FP 0,8/ 32-MV-SH 2,65

Connectivity for all dimensions Robust FINEPITCH series board-to-board connectors The best connectivity for all dimensions With FINEPITCH series board-to-board connectors, Phoenix Contact provides shielded and unshielded solutions for signal and data transmission in the device for the first time. This allows you to realize individual PCB orientations with different designs, stack heights, and numbers of positions in compact 0.8 and 1.27 mm pitches. Web code: #1520 FINEPITCH 1,27 unshielded • For flexible board-to-board and wire-to-board connections • For 1.27 mm pitch • For high contact density from 12-pos. to 80-pos. • For stack heights from 8 to 13.8 mm 2 PHoENIx CoNTaCT Contents FINEPITCH series The right connection for flexible device design 4 FINEPITCH 0,8 shielded Web code: #2069 • For robust high-speed board-to-board connections • For 0.8 mm pitch • For high contact density from 12-pos. to 80-pos. • For stack heights from 6 to 12 mm • For data transmission up to 16 Gbps • With shielding for excellent EMC properties FINEPITCH 0,8 Handle specific challenges, thanks to ScaleX technology 6 Advantages at a glance 7 ScaleX contact system 8 Technical data 9 Data transmission 10 Product overview 11 FINEPITCH 1,27 Flexibility for your device design 12 Advantages at a glance 13 Installation instructions 14 Technical data 15 Product overview: Female connectors 16 Product overview: Male connectors 17 Assembled IDC female connector 18 Configurable PCB connectors with 1.27 mm pitch 19 Find out more with the web code For detailed information, use the web codes provided in this brochure. Simply enter # and the four-digit number in the search field on our website. Web code: #1234 (example) Or use the direct link: phoenixcontact.net/webcode/#1234 PHoENIx CoNTaCT 3 The right connection for flexible device design Thanks to its double-sided contact system, the high-position FINEPITCH series offers the ideal solution for industrial PCB connections. You have maximum flexibility when it comes to arranging the PCBs in your device, and the wide range of FINEPITCH products enables space-saving signal and data transmission. In addition, the shielded versions offer excellent EMC properties. I/Os 4 PHoENIx CoNTaCT PLCs Frequency converters Controllers HMIs Sensors PHoENIx CoNTaCT 5 Handle specific challenges, thanks to ScaleX technology With its double-sided ScaleX contact system, the FINEPITCH series with 0.8 mm pitch offers an extremely robust PCB connection. The shielding ensures excellent electromagnetic compatibility and protects against interference, both from and to the outside. High-speed data transmission up to 16 Gbps is supported. This is optimized for automated processing in the SMT process. 6 PHoENIx CoNTaCT FINEPITCH 0,8 – Advantages at a glance Robust insertion with high tolerance compensation The hermaphroditic double contact enables a housing geometry in which the contacts are protected. Flexible device design With 6 to 12 mm stack heights and additional versions planned for the future, there is a great deal of freedom when it comes to the device design. High data rate up to 16 Gbps Reliably connected The FP 0,8 series offers excellent signal integrity. The double contact enables a variable wipe length of 1.5 mm. Additional protection thanks to EMC shielding Continuously reliable contact The shielded versions have excellent protection against electromagnetic interference. The contact surfaces are designed for 500 insertion cycles, which corresponds to the highest performance level 1. Marking with position 1 Process-reliable soldering Automated processing On the mating partners, position 1 in row a is marked with an arrow. Female and male connectors feature a coplanarity of ≤ 0.1 mm. Thanks to tape-on-reel packing and pick-and-place pads, the products can be processed automatically. PHoENIx CoNTaCT 7 FINEPITCH 0,8 – ScaleX contact system Innovative contact system The FINEPITCH 0,8 series with ScaleX technology features a unique double contact. The contacts are designed to be hermaphroditic and therefore consist of a male element and a female element. This enables vibration-proof connection in a very confined space. The contacts have gull-wing solder pins, which are ideal for automatic soldering processes. Robustness ScaleX technology enables a housing geometry in which the contacts are protected against damage in the event of mismatching. The contact system offers corresponding tolerance compensation with a center offset of ±0.7 mm and an inclination tolerance of 2°/4°. High tolerance compensation is therefore possible for your application. Inclination tolerance Flexible device design Stack height (mm) Male connector (mm) Female connector (mm) 6 to 7.5 1.15 4.85 7.5 to 9 2.65 