|Number of contacts:|
20, 40, 60, 80, 100, 120, 140, 160, 180, 200
3.2 A at 20°C
Tape & Reel, Tray
Are you looking to achieve maximum power without wasting a lot of space? How about an edge card connector built specifically for HighSpeed applications?Jan Lehmann, Product Manager ept GmbH
The core design of the EC.8 embodies HighSpeed performance, offering transfer rates of up to 28 Gbps. An ideal connector for Industry 4.0 applications such as IoT and cloud computing.
Besides fast data transfer rates, this edge card connector also offers the following advantages: Connecting a PCB directly to the EC.8 saves space and resources, because of the omitted material and fitting costs for male multi-pin connectors. One technical advantage originates from the reduction of resistances and influences that can have an effect on the signal.
Finding the right edge card connector for you application is easy with our EC.8 and its industry-proven 0.8 mm pitch, available in variations of 20 to 200 pins, in steps of 20.
The EC.8 family underwent comprehensive testing, in which proper operation during thermal cycles, exposure to shock and vibration, and even after 500 mating cycles, was demonstrated.
Want to learn more? Feel free to ask us about the EC.8 HighSpeed report and S-parameters and discover all of its advantages for yourself.
Permitted center offset tolerances
The EC.8 SMT edge card connectors tolerate an offset of 0.6 mm in the longitudinal axis and 0.7 mm in the transversal axis during insertion.
Permitted angular offset tolerances
With the EC.8 edge card connectors, the daughter card can be inserted in the EC.8 at an angle of up to 5° in the longitudinal axis and transversal axis.
The direct connectors are processed using surface mount technology (SMT). The soldering is done directly on the printed circuit board.
Pin counts 20 to 140 are supplied in market-compliant tape and reel packaging; this enables fully automatic processing via pick-and-place.
Pin counts 160 to 200 are packed in the tray as standard; tape and reel packaging is also available on request. However, this also uses a wider strap, which is less common.
High data communication rates can be realized using direct connector systems. In comparison to two-part connector systems, the negative effects of the second connector on the signal no longer apply. This is primarily due to the reduced number of contact points, less cross section changes in the conductor and associated fewer direction changes by the signal.
Consequently a high performance can also be attained with a small footprint. The contact resistance is also reduced in comparison to two-part connector systems, this resulting in increased current carrying capacity.
The EC.8 connector system supports daughter card systems with a thickness of 1.60 mm. For more than 80 pins, keying prevents incorrect connection. This is optional for the 60 pin version.
The EC.8 connector system corresponds to the current market standard and is compatible with the processed boards.
Thanks to their versatility, EC.8 direct connectors are used for diverse applications in numerous sectors. In the field of automation technology and IoT devices, they typically benefit from their small grid and high data transmission rates.
An angular offset of up to 5° can be tolerated in a longitudinal and transverse direction.
An offset of 7 mm vertically and 6 mm parallel to the longitudinal axis of the connector can be tolerated.
The data transmission rate is 28 Gbps. Below you'll find the insertion loss diagram.
A 140-pole connector transmits up to 3.2A at 20°C ambient temperature. For more detailed information, please contact us via email@example.com
Yes, EC.8 connectors from ept are UL recognized components in the USA and Canada.
RoHS (Restriction of the use of certain Hazardous Substances) is a directive for restricting the use of certain hazardous substances in electrical and electronic devices.
We confirm that EC.8 connectors made by ept are compliant with RoHS 2011/65/EU in accordance with the RoHS confirmation. You can find further information at RoHS & REACH
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