TW CONTENT DESCRIPTION APPLICATIONS Hybrid D’Sub series TW / E1 Amphenol D’Sub TW Hybrid Series permits a mix of contacts including signal, power, shielded, high voltage and fiber optics in the same housing with different contacts arrangements. This economic series was first developed from our military series, and has improved features: - new contacts - new high temperature black thermoplastic insert - PCB configurations come preloaded with fixed contacts and brackets. These connectors are supplied with screw machined contacts fixed in the insulator. A complete range of housings are also available for cable application. • Commercial • Medical • Industrial • Telecom • Any application requiring optimization of space A full series of arrangements compatible with reflow process • Connectors according to: MIL C24308 - NFC93425 - HE507 Materials and plating Shells Steel-Tin plating Insulators High temperature black thermoplastic Signal contacts Female: machined bronze Material Male: machined brass Plating finish 15μ" Au over 79μ" Ni min. Or 30μ" Au over 79μ" Ni min. Shielded contacts Female: machined bronze Material Male: machined brass Plating Inner conductor 15μ" Au or 30μ" Au over 79μ" Ni Outer ring Flash Au over 79μ" Ni Terminations Tinned Except solder cup and crimp terminations gold flash Power contacts Female: machined bronze Material Male: machined brass Plating Contacts 15μ" Au or 30μ" Au over 79μ" Ni Terminations Tinned Except solder cup and crimp terminations gold flash Brackets Steel-Tin plating Front jackscrews Brass-Tin plating Rear clinch nuts Brass-Tin plating Boardlocks Bronze-Tin plating Stand-off Brass-Tin plating Electrical Data Current rating Signal contacts 7.5 A. with 10 A. peak Power contacts PCB terminations 10 to 40 A. Solder cup terminations 10 to 40 A. Crimp terminations 10 to 40 A. Shielded contacts 0.5 A. Voltage rating Signal and power contacts 300 V.R.M.S. at 50 Hz Shielded contacts 150 V.R.M.S. at 50 Hz Shielded contacts Frequency range 0-1 GHz Attenuation 0.2dB V. S. W. R. 1.4(+0.04/GHz) Characteristic impedance 50 Ohms Dielectric withstanding voltage ≥ 1000 V.R.M.S. at 50Hz Insulation resistance ≥ 5000 M Ohms at 500 VDC Contact resistance ≤ 5m Ohms Shell resistance ≤ 1m Ohm (electrical grounding) Climatic Data Operating temperature -55˚C + 155˚C 0 8 1 k a e p h t i w ( ˚C) Damp heat 56 days (40˚C - 95% HR) Salt spray 48 hours Mechanical data Shells With or without dimples Contact retention force in dielectric material > 40N Maximum mating and unmating force With dimples E size = 70 N A size = 80 N B size = 100 N C size = 150 N D size = 180 N Without dimples E size = 30 N A size = 50 N B size = 80 N C size = 120 N D size = 160 N Compatible with process IR - Air convectioned 260˚ for 20 s. Resistance to solder iron heat 260˚C for 30 s. Mating cycles ≥ 200 (class ll) or 500 (class l)
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TW - Farnell element14 · TW CONTENT DESCRIPTION APPLICATIONS Hybrid D’Sub series TW / E1 Amphenol D’Sub TW Hybrid Series permits a mix of contacts including signal, power,
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TWCONTENT
DESCRIPTION
APPLICATIONS
Hybrid D’Sub series
TW /
E1
Amphenol D’Sub TW Hybrid Series permitsa mix of contacts including signal, power,shielded, high voltage and fiber optics in thesame housing with different contactsarrangements.This economic series was first developed fromour military series, and has improved features:- new contacts- new high temperature black thermoplastic insert- PCB configurations come preloaded with fixed contacts and brackets.These connectors are supplied with screwmachined contacts fixed in the insulator.A complete range of housings are alsoavailable for cable application.
