TESS Interface v61 Bring-Up Procedure.xlsx


1				TESS Interface Board v6.1 Bring-Up Procedure
2		Unit Under Test (Must be Interface Board version 6.1):				Notes in red must be addressed before this procedure can be considered ready.
3		P/N:	Serial Number:			Need expected values for most steps.
4		Test Engineer:
5	Step	Test Description	Expected Value	Measured Value	Accepted	Notes	Initials	Date

6		BEFORE POWER UP:
7	1	Verify work area is ESD safe.
8	2	Photograph assembly, both sides. Store photo in sheet 5 of this spreadsheet (Assembly Photos (5).
9	3	Weigh assembly. Note any non-flight configurations here.
10	4	Note test equipment P/N's and S/N's (e.g. DMMs, oscilloscopes, thermal imaging unit, power supplies).
11	5	Perform visual inspection under stereo microscope. Check for workmanship and mechanical damage.	No mechanical damage. Workmanship to IPC standard (TBD).
12	6	Verify no missing components.	None found.
13	7	Verify any DNP/DNI parts are not installed.	C102, C103, C88, U88, R80 through R84, and R73.
14	8	(Deleted)
15	9	Verify correct orientation of all components (chips, diodes, polarized capacitors, etc.)	All polarized components and chips are in correct orientation.
16	10	Verify chips installed are the correct parts. If specified in the design, verify date codes for relevant components.	All parts are correct type.
17	11	Inspect connectors for damage, misalignment, bent pins.	None.
18	12	(Deleted)
19	13	Install required test headers and note locations.
20		With power OFF and no external connections to PCB, measure resistance on all power lines. All measurements referenced to circuit GND unless otherwise noted.
21	14	GND, multiple locations	<=0.1 Ohms			Multiple locations on J5 (stack connector); one side of all C3's, C28's, and C30's.
22	15	+5V	>2M Ohm			Js:180
23	16	+15V	>2M Ohm			Js:176
24	17	-12V	5.9k Ohm			Js:178
25	18	+1.8F	1.644k Ohm			C19
26	19	+1F	275.5 Ohms			C11
27	20	+2.5V	40.5k Ohm			AP/R12
28	21	+3.3B	1.9M Ohm			U12:2 to U12:5
29	22	+3.3Dac	11.0k Ohm			X1_X10_R1.1
30	23	+3.3F	548.7 Ohms			C48
31		With power OFF, measure resistance of all connector pins to circuit GND.
32	24	GND pins	0 +/- 0.1 Ohms			See Data Tables, Table 2
33	25	Signal pins	R values match reference set			See Data Tables, Table 2
34	26	No-connect pins	Open circuit			See Data Tables, Table 2
35	27	(Deleted)
36		PREP FOR POWER ON TESTS
37	28	Verify work area is ESD safe
38	29	Put test setup in documented configuration. This will include an Observatory Simulator (DHU Emulator, or "Blue Box") connected to a GSE computer running CentOS 6. Attach figure and photograph setup.
39	30	Verify necessary software is loaded on GSE computer.
40		POWER ON TESTS
41	31	If testing flight hardware, verify any required connector savers are installed.	None required for rev 6.1 (non-flight)
42	32	Attach power and data cables from Observatory Simulator to UUT.
43	33	Turn ON Observatory Simulator (rear panel power switch first, then right-hand front panel switch to right-most position).
44	34	Inspect PCB with thermal imaging unit to check for abnormally hot spots.	Normal heating profile			Compare to Reference Thermal Images (sheet 3).
45	35	Record all supply currents and voltages in Data Table 1 (sheet 2). Verify voltages and currents are within 1% of expected vales.	See Table 1, sheet 2.			% tolerance needs to be verified. Use Blue Box outputs for current measurements. Scale factor = 1V/amp.
46	36	Power OFF.
47
48		Measure voltage on all open connector pins with power ON
49	37	Observatory Simulator ON. Verify nominal supply currents.	400 mA on +5V, 10-20 mA on +15/-12V
50	38	GND pins	0 +/- 0.01V
51	39	Signal pins	Voltages match reference set.			Document full set of voltage measurements for one (verified good) PCB. Compare other boards to this set.
52	40	No-connect pins	0 +/- 0.00 V
53	41	Power OFF.
