OT805_IT640

Simulation settings

Integrated luminosity: 4000 fb^-1
Dose and irradiation map names:
1MeVneq_CMS_Phase2_HGCalMod_pp_7TeV_FLUKA_v3.7.20.0_pixel.map,
1MeVneq_CMS_Phase2_HGCalMod_pp_7TeV_FLUKA_v3.7.20.0.map,
Dose_CMS_pp_Phase2_7TeVperbeam_FLUKA_v3.7.23.0_pixel.map,
Dose_CMS_pp_Phase2_7TeVperbeam_FLUKA_v3.7.23.0.map,
Note: The NIEL(irrad) and TID(dose) total radiation is computed for each module at the 4 corners of the module, and at the central point of each side.
The average value is computed for each module, and the highest of thse is reported under "Max. module irrad(dose)", while the 95-th percentile is reported under "95% module irrad(dose)"
The dose (NIEL or TID) values are obtained from a linear interpolation of the nearest points in the (r,z) plane in the radiation map quoted here above.If more than one map covers the same point, the one with the finer grid is used (typically, the Inner Tracker is covered by a finer grid).
Note: the total integrated luminosity used here (4000 fb^-1) is used for scaling, but it is not necessarily the most up-to-date estimate.
Note: the estimate of bias current is based on a linear scaling: all relevant parameters are under the info tab

Irradiation summary per module type

Type	# mods	Max. module irrad (avg) [Hb]	95% module irrad (avg) [Hb]	z_max [mm]	r_max [mm]
1.6 mm ptPS Flat Barrel	826	7.98e+14	7.93e+14	-134.73	346.75
1.8 mm pt2S Endcap	2768	3.97e+14	3.78e+14	-2239.44	767.75
1.8 mm pt2S Flat Barrel	4416	3.72e+14	3.65e+14	932.39	668.27
2.6 mm ptPS Flat Barrel	126	1.39e+15	1.39e+15	42.93	217.55
2.6 mm ptPS Tilted Barrel	1336	1.16e+15	1.08e+15	267.99	252.00
4.0 mm pt2S Endcap	424	5.08e+14	5.08e+14	-2642.84	664.90
4.0 mm ptPS Endcap	2720	1.17e+15	1.02e+15	-2673.30	354.78
4.0 mm ptPS Tilted Barrel	584	1.18e+15	1.18e+15	-315.18	249.00

Dose summary per module type

Type	# mods	Max. module dose (avg) [Gy]	95% module dose (avg) [Gy]	z_max [mm]	r_max [mm]
1.6 mm ptPS Flat Barrel	826	3.60e+05	3.50e+05	-44.91	346.75
1.8 mm pt2S Endcap	2768	1.02e+05	9.80e+04	-1541.74	689.39
1.8 mm pt2S Flat Barrel	4416	1.01e+05	9.65e+04	1123.96	668.28
2.6 mm ptPS Flat Barrel	126	7.35e+05	7.35e+05	-42.93	217.55
2.6 mm ptPS Tilted Barrel	1336	5.88e+05	5.26e+05	217.12	252.00
4.0 mm pt2S Endcap	424	1.26e+05	1.26e+05	2642.84	664.90
4.0 mm ptPS Endcap	2720	6.67e+05	4.89e+05	1526.69	259.78
4.0 mm ptPS Tilted Barrel	584	7.85e+05	7.68e+05	1004.20	250.50

Chip power consumption per module type

	pt2S	ptPS
Totap power [mW]	4700	6300
Power per module [mW]	4700	6300
Power per channel in sensor 1 [mW]	0	0
Power per channel in sensor 2 [mW]	0	0

Power in irradiated sensors (TB2S, inner radius rods)

Values in table represent the mean value per module with fully irradiated sensors [W]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12
1	0.836	0.841	0.833	0.830	0.837	0.839	0.842	0.846	0.853	0.856	0.858	0.855
2	0.663	0.665	0.658	0.660	0.667	0.666	0.669	0.674	0.677	0.682	0.684	0.684
3	0.550	0.551	0.550	0.555	0.557	0.559	0.565	0.569	0.574	0.581	0.580	0.580

Power in irradiated sensors (TB2S, outer radius rods)

Values in table represent the mean value per module with fully irradiated sensors [W]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12
1	0.793	0.795	0.788	0.785	0.788	0.790	0.795	0.800	0.802	0.809	0.806	0.810
2	0.642	0.640	0.639	0.638	0.643	0.646	0.652	0.654	0.660	0.662	0.663	0.659
3	0.542	0.542	0.545	0.546	0.546	0.548	0.556	0.558	0.561	0.566	0.571	0.570

