Typus Materialis PCB

Gradus materiarum Dk/Df celeritatis altae et frequentiae altae
Basis	Dk (1MHz)	Df(1MHz)
PTFE	Duo	0.0004
Hydrocarbonum Ceramicum	2.2-2.6	0.001-0.005
PPE	2.5	0.001
PPO	2.45	0.0007
HOC	2.7-3.0	0.003-0.005
BT	2.8-3.5	0.0015-0.003
Polyimida	3.2	0.004
Epoxy	3.6	0.025

Typus Materiae PCB
Rogerius	RO4350B、RO4450F、RO 4000serials、R04003C、92ML、RO3010RT6010LM、RO3003、RO4360G2、RT6002、RO3006、R04835TRO4350B、RO3035、Duroid® 5870 duroid® 5880、ULTRALAM2000160021RO3003、RO3730、RO3850、RO4534、RO4730、RO4360series、RT、D6010Im、TMM10	Panasonic	Megtron 2, M3, M4, M4 (R5725), M4S, M6 (series), M7 (series), R-5675, R-5770, R-57721, R-5775, R-57771, R-57781, R-5625, R-5720, R-5725, R1761, R1762, R1766 R1755C, R1755V, R1755M, R-57751, R5725, R1566, R1750C, R1752C, R1758C, R1757, R1655V, R1566(W), R1577(E), R-1566, R1551, R1566, R1521, R1561, R1562, R1567, R1568, R1082, R1782, R1787, R-17811, R1786, R5785, RF775, RF770, RF705, R-F705T, RO1200.	Taiflex	05151052010525, 1025, 1035, 2FCCL (series), 3FCCL (series), BT (series)
Insula	370HR, PCL-FR-370HR, PCL-FR-370 Turbo, PCL-HP-850, PCLFR-250HR, PCL-HP-870, 1S400, FR-254, Aut0-HR (PCL-HP-850), PCL-FR-250HR, PCL-HP-870, 185HR, FR408HR, FR408, IS811, IS415, 1-SpeediGigaSync Stratus ML200+, FR406, FR406N, FR406BC, FR4021185HR, IS410, DSDE104i-3, IS620, 1S6801IS680AG-300, I-TERA MT, IS680-330, 1S680-345, Tachyon-100G.	SYTECH	S1141, S0401 (140°C), S1000H, S1000HB (150°C), S1000-2, S1000-2B (170°C), S1600, S1145 (series), S1125, S7542, S1150 (series), S1170 (series), S1190, S7439, S7135, S7136, S7038, S7045 (series), S1150G (series 170°C). S31101, S3116, S75421, S2600, S1165, S1155(K), S1130, SF302, S305, SAR15, SAR20, SH260, ST210G, S1140(series), S7335, S7338(170℃), S7040G(170℃), Synamic 6(N).	3M	9460, 9077, 9458, 468, 90, 779, 458
ITEQ	IT158TC, IT150GS (150°C), IT-158TC/IT-158BS (150°C), IT-180ATC/IT-180ABS (175°C), IT180I/IT180IBS (170°C), IT140TC, IT180TC, IT170GRA1/IT-170GRA1BS (170°C), IT150DA/IT150DABS (180°C), IT200LKTC, IT958G (170°C), IT968/IT968BS (170°C). IT968TC, IT968SE, IT140GTC, IT150GTC, IT150GL1TC, IT150GSTC, FD131218NFB1, FS252035NFB1, IT-859GTA, IT170GRA1, IT150DA, IT-200LK/IT200LKBS (200℃), IT968.	TuC	TU-752, TU-768F, TU-768/ TU-768P (180℃), TU-788, TU-668 (series), TU-862 (series), TU862 HF/ TU86P HF (170℃), TU-862 (series), TU-862S, TU-863+ (170℃), TU-742HF, TU-742MV, TU-747P HF (150℃), TU747LK (150℃), TU-865, TU-868, TU-815, TU722, TU-662/ TU-66P(150℃)、TU-668/TU-668P(150℃)、TTU721、TU622-5、TU622-LE、TU-872SLK (190℃) TU-872SLKSP (190℃)、TU933、TU933/TU933+(200℃)	Dominus	T-lam HTD04, HTD06, 1KA 04, 1KA 06, 1KA 08, HTD03. LLD, ASTM6061
Taconicus	RF-35 (series), TLY-5, TLY-5A, TLY (series), TLP-5, TLX-(series), TLF35, TLC-32, TRF-43, TLX (series), RF30 (series)), RF60A, TLF-34, TSM-DS3, TLC-30, RF-35, RF-35A2, TLC-35, RF-60A, RF-60TCCER-10, EZI0	Dupont	AP7163E, AP7164E, AP8515R, AP9111R, AP9212R, AP7156E, AP7125E, AP8525, AP9121R, AP9222R, AP8535R, AP9131R, AP9232R, AP8545R, AP9141R, AP9242R, AP8555R, AP9151R, AP9252R, AP8565R, AP9161R, AP9262R, FR (Series)	Bergquist	MP-06503, HT-7006, HT-04503, HT-09009, CML-11006, HPL -03015
Arlon	33N135N185N、AD250、TC350、CLTE-AT、25FR、AD270、AD300、AD300C、AD320、AD350、AD350A、25N、AD255(C)(A)、AD250(A)、 DiClad527 、DiClad880 、CLTE-XT、CLTE-AT、 CLTE !TC600 、AD600 、AD1000	Ventec	VT-47(series)、VT-481(series)、VT42(series)、VT-47RD、VT-5751VT-585、VT-47TC、VT-47PP、VT-41、VT-41RD、VT-45、VT-441、VT-447、VT-45RD、VT-4Aseries、VT-4B series、VT-901	Tabula Regia	KB6160, KB6164, KB6165, KB6167, KB6165F, KB6150, KB5150, KB6060, KB6064 HF-140PP, KB-6160C, KB1150, KB7150
rogare	NP-140TL/NP-140B (135℃) NP-140OR/NP-140B (135℃) NP-150 TL/NP-150B (150℃), NPG-TL/NPG-B (150℃), NPG-150N (150℃) NP-170R (TL, SR, STL, NP, 170°C), NPG171 (170°C), 175FR (FTL, FMTL, 170°C), NP-180TL/NP-180B (175°C), NY2150, NY2170, NA6200, NY2140, NY1140	Nelco	N4100 (series), N4000 (series), 1 (N4103), N4203 (series), N4105 (series), N4805 (series), N7000 (series), N9000 (series), N4350, N4380, NP-140 (series), NY9217, NH9300, NX9300, N9350-13RF, N9320-13RF, MW4000, MW3000, MW2000, MW1000, N4000-13, EP, SIN4800-20, SI	Chin-Shi	CS-AL-88 (series), CS-AL-89 (series), AD2 (2W), AD3 (3W), AD5 (5W), AD8 (8W), M9 (9W)
ThinFlex	A-2010RD (series), A-1010RD (series), G-1010RD (series), X-1005RS (series), G6-0610ED, 1.1010RS (series), P-1005ED, J-1010RS (series), K-1010RS (series), T-1010RS (series), TinFex-KB (Lamina adhaesiva), TinFlex-N (Lamina adhaesiva), ThinFlex-R (Lamina adhaesiva), ThinFlex-U (Lamina adhaesiva), ThinFlexKC (Lamina adglutinans), FhinFlex-l (Series tegumentorum), FhinFlex-M (Q, V, KA).	EMC	EM-220, EM-22B (135℃), EM285, EM285B (150℃), EM370 (150℃), EM280, EM28B (170℃), EM825 (series), EM828G/EM828BG (170℃), MEG4/R5620 (170℃), MEGM/R5630 (170℃), EM-827, EM-827B (170℃), MEG6/R5670 (170℃), EM888, EM888B (190℃), MEG7/R5680 (200℃), EM526 (220℃), EM528 (220℃), EM891, EM220, EM37, EM320, EM310, EM-355 (D).	Rigidor	lamina ferrea, lamina elastica, FR4, fulcrum glutinosum