54		Test programming of FPGA.				NOTE: Files which must be up to date: FPE_Wrapper.bin, and Artix_FPE_MemConfig_tmp.xls. Compile memory data from spreadsheet by running ./exceltobin_tmp.py (in memfiles/scripts). This generates 7 .asc and 7 .bin files used by ./LoadFPE, and must be run before ./LoadFPE.sh.
55	42	Observatory Simulator ON. Verify nominal supply currents.				Blue Box outputs at 1V/amp
56	43	On GSE computer, open a terminal window and type "rlwrap nc -u 192.168.100.1 5555". This will be referred to as the "NC window". Hit "return" twice to get prompt.	Prompt "FPE1>" should be displayed.
57	44	In NC terminal window, type "cam_status".	Terminal should return 0x00e0000d or 0x00e0000e.
58	45	Open a second terminal window, and navigate to /observatorysimulator/examples
59	46	In second terminal window, type "./LoadFPE.sh"	Both windows should display status messages confirming successful loading of FPGA software and program memories.
60	47	In second terminal window, navigate to /opt/Data/TESS/FPE6.1.				use /tmp instead?
61	48	Create a new directory with today's date as the name. Name format should be YYYYMMDD, as in 20150810 for Aug 10th, 2015.
62	49	Create a readme file in this new directory, describing today's tests.
63	50	In the NC window, type "cam_start_frames".	Frame data should be displayed.
64	51	In the second terminal window, type "tess_obssim" to start catching frames.
65	52	Examine frame using ds9 software.	Similar to Reference Raw Image, sheet 4.
66	53	In second terminal window, type "readHK >hkdata.txt" to capture only housekeeping data and capture it in a file named hkdata.txt.	File includes only HK data.
67	54	Compare data in hkdata.txt to reference set in sheet 6, Housekeeping Data.	Data matches reference set within TBD% tolerance.
68	55	Power OFF
69
70
71
72
73


1
2	STEP 35, TABLE 1: POWER SUPPLY VOLTAGES AND CURRENTS
3		+5V	+15V	-12V	+1.8F	+1F	+2.5F	+3.3B	+3.3Dac	+3.3F
4	Measurement location:	J5:180	J5:176	J5:178	C19	C11	AP/R12	U12:2 to U12:5	X1_X10_R1.1	C48
5	Voltage
6	Expected Values	5.00	15.00	-12.00	1.80	1.00	2.50	3.30	3.30	3.3
7	Error	-100.00%	-100.00%	-100.00%	-100.00%	-100.00%	-100.00%	-100.00%	-100.00%	-100.00%
8
9	Current				N/A	N/A	N/A	N/A	N/A	N/A
10	Expected Values	0.348	0.109	0.101	N/A	N/A	N/A	N/A	N/A	N/A
11	Error	-100.00%	-100.00%	-100.00%
12
13
14	STEP 25, TABLE 2a:				STEPS 38-40, TABLE 3
15	Resistance (power off, no external connections, wait time 30 sec or less for capacitive charging)				Voltage Measurements, power ON, power and data cables to Obs Sim.
16	All resistances referenced to J5 pin 1 (meter COM = pin 1)				All voltages referenced to power connector pin 1 (COM = pin 1)
17	J5, Pin #	Signal Name	Expected Value (Ohms, +/-10%)	Measured Value (Ohms)	Expected Value (Volts, +/- 5%)	Measured Value (Volts)
18	1	GND	0
