are circuits where the board\\u2019s physical parts affect signal integrity. Those physical factors include layout, stack-up, and interconnects.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>When you do high-speed PCB design you must spend more time than usual on the exact placement of traces, their widths, how close they are to other signals, and the types of parts the traces connect to.<\\\/div><h2 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">1. Signals and Signal Integrity<\\\/h2><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Whether you work on ordinary or high-speed PCB design, the board sends signals along traces to endpoints. So what are high-speed signals? There are two main types: analog and digital.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">1.1 Digital Signals<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Digital signals are simpler than analog signals. They are a series of low and high levels. You can think of them as 0 and 1, or off and on.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">1.2 Analog Signals<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Analog signals vary more than digital signals. They may swing positive and negative. The signal changes by amplitude and by frequency.<\\\/div><p>\\u00a0<\\\/p><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">When you design a circuit, keep these common problems and fixes in mind to improve board performance.<\\\/div><h2 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">2. Common Problems and Solutions<\\\/h2><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">2.1 Problems<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">High-speed PCB design is very sensitive. You may meet several problems during a project. Here are three common problems to watch.<\\\/div><p>\\u00a0<\\\/p><ul class=\\\"auto-hide-last-sibling-br\\\"><li><strong>Timing<\\\/strong>: If signal timing is wrong you can get corrupted data. Because of timing issues, make sure every routed signal and every clock signal arrives at the right time relative to all other signals.<\\\/li><li><strong>Distortion<\\\/strong>: Signal integrity means signals arrive in the right shape. If signals do not look right at the endpoints, they likely suffered distortion along the way.<\\\/li><li><strong>Noise<\\\/strong>: Every PCB makes some noise. But too much noise can corrupt data. Noise often appears when one signal rings unexpectedly and affects nearby signals.<\\\/li><\\\/ul><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">2.2 Solutions<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Fortunately, these issues have known fixes. They are key parts of high-speed design.<\\\/div><p>\\u00a0<\\\/p><ul class=\\\"auto-hide-last-sibling-br\\\"><li><strong>Impedance<\\\/strong>: Impedance control is a basic fix for many common PCB problems. When the impedance between transmitter and receiver is correct, signal quality, integrity, and sensitivity improve.<\\\/li><li><strong>Matching<\\\/strong>: Length matching helps timing. If you match the lengths of coupled traces, they will arrive together and stay in sync with the clock.<\\\/li><li><strong>Spacing<\\\/strong>: Leaving enough space between traces helps protect them from noise and other interference. Avoid placing traces too close to reduce interference.<\\\/li><\\\/ul><h2 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3. High-speed PCB Layout<\\\/h2><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">When we talk about what makes a PCB high-speed, remember many layout rules apply. Planning layout early helps keep the project on schedule and reduces errors.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3.1 Schematic<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">The first step is to draw the circuit as a schematic. While you draw, think about signal flow. Try to capture a natural left-to-right flow and include as much useful information as you can.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3.2 Requirements<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Write clear PCB layout instructions. Include the board\\u2019s purpose, a circuit sketch, the board stack-up, component placement, and spacing between traces and circuits. You may also need to note what types of signals go on each layer. For example, if you use RF, consider RF PCB design. RF signals have special needs. Put everything in the requirements that the board needs to work reliably.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3.3 Placement<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Component placement is one of the most important parts of layout. Think about where circuits sit on the board and what surrounds them.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3.4 Power Bypass<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">To reduce noise in high-speed circuits, bypass amplifier power pins. For high-speed op-amps there are two common bypass techniques. One is rail-to-ground bypass, which works in most cases. Other special techniques are useful in some cases.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3.5 Parasitic Capacitance<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Parasitics are stray capacitors and inductors that sneak into high-speed layouts and cause problems. They form easily and can break the design. High-speed circuits are easily affected by parasitics.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3.6 Ground Plane<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">A ground plane serves as a reference voltage, provides shielding, helps heat dissipation, and lowers stray inductance. But be careful: a ground plane can also add parasitic capacitance. In most cases you want a full, uninterrupted ground plane and keep it continuous.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3.7 Packaging<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Op-amps and other parts come in many packages. The package choice affects high-frequency performance. Packages influence parasitics and trace routing.