Classificatio	Genus Substrati	Categoria (area traditionis substratorum communiter adhibitorum	Campi Applicationis Substrati
Substrata Regularia	Regularis TG FR4:	S1141, TU-662, KB-6160, IT-158 (medium TG), VT-42, VT-42S, NP-155F (TG155)	refrigeratorium, dispensator potionum, refrigerator aeris, ventilator electricus, ventilator ventilationis, generator aeris calidi et frigidi, dihumidificator aeris
Substrata Regularia	Altum TG FR4:	S1000-2, S1000-2M, IT180A, TU-768, NP-175F, 370HR	lavatoria, siccatrix, ferrum electricum, machina purgationis vacui, machina cerandi pavimenta
Substrata Regularia	Altum TG, sine halogenis:	S1170G, KB-6167G, NPG-170D, IT170G	stragulum electrothermicum, stragulum electrothermicum, vestis electrothermica, calefactor aeris, tonsor electricus, siccator capillorum, instrumentum ad capillos componendos, purgator facialis ultrasonicus, massager electricus, generator ionum negativorum aeris
Substrata Regularia	Medium TG, sine halogenis:	S1150G, KB-6165G, NPG-150, IT150GSTC	Televisorium, radiophonium, magnetophonium, lusor pellicularum, camera, systema soni coniunctum, signum ignis artificiosi, campana electrica
Substrata Regularia	Sine halogeno, CTI altum:	S1151G (CTI ≥ 600V)	industria machinarum fabricandarum, industria apparatuum communicationis electronicae, industria autocinetorum fabricandarum, industria navalis fabricandarum
Substrata Regularia	CTI Altus (CTI ≥ 600V):	S1600, KB-6160C	Computatrum, instrumentum periphericum, apparatus communicationis, instrumentum et metrum, apparatus automationis officii
Substrata Regularia	Altum TG (TG > 250℃)	SH260 (TG 250°, dk4.12-4.22) VT901 (TG 250°, DK3.9-4.2, sine halogenis)	Aerospatia, perforatio subterranea, temperaturae altae et humiles diuturnae, tabulae senescentes, etc.
Substrata Regularia	CTI humilis	SI10U(S), SI643HU, HL832NX, DS-7049HGB	fragmentum, substratum involucri
Substrata Regularia	Tabula altae frequentiae pulvere ceramico repleta:	Series Rogers4, qualis est RO4003C, RO4350B, et cetera, Arlon25N, S7136, S7135, WL-CT350.	LNB televisionis satellitum, linea microstrip, amplificator potentiae
Substrata Regularia	Materia PTFE altae frequentiae:	Series Rogers5, series Taconic, series Arlon, series Taizhou Wangling F4B	microfluctus altae frequentiae, frequentia radiophonica
Substrata Regularia	PP pro substrato altae frequentiae:	RO4450F、RO4450T、RO3010、 RO3003、 RO3006、 Synamic6、FSD206PP	communicatio radiophonica, radiodiffusio, televisio, radar, navigatio, contramensurae electronicae, sensus remotus, radioastronomia
Series Celeris	Damnum Standard (	EM370D, Tu-862, S7038, S1165, Isola-FR408HR, Isola-FR406, EM370, EM828G IT170GRA NP175FM, TU662, IT158, FR-370HR, IT180, EM827, NP175FM, EM825.	2G, producta cum transmissione signorum datorum celerrima, ut 5G et servi
Series Celeris	Iactura media (	FR408, TU-872LK, TU-872SLK, TU-872SLK SP, M4 (R5725), NPG-170D, EM-526, TU-863+, MEG4, N4000-13, Synamic4, EM-888, I-Speed (Isola), N4800-20SI (Nelco), IT-958G, IT170GA1TC, NPG1, NPG170D, Megtron4, IT200LK, IT958G.	Servitor celeritatis 3G, retia et applicationes telecommunicationis
Series Celeris	Damnum humile (≥20G Hz)	TU-883C, TU-883(T2), TU-883SP, IT-968G, EM-528, EM-528K, M6(R5775), Megtron 6, M6(G), M6(N), EM-891, EM-891K, EM888K, I-Tera, RO4350, IT968(SE) NPG186, kappa 438, Meteorwave 1000, 2000, 3000.	4G, 5G, computatrum portatile, servus, instrumentum retiale, peripherica, microplagula, pars electronica, clavis currus
Series Celeris	Damnum infimum (≥20G Hz)	IT-988G、TU-933(T3)、TU-883A SP、TU-933+、M7(R5785)、M7(N)、IT-988G SE、EM-891K、EM-890、Tachyon-100G-100G TRAK-300030 ASROK MT77、MEG7、Tu-933、Meteorwave、4000(Meteorwave44000) 100G(Isola) 、Megtron7(N)、	5G, fabricatio instrumentorum communicationis, instrumentum communicationis sine filo, fabricatio instrumentorum communicationis satellitum, CPU, processor
Series Celeris	Iactura infima (≥25G Hz)	ASTRA MT77/R-5515/HN30X/mmwave77/RO3003	5G, lata banda mobilis (eMBB), Internet Rerum magnae scalae, gubernatio autonoma, systema interretiale, systema navigationis, modulus opticus, producta communicationis opticae
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.2-2.25)	RT5880, RT5880LZ (dk2.0), TLY-5 (Taconica), SCGA-500, GF220 (SYST), F4BK225, F4BTMS220, FSD217, DiClad880, 5880.	nexus sine filo, transmissor, divisor pulveris, combinator, filtrum, antenna stationis basis, radar undarum millimetricarum
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.33)	TLY-3 (Taconica), RT5870, DiClad870, FSD233G	Circuitus linearum stripline et microstripline, communicatio satellitum, radar autocineticum, filtrum undarum, copulator, avionica, antenna phased array, statio basis
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.45)	TLX-0 (Taconica), TLX-8 (Taconica), DiClad527, FSD245G	Systema radaricum, antenna phased array, systema communicationis mobilis, apparatus probationis microundarum, instrumentum transmissionis microundarum et partes RF
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.5-2.55)	AD250 (Arlon), TLT-9 (Taconic), TLY-9 (Taconic), SCGA-500 GF255 (SYST), TLT-8 (Taconic), TLY-8 (Taconic), F4BM255, FSD255G, FSD825T, RO4725	antenna, statio basis, 5G
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.6-2.65)	TLT-7 (Taconicus), TLY-7 (Taconicus), TLT-6 (Taconicus), TLY-6 (Taconicus), SCGA-500 GF265 (SYST), F4BM265, F4BTMS265/AD265A/AD260A/FSD265G/FSD260G.	antenna stationis basis, communicatio satellitum, filtrum undarum, copulator, amplificator strepitus humilis, amplificator potentiae, antenna phased array, avionica et aerospatialis
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.7-2.75)	AD270 (Arlon), TLC-27 (Taconica)	antenna, RF, tabula circuitus digitalis celeris
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.92-2.94)	RO6002、CLTE（Arlon)、F4BTM、S294、FSD300N	apparatus aëronauticus, microundae, radiofrequentia, radar, rete transmissionis, antenna phasis sensitiva, antenna phased array, communicatio satellitum
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.95)	AD295 (Arlon), TLE-95 (Taconica)	radiophonia microfluctuum, systema antennae satellitum, partes passivae
Seriebus altae frequentiae	Series altae frequentiae (DK: 2.97-2.98)	AD300C PTFE ceramica, FSD300NA, RF-30	antenna stationis basis, amplificator potentiae
Seriebus altae frequentiae	Series altae frequentiae (DK: 3.0)	SCGA GF300, AR-320, CLTE-AT(Arlon), TSM-30(Taconic), TLC-30(Taconic), F4BK300, ZYF300CA, RO4730G, RO3003C, RO373 0、RO3203(Rogers) R03003/RT6002/CLTE-AT/RO4730JXR/RO4730G3/RO4450C/RO2929/FR28/FSD300、FSD886T/RF-30A	satelles communicationis, tabula posterior, antenna stationis basis, antenna transmissionis satellitum, radar autocineticum, sensor, nexus sine filo, transmissor, divisor potentiae, combinator, filtrum
Seriebus altae frequentiae	Series altae frequentiae (DK: 3.2-3.28)	AD320 (Arlon), AR-320 (Arlon), TLC-32 (Taconic), TMM-3 (Rogers), 25N (Arlon), SYSTLNB33, FSD320N	transmissor, receptor, antenna, terminalis telephonicus undarum portantium
Seriebus altae frequentiae	Series altae frequentiae (DK: 3.37-3.40)	25FR(Arlon), Ro4003C, WL-CT338, RO4533, N4103-13SI, N4103-13EPSI (Neclo), 25N	autocinetica, aviatica, defensio, infrastructura communicationis, semiconductor, data celerrima
Seriebus altae frequentiae	Series altae frequentiae (DK: 3.45-3.5)	RO4350B, RO4835, AR-350 (Arlon), RF-35 (Taconic), F4BK350, WL-CT350, S7136, S7135, IS680-345ISOLA, RO4350B, FL700LD (SYST), FX-2, MCL-LX-67 (MCL-LX-67), TC350 (ARLON), RF35A2, RF35 (TACONIC), R04003, FSD883, FSD350, FSD888.	LNB televisionis satellitaris, linea microstrip, amplificator potentiae, filtrum, connector, nexus sine filo, transmissor, divisor potentiae, combinator, antenna stationis basis
Seriebus altae frequentiae	Series altae frequentiae (DK: 3.60-3.70)	AD360 (Arlon), IT150DA (ITEQ), M6 (R5775K), Panasonic, FR408HR (ISOLA), FL700 (SYST), N4103-13, N4103-13EP, Mercurius Unda 9350 (NECLO), EM828 (EMC), Multiclada (ARLON), SY7136, FSD360N	autocinetica, defensio, infrastructura communicationis, semiconductor, data celerrima, tabula posterior, amplificator potentiae, receptor
Seriebus altae frequentiae	Series altae frequentiae (DK: 3.77)	FR408 (INSULA)	autocinetica, aviatica, defensio, infrastructura communicationis, semiconductor, data celeris, apparatus retiarius, instrumentum mensurae
Seriebus altae frequentiae	Series altae frequentiae (DK: 3.8)	S7439 (EL230T) SYST, IT200LK (ITEQ), M4 (R5725) (Panasonic), TU-872/SLK (TUC)	instrumentum retiale, instrumentum mensurae, iterator, servus, commutator, computatrum altae efficaciae, tabula posterior stationis basis, tabula filialis
Seriebus altae frequentiae	Series altae frequentiae (DK: 3.9)	S7240 (SYST)	tabula posterior, servus, viator
Seriebus altae frequentiae	Series altae frequentiae (DK: 4.3)	EL190T (SYST)	iterator interretialis, servus, instrumentum probationis semiconductorum, substratum in tabula
Seriebus altae frequentiae	Series altae frequentiae (DK: 4.5)	AR-450 (Arlon), TMM-4 (Rogers), FSD450	linea striata, linea microstriata
Seriebus altae frequentiae	Series altae frequentiae (DK: 6.0)	AR-600 (Arlon), TMM-6 (Rogers)	infrastructura sine filo, amplificator potentiae, systema radaricum, systema digitale celeritatis altae, vehiculum hybridum, tractio ferriviaria altae tensionis, systema lasericum
Seriebus altae frequentiae	Series altae frequentiae (DK: 6.15)	RO3006, RO6006, RO4360, Taconic RF-60A, R03006/AD600L, RO4360G2 TMM6, AD600L/TMM6, FSD615T	filtrum undarum, copulator
Seriebus altae frequentiae	Series altae frequentiae (DK: 9.2-9.8)	TMM-10 (Rogers DK9.2), TMM-10i (Rogers DK9.8), FSD960NT	Circuitus RF et microundarum, antenna GPS, amplificator et combinator potentiae, antenna microstrip, polarizator et lens dielectrica, probatio microcircuituum, satellites Beidou.
Seriebus altae frequentiae	Series altae frequentiae (DK: 10.0-10.2)	AR-1000 (Arlon), CER-10 (Taconic), RO3010 (dk11.2), RO3210 (dk11.2), RT6010, TF—1/2, TMM10, AD1000, FSD1020GR, FSD1000T, SF1020NT	radar undarum millimetricarum, res aërospatiales, 5G, satellites Beidou

