Der SMP-PCB-Koaxialsteckverbinder, Stecker, Full Detent<\/strong> \u2013 Durchsteckmontage, vergoldet, L\u00f6tausf\u00fchrung \u2013 liefert einen robusten mechanischen Eingriff und \u00fcberlegene HF-Leistung f\u00fcr stark vibrationsbelastete Umgebungen. Ausgelegt auf eine Impedanz von 50 \u03a9<\/strong> und Frequenzen bis 40 GHz<\/strong>, eignet sich dieser SMP-Steckverbinder<\/a> ideal f\u00fcr milit\u00e4rische, luft- und raumfahrttechnische sowie pr\u00e4zisionsmesstechnische Systeme.<\/p>\n Mit VSWR \u2264 1,2<\/strong> und einer Einf\u00fcged\u00e4mpfung \u2264 0,06 \u221aF(GHz) dB<\/strong> bietet der SMP-Stecker mit Full Detent<\/strong> eine reproduzierbare Impedanzkontrolle, geringe Reflexion und stabile Phaseneigenschaften in Breitbandanwendungen.<\/p>\n Aus Edelstahl gebaut und mit vergoldeten Kontakten aus Berylliumkupfer best\u00fcckt, bietet der SMP-PCB-Steckverbinder<\/strong> ausgezeichnete Haltbarkeit, Korrosionsschutz und gleichbleibende Leitf\u00e4higkeit. Vollst\u00e4ndig REACH- und RoHS-konform<\/strong>, \u00fcbersteht er anspruchsvolle thermische und mechanische Zyklen von \u221255 \u00b0C bis +165 \u00b0C.<\/p>\n Die Full-Detent-Halteart sichert eine feste Befestigung in HF-Steckverbindern f\u00fcr Leiterplattenmontage<\/a>, wie sie in Luft- und Raumfahrtmodulen, Radarmesstechnik und abh\u00f6rsicherer Kommunikationshardware zu finden sind.<\/p>\n Mechanc entwickelt SMP-Steckverbinder<\/a> in mehreren Rastkraftstufen und Geh\u00e4useoberfl\u00e4chen f\u00fcr pr\u00e4zise mechanische und elektrische Anforderungen. Entdecken Sie den HF-Steckverbinder-Katalog<\/a>, um passende leiterplattenmontierte SMP-Modelle zu finden.<\/p>\n","protected":false},"excerpt":{"rendered":" SMP-PCB-Koaxialsteckverbinder, Stecker, Full Detent \u2013 Durchsteckmontage, vergoldet, L\u00f6tanschluss, Modell SMP-JHD2-F Der SMP-PCB-Koaxialsteckverbinder, Stecker, Full Detent \u2013 Durchsteckmontage, vergoldet, L\u00f6tausf\u00fchrung \u2013 liefert einen robusten mechanischen Eingriff und \u00fcberlegene HF-Leistung f\u00fcr stark vibrationsbelastete Umgebungen. 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Hochfrequenz\u00fcbertragung<\/h3>\n
Vergoldete Werkstoffe und Umweltbest\u00e4ndigkeit<\/h3>\n
Anwendungen in stark vibrationsbelasteten Leiterplattendesigns<\/h3>\n
Fortschrittliche SMP-Steckverbinderl\u00f6sungen<\/h3>\n