• Commercial• Medical• Industrial• Telecom• Any application requiring optimization of space
A full series ofarrangements
compatible withreflow process
• Connectors according to: MIL C24308 - NFC93425 - HE507
Materials and platingShells Steel-Tin platingInsulators High temperature black thermoplasticSignal contacts Female: machined bronze Material Male: machined brass Plating finish 15µ" Au over 79µ" Ni min. Or 30µ" Au over 79µ" Ni min.Shielded contacts Female: machined bronze Material Male: machined brassPlating Inner conductor 15µ" Au or 30µ" Au over 79µ" Ni Outer ring Flash Au over 79µ" Ni Terminations Tinned Except solder cup and crimp terminations gold flashPower contacts Female: machined bronze Material Male: machined brassPlating Contacts 15µ" Au or 30µ" Au over 79µ" Ni Terminations Tinned Except solder cup and crimp terminations gold flashBrackets Steel-Tin platingFront jackscrews Brass-Tin platingRear clinch nuts Brass-Tin platingBoardlocks Bronze-Tin platingStand-off Brass-Tin plating
Electrical DataCurrent rating Signal contacts 7.5 A. with 10 A. peakPower contacts PCB terminations 10 to 40 A. Solder cup terminations 10 to 40 A. Crimp terminations 10 to 40 A. Shielded contacts 0.5 A.Voltage rating Signal and power contacts 300 V.R.M.S. at 50 Hz Shielded contacts 150 V.R.M.S. at 50 HzShielded contacts Frequency range 0-1 GHz Attenuation 0.2dB V. S. W. R. 1.4(+0.04/GHz) Characteristic impedance 50 OhmsDielectric withstandingvoltage ≥ 1000 V.R.M.S. at 50HzInsulation resistance ≥ 5000 M Ohms at 500 VDCContact resistance ≤ 5m OhmsShell resistance ≤ 1m Ohm(electrical grounding)
Mechanical dataShells With or without dimplesContact retention force in dielectric material > 40NMaximum mating and unmating forceWith dimples E size = 70 N
A size = 80 NB size = 100 NC size = 150 ND size = 180 N
Without dimples E size = 30 NA size = 50 NB size = 80 N
C size = 120 ND size = 160 N
Compatible with processIR - Air convectioned 260˚ for 20 s.Resistance to solder iron heat 260˚C for 30 s.Mating cycles ≥ 200 (class ll) or 500 (class l)
Arrangement…… Shell Size……….
2W2 E
P2W2 E (polarized)
P3W3 A (polarized)
Additional arrangements
Shell size dimensions
Panel cutouts
Optimal cutout for rear mounting Standard cutout
TECHNICAL DATA
TW /
E1
3
ø 3.1
H
J
10˚1.5 F A
B
G
B’
D’ D E
0.9
G
A AB B
DC
øG G H
R DC
F E
10˚ 10˚
Rd Rading J Rd Rading J
Shellsize
E
A
B
C
D
Shellsize
E
A
B
C
D
ContactP: Pin
S: Socket
P
S
P
S
P
S
P
S
P
S
A±0.25
(±.010)
30.7(1.209”)
39.0(1.535”)
52.9(2.083”)
69.2(2.724”)
66.8(2.630”)
B0/-0.20
(0/-.008)
16.4(.646”)
24.8(.976”)
38.5(1.513”)
54.9(2.161”)
52.5(2.067”)
B‘+0.20/0
(+.008/0)
16.8(.661”)
25.1(.988”)
38.8(1.528”)
55.3(2.177”)
52.7(2.075”)
D‘+0.25/0
(+.010/0)
8.2(.323”)
8.2(.323”)
8.2(.323”)
8.2(.323”)
11.0(.433”)
C±0.10
(±.004)
25.0(.984”)
33.3(1.311”)
47.0(1.850”)
63.5(2.500”)
61.1(2.406”)
D0/-0.25
(0/-.010)
8.0(.315”)
8.0(.315”)
8.0(.315”)
8.0(.315”)
10.9(.429”)
E±0.20
(±.008)
12.4(.488”)
12.4(.488”)
12.4(.488”)
12.4(.488”)
15.2(.598”)
F+0.05/-0.20
(+.002/-.008)
11.1(.437)
11.1(.437)
11.1(.437)
11.1(.437)
11.1(.437)
F‘+0.10/-0.20
(+.004/-.008)
10.9(.429”)
10.9(.429”)
11.0(.433”)
11.0(.433”)
11.0(.433”)
G+0.10/-0.20
(+.004/-.008)
6.2(.244”)
6.2(.244”)
6.2(.244”)
6.2(.244”)
6.2(.244”)
G‘±0.10
(±.004)
5.9(.232”)
5.9(.232”)
5.8(.228”)
5.8(.228”)
5.8(.228”)
H+0.10/-0.40
(+.004/-.016)
19.4(.764”)
27.7(1.091”)
41.4(1.630”)
57.9(2.280”)
55.5(2.185”)
J0/-0.50
(0/-.020)
11.0(.433”)
11.0(.433”)
11.0(.433”)
11.0(.433”)
13.8(.543”)
Mountingmethod
Front
Rear
Front
Rear
Front
Rear
Front
Rear
Front
Rear
A±0.20
(±.008)
22.2(.874”)20.5