Laminatum cupreum altae frequentiae tectum

Tabula Parametrorum Materialis Laminati Rogers Cuprei Obducti

genera

exemplar

Compositio materiae

Constans dielectrica Dk @ （10 GHz）

Factor damni Df @ （10 GHz）

Mutationis thermalis celeritas (ppm/℃)

Resistivitas voluminis (MΩ·cm)

Resistivitas Superficialis (MΩ)

Ratio absorptionis humoris (%)

conductans thermalis (W/m/·k)

Coefficiens expansionis thermalis (ppm/℃)

Robur detrahendi 1bs/in. (N/mm)

densitas (gm/cm³)

Gradus ignis retardans UL 94

processus fabricationis

designatio

CUM

Materiae ad usum aptatae

RT/duroidis 5870

PTFE + fibra vitrea fortuita

2.33±0.02

2.33

0.0012

-115

2×107

0.02

0.22

XXII

XXVIII

CLXXIII

27.2 (4.8)

2.2

V-0

RT/duroidis 5880

PTFE + fibra vitrea fortuita

2.20±0.02

2.20

0.0009

-125

2×107

3×107

0.02

0.20

XXXI

237

31.2 (5.5)

2.2

V-0

RT/duroidis 5880LZ

Imple PTFE+materia composita

1.96±0.04

1.96

0.0019

+22

2.1×107

2.6×106

0.22

0.33

>4.0

1.4

V-0

RT/duroidis 6002

PTFE+ceramica

2.94±0.04

2.94

0.0012

+12

1×106

1×107

0.02

0.60

XVI

XXIV

8.9 (1.6)

2.1

V-0

RT/duroidis 6202

PTFE + pannus vitreus ceramicus

2.90-3.06 ±0.04

0.0015

,+ 5 ad -15

1×106

1×109

0.04

0.68

triginta

9.1 (1.6)

2.1

V-0

RT/duroidis 6202PR

PTFE + pannus vitreus ceramicus

2.90-3.06 ±0.04

2.90-3.00

0.002

,+ 5 ad -15

1×1010

1×109

0.03

0.68

triginta

14.3 (2.5)

2.1

V-0

RT/duroid 6035HTC

PTFE+ceramica

3.50±0.05

3.60

0.0013

-66

1×108

0.06

1.44

XIX

XXXIX

7.9 (1.4)

2.2

V-0

RT/duroidis 6010LM

PTFE+ceramica

10.20±0.25

10.7

0.0023

-425

5×105

5×106

0.01

0.86

XXIV

12.3 (2.1)

3.1

V-0

TMM® 3

Ceramica hydrocarbonica

3.27±0.032

3.45

0.0020

+37

3×109

9×109

0.06

0.70

XXIII

5.7 (1.0)

1.8

Non ignifugum

TMM 4

Ceramica hydrocarbonica

4.50±0.045

4.70

0.0020

+15

6×108

1×109

0.07

0.70

XVI

XXI

5.7 (1.0)

2.1

Non ignifugum

TMM 6

Ceramica hydrocarbonica

6.00±0.08

6.3

0.0023

-11

1×108

1×109

0.06

0.72

XVIII

XXVI

5.7 (1.0)

2.4

Non ignifugum

TMM 10

Ceramica hydrocarbonica

9.20±0.23

9.8

0.0022

-38

2×108

4×107

0.09

0.76

XXI

viginti

5.0 (0.9)

2.8

Non ignifugum

TMM 10i

Ceramica hydrocarbonica

9.80±0.245

9.9

0.002

-43

2×108

4×107

0.16

0.76

XIX

viginti

5.0 (0.9)

2.8

Non ignifugum

TMM 13i

Ceramica hydrocarbonica

12.85±0.35

12.2

0.0019

-70

pendens esse

0.13

0.76

XIX

viginti

4.0 (0.7)

3.0

Non ignifugum

Ultralam 3850

Polymerus Crystalli Liquidus

2.90

3.14

0.0025

+24

1×1012

1×1010

0.04

0.20

XVII

5.2 (0.95)

1.4

VTM-0

XT/duroid 8000

Intueri

3.23

0.0035

1×1010

1×108

0.2

0.35

XVIII

XXIII

LXVIII

5.0 (0.88)

1.5

VTM-0

XT/duroid 81000

Pannus vitreus Peek (0.0508mm) (0.102mm)

3.54±0.05

0.0049

0.15

0.3

16.5

XVIII

6.2

3.32±0.05

0.0038

1×1010

1×106

0.32

0.3

XIX

XXI

6.3

Materiae gradus commercialis

RO3003

PTFE+ceramica

3.00±0.04

3.00

0.0010

-3

1×107

0.04

0.50

XVII

XVI

XXV

12.7 (2.2)

2.1

V-0

RO3035

PTFE+ceramica

3.50±0.05

3.60

0.0015

-45

1×107

0.04

0.50

XVII

XXIV

10.2 (1.6)

2.1

V-0

RO3006

PTFE+ceramica

6.15±0.15

6.5

0.0020

-262

1×105

0.02

0.79

XVII

XXIV

7.1 (1.2)

2.6

V-0

RO3010

PTFE+ceramica

10.20±0.30

11.2

0.0022

-395

1×105

0.05

0.95

XIII

undecim

XVI

9.4 (1.6)

2.8

V-0

RO3203

PTFE + pannus vitreus ceramicus

3.20±0.04

3.02

0.0016

-13

1×107

0.03

0.48

XIII

10.2 (1.8)

2.1

V-0

RO3206

PTFE + pannus vitreus ceramicus

6.15±0.15

6.6

0.0027

-212

1×107

0.03

0.67

XIII

XXXIV

10.7 (1.9)

2.7

V-0

RO3210

PTFE + pannus vitreus ceramicus

10.20±0.50

10.8

0.0027

-459

1×104

0.12

0.81

XIII

XXXIV

11.0 (1.9)

