Morning (PDT) all,

 

I have decided to include all four packages for each tech level instead of the items that my efforts failed to match because of a small rounding difference that in my summary I felt weren’t enough of an issue. After some thought though I decided that all my work needs to to reviewed for accuracy.

 

TL-10 Standard Basic Sensor System:

1x TL 10 Active EMS 300 km (USD A0)

Processor

     Volume (m^3): (Processor) 3 m^3 = 3/14 m^3 = 0.2143 Tons displacement (Td)

     Power (MW): (Processor) Volume 3 x 5 = 15.0000 MW

     Cost (MCr): (Processor) Volume 3 x 2 = MCr6.0000

Antenna

     Area (m^2): (Processor) Volume 3 x 2 = 6.0000 m^2

 

1x TL 10 Passive EMS 60,000 km (USD P2)

Fixed Antenna Diameter (m): 5 m

Min Length (m): 5 m

 

Processor

     Volume (m^3): (Processor) 1.5 m^3 = 1.5/14 m^3 = 0.1071 Tons displacement (Td)

     Power (MW): (Processor) Volume 3 x 0.1 = 0.1500 MW

     Cost (MCr): (Processor) Volume 1.5 x 2 = MCr3.0000

Antenna

     Area (m^2): (Antenna) TL-10 Modifier 1 x  (Antenna) Base Area 8 = 8.0000 m^2

     Volume (m^3): (Antenna) Fixed Modifier 0.05 x (Antenna) Area 8 = 0.4000 m^3 = 0.4000 / 14 = 0.0286 Td

     Cost (MCr): (Antenna) Volume 0.40000 x 1 = MCr0.4000

 

1x TL-10 Passive EMS 60,000 km (USD P2) Sensor suite

     Min Length (m): 2.5 m

     Volume (m^3): (Processor) 1.5 + (Antenna) 0.4000 = 1.9 m^3 = 1.9 /14 = 0.1367 Td

     Power (MW): (Processor) 0.1500 MW

     Cost (MCr): (Processor) 3.0000 + (Antenna) 0.4000 = MCr3.4000

     Area (m^2): (Antenna) 8.000m^2

 

Folding Antenna Diameter (m): 2.5 m

Min Length (m): 2.5 m

 

Processor

     Volume (m^3): (Processor) 1.5 m^3 = 1.5/14 m^3 = 0.1071 Tons displacement (Td)

     Power (MW): (Processor) Volume 3 x 0.1 = 0.1500 MW

     Cost (MCr): (Processor) Volume 1.5 x 2 = MCr3.0000

Antenna

     Area (m^2): (Antenna) TL-10 Modifier 1 x  (Antenna) Base Area 8 = 8.0000 m^2

     Volume (m^3): (Antenna) Fixed Modifier 0.1 x (Antenna) Area 8 = 0.8000 m^3 = 0.8000/ 14 = 0.0571 Td

     Cost (MCr): (Antenna) Volume 0.80000 x 1 = MCr0.8000

Processor

     Volume (m^3): (Processor) 3 m^3 = 3/14 m^3 = 0.2143 Tons displacement (Td)

     Power (MW): (Processor) Volume 3 x 5 = 15.0000 MW

     Cost (MCr): (Processor) Volume 3 x 2 = MCr6.0000

Antenna

     Area (m^2): (Processor) Volume 3 x 2 = 6.0000 m^2

 

1x TL-10 Passive EMS 60,000 km (USD P2) Sensor suite

     Min Length (m): 2.5 m

     Volume (m^3): (Processor) 1.5 + (Antenna) 0.8000 = 2.3 m^3 = 2.3/14 = 0.1357 Td

     Power (MW): (Processor) 0.1500 MW

     Cost (MCr): (Processor) 3.0000 + (Antenna) 0.8000 = MCr3.8000

     Area (m^2): (Antenna) 8.000 m^2

 

0x TL-0 Active EMS Jammers 0 km (USD J0)

Processor

     Volume (m^3): (Processor) 0 m^3 = 0/14 m^3 = 0.2143 Tons displacement (Td)

     Power (MW): (Processor) Volume 3 x 5 = 15.0000 MW

     Cost (MCr): (Processor) Volume 3 x 2 = MCr6.0000

Antenna

     Area (m^2): (Processor) Volume 3 x 2 = 6.0000 m^2

 

1x TL-Basic Sensor System with a fixed antenna

     Min Length: 5 m

     Volume (m^3): (AEMS) 3.000 + (PEMS) 1.9000 = 4.9 m^3

     Volume (Td): (AEMS) 0.2143 + (PEMS) 0.1357 = 0.3500 = 0.4 Td

     Power (MW): (AEMS) 15.0000 + (PEMS) 0.15 = 15.15 = 15.2 MW

     Cost (MCr): (AEMS) 6.0000 + (PEMS) 3.4000 = MCr9.4000

     Area (m^2): (AEMS) 6.0000 + (PEMS) 8.0000 = 14.0000 = 14.0 m^2

     Crew: (AEMS = 1 + PEMS = 1) x 0.45 = 2 x 0.45 = 0.90 = 0.9

     USD: A0 P2 J0

 

1x TL-Basic Sensor System with a folding antenna

     Min Length: 5 m

     Volume (m^3): (AEMS) 3.000 + (PEMS) 2.3000 = 5.3 m^3

     Volume (Td): (AEMS) 0.2143 + (PEMS) 0.1642 = 0.3785 = 0.4 Td

     Power (MW): (AEMS) 15.0000 + (PEMS) 0.15 = 15.15 = 15.2 MW

     Cost (MCr): (AEMS) 6.0000 + (PEMS) 3.8000 = MCr9.8000

     Area (m^2): (AEMS) 6.0000 + (PEMS) 8.0000 = 14.0000 = 14.0 m^2

     Crew: (AEMS = 1 + PEMS = 1) x 0.45 = 2 x 0.45 = 0.90 = 0.9

     USD: A0 P2 J0

 

There a 0.1 difference in the Volume between my work and the listed value in the T4 QSDS 1.5e Standard Sensor Systems Table on p. 10. The difference is caused by rounding of the AEMS and PEMS tons of displacement.

 

The next update will be the TL-10 Improved package which I’ll post on 4/26/15 about this time.

 

Off-Topic: To all the veterans, serving military, their families, to those who have paid dearly while serving their country I wish to thank-you for your service on this Memorial Day.

 

Thomas M. Rux STS1(SS) USN ret. (a.k.a Tom Rux)