19	2	SDO-A-1	1.8 M
20	3	GND	0.2
21	4	SDO-B-1	1.8 M
22	5	GND	0.2
23	6	SDO-C-1	1.8 M
24	7	GND	0.2
25	8	SDO-D-1	1.8 M
26	9	GND	0.2
27	10	SCK	1.8 M
28	11	GND	0.2
29	12	CNV	1.8 M
30	13	GND	0.2
31	14	INT	1.8 M
32	15	GND	0.2
33	16	DEINT	1.8 M
34	17	GND	0.2
35	18	CLAMP	1.8 M
36	19	GND	0.2
37	20	CWCLK	1.8 M
38	21	GND	0.2
39	22	DD	1.8 M
40	23	GND	0.2
41	24	DCK	1.8 M
42	25	GND	0.2
43	26	SP1OR	1.8 M
44	27	GND	0.2
45	28	SP2OR	1.8 M
46	29	GND	0.2
47	30	SP3OR	1.8 M
48	31	GND	0.2
49	32	SRG	1.8 M
50	33	GND	0.2
51	34	SID	1.8 M
52	35	GND	0.2
53	36	SP1U	1.8 M
54	37	GND	0.2
55	38	SP2U	248.9 K
56	39	GND	0.2
57	40	SP3U	1.8 M
58	41	GND	0.2
59	42	_DS96_	1.8 M
60	43	GND	0.2
61	44	SDO-A-2	1.8 M
62	45	GND	0.2
63	46	SDO-B-2	1.8 M
64	47	GND	0.2
65	48	SDO-C-2	1.8 M
66	49	GND	0.2
67	50	SDO-D-2	1.8 M
68	51	P1-FS-1	>5.4M
69	52	P2-FS-1	>22M
70	53	P3-FS-1	23.4M
71	54	P3-OR-1	7.7M
72	55	P2-OR-1	7.94M
73	56	P1-OR-1	7.94M
74	57	RG-1	8.46M
75	58	P1-IA-1	>22M
76	59	P2-IA-1	>24M
77	60	P3-IA-1	24.1M
78	61	P1-U-1	8.1M
79	62	P2-U-1	8.0M
80	63	P3-U-1	8.06M
81	64	ID-1	8.4M
82	65	SP1-IA-1	1.8 M
83	66	SP2-IA-1	1.8 M
84	67	SP3-IA-1	1.8 M
85	68	SP1-FS-1	1.8 M
86	69	SP2-FS-1	1.8 M
87	70	SP3-FS-1	1.8 M
88	71	HK0	1.8 M
89	72	HK8	1.8 M
90	73	HK16	1.8 M
91	74	HK24	1.8 M
92	75	HK32	1.8M
93	76	HK40	1.8 M
94	77	HK48	1.8 M
95	78	HK56	1.8 M
96	79	HK64	1.8 M
97	80	HK72	1.8 M
98	81	SP1-IA-2	1.8 M
99	82	SP2-IA-2	1.8 M
100	83	SP3-IA-2	1.8 M
101	84	SP1-FS-2	1.8 M
102	85	SP2-FS-2	1.8 M
103	86	SP3-FS-2	1.8 M
104	87	P1-FS-2	8.5M
105	88	P2-FS-2	11.1M
106	89	P3-FS-2	11.7M
107	90	P3-OR-2	2.8M
108	91	P2-OR-2	2.8M
109	92	P1-OR-2	2.8M
110	93	RG-2	1.3M
111	94	P1-IA-2	9.8M
112	95	P2-IA-2	11.6M
113	96	P3-IA-2	11.7M
114	97	P1-U-2	2.85M
115	98	P2-U-2	2.86M
116	99	P3-U-2	2.83M
117	100	ID-2	1.5M
118	101	ID-4	OL
119	102	P3-U-4	OL
120	103	P2-U-4	OL
121	104	P1-U-4	OL
122	105	P3-IA-4	OL
123	106	P2-IA-4	OL
124	107	P1-IA-4	OL
125	108	RG-4	OL
126	109	P1-OR-4	OL
127	110	P2-OR-4	OL
128	111	P3-OR-4	OL
129	112	P3-FS-4	OL
130	113	P2-FS-4	OL
131	114	P1-FS-4	OL
132	115	SP3-FS-4	1.7M
133	116	SP2-FS-4	1.6M
134	117	SP1-FS-4	1.7M
135	118	SP3-IA-4	1.7M
136	119	SP2-IA-4	1.7M
137	120	SP1-IA-4	1.7M
138	121	HK80	1.7M
139	122	HK88	1.7M
140	123	HK96	1.75M
141	124	HK104	1.75M
142	125	HK112	1.7M
143	126	HK120	1.77M
144	127	HKA0	1.73M
145	128	HKA1	1.76M
146	129	HKA2	1.75M
147	130	HKCOM	349K
148	131	SP3-FS-3	1.6M
149	132	SP2-FS-3	1.7M
150	133	SP1-FS-3	1.7M
151	134	SP3-IA-3	1.7M
152	135	SP2-IA-3	1.7M
153	136	SP1-IA-3	1.7M
154	137	ID-3	OL
155	138	P3-U-3	OL
156	139	P2-U-3	OL
157	140	P1-U-3	OL
158	141	P3-IA-3	OL
159	142	P2-IA-3	OL
160	143	P1-IA-3	OL
161	144	RG-3	OL
162	145	P1-OR-3	OL
163	146	P2-OR-3	OL
164	147	P3-OR-3	OL
165	148	P3-FS-3	OL
166	149	P2-FS-3	OL
167	150	P1-FS-3	OL
168	151	GND	0.2
169	152	SDO-D-4	1.5M
170	153	GND	0.2
171	154	SDO-C-4	1.5M
172	155	GND	0.2
173	156	SDO-B-4	1.5M
