ERmet ZDplus www.erni.com Catalog Katalog D E XXXXXX 074518 Ausgabe 3, 03/05 09/13 www.erni.com Edition 4 1 www.erni.com Catalog E XXXXXX 09/13 Edition 4 ERmet ZDplus High Speed Differential Hard Metric Connector System The ERmet ZDplus connector is an enhancement of the ERmet ZD family. This high-speed differential Hard Metric connector system enables data rates of 20 Gbit+. The ERmet ZDplus is based on the principal mechanical design of the proven ERmet ZD with the same dimensions. To enable higher data rates ERNI Electronics has optimized the signal routing and the pressfit termination of the female connector. To benefit from the maximum performance of the new ERmet ZDplus the usage of backdrilling is recommended. Decreasing via stub length and the related “stub effect” by backdrilling significantly reduces the reflections and the overall BER (Bit Error Rate) of the interconnect. The first product of the ERmet ZD+ family is the 4-pair right angle female connector with pressfit termination. The ERmet ZDplus female connector is mating compatible to the existing ERmet ZD male connector. This means, that existing backplane designs do not need layout changes on the backplane side, if customers want to upgrade their systems. Of course the layout on the daughtercards has to be modified if using the new ERmet ZDplus female parts. Features • • • • • • Data rate performance per differential pair with standard ERmet ZD male connector 15+ Gbit/s (optional with ERmet ZDplus male connector 20+ Gbit/s) 40 differential pairs per inch Mating compatible to standard ERmet ZD male connec- tors, backwards compatible to existing backplane systems Improved crosstalk behaviour Improved layout on daughter cards Meets the performance requirements of next generation processor technology ® Catalog E XXXXXX 09/13 Edition 4 www.erni.com 3 ERmet ZDplus High Speed Differential Hard Metric Connector System Electrical And Mechanical Characteristics Standard Number of pins Technical data Climate category Temperature range Air- and creepage distance Operating voltage Dielectric strength Contact resistance Insulation resistance Vibration, sine Contact interruption (while vibration test) Shock, halfsine Contact interruption (while shock test) Mechanical operation (mating cycles) Insertion and withdrawal force Gauge retention force DIN EN 60068-1 test b IEC 60664 IEC 60512 test 4a IEC 60512 test 2a IEC 60512 test 3a IEC 60512 test 6d IEC 60512 test 2e IEC 60512 test 6c IEC 60512 test 2e IEC 60512 test 9a IEC 60512 test 13b IEC 60512 test 16e Pressfit Male- and Female 4-pair -55/125/56 -55/125 °C 0.5 mm The permissible operating voltages depends on the customer application and on the applicable or specified safety requirements. Insulation coordination according to IEC 60664-1 has to be regarded for the complete electrical device. Therefore, the maximum creepage and clearance distances of the mated connectors are specified for consideration as a part of the whole current path. In practice, reductions in creepage or clearance distances may occur due to the conductive pattern of the printed board or the wiring used, and have to be taken into account separately. As a result the creepage and clearance distances for the application may be reduced compared to those of the connector. contact pair - contact pair 500 V contact pair - shield 150 V contact - contact 150 V < 50 mΩ (Signal) < 15 mΩ (Shield) > 104 MΩ rms rms rms 10 – 2000 Hz 20 g < 1 µs 50 g 11 ms < 1 µs > 250 mating cycles Insertion force: max. 0.7 N/pin (Signal) max. 0.9 N/pin (Shield) Withdrawal force:min. 0.15 N/pin > 0.2 N 4Catalog E XXXXXX 09/13 Edition 4 www.erni.com ERmet ZDplus High Speed Differential Hard Metric Connector System Electrical And Mechanical Characteristics Standard Number of pins Signal transmission data Differential impedance Data rate per pair Housing materials Plastic material CTI value UL flame rating UL file Contact materials Base material Mating area Termination area LCP CTI 175 UL 94 V-0 E83005 Cu alloy no flame-retardent additives, no toxic additives, allow easy recycling E84703 IEC 112 Environment compatibility Recycling Product Approval UL/CSA Catalog E XXXXXX Pressfit Male- and Female 09/13 4-pair 100 Ω 15+ Gbit/s (with standard ERmet ZD male connector) 20+ Gbit/s (with ERmet ZDplus male connector) Gold plated Sn Edition 4 www.erni.com 5 ERmet ZDplus High Speed Differential Hard Metric Connector System Right Angle Female Connectors 4 Pair Dimensional Drawing 22,5 2,5 0,75 h g 1,5 19,4 f e 4,5 d c b a 10 1 EN-Zone für durchkontaktierte Löcher 0.46 ± 0.05 compliant zone for through hole 0.46 ± 0.05 15,7 24,95 -0,1 1,1 10,4 1,2 1,2 GND h h g GND g GND f f e GND e GND d d c GND c GND b b a GND a 27,9 ±0,1 Position 17,5 Date Code +0,2 0,9 1,6 1 18,6 16,7 21,4 -0,1 Oberfläche der Tochterplatine Top surface of daughter card Lochbild für Leiterplatte (Bestückungsseite) Board hole pattern (Component mounting side) 9 x 2,5 = (22,5) alle Löcher all holes 1) 1) 1,2 