3.0

V-0

RO4003C

Ceramica Hydrocarbonica

3.38±0.05

3.55

0.0027

+40

1.7×1010

4.2×109

0.04

0.71

undecim

XIV

6.0 (1.05)

1.8

Non ignifugum

RO4350B

Ceramica hydrocarbonica

3.48±0.05

3.66

0.0037

+50

1.2×109

5.7×109

0.05

0.69

decem

Duodecim

XXXII

5.0 (0.88)

1.9

V-0

RO4835

Ceramica hydrocarbonica

3.48±0.05

3.66

0.0037

+50

1010

109

0.05

0.66

decem

Duodecim

XXXI

5.0 (0.88)

1.92

V-0

RO4360G2

Ceramica Hydrocarbonica

6.15±0.15

6.4

0.0038

-131

4×1013

9×1012

0.08

0.75

XIII

XIV

XXVIII

5.2 (0.91)

2.16

V-0

Materiae antennae gradus

RO4533

hydrocarbonum + ceramica + pannus vitreus

3.30±0.08

3.45

0.0020 0.0029

+40

1.1×1010

9.9×108

0.02

0.60

XIII

undecim

XXXVII

6.9 (1.2)

1.8

Non ignifugum

RO4534

hydrocarbonum + ceramica + pannus vitreus

3.40±0.08

3.55

0.0022 0.0030

+40

1.7×1010

4.2×109

0.06

0.60

undecim

XIV

6.3 (1.1)

1.8

Non ignifugum

RO4535

hydrocarbonum + ceramica + pannus vitreus

3.5±0.08

3.66

0.0037

+50

1.2×1010

5.7×109

0.05

0.60

XIV

XVI

XXXV

0.9

1.9

V-0

RO4725JXR

hydrocarbonum + ceramica + pannus vitreus

2.55±0.05

2.64

0.0022 0.0026

+34

2.16 × 108

4.8×107

0.24

0.38

13.9

19.0

25.6

8.5

1.27

Non ignifugum

RO4730JXR

hydrocarbonum + ceramica + pannus vitreus

3.00±0.05

2.98

0.0023 0.0027

+32

5.96 × 108

1.68 × 108

0.14

0.49

11.3

13.5

21.1

8.4

1.53

Non ignifugum

Praepreg

COOLSPAN®

Glutinum thermalem conductivum (TECA)

Non applicabile

3.8×10⁻⁵ (conductio electrica)

Non applicabile

sex

4.6

Non ignifugum

2929

Lamina coniunctiva

2.94±0.05

0.003

7.4×109

0.1

0.4

quinquaginta

1.5

Non ignifugum

3001

pellicula adhaesiva

2.28

0.003

1×1011

0.05

0.22

2.1

Praepreg

RO3003

Ceramica polytetrafluoroethylena

3.00±0.04

0.0013

1×107

0.04

0.50

XVII

XVI

XXV

2.1

V-0

RO3006

Ceramica polytetrafluoroethylena

6.15±0.15

0.0020

0.05

0.02

0.79

XVII

XXIV

2.6

V-0

RO3010

Ceramica polytetrafluoroethylena

10.20±0.30

0.0022

1×105

0.05

0.95

XIII

undecim

XVI

2.8

V-0

RT/duroid® 6002

Ceramica polytetrafluoroethylena

2.94±0.04

0.0012

1×106

﹤0.10

0.60

XVI

XXIV

2.1

V-0

RO4450B

pannus hydrocarbonicus/ceramicus/vitreus

3.30±0.05 (crassitudo 0.09mm)

0.0043

9.26 × 107

0.09

0.60

XIX

XVII

sexaginta

1.8

V-0

3.54±0.05 (crassitudo 0.10mm)

0.0040

9.26 × 107

0.08

0.60

XIX

XVII

quinquaginta

1.9

V-0

RO4450F

pannus hydrocarbonicus/ceramicus/vitreus

3.52±0.05

0.0041

8.93 × 108

0.07

0.65

XIX

XVII

quinquaginta

1.85

V-0

Ultralam ®3908

Pellicula adhaesiva polymeri crystalli liquidi

2.90

0.0025

2.6×1014

0.04

0.20

XVII

1.4

VTM-0

Tabula Parametrorum Materiae Laminatae Arlon-Cupreae-Indutae

Tabula Parametrorum Materiae Laminatae Arlon Cupreae Obductae
genera	exemplar	Compositio materiae	Constans dielectrica Dk @ （10 GHz）	Factor damni Df @ （10 GHz）	Mutationis thermalis celeritas (ppm/℃)	Ratio absorptionis humoris (%)	conductans thermalis (W/m/·k)	Coefficiens expansionis thermalis (ppm/℃)			Robur detrahendi 1bs/in. (N/mm)	densitas (gm/cm³)	Gradus ignis retardans UL 94
genera	exemplar	Compositio materiae	Constans dielectrica Dk @ （10 GHz）	Factor damni Df @ （10 GHz）	Mutationis thermalis celeritas (ppm/℃)	Ratio absorptionis humoris (%)	conductans thermalis (W/m/·k)	X	ET	CUM	Robur detrahendi 1bs/in. (N/mm)	densitas (gm/cm³)	Gradus ignis retardans UL 94
Materiae microondarum novae generationis	CLTE-XT	PTFE + pannus vitreus + impletio ceramica	2.94	0.0012	-9	0.02	0.56	VIII	VIII	viginti	7.2	2.02	V-0
	CLTE-AT	PTFE + pannus vitreus + impletio ceramica	3.00	0.0013	-10	0.03	0.64	VIII	VIII	viginti	6.5	2.06	V-0
	CLTE	PTFE + pannus vitreus + impletio ceramica	2.98	0.0023	-9	0.04	0.50	decem	Duodecim	XXXIV	VII	2.38	V-0
	TC350	PTFE + pannus vitreus + impletio ceramica	3.50	0.0020	-9	0.05	1.03	VII	VII	XXIII	VII	2.30	V-0
	TC600	PTFE + pannus vitreus + impletio ceramica	6.15	0.0020	-75	0.03	1.1(Z) 1.4(X,Y)	IX	IX	XXXV	VIII	3.20	V-0
	AD250C	PTFE + pannus vitreus + impletio ceramica	2.50	0.0014	-75	0.04	0.30	XVI	quinquaginta	Duodecim	Duodecim	2.30	N/A
	AD255C	PTFE + pannus vitreus + impletio ceramica	2.55	0.0014	-75	0.04	0.30	XVI	quinquaginta	Duodecim	Duodecim	2.30	V-0
	AD300C	PTFE + pannus vitreus + impletio ceramica	2.97	0.0020	-25	0.05	0.45	Duodecim	Duodecim	quinquaginta	XIII	2.10	V-0
	AD255A	PTFE + pannus vitreus + impletio ceramica	2.55	0.0015	-138	0.04	0.28	XVI	XVI	LXXX	Duodecim	2.30	V-0
	AD260A	PTFE + pannus vitreus + impletio ceramica	2.60	0.0017	-80	0.04	0.3	XVI	XVI	LXXX	XVII	2.30	V-0
	AD300A	PTFE + pannus vitreus + impletio ceramica	3.00	0.0020	-110	0.02	0.32	Duodecim	Duodecim	125	XIII	2.10	V-0
	AD320A	PTFE + pannus vitreus + impletio ceramica	3.20	0.0032	-125	0.02	0.49	XIV	XIV	128	XIV	2.09	V-0
	AD350A	PTFE + pannus vitreus + impletio ceramica	3.50	0.0030	-55	0.1	0.45	quinque	IX	XXXV	XVII	2.10	V-0
	AD 410	PTFE + pannus vitreus + impletio ceramica	4.10	0.0030	-55	0.06	0.46	IX	IX	quadraginta	XVII	2.10	V-0
	AD 430	PTFE + pannus vitreus + impletio ceramica	4.30	0.0030	-55	0.06	0.46	IX	IX	quadraginta	XVII	2.10	V-0
	AD450A	PTFE + pannus vitreus + ceramica	4.50	0.0030	-200	0.06	0.40	decem	decem	quadraginta	Duodecim	2.50	V-0
	AD DCCL	PTFE + pannus vitreus + impletio ceramica	6.15	0.0030	-241	0.04	0.46	undecim	decem	45	Duodecim	2.45	V-0
	Anno Domini millesimo	PTFE + pannus vitreus + impletio ceramica	10.20	0.0023	-380	0.03	0.81	VIII	decem	viginti	>12	3.2	V-0
Materiae Microundarum Traditionales et Primitivae	DiClad 522	PTFE fibra vitrea texta roborata	2.40-2.60	0.0018	-153	0.03	0.254	XIV	XXI	CLXXIII	XIV	2.31	V-0
	DiClad 527	PTFE fibra vitrea texta roborata	2.40-2.60	0.0018	-153	0.03	0.254	XIV	XXI	CLXXIII	XIV	2.31	V-0
	DiClad 870	PTFE fibra vitrea texta roborata	2.33	0.0013	-161	0.02	0.257	XVII	XXIX	217	XIV	2.26	V-0
	DiClad 880	PTFE fibra vitrea texta roborata	2.17-2.20	0.0009	-160	0.02	0.261	XXV	XXXIV	252	XIV	2.23	V-0
	CuClad 250GT	PTFE + Pannus Vitreus Non Textus	2.50	0.0018	-170	0.03	0.254	XVIII	XIX	CLXXVII	XIV	2.31	V-0
	CuClad 250GX	PTFE + Pannus Vitreus Non Textus	2.40-2.55	0.0018	-170	0.03	0.254	XVIII	XIX	CLXXVII	XIV	2.31	V-0
	CuClad 233LX	PTFE + Pannus Vitreus Non Textus	2.33	0.0013	-171	0.02	0.258	XXIII	XXIV	194	XIV	2.26	V-0
	CuClad 217LX	PTFE + Pannus Vitreus Non Textus	2.17-2.20	0.0009	-151	0.02	0.261	XXIX	XXVIII	246	XIV	2.23	V-0
	IsoClad 933	PTFE fibra vitrea non texta roborata	2.33	0.0016	-132	0.05	0.263	XXXI	XXXV	203	decem	2.27	V-0
	IsoClad 917	PTFE fibra vitrea non texta roborata	2.17	0.0013	-157	0.04	0.263	46	47	236	decem	2.23	V-0
	AD CCCL	PTFE + pannus vitreus	2.50	0.0018	-110	0.07	0.235	Duodecim	XV	95	XIV	2.40	V-0
	AD 255	PTFE + pannus vitreus	2.55	0.0018	-110	0.07	0.235	Duodecim	XV	95	XIV	2.40	V-0
	Anno Domini 320	PTFE + pannus vitreus + impletio ceramica	3.20	0.0038	-110	0.06	0.235	Duodecim	XV	95	XVII	2.40	V-0
	AR1000	PTFE + pannus vitreus + impletio ceramica	10.00	0.003	-233	0.08	0.645	XIV	XVI	XXXVII	quinque	2.84	V-0
	XXV Septentrionalis	Ceramica Hydrocarbonica	3.38	0.0025	-87	0.09	0.45	XV	XV	52	quinque	1.70	N/A
	25FR	Ceramica Hydrocarbonica	3.58	0.0035	quinquaginta	0.09	0.45	XVI	XVIII	59	quinque	1.80	V-0
	Multiclad HF	Ceramica hydrocarbonica (sine halogeno)	3.70	0.0045	+75	0.10	0.64	XIV	XVI	viginti	IX	1.70	V-0