Power in irradiated sensors (TBPS, inner radius rods)

Values in table represent the mean value per module with fully irradiated sensors [W]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20
1	1.545	1.575	1.543	1.573	1.307	1.307	1.314	1.343	1.341	1.336	1.327	1.318	1.315	1.316	1.326	1.298
2	0.890	0.899	0.890	0.905	0.891	0.907	0.820	0.815	0.817	0.826	0.823	0.821	0.819	0.815	0.821	0.820	0.819	0.819
3	0.576	0.587	0.581	0.589	0.577	0.589	0.576	0.582	0.544	0.549	0.542	0.546	0.546	0.544	0.550	0.553	0.549	0.552	0.554	0.555

Power in irradiated sensors (TBPS, outer radius rods)

Values in table represent the mean value per module with fully irradiated sensors [W]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20
1	1.307	1.364	1.314	1.363	1.223	1.232	1.229	1.261	1.260	1.255	1.250	1.268	1.265	1.266	1.269	1.250
2	0.806	0.821	0.810	0.824	0.805	0.820	0.779	0.779	0.779	0.797	0.801	0.799	0.795	0.801	0.803	0.806	0.807	0.800
3	0.539	0.550	0.542	0.551	0.541	0.551	0.538	0.545	0.527	0.528	0.531	0.529	0.530	0.530	0.538	0.540	0.540	0.541	0.544	0.547

Power in irradiated sensors (TEDD_1)

Values in table represent the mean value per module with fully irradiated sensors [W]

Ring → Disk ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15
1	1.213	1.007	0.896	0.768	0.707	0.622	0.586	0.528	0.499	0.453	0.848	0.749	0.694	0.632	0.605
2	1.241	1.018	0.904	0.781	0.715	0.633	0.598	0.539	0.512	0.467	0.873	0.772	0.712	0.645	0.615

Power in irradiated sensors (TEDD_2)

Values in table represent the mean value per module with fully irradiated sensors [W]

Ring → Disk ↓	4	5	6	7	8	9	10	11	12	13	14	15
1	0.914	0.817	0.723	0.665	0.611	0.569	0.523	0.959	0.841	0.765	0.688	0.641
2	1.011	0.909	0.817	0.745	0.690	0.640	0.589	1.067	0.915	0.818	0.719	0.663
3	1.316	1.154	1.003	0.895	0.802	0.730	0.661	1.170	0.977	0.859	0.737	0.674

Niel fluence on sensors (TB2S, inner radius rods)

Values in table represent the mean value per module with fully irradiated sensors [1-MeV-n-eq×cm^-2]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12
1	3.61e+14	3.62e+14	3.59e+14	3.58e+14	3.61e+14	3.62e+14	3.63e+14	3.65e+14	3.68e+14	3.69e+14	3.70e+14	3.68e+14
2	2.86e+14	2.87e+14	2.84e+14	2.84e+14	2.87e+14	2.87e+14	2.88e+14	2.91e+14	2.92e+14	2.94e+14	2.95e+14	2.95e+14
3	2.37e+14	2.38e+14	2.37e+14	2.39e+14	2.40e+14	2.41e+14	2.44e+14	2.45e+14	2.47e+14	2.51e+14	2.50e+14	2.50e+14

Niel fluence on sensors (TB2S, outer radius rods)

Values in table represent the mean value per module with fully irradiated sensors [1-MeV-n-eq×cm^-2]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12
1	3.42e+14	3.43e+14	3.40e+14	3.39e+14	3.40e+14	3.41e+14	3.43e+14	3.45e+14	3.46e+14	3.49e+14	3.48e+14	3.49e+14
2	2.77e+14	2.76e+14	2.75e+14	2.75e+14	2.77e+14	2.79e+14	2.81e+14	2.82e+14	2.85e+14	2.85e+14	2.86e+14	2.84e+14
3	2.34e+14	2.33e+14	2.35e+14	2.35e+14	2.35e+14	2.36e+14	2.40e+14	2.40e+14	2.42e+14	2.44e+14	2.46e+14	2.46e+14

Niel fluence on sensors (TBPS, inner radius rods)

