FP 0,8/ 12-FH-SH
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SMD female connector shielded
1043722
Shielded SMD female connector, nominal current: 1.7 A, test voltage: 500 V AC, number of positions: 12, pitch: 0.8 mm, color: black, contact surface: Au, contact connection type: Socket, mounting: SMD soldering
Number of positions
Product details
| Product type | Shielded SMD female connector |
| Product family | FP 0,8/...-FH-SH |
| Number of positions | 12 |
| Pitch | 0.8 mm |
| Number of rows | 2 |
| Pin layout | Linear pad geometry |
| Electrical characteristic | shielded |
| Properties | |
| Nominal current IN | 1.7 A IEC 60512-5-2:2002-02 (at 20°C 80-pos.) |
| Contact resistance | 25 mΩ |
| Test voltage | 500 V AC IEC 60512-4-1:2003-05 |
| Electrical characteristic | shielded |
| Data transmission | |
| Data transmission rate | 16 Gbps |
| Mounting type | SMD soldering |
| Pin layout | Linear pad geometry |
| Processing notes | |
| Process | Reflow soldering |
| Moisture Sensitive Level | MSL 1 |
| Classification temperature Tc | 260 °C |
| Solder cycles in the reflow | 3 |
| Material data - contact | |
| Note | WEEE/RoHS-compliant, free of whiskers according to IEC 60068-2-82/JEDEC JESD 201 |
| Contact material | Cu alloy |
| Surface characteristics | Selective coating |
| Metal surface contact area (top layer) | Gold (Au) |
| Metal surface contact area (middle layer) | Nickel (Ni) |
| Metal surface soldering area (top layer) | Tin (Sn) |
| Metal surface soldering area (middle layer) | Nickel (Ni) |
| Material data - housing | |
| Color (Housing) | black (9005) |
| Insulating material | LCP |
| Insulating material group | IIIb |
| CTI according to IEC 60112 | 150 |
| Flammability rating according to UL 94 | V0 |
| Notes on operation | The permissible voltage during operation depends on the application, taking into consideration the air clearances and creepage distances within the scope of insulation requirements in accordance with IEC 60664-1. |
| Details for soldering processes | The items are suitable for assembly on both sides and for overhead soldering. |
| Dimensional drawing |
|
| Pitch | 0.8 mm |
| Width [w] | 9.6 mm |
| Height [h] | 7.9 mm |
| Length [l] | 9.55 mm |
| Installed height | 7.25 mm |
| Application | |
| Contact cover | 0.8 mm |
| Center offset | ± 0.7 mm in longitudinal and transverse direction |
| Wipe length | 1.5 mm |
| Angular tolerance | ± 5 ° in longitudinal and transverse direction (when plugging in) |
| ± 5 ° in longitudinal and transverse direction (when plugged in) | |
| Axial offset in X direction (longitudinal) | ± 0.3 mm (Tolerance compensation when plugged in) |
| Axial offset in Y direction (transversal) | ± 0.3 mm (Tolerance compensation when plugged in) |
| PCB design | |
| Pad geometry | 0.5 x 1 mm |
| Thermal test | Test group C | |
| Specification | IEC 60512-5-2:2002-02 |
| Tested number of positions | 80 |
| Insulation resistance | |
| Specification | IEC 60512-3-1:2002-02 |
| Insulation resistance, neighboring positions | ≥ 5 GΩ |
| Air clearances and creepage distances | | |
| Insulating material group | IIIb |
| Minimum value for clearance and creepage distance | 0.25 mm |
| Vibration test | |
| Specification | IEC 60068-2-6:2007-12 |
| Frequency | 10 - 2000 - 10 Hz |
| Sweep speed | 1 octave/min |
| Amplitude | 1.5 mm (10 Hz ... 58 Hz) |
| Acceleration | 200 m/s² (58 Hz ... 2000 Hz) |
| Test duration per axis | 2.5 h |
| Test directions | X-, Y- and Z-axis |
| Durability test | |
| Specification | IEC 60512-9-1:2010-03 (following) |
| Contact resistance R1 | 25 mΩ |
| Contact resistance R2 | 25 mΩ |
| Insertion/withdrawal cycles | 500 |
| Shocks | |
| Specification | IEC 60068-2-27:2008-02 |
| Pulse shape | Semi-sinusoidal |
| Acceleration | 490 m/s² |
| Shock duration | 11 ms |
| Test directions | X-, Y- and Z-axis (pos. and neg.) |
| Ambient conditions | |
| Ambient temperature (operation) | -55 °C ... 125 °C |
| Ambient temperature (storage/transport) | -40 °C ... 70 °C |
| Relative humidity (storage/transport) | 30 % ... 70 % |
| Ambient temperature (assembly) | -5 °C ... 100 °C |
| Dimensional drawing |
|
| Type of packaging | 16 mm wide tape |
| [W] tape width | 16 mm |
| [W2] coil overall dimension | ≤ 22.4 mm |
| [A] coil diameter | ≤ 330 mm |
| Outer packaging type | Transparent-Bag |
Compatible products
Your advantages
Gold-plated contacts ensure transfer quality remains stable over the long term
Reliable mechanical and electrical connections, thanks to the double-sided ScaleX contact system
Robustness: ScaleX technology for high tolerance compensation and protection of contacts
Flexible device design: various numbers of positions, designs, and stack heights with high wipe lengths
Frequently asked questions
Can I transmit power via the shielding plate?
