FP 0,8/ 52-FV-SL 4,85 - SMD female connectors

1545311

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.

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.

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.

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.

The unshielded AOI version offers the advantage of the exposed solder contacts for automatic optical inspection.
The unshielded SL version (shieldless) has the advantage that the solder contacts and therefore the footprint on the PCB are identical... View more

The unshielded AOI version offers the advantage of the exposed solder contacts for automatic optical inspection.
The unshielded SL version (shieldless) has the advantage that the solder contacts and therefore the footprint on the PCB are identical to the shielded SH version. This means that shielded and unshielded versions can be used without changing the PCB layout. Here, the solder joints can be checked via CT scan or X-ray analysis.

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.