(.807”)30.5
(1.201”)28.8
(1.134”)44.3
(1.744”)42.5
(1.673”)60.7
(2.390”)59.1
(2.327”)58.3
(2.295”)56.3
(2.217”)
E±0.20
(±.008)
13.0(.512”)11.4
(.449”)13.0
(.512”)11.4
(.449”)13.0
(.512”)11.4
(.449”)13.0
(.512”)11.4
(.449”)15.8
(.622”)14.1
(.555”)
F±0.20
(±.008)
6.5(.256”)
5.7(.224”)
6.5(.256”)
5.7(.224”)
6.5(.256”)
5.7(.224”)
6.5(.256”)
5.7(.224”)
7.9(.311”)
7.1(.280”)
J±0.20
(±.008)
2.1(.083”)
3.4(.0134”)
2.1(.083”)
3.4(.0134”)
2.1(.083”)
3.4(.0134”)
2.1(.083”)
3.4(.0134”)
2.1(.083”)
3.4(.0134”)
B±0.20
(±.008)
11.1(.437”)10.2
(.402”)15.3
(.602”)14.4
(.567”)22.1
(.870”)21.3
(.839”)30.4
(1.197”)29.5
(1.161”)29.2
(1.150”)28.2
(1.110”)
C±0.20
(±.008)
25.0(.984”)
33.3(1.311”)
47.0(1.850”)
63.5(2.500”)
61.1(2.406”)
D±0.20
(±.008)
12.5(.492”)
16.7(.657”)
23.5(.925”)
31.7(1.248”)
30.6(1.205”)
G±0.20
(±.008)
3.0(.118”)
3.0(.118”)
3.0(.118”)
3.0(.118”)
3.0(.118”)
H±0.20
(±.008)
1.5(.059”)
1.5(.059”)
1.5(.059”)
1.5(.059”)
1.5(.059”)
Straight connector footprintTECHNICAL DATA
4
B B B
A A A321
Straight contact combinations
Arrangement with signal contacts
See above dimensions Size 8 and 20 Contacts See above dimensions Size 8 Contacts
Power 3.2 mm DIA. (.126”)(20 to 40 A) and signal
Power only3.2 mm DIA. (.126”)(20 to 40 A)
Arrangement without signal contacts2W2 - 3W3 - 5W5 - 8W8
P 3SY P 3Y
Power only2 mm DIA. (.078”)(10 to 20 A)
P 2Y
Shielded onlyCY
Power 2 mm DIA. (.078”)(10 to 20 A) and signal
Shielded and signal
P 2SY
CSY
Signal only
Signal (Size 20)with solder cup terminationsHousing preloaded with contacts
SY
No reference
Signal tail 0.6 mm Dia. (.024”)1.6 mm (.063”)PCBFor other PCB thickness: consult factory.
Description
Power 3.2mm(.126”) tail dia 1
Power 2.0mm(.078”) tail dia 1
Shielded 3
Signal 2
a4.80 mm(.189”)
4.80 mm(.189”)
4.00 mm(.157”)
5.30 mm(.209”)
b7.2 mm(.283”)7.2 mm(.283”)7.2 mm(.283”)
11.50 mm(.453”)
Dimensions
Right angle connector footprint
Right angle contacts combinations
TECHNICAL DATA
TW /
E1
5
Arrangement with signal contacts
Note: above dimensions correspond to sizes E to C. Consult factory for D sizes.Connector comes equipped with contacts and brackets.
Arrangement without signal contacts2W2 - 3W3 - 5W5 - 8W8
European Mixed MIL (U.S.) Size 8 and footprint footprint footprint 20 Contacts
Power 3.2 mm EP3SV HP3SV MP3SV DIA. (.126”) (20 to 40 A) and signal
Power 2 mm EP2SV HP2SV MP2SV DIA. (.078”) (10 to 20 A) and signal
- HCSV MCSV Shielded and signal
ESV HSV MSV Signal only
European Mixed MIL (U.S.) Size 8 contacts footprint footprint footprint only
Power only EP3V HP3V MP3V 3.2 mm DIA. (.126”) (20 to 40 A)
Power only EP2V HP2V MP2V 2.0 mm DIA. (.078”) (10 to 20 A)
- HCV MCV Shielded only
C B
A
C CB B
A A
1 2 3
Description
Shielded 1
Signal 2
Power 2.0mm(.078”) tail dia 3
Power 3.2mm(.126”) tail dia 3
EuropeHE 5 pattern =- Euro height- Euro footprintpitch between2 rows: .100”
MixMixed pattern =- MIL height- Euro footprintpitch between2 rows: .100”
MILMIL pattern =- MIL height- MIL footprintpitch between2 rows: .112”
a
-
10.30mm(.406”)
11.57mm(.456”)
21.46mm(.845”)
b
-
7.20mm(.283”)
7.20mm(.283”)
7.20mm(.283”)
c
-
11.20mm(.441”)
10.50mm(.413”)
10.50mm(.413”)
a
10.30mm(.406”)
10.30mm(.406”)
11.57mm(.456”)
21.46mm(.845”)
b
6.30mm(.248”)
6.30mm(.248”)
6.30mm(.248”)
6.30mm(.248”)
c
10.00mm(.394”)
9.50mm(.374”)
9.50mm(.374”)
9.50mm(.374”)
a
10.30mm(.406”)
8.10mm(.319”)
9.52mm(.375”)
21.46mm(.845”)
b
6.30mm(.248”)
6.30mm(.248”)
6.30mm(.248”)
6.30mm(.248”)
c
10.00mm(.394”)
9.50mm(.374”)
9.50mm(.374”)
9.50mm(.374”)
Signal tail 0.6 mm Dia. (.0236”)1.6 mm (.063”) PCBFor other PCB thickness: consult factory.