Values in table represent the mean value per module with fully irradiated sensors [1-MeV-n-eq×cm^-2]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20
1	1.36e+15	1.38e+15	1.36e+15	1.38e+15	1.15e+15	1.15e+15	1.16e+15	1.18e+15	1.18e+15	1.17e+15	1.17e+15	1.16e+15	1.16e+15	1.16e+15	1.17e+15	1.14e+15
2	7.82e+14	7.90e+14	7.82e+14	7.96e+14	7.83e+14	7.97e+14	7.21e+14	7.16e+14	7.18e+14	7.26e+14	7.24e+14	7.22e+14	7.20e+14	7.17e+14	7.21e+14	7.20e+14	7.20e+14	7.20e+14
3	5.06e+14	5.16e+14	5.11e+14	5.18e+14	5.07e+14	5.18e+14	5.07e+14	5.12e+14	4.78e+14	4.83e+14	4.77e+14	4.80e+14	4.80e+14	4.79e+14	4.83e+14	4.86e+14	4.83e+14	4.85e+14	4.87e+14	4.88e+14

Niel fluence on sensors (TBPS, outer radius rods)

Values in table represent the mean value per module with fully irradiated sensors [1-MeV-n-eq×cm^-2]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20
1	1.15e+15	1.20e+15	1.15e+15	1.20e+15	1.07e+15	1.08e+15	1.08e+15	1.11e+15	1.11e+15	1.10e+15	1.10e+15	1.11e+15	1.11e+15	1.11e+15	1.12e+15	1.10e+15
2	7.08e+14	7.22e+14	7.12e+14	7.24e+14	7.08e+14	7.21e+14	6.85e+14	6.85e+14	6.84e+14	7.00e+14	7.04e+14	7.03e+14	6.99e+14	7.04e+14	7.06e+14	7.09e+14	7.10e+14	7.03e+14
3	4.74e+14	4.83e+14	4.76e+14	4.84e+14	4.76e+14	4.84e+14	4.73e+14	4.79e+14	4.64e+14	4.64e+14	4.66e+14	4.65e+14	4.66e+14	4.66e+14	4.73e+14	4.74e+14	4.74e+14	4.75e+14	4.78e+14	4.81e+14

Niel fluence on sensors (TEDD_1)

Values in table represent the mean value per module with fully irradiated sensors [1-MeV-n-eq×cm^-2]

Ring → Disk ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15
1	1.07e+15	8.85e+14	7.88e+14	6.75e+14	6.21e+14	5.47e+14	5.15e+14	4.64e+14	4.38e+14	3.98e+14	3.66e+14	3.23e+14	2.99e+14	2.72e+14	2.61e+14
2	1.09e+15	8.95e+14	7.95e+14	6.87e+14	6.28e+14	5.56e+14	5.25e+14	4.74e+14	4.50e+14	4.10e+14	3.76e+14	3.33e+14	3.07e+14	2.78e+14	2.65e+14

Niel fluence on sensors (TEDD_2)

Values in table represent the mean value per module with fully irradiated sensors [1-MeV-n-eq×cm^-2]

Ring → Disk ↓	4	5	6	7	8	9	10	11	12	13	14	15
1	8.04e+14	7.18e+14	6.36e+14	5.85e+14	5.37e+14	5.01e+14	4.60e+14	4.13e+14	3.62e+14	3.30e+14	2.97e+14	2.76e+14
2	8.89e+14	7.99e+14	7.19e+14	6.55e+14	6.06e+14	5.63e+14	5.17e+14	4.60e+14	3.95e+14	3.53e+14	3.10e+14	2.86e+14
3	1.16e+15	1.01e+15	8.82e+14	7.87e+14	7.05e+14	6.42e+14	5.81e+14	5.04e+14	4.21e+14	3.70e+14	3.18e+14	2.90e+14

Dose on sensors (TB2S, inner radius rods)

Values in table represent the mean value per module with fully irradiated sensors [Gy]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12
1	9.25e+04	9.15e+04	9.15e+04	9.20e+04	9.30e+04	9.48e+04	9.65e+04	9.59e+04	9.68e+04	9.86e+04	9.99e+04	1.00e+05
2	4.90e+04	4.80e+04	4.86e+04	5.01e+04	4.95e+04	5.05e+04	5.03e+04	5.07e+04	5.22e+04	5.20e+04	5.20e+04	5.39e+04
3	2.71e+04	2.80e+04	2.73e+04	2.88e+04	2.85e+04	2.76e+04	2.73e+04	2.77e+04	2.84e+04	2.82e+04	2.86e+04	2.89e+04

Dose on sensors (TB2S, outer radius rods)

