103CPCR308

103CPCR308 ELMA | Alldatasheet

Document overview

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• PDF pages: 5

Technical content

Features

• Conforms to PICMG basic specifi cation 2.0 R3.0
• Conforms to PICMG Hot Swap specifi cation 2.1 R2.0
• Versions conforming to PICMG H.110 Computer Telephony specifi cation 2.5 R1.0
• Right or left justifi ed system slot
• 47-pin Positronic power supply connectors – vertically mounted in 3U, 6U versions and horizontally mounted in 9U versions
• Virtually zero crosstalk
• Logical slot #1 (system controller) is right justifi ed Close-up of Power Studs Mechanical Specifi cations
• 3U - 8 slots
• 6U - 8, 14, 16 slots
• 9U - 2, 4, 6, 8 slots
• 64-bit (32-bit capable) Board Specifi cations
• 8-layer board (12-layer for H.110)
• 2 oz. copper power and ground
• PCB UL recognized 94V-0
• PCB FR-4 or equivalent
• PCB .125” thick (.132” thick for H.110)

EasyPlug™ CompactPCI Backplane Line Drawing ORDER INFORMATION Slots Height Width Description Part Number 8 3U 7.999 in. One 47-pin, vertical, right justi fi ed 103CPCR308 8 6U 8.000 in. One 47-pin, vertical, right justi fi ed 103CPCR608 14 6U 15.967 in. Three 47-pin, vertical, right justi fi ed 103CPCI614 14 6U 15.967 in. Three 47-pin, vertical, H.110, right justi fi ed 103CTEL614 16 6U 15.967 in. Two 47-pin, vertical, left justi fi ed 103CPCL616 16 6U 15.967 in. Two 47-pin, vertical, H.110, left justi fi ed 103CTEL616 2 9U 1.670 in. One 47-pin, horizontal, left justi fi ed 103CPCI902 2 9U 1.670 in. One 47-pin, horizontal, H.110, left justi fi ed 103CTEL902 4 9U 3.180 in. Two 47-pin, horizontal, left justi fi ed 103CPCI904 4 9U 3.180 in. Two 47-pin, horizontal, H.110, left justi fi ed 103CTEL904 6 9U 4.700 in. Two 47-pin, horizontal, left justi fi ed 103CPCI906 6 9U 4.700 in. Two 47-pin, horizontal, H.110, left justi fi ed 103CTEL906 8 9U 6.380 in. Three 47-pin, horizontal, left justi fi ed 103CPCI908 8 9U 6.380 in. Three 47-pin, horizontal, H.110 left justi fi ed 103CTEL908 15.323 15.445 0.000 0.361 0.000 5.600 6.000

EasyPlug™ CompactPCI Backplane Common Confi guration Examples -21XX -21XXR -3157 -3157R -1157 -1157R -7157 -7157R (Example: 103CPCI902-3157) Product CPCI = CPCI Backplane, 64 Bit CTEL = H.110 compatible, 64 Bit CPCR, CTER = 64 Bit, system slot right CPCL = 64 Bit, system slot left CP3R, CT3R = 32 Bit, system slot right CP3L, CT3L = 32 Bit, system slot left Form 3 = 3U height 6 = 6U height 7 = 7U height 9 = 9U height Slots 1-21 Configuration Power Interface 0 = Power taps with 6-32 screws 1 = 3 Positronic connectors for 6U power supplies 2* = 6-32 nuts and fastons for +12V, -12V 3 = 1 Positronic connector for 3U power supply 4 = 2 Positronic connectors for 3U power supplies 5 = 3 Positronic connectors for 6U power supplies 6 = 1 Positronic connector for 6U power supply 7# = 2 Positronic connectors for 6U power supplies 8 = 4 Positronic connectors for 3U power supplies 9 = Custom (9XXX sequential numbers) X = Not applicable Connectors for P1 & P2 0 = P1 short, P2 long 1 = P1 short, P2 short 2 = P1 short, No P2 X = Not applicable Connectors for P3, P4 & P5 0 = Not applicable 1 = Not applicable 2 = Not applicable 3 = P3 long type AB, P4 tye A long all slots, P5 long type AB for CTEL 4 = P3 long type AB, P4 short (slot 1 long), P5 long type AB for CTEL 5 = P3 & P5 long type AB, P4 long type A X = Not applicable Shrouds 0 = P2 only 1 = Not applicable 2 = Not applicable 3 = Not applicable 4 = Not applicable 5 = P2 if long tail, P4 type A all slots, P3 & P5 type AB for CTEL 6 = P2 if long tail, P4 slot 1 type A, P3 & P5 type AB for CTEL 7 = P2 if long tail, P4 type A , P3 & P5 type AB X = Not applicable RoHS R = RoHS compliant 103 -_ _ _ _ _Configuration Product Form Slots * This is the only power interface for 3U backplanes # Standard configuration for 16 slot backplanes