174	157	GND	0.2
175	158	SDO-A-4	1.5M
176	159	GND	0.2
177	160	_DS0_	1.7M
178	161	GND	0.5
179	162	_DS8_	1.7M
180	163	GND	0.2
181	164	_DS16_	1.7M
182	165	GND	0.2
183	166	_DS24_	1.7M
184	167	GND	0.2
185	168	_DS32_	1.7M
186	169	GND	0.2
187	170	_DS40_	1.7M
188	171	GND	0.2
189	172		OL
190	173	GND	0.2
191	174	RTDCOM	3.9M
192	175	GND	0.2
193	176	15	>2M
194	177	GND	0.2
195	178	-12	5.9K
196	179	GND	0.2
197	180	5	>2M
198	181	GND	0.2
199	182	_DS48_	1.7M
200	183	GND	0.2
201	184	_DS56_	1.7M
202	185	GND	0.2
203	186	_DS64_	1.7M
204	187	GND	0.2
205	188	_DS72_	1.7M
206	189	GND	0.2
207	190	_DS80_	1.7M
208	191	GND	0.2
209	192	_DS88_	1.7M
210	193	GND	0.2
211	194	SDO-D-3	1.7M
212	195	GND	0.2
213	196	SDO-C-3	1.7M
214	197	GND	0.2
215	198	SDO-B-3	1.7M
216	199	GND	0.2
217	200	SDO-A-3	1.7M
218
219	STEP 25, TABLE 2b:
220	Resistance (power off, no external connections, wait time 10 sec or less for capacitive charging)
221	All resistances referenced to J8 pin 1 (meter COM = pin 1)
222	J6, Pin #	Signal Name	Expected Value (Ohms, +/-10%)	Measured Value (Ohms)
223	1	D422_IN_P	OL
224	2	C422_IN_P	OL
225	3	GND	0.1
226	4	/DATA-B_BUF	7.45K
227	5	/DATA-A_BUF	7.45K
228	6	D422_IN_N	OL
229	7	C422_IN_N	OL
230	8	DATA-B_BUF	7.45K
231	9	DATA-A_BUF	7.45K
232
233	STEP 25, TABLE 2c:
234	Resistance (power off, no external connections, wait time 10 sec or less for capacitive charging)
235	All resistances referenced to J8 pin 1 (meter COM = pin 1)
236	J7, Pin #	Signal Name	Expected Value (Ohms, +/-10%)	Measured Value (Ohms)
237	1	GND	0.1
238	2	+15V_IN	>3.5M
239	3	+5V_IN	2M
240	4	-12V_IN	5.86K
241	5	GND	0.1
242	6	N/C	OL
243	7	+15V_IN	>4M
244	8	+5V_IN	2M
245	9	-12V_IN	5.86K
246
247
248


1


1


1	Housekeeping Data
2	REFERENCE VALUES (from IB sn03, 9/10/15, "readHK" command)	Captured Data for this UUT	Reference signal names, cam_hsk command
3	image 0 125956343.240028 125956345.607440 125956343.240031 2.367412 2.367409
4	HK index 0, raw 0x0000, 0		[(0, 'ccd1_output_gate'),
5	HK index 1, raw 0x0017, 23		(1, 'ccd1_input_gate_1'),
6	HK index 2, raw 0x0004, 4		(2, 'ccd1_input_gate_2'),
7	HK index 3, raw 0x0006, 6		(3, 'ccd1_scupper'),
8	HK index 4, raw 0x0007, 7		(4, 'ccd1_reset_drain'),
9	HK index 5, raw 0x0005, 5		(5, 'ccd1_backside'),
10	HK index 6, raw 0x0004, 4		(6, 'ccd1_substrate'),
11	HK index 7, raw 0x0005, 5		(7, 'ccd1_board_temperature'),
12	HK index 8, raw 0x0006, 6		(8, 'ccd1_output_drain_a'),
13	HK index 9, raw 0x0005, 5		(9, 'ccd1_output_drain_b'),
14	HK index 10, raw 0x0006, 6		(10, 'ccd1_output_drain_c'),
15	HK index 11, raw 0x0007, 7		(11, 'ccd1_output_drain_d'),
16	HK index 12, raw 0x0007, 7		(12, 'ccd1_output_source_a'),
17	HK index 13, raw 0x0005, 5		(13, 'ccd1_output_source_b'),
18	HK index 14, raw 0x0005, 5		(14, 'ccd1_output_source_c'),
19	HK index 15, raw 0x0005, 5		(15, 'ccd1_output_source_d'),
