Elx Cards on MM – Cartoon Design

11 14.04.2014 NSW – MicroMegas Mechanics Meeting

Elx Cards on MM Elx Cards on MM – Cartoon Design– Cartoon DesignT. Alexopoulos, G. Iakovidis, P. Gkountoumis, E. Koulouris, V. PolychonakosT. Alexopoulos, G. Iakovidis, P. Gkountoumis, E. Koulouris, V. Polychonakos

22 14.04.2014 NSW – MicroMegas Mechanics Meeting

MMFE-8: 215x50x8.488.48 = 6(zebra) + 2.48 (PCB)

Design work based on AutoCAD Inventor 3D CAD Pro 2014

33 14.04.2014 NSW – MicroMegas Mechanics Meeting

L1DDC: 100x50x17.3517.35 = 5.35 (minSAS) + 2 (PCB) + 10 (VTRx)

44 14.04.2014 NSW – MicroMegas Mechanics Meeting

ADDC: 100x50x17.3517.3 = 5.35 (minSAS) + 2 (PCB) + 10 (VTRx)

VTRx

55 14.04.2014 NSW – MicroMegas Mechanics Meeting

FE1

FE2

FEB3

FEB4

FEB5

FEB6

• All FEBs in a plane can run @ 160 Mbps

• All FEBs in a plane can run @ 320 Mbps

• All SCAs run @ 80 Mbps

@ 160 Mbps

@ 160 Mbps

@ 160 Mbps

Power consumption– GBTx: 2.2W + GBLD: 0.325W + GBTIA: 0.25W = 2.92 W– If we add LDOs, translators = 3.3 W– For 4GBTs/Module (sum 640GBTs )=> 2.1 kW– For 8GBTs/Muodule (sum 1024GBTs )=> 3.4 kW

– 640 GBTs = 256(MM)+384(sTGC) --- TDR– 1024 GBTs = 512(MM)+512(sTGC)

SCA1

SCA8

… @ 80 Mbps

@ 160 MbpsFEB7

FEB8

01.04.2014 5

66 14.04.2014 NSW – MicroMegas Mechanics Meeting 6

MM1

MM2

MMFEB

ADDC

L1DDC

16 FEB, 2 L1DDC, 4 ADDC per layer64 FEB, 8 L1DDC, 16 ADDC per wedge128 FEB, 16 L1DDC, 32 ADDC per sector

4096 FEB, 512 L1DDC, 1024 ADDC for NSW

x16x16

x16x16

MM1

MM2

x16x16

x16x16

sector

Quadruplet

77 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM2

LM1

L1DDC x2

L1DDC x2

ADDC x2

ADDC x2

ADDC x2

ADDC x2

L1DDC x2

L1DDC x2

ADDC x2

ADDC x2

ADDC x2

ADDC x2

88 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM2

LM1

99 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM2

LM2

MMFE-8L1DDC

1010 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM2

LM2

MMFE-8

ADDC

ADDC

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

ADDC

ADDC

L1DDC

L1DDC

MMFE-8

MMFE-8

1111 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM2

ADDCADDCL1DDC

L1DDC

L1DDC

L1DDC

MMFE-8

MMFE-8

MMFE-8

1212 14.04.2014 NSW – MicroMegas Mechanics Meeting

1313 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM2LM1

1414 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM2

MMFE-8

ADDC

ADDC

L1DDC

MMFE-8

MMFE-8

L1DDC

1515 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM2

LM1

ADDC ADDC

ADDC

ADDCL1DDCL1DDC

L1DDCL1DDC

MMFE-8

MMFE-8

MMFE-8MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

1616 14.04.2014 NSW – MicroMegas Mechanics Meeting

MMFE-8

L1DDC

MMFE-8

MMFE-8

MMFE-8

L1DDC

L1DDC

L1DDC

MMFE-8

1717 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM1LM2

MMFE-8

MMFE-8

MMFE-8

MMFE-8

MMFE-8

1818 14.04.2014 NSW – MicroMegas Mechanics Meeting

LM1

MMFE-8

MMFE-8

1919 14.04.2014 NSW – MicroMegas Mechanics Meeting

MMFE-8

MMFE-8

L1DDC L1DDC

2020 14.04.2014 NSW – MicroMegas Mechanics Meeting

L1DDC L1DDC MMFE-8

MMFE-8

MMFE-8

MMFE-8

2121 14.04.2014 NSW – MicroMegas Mechanics Meeting

L1DDC

MMFE-8

MMFE-8

2222 14.04.2014 NSW – MicroMegas Mechanics Meeting

SM1 side”wall” buffer zone Geometry : nholes = 12. Mixed diameters (Model E-like).

OUTLEOUTLETT

INLETINLET

0.5

4x0.75

4x0.75

1x1.00

1x1.00

0.5

2323 14.04.2014 NSW – MicroMegas Mechanics Meeting

Plus center hole

Air

Ar:CO2