Tabula Parametrorum Materiae Fogliae Cupreae Taconicae
genera	exemplar	Compositio materiae	Constans dielectrica Dk @ （10 GHz）	Factor damni Df @ （10 GHz）	Resistivitas voluminis (MΩ·cm)	Resistivitas Superficialis (MΩ)	Ratio absorptionis humoris (%)	conductans thermalis (W/m/·k)	Coefficiens expansionis thermalis (ppm/℃)			Robur detrahendi 1bs/in. (N/mm)
genera	exemplar	Compositio materiae	Constans dielectrica Dk @ （10 GHz）	Factor damni Df @ （10 GHz）	Resistivitas voluminis (MΩ·cm)	Resistivitas Superficialis (MΩ)	Ratio absorptionis humoris (%)	conductans thermalis (W/m/·k)	X	ET	CUM	Robur detrahendi 1bs/in. (N/mm)
Tabula altae frequentiae	TLY-5A	PTFE + fibra vitrea	2.17	0.0009	1010	109	0.02	0.22	viginti	viginti	280	Duodecim
	TLP-5	PTFE + fibra vitrea	2.20	0.0009	107	107	0.02	0.22	viginti	viginti	280	decem
	TLY-5	PTFE + fibra vitrea	2.20	0.0009	1010	108	0.02	0.22	viginti	viginti	280	Duodecim
	TLY-3	PTFE + fibra vitrea	2.33	0.0012	1010	108	0.02	0.22	viginti	viginti	280	Duodecim
	TLX-0, 9, 8, 7, 6	PTFE + fibra vitrea	2.45-2.65	0.0015-0.0021	1010	108	0.02	0.22	XXI	XXIII	215	Duodecim
	TLA-6(KTC)	PTFE + fibra vitrea	2.62	0.0012	107	107	0.02	0.22	IX	Duodecim	130-145	decem
	FF-27D(TP)	Impletio + membrana PTFE	2.65	0.0010	108	108	0.03	0.34	XXIX	XXVIII	112	XVI
	TLC-30,32 (TP, KTC) TLC-338,35 (TP)	PTFE + fibra vitrea	3.00-3.50	0.0023-0.0037	108	108	0.02	0.24	IX	Duodecim	septuaginta	Duodecim
	TLE-95	PTFE + fibra vitrea	2.95	0.0026	109	107	0.02	0.28	IX	Duodecim	septuaginta	Duodecim
	RF-301(KTC)	Impletio PTFE + fibra vitrea	2.97	0.0012	109	108	0.02	0.23	XVII	viginti	CL	decem
	RF-30	Impletio PTFE + fibra vitrea	3.00	0.0014	109	108	0.02	0.20	undecim	XXI	208	decem
	TSM-DS3(TP)	Impletio PTFE + fibra vitrea	3.00	0.0011	108	106	0.07	0.65	decem	XVI	XXIII	VIII
	TLF-35(KTC)	Impletio PTFE + fibra vitrea	3.40, 3.50	0.0020	109	108	0.02	0.36	XXI	XXIII	LXXXV	decem
	RF-35TC(TP)	Impletio PTFE + fibra vitrea	3.50	0.0011	109	107	0.05	0.60/0.92	undecim	XIII	XXXIV	VII
	RF-35	Impletio PTFE + fibra vitrea	3.50	0.0018	109	108	0.03	0.32	XIX	XXIV	LXIV	decem
	RF-35A2	Impletio PTFE + fibra vitrea	3.50	0.0011 0.0015	109	108	0.03	0.29	VIII	decem	104	Duodecim
Tabula altae frequentiae	RF-35P	Impletio PTFE + fibra vitrea	3.50	0.0022	107	107	0.03	0.33	XV	XV	110	decem
	RF-41, 43, 45 (TP)	Impletio PTFE + fibra vitrea	4.10-4.50	0.0033-0.0038	108	106	0.02, 0.02, 0.04	0.29, 0.30, 0.33	IX	Duodecim	96	VIII
	TRF-43(KTC)	Impletio PTFE + fibra vitrea	4.30, 4.50	0.0035	108	107	0.06	0.43	IX	IX	quadraginta	VIII
	RF-60A	Impletio PTFE + fibra vitrea	6.15	0.0038	108	108	0.02	0.40	IX	VIII	LXIX	VIII
	RF-60TC(KTC)	Impletio PTFE + fibra vitrea	6.15	0.0020	108	108	0.03	0.90/1.05	decem	decem	quadraginta	VIII
	CER-10 (0.0620)	Impletio PTFE + fibra vitrea	10.00	0.0035	108	109	0.04	0.63	XIII	XV	46	IX
Praepreg	FEP	Forma calida	2.00	0.0003	/	/	/	/	/	/	/	/
	HT-1.5	Forma calida	2.35	0.0025	1012	1010	0.01	0.22	/	/	/	/
	FR-27 (TP)	Lamina P/materia thermoindurens	2.70	0.0014	108	108	0.08	0.25	59	septuaginta	72	/
	FR-DS (TP)	Lamina P/materia thermoindurens	2.96	0.0018	108	106	0.10	0.36	undecim	XVII	LXVI	/
	FR-77 (TP)	Lamina P/materia thermoindurens	7.70	0.0034	105	105	0.10	0.43	decem	XVII	LXII	/
Nota:	(KTC): Hoc productum solum apud TACONIC et officinam eius Coreanam fabricatur.
Nota:	(TP): Hoc productum solum in TACONIC et officinis eius Americanis fabricatur.

