What turbo should I run my [DSM]?

Quick Turbos are 18g or under. (11 - 14 sec)
Fast Turbos are 20g or larger. (11 seconds or less with Traps higher than 125)

For city in town fun, you will have the most fun with an E316G. (Has run high 11's with 122 trap)

Estimate 10 crankHP per 1lb / min of flow.  

Mitsubishi:
14b = 30 lb/min
16g = 34lb/min
Big 16g = 36lb/min
18g = 40lb/min
EVO III Big 16g = 42lb/min
20g = 44lb/min

Forced Performance:
Big28 = 37lb/min
FP2544 = 44lb/min (56trim/ dual BB)
Sleeper 16g = 44lb/min
Green = 49lb/min (50 trim)
FP49 = 49lb/min (50 trim, T31 turbine)
Red = 60lb/min (60-1 trim, dyno 520whp)
FP3052 = 52lb/min (dyno 504whp)
FP3065 = 65lb/min (dyno 585whp)
FP58 = 65lb/min (GT40 56 trim comp. wheel, .49A/R PTE, T350 turbine)

AGP:
T28 = 36lb/min (TB03 compressor)
RS43 = 43lb/min (46 trim T04E)
SS44 = 44lb/min (It is a 44lb/min but not a 48trim. It is not a GT30 at all. It's special, topsecret, Kevin)
RS49 = 49lb/min (50 trim T04E)
RS60 = 60lb/min (60-1 trim) (claimed 534whp)
RS65 = 65lb/min (56 trim GT40)

DSM Performance/Extreme Turbo:
ETA12 = 36lb/min (S-trim, ETA comp housing)
ETA32 = 48lb/min (50 trim, ETA comp housing)
ETE32 = 48lb/min (50 trim, T04E comp housing)
ETE42 = 50lb/min (60 trim, TO4E)
ETE52 = 55lb/min (60-1 trim, TO4E)
ETE53 = 55lb/min (60-1 trim, T04E)
ETE73 = 72lb/min (T66 comp wheel, T04E)

Buschur Racing:
BR-BIG28 = (claimed 350hp)
BR20G = (TD05/6 hybrid)
BR475 = (No info as of yet)
BR57 = (Garrett T3/T4)
BR500 = (claimed 504whp)
BR580 = (claimed 575whp)
BR675 = (No info as of yet)

Slowboy Racing:
SBR-M50 = 48lb/min (50 trim)
SBR-M60 = 60lb/min (60-1 trim)
SBR-GT10 = 44lb/min (48 trim, dual BB)
SBR-GT11 = (No info as of yet)
SBR-GT12 = 55lb/min (56 trim, dual BB)
SBR-GT13 = 60lb/min (60 trim, dual BB)
SBR-GT14 = 65lb/min (56 trim, dual BB)
SBR-GT35R = (No info as of yet)
SBR-GT30R = (No info as of yet)
SBR-G50 = 48lb/min (50 trim, T04E)
SBR-G57 = 55lb/min (56 trim, T04E)
SBR-60-1 = 60lb/min (60-1 trim, T04E)

Frankenstein Turbos:
Frank 1 = 46 trim, 20*clipped TD05H turbine, TD05H 7cm2 housing
Frank 2 = 46 trim, unclipped TD06 turbine, TD05H 7cm2 housing
Frank 50 = 50 trim, unclipped TD06 turbine, TD05H 7cm2 housing
Frank 3 = 54 trim, unclipped TD06 turbine, TD05H 7cm2 housing
Frank 57 = 57 trim, unclipped TD06 turbine, TD05H 7cm2 housing
Frank 4 = 60 trim, 10*clipped TD06 turbine, TD05H 7cm2 housing
Frank 5 = 60 trim, unclipped TD06H turbine, TD05H 7cm2 housing
Frank 6 = 60 trim, unclipped TD06H turbine, TD05H 8cm2 housing
Frank 7 = 60 trim, 10*clipped TD06H turbine, TD05H 8cm2 housing

The following is from the Garrett Catalog:
"R" = Ball bearing; "S" = Special

GT12 = 10lb/min (50trim, .43a/r turbine)
GT15 = 15lb/min (60trim, .35a/r turbine)
GT20 = 20lb/min (55trim, .46a/r turbine)
GT22 = 18=22lb/min (52trim, .56a/r or 60trim, .67a/r turbine)
GT25R = 22lb/min (60trim, .64a/r turbine)
GT28R =24lb/min (60trim, .64a/r turbine)
GT28RS =28lb/min (62trim, .86a/r or .64a/r turbine)
GT30R =55lb/min (56trim, 1.06a/r or .82a/r turbine)
GT32 =35lb/min (52trim, .78a/r or .69a/r turbine)
GT35 = 35lb/min (52trim, 1.18a/r turbine)
GT35R =45lb/min (56trim, 1.06a/r or .82a/r turbine)
GT37 = 36lb/min (52trim, 1.12a/r turbine)
GT40 = 65lb/min (50 or 54trim, .94a/r or 1.34a/r turbine)
GT42 = 75lb/min
GT42-1 = 85lb/min
GT42-2 = 96lb/min
GT60 = 125lb/min (56trim, 1.47a/r turbine)

The following is from Turbonetics Catalog:

On TO4E Compressor housings:
50-trim = 47lbs/min
54-trim = 45lbs/min
57-trim = 49lbs/min
60-trim = 50lbs/min
T-100 = 180lbs/min

TO4B compressor housing:
60-1 = 65lbs/min
62-1 = 70lbs/min

Holset:

HX35 Compressors: (Est: 60lb/min)
50mm / 78mm 7-blade
52mm / 78mm 7-blade
54mm / 78mm 7-blade
54mm / 83mm 8-blade
56mm / 83mm 8-blade

Turbine: 70mm / 60mm

HX40:Compressors: (Est 70lb/min)
56mm / 86mm 6-blade (cast & billet)
60mm / 86mm 6-blade (cast & billet)
60mm / 86mm 7-blade (cast & billet)
58mm / 83mm 8-blade (cast & billet)
60mm / 83mm 8-blade 

Turbine: 76mm / 64mm

Missing Holset Flow Information.
Due to various housings, this information may be hard to nail down.

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Turbine Conversion:

Mitsu = Garrett
6cm2 = .41 a/r
7cm2 = .49 a/r
8cm2 = .57 a/r
9cm2 = .65 a/r
10cm2 = .73 a/r
11cm2 = .81 a/r
12cm2 = .89 a/r