Mounting optionsTECHNICAL DATA
6
Right angle versionConnectors come equipped with metal brackets
Straight version
Straight and right angle version
BLANK: 3.10mm (.122”) dia mounting hole
BLANK: 3.10mm (.122”) dia mounting hole
A514: blind mating system FM: float mounting system
RM6: metal brackets + boardlock
RM54: 4-40 threadedRM53: M3 threaded
RM84: 4-40 threadedRM83: M3 threaded
4F: 4-40 front female screwlock3F: M3 front female screwlock
Cabling instructions for shielded contactsASSEMBLY INSTRUCTIONS
10
Straight crimp shielded contacts:
Right angle crimp shielded contacts:
Solder straight shielded contacts:
Solder right angle shielded contacts:
inner solder contactouter crimp contact
inner solder contactouter crimp contact
soft soldercoaxial shellouter ring outer ring
braided shieldinner sleeve
soft soldercoaxial shellouter ring outer ring
solderbraided shieldinner sleeve
crimp 3.20
soft solder
coaxial shellouter ring outer ringinner sleeve
crimp3.20
Assembly method- Slide the outer ring over the cable jacket. Trim the cable according to the recommended dimensions.- Insert the cable dielectric and the center conductor inside the inner sleeve.- Solder the central conductor to the shielded center contacts.
- Slide the outer ring towards the inner sleeve and recover the braid.- Using crimp hand tool equipped with the appropriate dies, crimp in the area defined.
soft solder cap into shell after cableassembly on 90˚ type coax
soldersoft solder
coaxial shell
outer ringouter ringinner sleeve
soft solder cap into shell after cableassembly on 90˚ type coax
Assembly method- Slide the outer ring over the cable jacket. Trim the cable according to the recommended dimensions.- Insert the cable dielectric and the center conductor inside the inner sleeve.- Solder the central conductor to the shielded center contacts.
- Slide the outer ring towards the inner sleeve and recover the braid.- Solder by introducing metal through the outer ring hole.
BLANK: Solder-cup signal contacts only P3SY: 20-40 Amp power & signal mix P2SY: 10-20 Amp power & signal mix CSY: Coax & signal mix SY: Signal only P3Y: 20-40 Amp power only (2W2, 3W3, 5W5, 8W8) P2Y: 10-20 Amp power only (2W2, 3W3, 5W5, 8W8) CY: Coax only (2W2, 3W3, 5W5, 8W8)
For Right Angle PCB
MP3SV: US Footprint, 20-40 Amp power & signal mix MP2SV: US Footprint, 10-20 Amp power & signal mix MCSV: US Footprint, coax & signal mix MSV: US Footprint, signal only MP3V: US Footprint, 20-40 Amp power only (2W2, 3W3, 5W5, 8W8) MP2V: US Footprint, 10-20 Amp power only (2W2, 3W3, 5W5, 8W8) MCV: US Footprint, coax only (2W2, 3W3, 5W5, 8W8) EP3SV: European Footprint, 20-40 Amp power & signal mix EP2SV: European Footprint, 10-20 Amp power & signal mix ESV: European Footprint, signal only EP3V: European Footprint, 20-40 Amp power only (2W2, 3W3, 5W5, 8W8) EP2V: European Footprint, 10-20 Amp power only (2W2, 3W3, 5W5, 8W8) HP3SV: Mixed Footprint, 20-40 Amp power & signal mix HP2SV: Mixed Footprint, 10-20 Amp power & signal mix HCSV: Mixed Footprint, coax & signal mix HSV: Mixed Footprint, signal only HP3V: Mixed Footprint, 20-40 Amp power only (2W2, 3W3, 5W5, 8W8) HP2V: Mixed Footprint, 10-20 Amp power only (2W2, 3W3, 5W5, 8W8) HCV: Mixed Footprint, coax only (2W2, 3W3, 5W5, 8W8)