Tabula Parametrorum Materiae Laminatae Arlon Cupreae Obductae-1

Tabula Parametrorum Materialis Fogliae Cupreae Neclo
exemplar	Compositio materiae	Constans dielectrica Dk @ （10 GHz）	Factor damni Df @ （10 GHz）	Resistivitas voluminis (MΩ*cm)	Resistivitas Superficialis (MΩ)	conductivitas thermalis (W/m/0k)	Ratio absorptionis humoris (%)	Coefficiens expansionis thermalis (PPM/℃)			robur exfoliationis (lib/in)
exemplar	Compositio materiae	Constans dielectrica Dk @ （10 GHz）	Factor damni Df @ （10 GHz）	Resistivitas voluminis (MΩ*cm)	Resistivitas Superficialis (MΩ)	conductivitas thermalis (W/m/0k)	Ratio absorptionis humoris (%)	X	ET	CUM	robur exfoliationis (lib/in)
N4000-6	FR4 HiTemp	4.0	0.023 (1MHz)	1×107	1×107	0.3-0.4	0.1	Duodecim	XV	3.70%	9.0
N4000-11	Epoxy emendare	4.1 (1 GHz)	0.02 (1GHz)	1×107	1×106	0.4-0.6	0.15	Duodecim	XIV	LXV	9.0
N4000-12	Epoxy emendare	3.6	0.008	1×107	1×106	0.3-0.5	0.09	Duodecim	15.5	sexaginta	9.3
N4000-13	Epoxy emendare	3.7	0.009	1×107	1×107	0.35	0.1	decem	XIV	3.50%	9.0
N4000-13 SI	Epoxy emendare	3.3	0.007	1×107	1×107	0.294	0.1	decem	XIV	3.50%	9.0
N4000-13 a.C.n.	Epoxy emendare	3.2	0.009	–	–	0.350	0.1	–	–	–	9.0
N5000	BT	3.6	0.014	1×107	1×107	Indeterminandum		decem	XIV	3.80%	9.4
N7000-1	polyimida	3.8	0.016	1×107	1×107	Indeterminandum	0.035	Duodecim	XV	1.80%	7.0
N9000-13	PTFE	3.0-3.48	0.004-0.0055	1×109	1×107	–	0.07	XIII	viginti	LXVII	9.12
Series N9000 NY	PTFE	2.08-2.33±0.02	0.0006 -0.0011	1×109	1×107	0.272	0.02	XXV	XXXV	260	2.33kN/m
Series N9000 NX	PTFE	2.40-3.20±0.02	0.0006 -0.0011	1×108	1×107	0.251	0.05	Duodecim	XVIII	CL	2.33kN/m
Series N9000 NH	PTFE	2.94-3.50±0.02	0.0016 -0.0024	1×108	1×107	0.230	0.08	IX	Duodecim	septuaginta	2.33kN/m

Tabula Parametrorum Materiae Laminatae Arlon-Cupreae-Tectae-III

Tabula Parametrorum Materialium PCB ZHONGYING

genera

exemplar

Compositio materiae

Constans dielectrica Dk @ （10 GHz）

Factor damni Df @ （10 GHz）

Mutationis thermalis celeritas (ppm/℃)

Resistivitas voluminis (MΩ·cm)

Resistivitas Superficialis (MΩ)

Ratio absorptionis humoris (%)

conductans thermalis (W/m/·k)

Coefficiens expansionis thermalis (ppm/℃)

Robur detrahendi 1bs/in. (N/mm)

densitas (gm/cm³)