4.85 9 to 10.5 1.15 7.85 10.5 to 12 2.65 7.85 1,5 Thanks to the arrangement of male and female connectors, different stack heights can be implemented. A continuous range from 6 to 12 mm can be covered using just two male and female connectors. Within this range, the mating partners offer a variable wipe length of 1.5 mm. This minimizes product variance while simultaneously providing a high degree of flexibility for device design. We plan to extend the portfolio in future to include stack heights up to 20 mm. Center offset Minimum PCB spacing (left) and maximum PCB spacing (right), thanks to the wipe length * See page 14 for the definition of the terms center offset, inclination tolerance, and stack height. 8 PHoENIx CoNTaCT FINEPITCH 0,8 – Technical data General technical data Pitch Number of positions EMC properties Standards 0.8 mm 12, 20, 32, 52, 80 Shielded Data transmission speed Up to 16 Gbps Nominal current (at 20°C) 1.4 A (52-pos.) IEC 60512-5-2:2002 Insulation resistance Min. 5 GΩ IEC 60512-3-1:2002 Contact resistance Max. 20 mΩ IEC 60512-2-1:2002 500 V AC IEC 60512-4-1:2003 Test voltage Air clearances and creepage distances Min. 0.25 mm Temperature limits during operation -55°C to +125°C Insertion and withdrawal force per contact ≤ 1.2 N Approval UL 1977 Environmental and durability tests Service life Oscillation, sinusoidal Contact interference during oscillation, sinusoidal Shocks, half-sinusoidal Contact interference during shocks, half-sinusoidal 500 insertion cycles, performance level I IEC 60512-9-1:2010 10 - 2000 Hz, 20g IEC 60512-6-4:2002 < 1 μs IEC 60512-2-5:2003 50g, 11 ms IEC 60512-6-3:2002 < 1 μs IEC 60512-2-5:2003 WEEE/RoHS-compliant, free of whiskers IEC 60068-2-82/JEDEC JESD 201 Information on metal parts Note Live metal parts Surface of contact area Surface of soldering area Cu alloy Ni; Au Sn Information on insulation material Insulation material and group Color Resistance to creepage Flammability rating UL 94 LCP; IIIa Black CTI 150 DIN EN 60112 (VDE 0303-11) V0 Processing note Process Moisture sensitivity level Coplanarity Classification temperature Tc Packaging SMD soldering According to IPC/JEDEC J-STD-020D.1:2008-03 MSL 1 ≤ 0.1 mm +260°C Tape-on-reel PHoENIx CoNTaCT 9 FINEPITCH 0,8 – Data transmission Data transmission on the transmitter side and far-end crosstalk (FEXT) on the receiver side. S-parameters are available in the download area to support the design-in process. 0 NEXT/FEXT [dB] Insertion loss [dB] The FINEPITCH FP 0,8 series is particularly suitable for high-speed data transmission up to 16 Gbps. Excellent signal integrity is achieved at high frequencies up to 8 GHz. Insertion loss indicates the attenuation of the signal level during data transmission from the transmitter to the receiver. Crosstalk refers to the interference caused to data transmission on adjacent contacts. Near-end crosstalk (NEXT) is detected -1 -2 S2,1 -3 0 1 2 3 4 5 6 7 8 9 10 0 -10 -20 -30 -40 -50 -60 -70 -80 S3,1 S4,1 0 1 Frequency [GHz] Insertion loss Shield transition from female to male connector 10 PHoENIx CoNTaCT 3 4 5 6 7 8 9 10 Frequency [GHz] Crosstalk EMC shielding The shielded FP 0,8 series has excellent electromagnetic compatibility (EMC). The shielded connectors are therefore suitable for applications with high EMC requirements. The numerous shield transition points from female to male connector ensure that interference currents are immediately discharged. A good solder connection also ensures continuous connection to the PCB. This provides shielding against interference signals. 2 The figure of the electrical field illustrates the shielding effect and depicts a very low coupling inductance in the connector when an interference signal is present at the shield. When both external contacts are connected to ground, optimal 360° shielding is achieved. This optimally protects data transmission against interference. Electrical field FINEPITCH 0,8 – Product overview Web code: #2069 Shielded vertical female connector Height: 4.85 mm Height: 7.85 mm Number of positions Type Order No. Type Order No. 12 FP 0,8/ 12-FV-SH 4,85 1043710 FP 0,8/ 12-FV-SH 7,85 1043682 20 FP 0,8/ 20-FV-SH 4,85 1053612 FP 0,8/ 20-FV-SH 7,85 1053614 32 FP 0,8/ 32-FV-SH 4,85 1043711 FP 0,8/ 32-FV-SH 7,85 1043683 52 FP 0,8/ 52-FV-SH 4,85 1043713 FP 0,8/ 52-FV-SH 7,85 1043684 80 FP 0,8/ 80-FV-SH 4,85 1043714 FP 0,8/ 80-FV-SH 7,85 1043685 Shielded vertical male connector Height: 1.15 mm Height: 2.65 mm Number of positions Type Order No. Type Order No. 12 FP 0,8/ 12-MV-SH 1,15 1043786 FP 0,8/ 12-MV-SH 2,65 1043731 20 FP 0,8/ 20-MV-SH 1,15 1053586 FP 0,8/ 20-MV-SH 2,65 1053609 32 FP 0,8/ 32-MV-SH 1,15 1043787 FP 0,8/ 32-MV-SH 2,65 1043733 52 FP 0,8/ 52-MV-SH 1,15 1043789 FP 0,8/ 52-MV-SH 2,65 1043756 