20	HK index 16, raw 0x0004, 4		(16, 'ccd2_output_gate'),
21	HK index 17, raw 0x0007, 7		(17, 'ccd2_input_gate_1'),
22	HK index 18, raw 0x0004, 4		(18, 'ccd2_input_gate_2'),
23	HK index 19, raw 0x0005, 5		(19, 'ccd2_scupper'),
24	HK index 20, raw 0x0006, 6		(20, 'ccd2_reset_drain'),
25	HK index 21, raw 0x0004, 4		(21, 'ccd2_backside'),
26	HK index 22, raw 0x0006, 6		(22, 'ccd2_substrate'),
27	HK index 23, raw 0x0005, 5		(23, 'ccd2_board_temperature'),
28	HK index 24, raw 0x0005, 5		(24, 'ccd2_output_drain_a'),
29	HK index 25, raw 0x0005, 5		(25, 'ccd2_output_drain_b'),
30	HK index 26, raw 0x0005, 5		(26, 'ccd2_output_drain_c'),
31	HK index 27, raw 0x0005, 5		(27, 'ccd2_output_drain_d'),
32	HK index 28, raw 0x0006, 6		(28, 'ccd2_output_source_a'),
33	HK index 29, raw 0x0005, 5		(29, 'ccd2_output_source_b'),
34	HK index 30, raw 0x0004, 4		(30, 'ccd2_output_source_c'),
35	HK index 31, raw 0x0005, 5		(31, 'ccd2_output_source_d'),
36	HK index 32, raw 0x0005, 5		(32, 'ccd3_output_gate'),
37	HK index 33, raw 0x0006, 6		(33, 'ccd3_input_gate_1'),
38	HK index 34, raw 0x1388, 5000		(34, 'ccd3_input_gate_2'),
39	HK index 35, raw 0x0010, 16		(35, 'ccd3_scupper'),
40	HK index 36, raw 0x0020, 32		(36, 'ccd3_reset_drain'),
41	HK index 37, raw 0x0080, 128		(37, 'ccd3_backside'),
42	HK index 38, raw 0x0000, 0		(38, 'ccd3_substrate'),
43	HK index 39, raw 0x0001, 1		(39, 'ccd3_board_temperature'),
44	HK index 40, raw 0x0000, 0		(40, 'ccd3_output_drain_a'),
45	HK index 41, raw 0x0000, 0		(41, 'ccd3_output_drain_b'),
46	HK index 42, raw 0x0000, 0		(42, 'ccd3_output_drain_c'),
47	HK index 43, raw 0x0041, 65		(43, 'ccd3_output_drain_d'),
48	HK index 44, raw 0x0000, 0		(44, 'ccd3_output_source_a'),
49	HK index 45, raw 0x0000, 0		(45, 'ccd3_output_source_b'),
50	HK index 46, raw 0x0000, 0		(46, 'ccd3_output_source_c'),
51	HK index 47, raw 0x0000, 0		(47, 'ccd3_output_source_d'),
52	HK index 48, raw 0x0000, 0		(48, 'ccd4_output_gate'),
53	HK index 49, raw 0x0000, 0		(49, 'ccd4_input_gate_1'),
54	HK index 50, raw 0x0000, 0		(50, 'ccd4_input_gate_2'),
55	HK index 51, raw 0x0000, 0		(51, 'ccd4_scupper'),
56	HK index 52, raw 0x0000, 0		(52, 'ccd4_reset_drain'),
57	HK index 53, raw 0x0000, 0		(53, 'ccd4_backside'),
58	HK index 54, raw 0x0000, 0		(54, 'ccd4_substrate'),
59	HK index 55, raw 0x0000, 0		(55, 'ccd4_board_temperature'),
60	HK index 56, raw 0x0000, 0		(56, 'ccd4_output_drain_a'),
61	HK index 57, raw 0x0000, 0		(57, 'ccd4_output_drain_b'),
62	HK index 58, raw 0x0000, 0		(58, 'ccd4_output_drain_c'),
63	HK index 59, raw 0x0000, 0		(59, 'ccd4_output_drain_d'),
64	HK index 60, raw 0x0000, 0		(60, 'ccd4_output_source_a'),
65	HK index 61, raw 0x0000, 0		(61, 'ccd4_output_source_b'),
66	HK index 62, raw 0x0000, 0		(62, 'ccd4_output_source_c'),
67	HK index 63, raw 0x0000, 0		(63, 'ccd4_output_source_d'),