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">3.8 Routing and Shielding<\\\/h3><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">Routing and shielding reduce interference between signals. PCB design offers several routing and shielding methods. A ground plane is good shielding. You can also route traces orthogonally on adjacent layers to reduce capacitive coupling and keep traces farther apart.<\\\/div><h2 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">4. How to Tell If Your Project Is High-Speed<\\\/h2><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">There is no single, absolute rule for what counts as a high-speed PCB design, but there are several practical ways to decide if your project is high-speed. Signal integrity problems are a clear sign. If you are working on a phone or a motherboard, that very likely is a high-speed design. The use of certain technologies is also a strong clue.<\\\/div><p>\\u00a0<\\\/p><ol class=\\\"auto-hide-last-sibling-br\\\"><li><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\"><strong>Does the board have high-speed interfaces?<\\\/strong><br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>A quick way to see if you must follow high-speed design rules is to check for high-speed interfaces on the board. Examples are DDR, PCIe, and video interfaces such as DVI or HDMI. All of these interfaces need strict high-speed design rules. Also, for each interface, include exact channel specs in your documentation.<\\\/div><\\\/li><li><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\"><strong>Ratio of trace length to signal wavelength<\\\/strong><br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>A common check is the ratio between your trace length and the wavelength of the signals you carry. If the trace length is on the same order as the signal wavelength, the board will likely need high-speed rules. Some standards, like DDR, require trace lengths to meet tight tolerances. A simple rule of thumb is: if trace length and wavelength are within the same order of magnitude, you should consider high-speed design.<\\\/div><\\\/li><li><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\"><strong>Boards with wireless or antenna interfaces<\\\/strong><br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>Every board that connects to an antenna, whether the antenna is on the board or attached by a connector, needs careful attention to high-speed and RF design. Vehicle antennas also need tight impedance control and tuned trace lengths. If you have SMA connectors or similar RF connectors, route them with controlled impedance to match the connector value.<\\\/div><\\\/li><li><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\"><strong>Distributed systems and many subcircuits<\\\/strong><br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>If your project is a distributed system made of many subcircuits that can operate independently inside a larger system, you will also likely face high-speed PCB challenges. Multiple modules, many high-speed links, and mixed timing domains raise the chance you need high-speed design care.<\\\/div><\\\/li><\\\/ol><h2 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">5. High-speed Board Materials<\\\/h2><div class=\\\"auto-hide-last-sibling-br paragraph-JOTKXA paragraph-element br-paragraph-space\\\">The term \\u201chigh-speed board material\\u201d is common in the industry. It usually means low-loss materials that are used for high-speed PCBs. These materials have a lower loss tangent, often called Df, compared with ordinary FR-4. What is Df and how does it affect signals?<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>When an insulating medium like glass fiber cloth and resin sits in an electric field, the charged particles in the medium are bound inside molecules. The external field makes tiny displacements. Dipoles in the medium then align with the field. This effect is dielectric polarization. The energy lost during the polarization process is dielectric loss. The material Df value measures how much dielectric loss the material has.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>Standard board materials attenuate sine waves more than high-speed materials do. The effect is stronger at higher harmonic frequencies. Digital signals are made of many sine waves at different frequencies. If those sine waves are attenuated, the edges of the digital signal degrade and the amplitude falls. Edge degradation reduces the transmission line bandwidth and lowers signal margin. Using a high-speed material reduces loss per unit length. For the same trace length, a high-speed material gives higher bandwidth and more margin. Or, for the same loss budget, using high-speed material lets you route longer traces and still meet performance.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>A simple analogy may help. Imagine two cars with different fuel consumption. Car A uses 22 liters per 100 km (Df: 0.022). People call it a gas guzzler. Car B uses 4.5 liters per 100 km (Df: 0.0045). People call it a fuel saver. If you have only 50 liters of fuel and your destination is 800 km away, the gas guzzler will not reach it. The fuel saver will reach and still have fuel left. If the destination is only 200 km, the gas guzzler may reach with little fuel left, so the margin is small and the trip is risky if something goes wrong. The fuel saver handles the trip with better margin. This example shows why you sometimes need high-speed materials. When signal rates are high, trace lengths are long, or the loss budget is tight, normal material may not give enough margin. In such cases, we recommend high-speed material.<br class=\\\"container-utlnW2 wrapper-d0Cc1k undefined\\\" \\\/>High-speed materials come in graded levels based on Df. Df is only a guide. Always use the exact numbers from the material data sheet for design work.<\\\/div><h3 class=\\\"header-vfC6AV auto-hide-last-sibling-br\\\">5.1 Common Df Categories (values are typical references at 10 GHz)<\\\/h3><ul class=\\\"auto-hide-last-sibling-br\\\"><li>Standard loss material: Df &lt; 0.022 @ 10 GHz<\\\/li><li>Mid loss material: Df &lt; 0.012 @ 10 GHz<\\\/li><li>Low loss material: Df &lt; 0.008 @ 10 GHz<\\\/li><li>Very low loss material: Df &lt; 0.005 @ 10 GHz<\\\/li><li>Ultra low loss material: Df &lt; 0.003 @ 10 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