1,2 2,5 0.05 0.55 ± 0.02 Bohrdurchmesser des Loches 4,5 GND h h g GND g GND f f e GND e GND d d c GND c GND b b a GND a 1,04 1 0,9 1,1 18 0.55 ± 0.02 Diameter of drilled hole Schichtaufbau im metallisierten Loch siehe Zeichnung 384191 Metal plating of plated-through hole see drawing 384191 1 10 0.46 ± 0.05 Durchmesser des metallisierten Loches 0.46 ± 0.05 Diameter of finished plated-through hole 6Catalog E XXXXXX 09/13 Edition 4 www.erni.com ERmet ZDplus High Speed Differential Hard Metric Connector System Standard Vertical Male Connectors 4 Pair Dimensional Drawing -0,1 0,05 6,35 0,1 23,4 Date Code ERNI ) -0,1 3 ( 1,7 Löcher ø 0.6 0,2 13,4 XXXXXXX EE-Zone für durchkontaktierte ±0.05 compliant zone for through hol e ø 0.6 8 7 6 5 4 3 2 5,7 10 9 ±0.05 1 4,5 1,5 a b ab c d cd e f ef g h gh 2,5 9x2.5= 22,5 24,95 0,75 -0,1 Lochbild für Leiterplatte Board hole patter n (Bestückungsseite) (Component mounting side) 9 x 2.5 = alle Löcher - all holes ( 22.5 ) 2.5 0.05 1) 1.5 10 9 Catalog E XXXXXX 8 7 6 5 4 3 2 11x 1.5 = ( 16.5 ) Durchmesser des metallisierten Loches ø 0.6 ±0.05 Diameter of finished plated-through hole a b ab c d cd e f ef g h gh 1) ø 0.6 ±0.05 ø 0.7 ±0.02 Bohrungsdurchmesser des Loches ø 0.7 ±0.02 Diameter of drilled hole 1 09/13 Edition 4 www.erni.com 7 ERmet ZDplus High Speed Differential Hard Metric Connector System Metal Plating of Plated Through-holes Schichtaufbau im metallisierten Loch für EN-Kontakt Hole design ø0.46 of mm Metal plating plated-through hole for EN-contact Bohrungsdurchmesser des Loches Durchmesser des metallisierten Loches Diameter of finished plated-through hole Diameter of drilled hole 0,55 ±0,02 0,46 ±0,05 Restringbreite min. 0,05 Restring width max. 10 µm Sn 1) min. 25 µm Cu 1) Werden andere Oberflächentechniken, wie z.B. NiAu, chem. Sn oder Cu blank eingesetzt, sind die angegebenen Maße für Bohrungsdurchmesser, Durchmesser Schichtaufbau im metallisierten Lochund für des metallisierten Loches, Restringbreite dieEE-Kontakt Mindestschichtdicke Hole design ø0.6 mm von Cu einzuhalten. MetalEinplating of plated-thr ough hole for EE-contact mögliches Überschreiten der oberen Toleranz von Maß "Durchmesser des metallisierten Loches" wird durch eine entsprechende Cu-Schichtdicke vermieden. Bohrungsdurchmesser 0,7 Loches For other platings, such as NiAu, chem. Sn or blanc Cu the des recommended dimensions have to be respected for the diameter of drilledDiameter hole, diameter ofhole of drilled Durchmesser des plated-through hole, rest ring width and min. thickness of Cu plating. 0,05 0,6 metallisierten To keepLoches the max. tolerance for the "Diameter of finished plated-through hole" the according thickness of the Cu-plating has to be used. Diameter of finished 0,02 plated-through hole min. 0,05 für Einpresszone ERmet ZDplus for press-fit zone ERmet ZDplus Restringbreite Restring width max. 15 m min. 25 m Cu 1) Sn Werden andere Oberflächentechniken, wie z.B. NiAu, chem. Sn oder Cu blank eingesetzt, sind die angegebenen Maße für Bohrungsdurchmesser, Durchmesser des metallisierten Loches, Restringbr eite und die Mindestschichtdicke von Cu einzuhalten. Ein mögliches Überschreiten der oberen Toleranz von Maß "Durchmesser des metallisierten Loches" wird durch eine entsprechende Cu-Schichtdicke vermieden. For other platings, such as NiAu, chem. Sn or blanc Cu the ecommended r dimensions have to be respected for the diameter of drilled hole, diameter of planted-thru hole, rest ring width and min. thickness of Cu plating. To keep the max. tolerance for the "Diameter of finished plated-thru hole" the according thickness of the Cu-plating has to be used. für Einpresszone D = 0.72 8 Catalog E XXXXXX for press-fit zone D = 0.72 09/13 Edition 4 www.erni.com ERmet ZDplus High Speed Differential Hard Metric Connector System Notes Catalog E XXXXXX 09/13 Edition 4 www.erni.com 9 ERmet ZDplus High Speed Differential Hard Metric Connector System Notes 10Catalog E XXXXXX 09/13 Edition 4 www.erni.com Member www.erni.com Catalog Katalog D E XXXXXX 074518 Ausgabe 3, 03/05 09/13 www.erni.com Edition 4 11 ERNI Electronics GmbH & Co. KG Seestrasse 9 73099 Adelberg/Germany Tel +49 7166 50-0 Fax +49 7166 50-282 [email protected] Europe ERNI Electronics, Inc. 2201 Westwood Ave Richmond, VA 23230/USA Tel +1 804 228-4100 Fax +1 804 228-4099 [email protected] North America ERNI Asia Holding Pte Ltd. Blk 4008 Ang Mo Kio Avenue 10 #04-01/02 Techplace I Singapore 569625 Tel +65 6 555 5885 Fax +65 6 555 5995 [email protected] Asia South America Australia Africa Japan Canada Mexico New Zealand www.erni.com © ERNI Electronics GmbH & Co. KG 2013 • Printed in Germany. A policy of continuous improvement is followed and the right to alter any published data without notice is reserved. ERNI ®, MicroStac ®, MicroSpeed ®, MiniBridge ®, MaxiBridge ®, ERmet ®, ERmet ZD ®, ERbic ® and ERNIPRESS ® are trademarks (registered or applied for in various countries) of ERNI Electronics GmbH & Co. KG. Catalog E XXXXXX 09/13 Edition 4