68	HK index 64, raw 0x0020, 32		(64, 'ccd1_parallel_high'),
69	HK index 65, raw 0x0017, 23		(65, 'ccd1_parallel_low'),
70	HK index 66, raw 0x0005, 5		(66, 'ccd1_serial_high'),
71	HK index 67, raw 0x0005, 5		(67, 'ccd1_serial_low'),
72	HK index 68, raw 0x0005, 5		(68, 'ccd1_reset_high'),
73	HK index 69, raw 0x0007, 7		(69, 'ccd1_reset_low'),
74	HK index 70, raw 0x0005, 5		(70, 'ccd1_input_diode_high'),
75	HK index 71, raw 0x0006, 6		(71, 'ccd1_input_diode_low'),
76	HK index 72, raw 0x0006, 6		(72, 'ccd2_parallel_high'),
77	HK index 73, raw 0x0007, 7		(73, 'ccd2_parallel_low'),
78	HK index 74, raw 0x0005, 5		(74, 'ccd2_serial_high'),
79	HK index 75, raw 0x0005, 5		(75, 'ccd2_serial_low'),
80	HK index 76, raw 0x0005, 5		(76, 'ccd2_reset_high'),
81	HK index 77, raw 0x0006, 6		(77, 'ccd2_reset_low'),
82	HK index 78, raw 0x0006, 6		(78, 'ccd2_input_diode_high'),
83	HK index 79, raw 0x0004, 4		(79, 'ccd2_input_diode_low'),
84	HK index 80, raw 0x0006, 6		(80, 'ccd3_parallel_high'),
85	HK index 81, raw 0x0005, 5		(81, 'ccd3_parallel_low'),
86	HK index 82, raw 0x0005, 5		(82, 'ccd3_serial_high'),
87	HK index 83, raw 0x0005, 5		(83, 'ccd3_serial_low'),
88	HK index 84, raw 0x0006, 6		(84, 'ccd3_reset_high'),
89	HK index 85, raw 0x0006, 6		(85, 'ccd3_reset_low'),
90	HK index 86, raw 0x0005, 5		(86, 'ccd3_input_diode_high'),
91	HK index 87, raw 0x0005, 5		(87, 'ccd3_input_diode_low'),
92	HK index 88, raw 0x0006, 6		(88, 'ccd4_parallel_high'),
93	HK index 89, raw 0x0006, 6		(89, 'ccd4_parallel_low'),
94	HK index 90, raw 0x0007, 7		(90, 'ccd4_serial_high'),
95	HK index 91, raw 0x0006, 6		(91, 'ccd4_serial_low'),
96	HK index 92, raw 0x0005, 5		(92, 'ccd4_reset_high'),
97	HK index 93, raw 0x0005, 5		(93, 'ccd4_reset_low'),
98	HK index 94, raw 0x0004, 4		(94, 'ccd4_input_diode_high'),
99	HK index 95, raw 0x0006, 6		(95, 'ccd4_input_diode_low'),
100	HK index 96, raw 0x0006, 6		(96, 'heater_1_current'),
101	HK index 97, raw 0x0006, 6		(97, 'heater_2_current'),
102	HK index 98, raw 0x1388, 5000		(98, 'heater_3_current'),
103	HK index 99, raw 0x0010, 16		(99, None),
104	HK index 100, raw 0x0020, 32		(100, None),
105	HK index 101, raw 0x0080, 128		(101, None),
106	HK index 102, raw 0x0000, 0		(102, None),
107	HK index 103, raw 0x0001, 1		(103, None),
108	HK index 104, raw 0x0000, 0		(104, None),
109	HK index 105, raw 0x0000, 0		(105, '+15'),
110	HK index 106, raw 0x0000, 0		(106, '+5'),
111	HK index 107, raw 0x0042, 66		(107, '-12'),
112	HK index 108, raw 0x0000, 0		(108, '+3.3f'),
113	HK index 109, raw 0x0000, 0		(109, '+2.5f'),
114	HK index 110, raw 0x0000, 0		(110, '+1.8f'),
115	HK index 111, raw 0x0000, 0		(111, '+1f'),
116	HK index 112, raw 0x0000, 0		(112, 'pt1000_sensor_1'),
117	HK index 113, raw 0x0000, 0		(113, 'pt1000_sensor_2'),