Gradus ignis retardans UL 94

CUM

Typus ZYF-D

ZYF214D

PTFE + fibra vitrea

2.14 ± 0.02

0.0007

-160

1.2×109

2.9×108

0.02

0.260

XXII

XXXIII

255

XIV

2.23

V-0

ZYF217D

PTFE + fibra vitrea

2.17 ± 0.02

0.0009

-160

1.2×109

2.9×108

0.02

0.260

XXII

XXXIII

255

XIV

2.23

V-0

ZYF220D

PTFE + fibra vitrea

2.20 ± 0.02

0.009

-160

1.4×109

2.9×107

0.02

0.260

XXII

XXXIII

255

XIV

2.23

V-0

ZYF233D

PTFE + fibra vitrea

2.33 ± 0.02

0.0013

-161

1.5×109

3.4×107

0.02

0.256

XVI

XXVIII

220

XIV

2.26

V-0

ZYF240D

PTFE + fibra vitrea

2.40 ± 0.03

0.0014

-136

1.3×109

3.8×10⁻¹

0.03

0.242

XIV

XXII

CXX

XIV

2.32

V-0

ZYF245D

PTFE + fibra vitrea

2.45 ± 0.03

0.0015

-128

1.3×1010

4.2×10⁻¹

0.03

0.248

XIV

XVIII

centum

XIV

2.36

V-0

ZYF250D

PTFE + fibra vitrea

2.50 ± 0.04

0.0017

-115

1.2×1010

4.5×107

0.05

0.230

Duodecim

XIV

LXXX

XIV

2.41

V-0

ZYF255D

PTFE + fibra vitrea

2.55 ± 0.04

0.0018

-110

1.2×1010

4.5×107

0.05

0.230

Duodecim

XIV

LXXX

XIV

2.41

V-0

ZYF265D

PTFE + fibra vitrea

2.65 ± 0.04

0.0021

-110

1.2×1010

4.5×107

0.05

0.230

Duodecim

XIV

LXXX

XIV

2.41

V-0

Typus ZYF-CA

ZYF217CA

PTFE + fibra vitrea + ceramica

2.17 ± 0.02

0.001

-138

1.1×109

4.5×107

0.04

0.30

XVI

LXXX

XIV

2.30

V-0

ZYF255CA

PTFE + fibra vitrea + ceramica

2.55 ± 0.04

0.0015

-138

1.1×109

4.5×107

0.04

0.30

XVI

LXXX

XIV

2.30

V-0

ZYF260CA

PTFE + fibra vitrea + ceramica

2.60 ± 0.04

0.0017

-80

1.1×109

4.5×107

0.04

0.32

XVI

LXXX

XIV

2.30

V-0

ZYF265CA

PTFE + fibra vitrea + ceramica

2.65 ± 0.04

0.0019

-90

1.1×109

4.5×107

0.04

0.34

XVI

LXXX

XIV

2.30

V-0

ZYF300CA

PTFE + fibra vitrea + ceramica

3.00 ± 0.05

0.0020

-110

8.9×107

4.8×107

0.03

0.45

XIII

Duodecim

CXX

XIV

2.10

V-0

ZYF300CA-P

PTFE + fibra vitrea + ceramica

3.00 ± 0.05

0.0020

-110

8.9×107

4.8×107

0.03

0.45

XIII

Duodecim

CXX

XIV

2.10

V-0

ZYF320CA

PTFE + fibra vitrea + ceramica

3.20 ± 0.05

0.0032

-125

8.2×107

4.3×107

0.03

0.45

XIV

126

XIV

2.08

V-0

ZYF350CA

PTFE + fibra vitrea + ceramica

3.50 ± 0.05

0.0031

-65

1.2×109

4.5×107

0.05

0.45

viginti

LXXXV

XVIII

2.10

V-0

Typus ZYF-CA

ZYF350CA-P

PTFE + fibra vitrea + ceramica

3.50 ± 0.05

0.0031

-65

1.2×109

4.5×107

0.05

0.45

viginti

LXXXV

XVIII

2.10

V-0

ZYF400CA

PTFE + fibra vitrea + ceramica

4.00 ± 0.05

0.0032

-80

Octo × 107

3×107

0.06

0.45

XXXIX

XIV

2.10

V-0

ZYF430CA

PTFE + fibra vitrea + ceramica

4.30 ± 0.05

0.0035

-80

Octo × 107

3×107

0.06

0.45

XXXIX

XIV

2.10

V-0

ZYF450CA

PTFE + fibra vitrea + ceramica

4.50 ± 0.05

0.0035

-80

Octo × 107

3×107

0.06

0.45

XXXIX

XIV

2.10

V-0

ZYF600CA

PTFE + fibra vitrea + ceramica

6.00 ± 0.05

0.0038

-90

9×108

2.3×108

0.02

0.45

VIII

septuaginta

XIV

2.50

V-0

Typus ZYF-A

ZYF214A

PTFE + fibra vitrea

2.14 ± 0.03

0.0006

-160

1.2×109

2.9×108

0.10

0.260

XXII

XXXIII

255

2.1

2.23

V-0

ZYF217A

PTFE + fibra vitrea

2.17 ± 0.03

0.0007

-160

1.2×109

2.9×108

0.10

0.260

XIX

XXIX

237

2.1

2.23

V-0

ZYF220A

PTFE + fibra vitrea

2.20 ± 0.03

0.0009

-160

1.4×109

2.9×107

0.10

0.260

XIX

XXVII

233

2.1

2.23

V-0

ZYF233A

PTFE + fibra vitrea

2.33 ± 0.03

0.0013

-161

1.5×109

3.4×107

0.10

0.256

XVI

XXVIII

220

2.1

2.26

V-0

ZYF245A

PTFE + fibra vitrea

2.45 ± 0.04

0.0016

-155

1.2×109

4.5×107

0.10

0.255

decem

XVIII

CLX

2.1

2.31

V-0

ZYF255A

PTFE + fibra vitrea

2.55 ± 0.04

0.0018

-153

1.2×109

4.5×107

0.13

0.254

decem

XVIII

CLX

2.1

2.31

V-0

ZYF265A

PTFE + fibra vitrea

2.65 ± 0.04

0.0020

-153

1.2×109

5.8×107

0.13

0.254

decem

XVIII

CLX

2.1

2.31

V-0

Tabula Parametrorum Materiae Laminatae Arlon-Cupreae-Tectae-II

Tabula Parametrorum Materialium PCB SFD
exemplar	Compositio materiae	Constans dielectrica Dk @ （10 GHz）	Factor damni Df @ （10 GHz）	Mutationis thermalis celeritas (ppm/℃)	Resistivitas voluminis (MΩ·cm)	Resistivitas Superficialis (MΩ)	conductans thermalis (W/m/·k)	Coefficiens expansionis thermalis (ppm/℃)			Robur detrahendi 1bs/in. (N/mm)
exemplar	Compositio materiae	Constans dielectrica Dk @ （10 GHz）	Factor damni Df @ （10 GHz）	Mutationis thermalis celeritas (ppm/℃)	Resistivitas voluminis (MΩ·cm)	Resistivitas Superficialis (MΩ)	conductans thermalis (W/m/·k)	X	ET	CUM	Robur detrahendi 1bs/in. (N/mm)
FSD9300C	Hydrocarbona + ceramica + pannus fibrae vitreae	3.00±0.03	0.0020	XXXV	1.92*1010	5.1*109	0.410	Duodecim	XIV	47	0.78
FSD9330C	Hydrocarbona + ceramica + pannus fibrae vitreae	3.33±0.05	0.0033	quinquaginta	1.7*1010	4.6*109	0.410	XIV	XVI	41	0.75
FSD9340C	Hydrocarbona + ceramica + pannus fibrae vitreae	3.40±0.05	0.0036	quinquaginta	1.9*1010	4.3*109	0.430	Duodecim	XV	45	0.72
FSD9350C	Hydrocarbona + ceramica + pannus fibrae vitreae	3.50±0.06	0.0040	quinquaginta	1.1*1010	6.2*109	0.430	decem	XIII	XXXVII	0.71
FSD9450C	Hydrocarbona + ceramica + pannus fibrae vitreae	4.5±0.12	0.0058	quinquaginta	1.3*1010	5.9*109	0.460	XV	XVII	48	0.86
FSD214G	Pannus polytetrafluoroethylenus et fibra vitrea	2.14±0.03	0.0007	-160	1.2*109	2.9*108	0.260	XXII	XXXIII	255	2.1
FSD217G	Pannus polytetrafluoroethylenus et fibra vitrea	2.17±0.03	0.0009	-160	1.2*109	2.9*108	0.260	XIX	XXIX	237	2.1
FSD220G	Pannus polytetrafluoroethylenus et fibra vitrea	2.20±0.03	0.0009	-160	1.4*109	2.9*107	0.260	XIX	XXVII	233	2.1
FSD233G	Pannus polytetrafluoroethylenus et fibra vitrea	2.33±0.03	0.0013	-161	1.5*109	3.4*107	0.256	XVI	XXVIII	220	2.1
FSD245G	Pannus polytetrafluoroethylenus et fibra vitrea	2.45±0.04	0.0018	-155	1.2*109	4.5*107	0.255	decem	XVIII	CLX	2.1
FSD255G	Pannus polytetrafluoroethylenus et fibra vitrea	2.55±0.04	0.0018	-153	1.2*109	4.5*107	0.254	decem	XVIII	CLX	2.1
FSD265G	Pannus polytetrafluoroethylenus et fibra vitrea	2.65±0.04	0.0019	-153	1.2*109	5.8*107	0.254	decem	XVIII	CLX	2.1
FSD300G	Pannus polytetrafluoroethylenus et fibra vitrea	2.65±0.04	0.0019	-153	1.2*109	5.8*107	0.254	decem	XVIII	CLX	2.1
FSD340G	Pannus polytetrafluoroethylenus et fibra vitrea	2.75	0.0023	/	1.0*108	1.0*108	0.240	IX	Duodecim	septuaginta	1.8
FSD260N	Polytetrafluoroethylenum + ceramica + fibra vitrea pannus	2.60±0.05	0.0017	-88	1.1*109	4.5*107	0.320	XV	XV	75	2.1
FSD300N	Polytetrafluoroethylenum + ceramica + fibra vitrea pannus	3.00±0.05	0.0020	-110	8.9*107	4.8*107	0.450	XIII	Duodecim	CXX	1.9
FSD320N	Polytetrafluoroethylenum + ceramica + fibra vitrea pannus	3.20±0.05	0.0032	-125	8.2*107	4.3*107	0.450	XIV	XIV	126	1.9
FSD350C	Polytetrafluoroethylenum + ceramica + fibra vitrea pannus	3.50±0.05	0.0031	-65	1.2*109	4.5*107	0.450	VII	decem	XXXVI	1.9
FSD450N	Polytetrafluoroethylenum + ceramica + fibra vitrea pannus	4.50±0.05	0.0030	-240	1.2*109	4.5*107	0.450	decem	decem	45	1.9
FSD600N	Polytetrafluoroethylenum + ceramica + fibra vitrea pannus	6.00±0.07	0.0030	-240	1.2*109	4.5*107	0.450	decem	decem	45	1.9
FSD1000N	Polytetrafluoroethylenum + ceramica + fibra vitrea pannus	10.0±0.08	0.0023	-390	1.4*109	1.8*109	0.850	VIII	decem	XXV	1.9

Tabula Parametrorum Materiae Laminatae Rogers-Pcb-Arlon-Cupreae-Tectae

Tabula Parametrorum Materialium WL PCB

genera

exemplar

Compositio materiae

Constans dielectrica Dk @ （10 GHz）

Factor damni Df @ （10 GHz）

Resistivitas voluminis (MΩ·cm)

Resistivitas Superficialis (MΩ)

Ratio absorptionis humoris (%)

conductans thermalis (W/m/·k)

Coefficiens expansionis thermalis (ppm/℃)

Robur detrahendi 1bs/in. (N/mm)

densitas (gm/cm³)