80 FP 0,8/ 80-MV-SH 1,15 1043790 FP 0,8/ 80-MV-SH 2,65 1043757 Number of positions The FP 0,8 series includes five standard numbers of positions: 12, 20, 32, 52, and 80. Other numbers of positions between 12 and 80 are available on request. The number of positions corresponds to the total number of contacts. Example: a 12-pos. product has six contacts per row. On all FP 0,8 series products, position 1 is marked with an arrow. Various numbers of positions from 12 to 80 PHoENIx CoNTaCT 11 Flexibility for your device design with FINEPITCH 1,27 FINEPITCH 1,27 series board-to-board connectors offer versatile solutions for the connection of several PCBs within the device. Horizontal and vertical male and female connectors enable application-specific arrangements – with assembled flat-ribbon cables for wire-to-board applications available on request. Flat-ribbon cable You can use a flat-ribbon cable and pre-assembled female connectors with IDC connection to establish flexible connections between two PCBs. You can solder the appropriate male connector directly onto the PCB. Web code: #1520 Coplanar Use horizontal female and male connectors to connect coplanar PCBs. Mezzanine Combine vertical female and male connectors to connect stacked PCBs. Various heights enable PCB spacing of 8 mm to 13.8 mm. 12 PHoENIx CoNTaCT Mother-daughter If you combine vertical and horizontal designs, a right-angled connection is established between two PCBs. Male and female connectors are available in both designs. FINEPITCH 1,27 – Advantages at a glance Continuously reliable contact Stable soldering Protection from vibrations The gold-plated contact surface enables up to 500 insertion and withdrawal cycles, performance level 1. Anchor metals ensure that the connection to the PCB is mechanically stable. Latching on both sides prevents connections from coming loose due to vibrations. Reliable connection Mismatching prevented Process-reliable soldering Lead-in chamfers ensure that male and female connectors are guided and engage correctly. Polarization prevents female and male connectors from being rotated 180° before being connected to each other. Female and male connectors feature a coplanarity of ≤ 0.1 mm. Securely positioned Process-compatible packaging Automated soldering Positioning pins on the bottom ensure secure positioning on the PCB. The female and male connectors are supplied in tape-on-reel packing, connectors without cables are supplied in tray format, and pre-assembled connectors are supplied in a bag. The PCB connectors are soldered using the SMT method. Overhead soldering and Automatic Optical Inspection (AOI) are also possible. PHoENIx CoNTaCT 13 FINEPITCH 1,27 – Installation instructions Stack heights The stack height describes the distance between two PCBs overlapping in parallel. You can use vertical versions of the female and male connectors to reliably connect PCBs. Thanks to their wipe length of 1.5 mm, the PCB connectors are ideal for a continuous range of stack heights between 8 mm and 13.8 mm. Stack height (mm) Male connector (mm) Female connector (mm) 8.0 to 9.5 1.75 6.25 9.5 to 11.0 3.25 6.25 10.8 to 12.3 1.75 9.05 12.3 to 13.8 3.25 9.05 1,5 The female connector is fully inserted into the male connector with the respective minimum PCB spacing. If the respective maximum PCB spacing is reached, 1.5 mm of the male contact remain outside of the contact zone. This ensures reliable contact overlapping of at least 0.9 mm at all times. Minimum PCB spacing (left) and maximum PCB spacing (right), thanks to the wipe length Center offset and inclination tolerance Female and male connectors are designed so that reliable mating is ensured, even with a center offset of up to ±0.7 mm. A deviation of ±4° is permitted for longitudinal angles, and a deviation of ±2° for oblique angles. This geometry allows tolerances in the mounting process for robust applications. Center offset Inclination tolerance 14 PHoENIx CoNTaCT FINEPITCH 1,27 – Technical data General technical data Pitch Number of positions Nominal current (at 20°C) Standards 1.27 mm 12, 16, 20, 26, 32, 40, 50, 68, 80 1.4 A (50-pos.) IEC 60512-5-2:2002 Insulation resistance Min. 10 GΩ IEC 60512-3-1:2002 Contact resistance Max. 25 mΩ IEC 60512-2-1:2002 500 V AC IEC 60512-4-1:2003 Test voltage Air clearances and creepage distances Min. 0.4 mm Temperature limits during operation -55°C to +125°C Insertion and withdrawal force per contact Approval Approx. 0.5 N UL 1977 Environmental and durability tests Service life Oscillation, sinusoidal Contact interference during oscillation, sinusoidal Shocks, half-sinusoidal Contact interference during shocks, half-sinusoidal 500 insertion cycles, performance level I IEC 60512-9-1:2010 10 - 2000 Hz, 20g IEC 60512-6-4:2002