118	HK index 114, raw 0x0000, 0		(114, 'pt1000_sensor_3'),
119	HK index 115, raw 0x0000, 0		(115, 'pt1000_sensor_4'),
120	HK index 116, raw 0x0000, 0		(116, 'pt1000_sensor_5'),
121	HK index 117, raw 0x0000, 0		(117, 'pt1000_sensor_6'),
122	HK index 118, raw 0x0000, 0		(118, 'pt1000_sensor_7'),
123	HK index 119, raw 0x0000, 0		(119, 'pt1000_sensor_8'),
124	HK index 120, raw 0x0000, 0		(120, 'pt1000_sensor_9'),
125	HK index 121, raw 0x0000, 0		(121, 'pt1000_sensor_10'),
126	HK index 122, raw 0x0000, 0		(122, 'pt1000_sensor_11'),
127	HK index 123, raw 0x0000, 0		(123, 'pt1000_sensor_12'),
128	HK index 124, raw 0x0000, 0		(124, 'alcu_sensor_ccd1'),
129	HK index 125, raw 0x0000, 0		(125, 'alcu_sensor_ccd2'),
130	HK index 126, raw 0x0000, 0		(126, 'alcu_sensor_ccd3'),
131	HK index 127, raw 0x0000, 0		(127, 'alcu_sensor_ccd4')]
132	HK index 128, raw 0x0040, 64		(126, 'alcu_sensor_ccd3'),
133	HK index 129, raw 0x0017, 23		(127, 'alcu_sensor_ccd4')]
134	HK index 130, raw 0x3dda, 15834
135	HK index 131, raw 0xf119, -3815
136	HK index 132, raw 0x1fbf, 8127
137	HK index 133, raw 0xe167, -7833
138	HK index 134, raw 0x17af, 6063
139	HK index 135, raw 0xd164, -11932
140	HK index 136, raw 0xa2ff, -23809
141	HK index 137, raw 0xa32d, -23763
142	HK index 138, raw 0x3dbb, 15803
143	HK index 139, raw 0xf0ff, -3841
144	HK index 140, raw 0x1f89, 8073
145	HK index 141, raw 0xe15e, -7842
146	HK index 142, raw 0x1996, 6550
147	HK index 143, raw 0xd331, -11471
148	HK index 144, raw 0xa388, -23672
149	HK index 145, raw 0xa33a, -23750
150	HK index 146, raw 0x0005, 5
151	HK index 147, raw 0x0004, 4
152	HK index 148, raw 0x0006, 6
153	HK index 149, raw 0x0003, 3
154	HK index 150, raw 0x0005, 5
155	HK index 151, raw 0x0005, 5
156	HK index 152, raw 0x0004, 4
157	HK index 153, raw 0x0004, 4
158	HK index 154, raw 0x0004, 4
159	HK index 155, raw 0x0005, 5
160	HK index 156, raw 0x0005, 5
161	HK index 157, raw 0x0006, 6
162	HK index 158, raw 0x0006, 6
163	HK index 159, raw 0x0006, 6
164	HK index 160, raw 0x0004, 4
165	HK index 161, raw 0x0007, 7
166	HK index 162, raw 0x1388, 5000
167	HK index 163, raw 0x0010, 16
168	HK index 164, raw 0x0020, 32
169	HK index 165, raw 0x0080, 128
170	HK index 166, raw 0x0000, 0
171	HK index 167, raw 0x0001, 1
172	HK index 168, raw 0x0000, 0
173	HK index 169, raw 0x0000, 0
174	HK index 170, raw 0x0000, 0
175	HK index 171, raw 0x0043, 67
176	HK index 172, raw 0x0000, 0
177	HK index 173, raw 0x0000, 0
178	HK index 174, raw 0x0000, 0
179	HK index 175, raw 0x0000, 0
180	HK index 176, raw 0x0000, 0
181	HK index 177, raw 0x0000, 0
182	HK index 178, raw 0x0000, 0
183	HK index 179, raw 0x0000, 0
184	HK index 180, raw 0x0000, 0
185	HK index 181, raw 0x0000, 0
186	HK index 182, raw 0x0000, 0
187	HK index 183, raw 0x0000, 0
188	HK index 184, raw 0x0000, 0
189	HK index 185, raw 0x0000, 0