Yes, in addition to the function of EMC improvement through shielding, you can also use the shielding plates for power transmission.
Example: The 80-pos. version can transmit an additional 16 A per shielding plate side. This results in a total of ...
View more
Yes, in addition to the function of EMC improvement through shielding, you can also use the shielding plates for power transmission.
Example: The 80-pos. version can transmit an additional 16 A per shielding plate side. This results in a total of 168 A per connector (2 x 16 A + 80 x 1.7 A = 168 A).
In addition, it is possible to partially energize the board-to-board connector, which enables higher currents per contact. This connection can therefore also be described as a hybrid connection - without special power contacts, but with use of the shielding plates.
How can the solder contacts be inspected after reflow soldering?
SH (shielded) and SL (short layout, unshielded) versions: CT scan or X-ray analysis required, as the contacts are located under the component.
AOI (unshielded) versions: AOI-capable, as the contacts are routed out and visible.
What is ScaleX?
ScaleX is our registered technology trademark for a patented contact system. The unique double contact ensures a reliable, robust connection with two contact points. The contacts are extremely well protected in the housing and offer high tolerance co... View more
ScaleX is our registered technology trademark for a patented contact system. The unique double contact ensures a reliable, robust connection with two contact points. The contacts are extremely well protected in the housing and offer high tolerance compensation during insertion, which promotes the longevity of the connection. Even in the inserted state, outstanding tolerance compensation of ± 0.3 mm is possible and several connectors can be placed on one PCB. This is a particularly valuable feature of ScaleX technology and enables completely new device designs.
View lessWhat makes the FP 0,8 series board-to-board connector so special?
A key feature of the FP 0,8 series is the ability to arrange several board-to-board connectors on one PCB. This enables new flexibility in device design. The basis for this is high tolerance compensation both during inserting and in the inserted stat... View more
A key feature of the FP 0,8 series is the ability to arrange several board-to-board connectors on one PCB. This enables new flexibility in device design. The basis for this is high tolerance compensation both during inserting and in the inserted state. Thanks to ScaleX technology, the FP 0,8 is a versatile specialist in terms of robustness, flexibility, and variability. The system is characterized by high data transmission rates of up to 52 Gbps and a current carrying capacity of 1.7 A per contact (at 20°C). The shielded (SH) and unshielded (SL) versions with the same footprint enable flexible PCB layout design without adaptation when changing versions.
View lessWith which numbers of positions is the FP 0,8 board-to-board connector available?
The FP 0,8 product family is available with five different numbers of positions (12, 20, 32, 52, and 80), each as a shielded or unshielded version. Other numbers of positions are available on request.
Are the different item versions from the FP 0,8 series compatible with regard to the footprint?
The items from the unshielded FP 0,8-SL series are compatible with the footprint of the shielded FP 0,8-SH items. It is therefore possible to switch flexibly between items from the FP 0,8-SH and FP 0,8-SL series without having to adapt the PCB layout... View more
The items from the unshielded FP 0,8-SL series are compatible with the footprint of the shielded FP 0,8-SH items. It is therefore possible to switch flexibly between items from the FP 0,8-SH and FP 0,8-SL series without having to adapt the PCB layout.
View lessDoes the specified data transmission rate apply to all combinations?
No, the specified data transmission rate refers to an example combination. It may vary depending on the item combination. Factors such as different stack heights - due to longer or shorter contacts - influence the signal quality and thus the achievab... View more
No, the specified data transmission rate refers to an example combination. It may vary depending on the item combination. Factors such as different stack heights - due to longer or shorter contacts - influence the signal quality and thus the achievable data rate. We can work with you to optimize high-speed data transmission for individual applications. Feel free to contact us.
View lessWhere is position 1?
Position a1 (row a, pin 1) is marked on the item. Position 1 is also marked in the TecDoc drawings (product family drawing and packaging drawing). The orientation of the item for PCB assembly and the plug-in direction are thus clearly defined. The cu... View more
Position a1 (row a, pin 1) is marked on the item. Position 1 is also marked in the TecDoc drawings (product family drawing and packaging drawing). The orientation of the item for PCB assembly and the plug-in direction are thus clearly defined. The customer can provide a different definition in its own documentation.
View lessWhere can I find information on extended air clearances and creepage distances to realize the necessary voltage requirements in my application?
The minimum distances are specified in the technical data. We are happy to calculate distances for partially assembled connectors or between omitted pins (so-called death metal parts) on request. This means that increased voltage requirements can also be realized.
Can I also achieve higher nominal currents than 1.7 A per contact?
Yes, the nominal current is 1.7 A per contact for a fully energized, 80-pos. connector at an ambient temperature of 20°C. For an 80-pos. version with 1.7 A per contact, for example, this means a total of 80 x 1.7 A = 136 A. The derating curve shows t... View more
Yes, the nominal current is 1.7 A per contact for a fully energized, 80-pos. connector at an ambient temperature of 20°C. For an 80-pos. version with 1.7 A per contact, for example, this means a total of 80 x 1.7 A = 136 A. The derating curve shows the temperature-dependent current carrying capacity for different numbers of positions. In practice, selective pins are often energized, which achieves even higher currents per contact. Example: With selective energization of four contacts, 3.9 A per contact can be achieved, i.e. a total of 4 x 3.9 A = 15.6 A.
The shielded item version is also suitable for current transmission via the two shielding plates on the side of the item, so that 16 A can be transmitted per shielding plate in an 80-pos. version. A derating curve for the shielding plate can also be found in the technical data.