Filum Chalybeum Stanneo Cupreo Obductum Sinense ad Resistores Componentium Electronicorum Soldandos Fabrica et Officina

Filum Chalybeum Stanneo Cupreo Obductum ad Resistores Componentium Electronicorum Soldandos (Imago Praecipua)

Filum ferreum cupreo obductum stanneo ad resistores componentes electronicos soldandos

Descriptio Brevis:

Materia fundamentalis filum stanneum obductum erit filum cuprum secundum requisita in Norma Industriali Sinensi GB/T3953-2009 et Norma Industriali Iaponica JIS3102, necnon Norma Industriali Americana ASTM B33 Filum Cupreum Rotundum ad Usus Electricos specificata.
Haec producta late adhibentur in industriis resistorum pelliculae carbonis, resistorum pelliculae metallicae, resistorum pelliculae oxidi metallici, resistorum fusibilium, resistorum filorum convolutorum, resistorum vitreorum, piezoresistorum, thermistorum, resistorum non inductivorum, photoresistorum, fusibilium thermalium, fusibilium currentium, condensatorum, filorum saltatorum (jumpers), inductorum, transformatorum, diodorum, filorum altae temperaturae, filorum marinorum, filorum tripliciter insulatorum, sensorum temperaturae instrumentorum gasi, filorum soldadurae, filorum plectorum, virgae terrae, filorum planorum flexibilium (FFC) et cetera.

Numerus exemplaris:Filum cupreum stanneum

Status Productorum:Mollis, Semidurus, Durus

Ambitus Applicationis:Resistentia, Capacitas, Inductantia, Funis

Modus Obducendi:Calido immerso, galvanoplastia

Specificatio:0.05-3.0mm

Nota mercatoria:TANKI

Mitte nobis inscriptionem electronicam

Detalia Producti

Quaestiones Frequentes

Etiquettae Productarum

Proprietates fili cuprei stannei obducti

Diameter /mm

Tolerantia/mm

Ovalitas maxima/mm

Crassitudo Tegumenti /µm

Elongatio/%

Robur tensile /kg/mm2

Proprietas Flexionis Minima /g

Resistivitas electrica Ω mm²/m

Mollis

Dimidia hora

Mollis

Dimidia hora

Pondus

tempora

0.3

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.32

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.36

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.38

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.4

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.41

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.42

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.43

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.44

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.45

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.46

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.47

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.48

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.49

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.5

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.52

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.53

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.54

±0.01

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.55

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.56

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.58

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

250

≥5

≤0.0190

0.6

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.62

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.65

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.66

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.68

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.7

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.72

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.74

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.75

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.76

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.78

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.79

±0.015

0.01

5±2

≥20

XIII~XXIII

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.8

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.81

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.82

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.85

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.9

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.95

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

0.98

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.02

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.03

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.05

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.1

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.13

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.15

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.2

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.25

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.3

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.35

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.38

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.4

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.45

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.5

±0.015

0.01

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.6

±0.02

0.015

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.62

±0.02

0.015

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.65

±0.02

0.015

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.7

±0.02

0.015

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.71

±0.02

0.015

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

1.8

±0.02

0.015

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

±0.02

0.015

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

2.13

±0.02

0.015

5±2

≥25

XIII~XXIV

≤12

XX~XXVIII

≥40

quingenti

≥6

≤0.0182

Praecedens: Chalybs Inconel ex mixtura Nickel N07718, mollis, alta temperatura, 760 MPA

Deinde: Filum ex mixtura Karm(Ni-Cr-Al-Fe) et stabilitate excellenti resistentiae ad tensometrias

Nuntium tuum hic scribe et nobis mitte.

Filum ferreum cupreo obductum stanneo ad resistores componentes electronicos soldandos

Descriptio Brevis:

Detalia Producti

Quaestiones Frequentes

Etiquettae Productarum

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