EasyPlug™ CompactPCI Backplane Two 2 oz. copper voltage planes allow us to maximize power distribution while they act as virtual ground planes for the signals in order to minimize noise and crosstalk. There is also a full VI/O plane. We use stripline construction to assure the highest possible performance. By exclusively utili zing stripline construction, we eliminate a signifi cant source of EMI/RFI radiation and give all the signals similar characteristic impedances, virtually identical propagation d elays, and minimal signal skew. All these items allow for signifi cantly higher data transfer rates, as signal skew factors into the data transfer rate calculations four times. User Manual for Bridgeable Backplanes Background CompactPCI bridging was developed to circumvent the 9-load limitation on 8-slot boards. The CPU board generates two loads and t he I/O boards generate one load each. The bridgeboards put an extra load on a slot; therefore, the segments are limited to seven loads. Bridgeboards provide up to 256 CompactPCI segments in a system. The segment containing the CPU board is called the primary or upstream segment. The segment on the other side of the bridgeboard is called the secondary or downstream segment. Installation 14-slot cPCI: The bridgeboard is installed on the rear side of the backplane, covering slots 5 through 8. Place the unit on slo t 5 rP1 and rP2 and slot 8 rP1 and rP2. 16-slot cPCI: The bridgeboard is installed on the rear side of the backplane, covering slots 4 through 9. Place the unit on slot 4 rP1 and rP2 and slot 9 rP1 and rP2. Notes JP1 - - JP1 is the jumper for +5V operation and JP2 for +3.3V operation. Bridge 32-bit, 64-bit

33 Mhz

PCB height 95.10 mm PCB width 78.96 mm PCB thickness 2.70 mm The bridge is 4 slots wide and covers P1 and P2 on the rear of the backplane. On the 14-slot backplane, it plugs into rear slot 5 and slot 8. With Bridge Without Bridge H9 IDSEL2-1 SYSEN2-2 REQ_P, GNT_P, CLK_P this jumper is mounted this jumper is mounted this jumper is left blank this jumper is left blank this jumper is mounted this jumper is left blank this jumper is mounted this jumper is left blank

EasyPlug™ CompactPCI Backplane Design Elements Power Distribution The Elma Bustronic EasyPlug CPCI backplane series features the 47-pin Positronic power connector. The 3U and 6U cPCI versions are standardly with the power connectors in a vertically oriented position. The 9U cPCI are standardly with the power connectors in a horizontally oriented position. Signal Layout The Elma Bustronic design conforms to the PICMG basic specifi cation 2.0 R3.0 and basic Hot Swap specifi cations Switching specifi cations. A minimum stub length is utilized in routing and interconnecting to the signal traces. Our design techniques avoid crosstalk and noise caused by inadequate ground and power. Jumpering Jumpers can be installed to close a circuit. The backplane has labeled areas for jumper installation. The following applies to all of Elma Bustronic’s CompactPCI and H.110 backplanes in 2-8 slot sizes. Con fi gurations with 2-5 slots have an addition jumper consideration, the M66EN# jumper. 64-EN# Jumper If the jumper is installed, 64-EN# P2-B5 (see Hot Swap speci fi cation, PICMG 2.1) is ground, and 64-bit boards will initialize for 64-bit operation. If the jumper is not installed, 64-EN# isopen, and 64-bit boards will initialize for 32-bit operation. 2-5 Slot Backplane Only M66EN# Jumper If the jumper is installed M66EN# P1-D21 is ground and the backplane operates in 33MHz mode. If the jumper is not installed M66EN# is bussed and the backplane operates in 66MHz mode.Related Products from Elma Electronic:

• System Platforms – need a chassis for your backplane?
• cPCI Embedded Computing Products – SBCs, Switches, Storage, and More Did you know we also offer with this cPCI backplane?
• cPCI Extenders, load boards, RTMs, test modules
• Customization, integration