Values in table represent the mean value per module with fully irradiated sensors [Gy]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12
1	8.22e+04	8.30e+04	8.31e+04	8.39e+04	8.36e+04	8.52e+04	8.64e+04	8.72e+04	8.79e+04	8.94e+04	9.16e+04	8.93e+04
2	4.90e+04	4.75e+04	4.80e+04	4.75e+04	4.77e+04	4.80e+04	4.81e+04	4.84e+04	4.87e+04	5.00e+04	5.07e+04	5.01e+04
3	2.28e+04	2.31e+04	2.33e+04	2.35e+04	2.46e+04	2.39e+04	2.50e+04	2.51e+04	2.45e+04	2.51e+04	2.53e+04	2.59e+04

Dose on sensors (TBPS, inner radius rods)

Values in table represent the mean value per module with fully irradiated sensors [Gy]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20
1	7.22e+05	7.26e+05	7.11e+05	7.16e+05	5.80e+05	5.79e+05	5.75e+05	6.34e+05	6.48e+05	6.57e+05	6.80e+05	7.21e+05	7.34e+05	7.68e+05	7.84e+05	6.96e+05
2	3.47e+05	3.55e+05	3.45e+05	3.44e+05	3.47e+05	3.47e+05	3.13e+05	3.15e+05	3.21e+05	3.18e+05	3.23e+05	3.23e+05	3.31e+05	3.44e+05	3.38e+05	3.40e+05	3.49e+05	3.60e+05
3	1.83e+05	1.79e+05	1.86e+05	1.84e+05	1.87e+05	1.83e+05	1.83e+05	1.82e+05	1.69e+05	1.70e+05	1.74e+05	1.71e+05	1.76e+05	1.76e+05	1.77e+05	1.79e+05	1.82e+05	1.84e+05	1.86e+05	1.89e+05

Dose on sensors (TBPS, outer radius rods)

Values in table represent the mean value per module with fully irradiated sensors [Gy]

Ring → Layer ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18	19	20
1	5.65e+05	6.06e+05	5.76e+05	6.12e+05	5.24e+05	5.24e+05	5.21e+05	5.70e+05	5.64e+05	5.61e+05	5.87e+05	6.38e+05	6.52e+05	6.81e+05	6.91e+05	6.67e+05
2	2.96e+05	3.13e+05	2.96e+05	3.17e+05	2.97e+05	3.14e+05	2.88e+05	2.86e+05	2.89e+05	3.05e+05	3.07e+05	3.08e+05	3.19e+05	3.50e+05	3.58e+05	3.58e+05	3.70e+05	3.52e+05
3	1.59e+05	1.68e+05	1.61e+05	1.71e+05	1.63e+05	1.68e+05	1.61e+05	1.68e+05	1.58e+05	1.60e+05	1.61e+05	1.61e+05	1.63e+05	1.67e+05	1.75e+05	1.81e+05	1.79e+05	1.82e+05	1.86e+05	1.81e+05

Dose on sensors (TEDD_1)

Values in table represent the mean value per module with fully irradiated sensors [Gy]

Ring → Disk ↓	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15
1	6.48e+05	4.88e+05	4.19e+05	3.24e+05	2.80e+05	2.27e+05	2.19e+05	1.64e+05	1.45e+05	1.16e+05	9.69e+04	6.70e+04	5.50e+04	3.86e+04	3.20e+04
2	6.60e+05	5.01e+05	4.34e+05	3.40e+05	2.88e+05	2.37e+05	2.16e+05	1.70e+05	1.49e+05	1.21e+05	1.00e+05	7.06e+04	5.71e+04	4.04e+04	3.40e+04

Dose on sensors (TEDD_2)

Values in table represent the mean value per module with fully irradiated sensors [Gy]

Ring → Disk ↓	4	5	6	7	8	9	10	11	12	13	14	15
1	4.21e+05	3.56e+05	2.75e+05	2.44e+05	2.05e+05	1.77e+05	1.42e+05	1.15e+05	7.98e+04	6.31e+04	4.47e+04	3.51e+04
2	4.45e+05	3.75e+05	2.94e+05	2.58e+05	2.16e+05	1.88e+05	1.49e+05	1.20e+05	8.40e+04	6.45e+04	4.69e+04	3.72e+04
3	4.67e+05	3.94e+05	3.07e+05	2.67e+05	2.26e+05	1.93e+05	1.55e+05	1.24e+05	8.87e+04	6.81e+04	4.88e+04	3.93e+04

Power maps

Power dissipation in irradiated sensors (due to leakage current) (average per module) (W)

Total power dissipation in irradiated modules (W)

layouts