CUM

F4B-1/2

F4B255

Pannus polytetrafluoroethylenus et fibra vitrea

2.55

0.003

Conditio normalis ≥ 500000, humiditas constans ≥ 50000

Conditio normalis ≥ 5000, humiditas constans ≥ 500

≤0.02

0.8

XIV

XXI

CLXXIII

normalitas ≥15 Humiditas et calor constantis ≥ 12

2.2～2.3

F4B265

Pannus polytetrafluoroethylenus et fibra vitrea

2.65

0.003

F4BK-1/2

F4BK225

Pannus polytetrafluoroethylenus et fibra vitrea

2.25

≤0.001

Conditio normalis ≥ 1000000, humiditas constans ≥ 100000

Conditio normalis ≥ 10000, humiditas constans ≥ 1000

≤0.02

0.8

XXV

XXXIV

252

Normalitas ≥12; Calor-humiditas stabilis ≥10

2.2～2.3

F4BK265

Pannus polytetrafluoroethylenus et fibra vitrea

2.65

≤0.001

XIV

XXI

CLXXIII

F4BK300

Pannus polytetrafluoroethylenus et fibra vitrea

3.0

≤0.001

Duodecim

F4BK350

Pannus polytetrafluoroethylenus et fibra vitrea

3.5

≤0.001

Duodecim

F4BM-1/2

F4BM220

Pannus polytetrafluoroethylenus et fibra vitrea

2.2

≤0.0007

Conditio normalis ≥ 1000000, humiditas constans ≥ 100000

Conditio normalis ≥ 10000, humiditas constans ≥ 1000

≤0.02

0.8

XXV

XXXIV

252

Normalitas ≥18; Calor-humiditas stabilis ≥15

2.1～2.35

F4BM255

Pannus polytetrafluoroethylenus et fibra vitrea

2.55

≤0.001

XIV

XXI

CLXXIII

F4BM265

Pannus polytetrafluoroethylenus et fibra vitrea

2.65

≤0.001

XIV

XXI

CLXXIII

F4BM300

Pannus polytetrafluoroethylenus et fibra vitrea

3.0

≤0.0015

Duodecim

F4BM350

Pannus polytetrafluoroethylenus et fibra vitrea

3.5

≤0.0015

Duodecim

F4BMX-1/2

F4BMX217

Pannus polytetrafluoroethylenus et fibra vitrea

2.17

≤0.0007

Conditio normalis ≥ 1000000, humiditas constans ≥ 100000

Conditio normalis ≥ 100000, humiditas constans ≥ 1000

≤0.02

0.8

XXV

XXXIV

252

Normalitas ≥18; Calor-humiditas stabilis ≥15

2.1～2.35

F4BMX220

Pannus polytetrafluoroethylenus et fibra vitrea

2.2

≤0.0007

XXV

XXXIV

252

F4BMX245

Pannus polytetrafluoroethylenus et fibra vitrea

2.45

≤0.001

XIV

XXI

CLXXIII

F4BMX255

Pannus polytetrafluoroethylenus et fibra vitrea

2.55

≤0.001

XIV

XXI

CLXXIII

F4BMX-1/2

F4BMX265

Pannus polytetrafluoroethylenus et fibra vitrea

2.65

≤0.001

Conditio normalis ≥ 1000000, humiditas constans ≥ 100000

Conditio normalis ≥ 100000, humiditas constans ≥ 1000

≤0.02

0.8

XIV

XXI

CLXXIII

Normalitas ≥18; Calor-humiditas stabilis ≥15

2.1～2.35

F4BMX275

Pannus polytetrafluoroethylenus et fibra vitrea

2.75

≤0.001

XIV

XXI

CLXXIII

F4BMX285

Pannus polytetrafluoroethylenus et fibra vitrea

2.85

≤0.001

XIV

XXI

CLXXIII

F4BMX294

Pannus polytetrafluoroethylenus et fibra vitrea

2.94

≤0.001

Duodecim

F4BMX300

Pannus polytetrafluoroethylenus et fibra vitrea

3.0

≤0.0015

Duodecim

F4BMX320

Pannus polytetrafluoroethylenus et fibra vitrea

3.2

≤0.0015

Duodecim

F4BMX338

Pannus polytetrafluoroethylenus et fibra vitrea

3.38

≤0.0015

Duodecim

F4BMX350

Pannus polytetrafluoroethylenus et fibra vitrea

3.5

≤0.0015

Duodecim

F4BME-1/2

F4BME217

Pannus polytetrafluoroethylenus et fibra vitrea

2.17

≤0.00017

Conditio normalis ≥ 1000000, humiditas constans ≥ 100000

Conditio normalis ≥ 10000, humiditas constans ≥ 1000

≤0.02

0.8

XXV

XXXIV

252

Normalitas ≥18; Calor-humiditas stabilis ≥15

2.1～2.35

F4BME220

Pannus polytetrafluoroethylenus et fibra vitrea

2.2

≤0.00017

XXV

XXXIV

252

F4BME245

Pannus polytetrafluoroethylenus et fibra vitrea

2.45

≤0.001

XIV

XXI

CLXXIII

F4BME255

Pannus polytetrafluoroethylenus et fibra vitrea

2.55

≤0.001

XIV

XXI

CLXXIII

F4BME265

Pannus polytetrafluoroethylenus et fibra vitrea

2.65

≤0.001

XIV

XXI

CLXXIII

F4BME275

Pannus polytetrafluoroethylenus et fibra vitrea

2.75

≤0.001

XIV

XXI

CLXXIII

F4BME285

Pannus polytetrafluoroethylenus et fibra vitrea

2.85

≤0.001

XIV

XXI

CLXXIII

F4BME295

Pannus polytetrafluoroethylenus et fibra vitrea

2.95

≤0.001

Duodecim

F4BME300

Pannus polytetrafluoroethylenus et fibra vitrea

3.0

≤0.0015

Duodecim

F4BME320

Pannus polytetrafluoroethylenus et fibra vitrea

3.2

≤0.0015

Duodecim

F4BME338

Pannus polytetrafluoroethylenus et fibra vitrea

3.38

≤0.0015

Duodecim

F4BME350

Pannus polytetrafluoroethylenus et fibra vitrea

3.5

≤0.0015

Duodecim

F4BT-1/2

F4BT294

Pannus polytetrafluoroethylenus et fibra vitrea

2.94

≤0.001

Conditio normalis ≥ 100000, humiditas constans ≥ 10000

≥10000

≤0.02

0.4

viginti

XXV

140

normalitas ≥17 Post tensionem thermalem ≥14

2.3～2.6

F4BT300

Pannus polytetrafluoroethylenus et fibra vitrea

3.0

≤0.001

F4BT320

Pannus polytetrafluoroethylenus et fibra vitrea

3.2

≤0.001

F4BT338

Pannus polytetrafluoroethylenus et fibra vitrea

3.38

≤0.001

F4BT348

Pannus polytetrafluoroethylenus et fibra vitrea

3.48

≤0.001

F4BT600

Pannus polytetrafluoroethylenus et fibra vitrea

6.0

≤0.001

F4BT615

Pannus polytetrafluoroethylenus et fibra vitrea

6.15

≤0.001

F4BT920

Pannus polytetrafluoroethylenus et fibra vitrea

9.2

≤0.001

F4BT1020

Pannus polytetrafluoroethylenus et fibra vitrea

10.2

≤0.001

F4BDZ294

Pannus polytetrafluoroethylenus et fibra vitrea

2.94

F4B-1/AI(CU)

Pannus polytetrafluoroethylenus et fibra vitrea

2.25

≤0.001

Conditio normalis ≥ 1000000, humiditas constans ≥ 100000

Conditio normalis ≥ 0.0001, humiditas constans ≥ 0.001

≤0.02

0.8

XXV

XXXIV

252

2.2～2.3

Pannus polytetrafluoroethylenus et fibra vitrea

2.65

≤0.001

XIV

XXI

CLXXIII

Pannus polytetrafluoroethylenus et fibra vitrea

Tres

≤0.001

Duodecim

Pannus polytetrafluoroethylenus et fibra vitrea

3.5

≤0.001

Duodecim

F4T-1/2

Pannus polytetrafluoroethylenus et fibra vitrea

2.2

≤0.001

Conditio normalis ≥ 1000000000, humiditas constans ≥ 10000000

Conditio normalis ≥ 10000000, humiditas constans ≥ 100000

≤0.01

0.4

9.8～0.0001

Normalitas ≥8, Calor-humiditas stabilis ≥6

2.2～2.3

TP-1/2

Compositum Microundarum

3~6

≤0.001

Conditio normalis ≥ 1000000000, humiditas constans ≥ 100000

Conditio normalis ≥ 10000000, humiditas constans ≥ 100000

≤0.02

0.5

﹤0.00006

Normalitas ≥6, Calor-humiditas stabilis ≥4

1.0-2.9

TP-1/2

Compositum Microundarum

9.6

≤0.001

Conditio normalis ≥ 1000000000, humiditas constans ≥ 100000

Conditio normalis ≥ 10000000, humiditas constans ≥ 100000

≤0.02

0.5

﹤0.00006

Normalitas ≥6, Calor-humiditas stabilis ≥4

1.0-2.9

Compositum Microundarum

10.2

≤0.001

Compositum Microundarum

10.5

≤0.001

Compositum Microundarum

XI~XVI

≤0.001

TPH-1/2

Novum Compositum Microundarum

2.65

≤0.001

Conditio normalis ≥ 1000000000, humiditas constans ≥ 1000000

≥1000000

≤0.02

0.3

quinquaginta

Normalitas ≥6, Calor-humiditas stabilis ≥4

1.05

TF-1/2

Polytetrafluoroethylenum + ceramica

sex

≤0.001

Conditio normalis ≥ 100000, humiditas constans ≥ 10000

Conditio normalis ≥ 100000, humiditas constans ≥ 1000

≤0.02

0.5

≤0.00001

≥6

2.0-3.5

Polytetrafluoroethylenum + ceramica

sex

≤0.001

Polytetrafluoroethylenum + ceramica

9.2

≤0.001

Polytetrafluoroethylenum + ceramica

9.6

≤0.001

Polytetrafluoroethylenum + ceramica

10.2

≤0.001

F4B

F4B-N

Pannus polytetrafluoroethylenus et vitro obductus (ad usus contra adhaerentiam)

2.7

≤0.0002～0.0005

normalitas ≥1013

normalitas ≥1012

F4B-J

Pannus polytetrafluoroethylenus + vitro obductus (ad insulationem)

2.7

≤0.0002～0.0005

normalitas ≥1013

normalitas ≥1012

F4B-T

Pannus Polytetrafluoroaethylenus + Vitreus Laccatus (Pannus Laccatus Spirans et Anti-Adhaesivus)

2.7

≤0.0002～0.0005

normalitas ≥1013

normalitas ≥1012

Typus Materialis PCB

Inscriptio Officii

Officina SMT

Officina PCB

Officina PCB