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LPF-DCM8000A-S Filtrum Transitus Inferioris Filtrum RF
Proprietates et Specificationes Electricae: Modelum LPF-DCM8000A-S; Frequentia DC-8000MHz; Amissio Insertionis ≤0.35dB; Reiectio ≥25dB@9600MHz ≥55dB@15000MHz; VSWR 1.5; Potentia Maxima Nominata 50 W; Impediantia 50 Ω; Typus Connectoris SMA-F / SMA-M; Dimensiones: Longitudo: 51.2 mm; Diametros: 17.5 mm; Superficies: Nigra; Pictura: Temperatura Operandi: Temperatura Ordinaria; Temperatura Reponendi: -55 ~ +85°C; Delineatio Coniuncta (Unitas: mm). -
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WH160150E Circulator Ingressus 70 ad 130MHz
Exempla Ordinis Specificationes Basicae Specificationes Numerus Modeli (X=1: →Horsus Sensus) (X=2: ←Laterus Sensus) Frequentiae Ambitus MHz Insertionis Damnum dB (max) Isolatio dB (min) VSWR (max) Potentia W WH160150E-X-1000/71-73MHz 71.0-73.0 0.30 20.0 1.25 1000 WH160150E-X-1000/79-83.5MHz 79.0-83.5 0.30 23.0 1.20 1000 WH160150E-X-1000/126-128MHz 126-128 0.30 23.0 1.20 1000 Diagramma Installationis: -
Circulator Coaxialis TH3538XN Typi N / TH3538XS Typi SMA a 300 ad 1850MHz
Exempla Ordinis Typus Conectoris Typus SMA Optiones Conectoris Typus N Optiones Conectoris Portus 1 Portus 2 Abbreviatio Portus 1 Portus 2 Abbreviatio SMA-F SMA-F S NF NF N SMA-F SMA-M SKJ NF NM NKJ SMA-M SMA-F SJK NM NF NJK SMA-M SMA-M SJ NM NM NJ SMA Typus Optiones Conectoris Typus N Optiones Conectoris Portus 1 Portus 2 Abbreviatio Portus 1 Portus 2 Abbreviatio SMA-F SMA-F S NF NF N SMA-F... -
TH4149AS Circulator Coaxialis 300 ad 1000MHz
Exempla Ordinis Typus Conectoris Typus SMA Optiones Conectoris Typus N Optiones Conectoris Portus 1 Portus 2 Portus 3 Abbreviatio Portus 1 Portus 2 Portus 3 Abbreviatio KKKSKKKNKJJ SKJJ KJJ NKJJ JKJ SJKJ JKJ NJKJ KKJ SKKJ KKJ NKKJ JJJ SJ JJJ NJ Specificationes Basicae Specificationes Numerus Modeli (X=1: →Dextra directionem) (X=2: ←Secunda directionem) Frequentiae Ambitus MHz IL. dB (max) Iso... -
RFTXX-05TA7265-18 Attenuator Microstrip cum Manica Attenuator RF DC~18.0 GHz
Modelum RFTXX-05TA7265-18 (XX = Valor attenuationis) Ambitus resistentiae 50 Ω Ambitus frequentiae DC~18.0 GHz Potentia 5 W Attenuatio (dB) 01-10/11-20/21-30 Tolerantia attenuationis (dB) ±0.7/±0.8/±1.0 VSWR 1.25 typus 1.3 max Coefficiens temperaturae <150ppm/℃ Materia substrati BeO Materia involucri Al (oxidatio conductiva) Processus resistentiae Pellicula crassa Temperatura operandi -55 ad +125°C (Vide deminutionem potentiae) ROHS congruens Ita Delineatio adumbrata (Unitas: mm/uncia) Tolerantia diametri... -
Circulator Coaxialis TH4550XN Typus N / TH4550XS Typus SMA 250 ad 1400MHz
Exempla Ordinis Typus Connectoris Typus SMA Optiones Connectoris Typus N Optiones Connectoris Portus 1 Portus 2 Portus 3 Abbreviatio Portus 1 Portus 2 Portus 3 Abbreviatio KKKSKKKNKJJ SKJJ KJJ NKJJ JKJ SJKJ JKJ NJKJ KKJ SKKJ KKJ NKKJ JJJ SJ JJJ NJ Typus SMA Optiones Connectoris Typus N Optiones Connectoris Portus 1 Portus 2 Portus 3 Abbreviatio Portus 1 Portus 2 Portus... -
RFTXXA-02TA7265-12.4 Attenuator Microstrip cum Manica Attenuator RF DC~12.4GHz
Delineatio Adumbrata (Unitas: mm/uncia) Tolerantia diametri: ±0.05, tolerantia longitudinis: ± 0.05 Efficacia Typica: Graphum 1dB Graphum 3dB Graphum 5dB Graphum 7dB Graphum 9dB Graphum 20dB Graphum 2dB Graphum 4dB Graphum 6dB Graphum 8dB Graphum 10dB Graphum 30dB Graphum Modus Installationis Deminutio Potestatis P/N Designatio Attentio ■ Cavitas et dissipator caloris arcte connexi esse debent ut dissipatio caloris fiat ■ Bona conexio ad terram requiritur ut parametri S curent ■ Ut requisitis delineationum satisfaciat, radius... -
RFTXX-05MA5263-12.4 Attenuator Microstrip Attenuator RF DC~12.4GHz
Numerus Exemplaris RFTXX-05MA5263-12.4 (XX = Valor attenuationis) Resistentia nominalis 50 Ω Frequentiae DC~12.4GHz Potentia Nominalis 5 W Attenuatio 01-10dB/11-20dB/21-30dB Tolerantia Attenuationis ±0.6dB/±0.7dB/±1.0dB VSWR 1.25 typus 1.3 max Coefficiens Temperaturae <150ppm/℃ Materia Substrati BeO Resistentia Processus Pellicula Crassa Temperatura Operandi -55 ad +150°C (Diagramma deminutionis potentiae referentialis) Delineatio Adumbrata (Unitas: mm/uncia) Nota: 1. Si emptor requirit, praebere possumus...