190	HK index 186, raw 0x0000, 0
191	HK index 187, raw 0x0000, 0
192	HK index 188, raw 0x0000, 0
193	HK index 189, raw 0x0000, 0
194	HK index 190, raw 0x0000, 0
195	HK index 191, raw 0x0000, 0
196	HK index 192, raw 0x0060, 96
197	HK index 193, raw 0x0017, 23
198	HK index 194, raw 0x0004, 4
199	HK index 195, raw 0x0004, 4
200	HK index 196, raw 0xd99a, -9830
201	HK index 197, raw 0x8bac, -29780
202	HK index 198, raw 0xe637, -6601
203	HK index 199, raw 0x5da8, 23976
204	HK index 200, raw 0xf208, -3576
205	HK index 201, raw 0xec9a, -4966
206	HK index 202, raw 0x7fff, 32767
207	HK index 203, raw 0xf851, -1967
208	HK index 204, raw 0x7fff, 32767
209	HK index 205, raw 0x7fff, 32767
210	HK index 206, raw 0x7fff, 32767
211	HK index 207, raw 0x7fff, 32767
212	HK index 208, raw 0x7fff, 32767
213	HK index 209, raw 0x7fff, 32767
214	HK index 210, raw 0x7fff, 32767
215	HK index 211, raw 0x7fff, 32767
216	HK index 212, raw 0x7fff, 32767
217	HK index 213, raw 0x7fff, 32767
218	HK index 214, raw 0x7fff, 32767
219	HK index 215, raw 0x7fff, 32767
220	HK index 216, raw 0x7fff, 32767
221	HK index 217, raw 0x7fff, 32767
222	HK index 218, raw 0x0009, 9
223	HK index 219, raw 0x7fff, 32767
224	HK index 220, raw 0x0005, 5
225	HK index 221, raw 0x0006, 6
226	HK index 222, raw 0x0006, 6
227	HK index 223, raw 0x0004, 4
228	HK index 224, raw 0x0004, 4
229	HK index 225, raw 0x0005, 5
230	HK index 226, raw 0x1388, 5000
231	HK index 227, raw 0x0010, 16
232	HK index 228, raw 0x0020, 32
233	HK index 229, raw 0x0080, 128
234	HK index 230, raw 0x0000, 0
235	HK index 231, raw 0x0001, 1
236	HK index 232, raw 0x0000, 0
237	HK index 233, raw 0x0000, 0
238	HK index 234, raw 0x0000, 0
239	HK index 235, raw 0x0044, 68
240	HK index 236, raw 0x0000, 0
241	HK index 237, raw 0x0000, 0
242	HK index 238, raw 0x0000, 0
243	HK index 239, raw 0x0000, 0
244	HK index 240, raw 0x0000, 0
245	HK index 241, raw 0x0000, 0
246	HK index 242, raw 0x0000, 0
247	HK index 243, raw 0x0000, 0
248	HK index 244, raw 0x0000, 0
249	HK index 245, raw 0x0000, 0
250	HK index 246, raw 0x0000, 0
251	HK index 247, raw 0x0000, 0
252	HK index 248, raw 0x0000, 0
253	HK index 249, raw 0x0000, 0
254	HK index 250, raw 0x0000, 0
255	HK index 251, raw 0x0000, 0
256	HK index 252, raw 0x0000, 0
257	HK index 253, raw 0x0000, 0
258	HK index 254, raw 0x0000, 0
259	HK index 255, raw 0x0000, 0


1		REFERENCE IMAGES	CAPTURED IMAGES, THIS UUT
2
3
4	Front (IB 6.1, sn 01)
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
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29	Front, close-up (IB 6.1, sn 01)
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36
37
38
39
40
41
42
43
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46
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56
57	Rear, IB 6.1, sn 01
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