Testing Of Steorn Ocube by E-catworld.com (Frank Acland)

Source Thread 1: http://www.e-catworld.com/2016/02/12/ecw-orbo-o-cube-testing-week-1-feb-9/

Source Thread 2: http://www.e-catworld.com/2016/02/15/ecw-orbo-o-cube-testing-week-2-feb-15-post-questions-for-steorn-here/ 

Source Thread 3: http://www.e-catworld.com/2016/02/24/ecw-ocube-testing-week-3-thread/ 

Source Thread 4: http://www.e-catworld.com/2016/02/29/ecw-orbo-testing-thread-week-4-new-power-pack-arrives/ 

Source Thread 5: http://www.e-catworld.com/2016/03/13/ecw-orbo-week-6-testing-thread-new-life-from-power-pack-new-testing-approach/ 

Source Thread 6: http://www.e-catworld.com/2016/03/29/ecw-orbo-testing-week-8-orbo-cell-now-behaving-according-to-steorns-claims/ 

  1. Miscellaneous Testing/Details

-Dimensions and weight:

Weight for this ocube unit: 1101 g.

Weight without backplate: 853 g.

Size: The circumference is 420 mm.

From the top of the skull to the bottom of the chin is 144 mm.

From ear to ear is 118 mm.

Depth is 39 mm.

Thickness of top casing is 3 mm.

-Post at 9:49 p.m. Sat Feb 13:

Backplate and main casing appear to be non-magnetic.

-Post at 8:01 a.m. Sun Feb 14:

The capacitors/batteries/?, each is 45 mm long and the one on the left is 15 mm wide. (Figure 5)

-Sun Feb 14:

Video by Steorn showing Ocube internals: https://www.facebook.com/thebatteryisdead/videos/10153531949942672/ 

-Post at 8:14 a.m. Mon Feb 15:

Based on testing and Steorn’s video, a putative circuit diagram has been drawn up by Dieter_G and Rob King, and supported by other commenters (Figure 6, revised Feb 17 by Rob King based on official dialog with Shaun from Steorn).

-Mon Feb 29:

An Orbo core used in the Ophone (without all the extraneous circuitry) arrived, sent by Steorn due to difficulties with the Ocube. The size of the potted section of the pack is 38 x 98 x 13 mm. The weight of the pack, including the 9 Volt battery, is 98.8 grams.

Video showing Orbo core: https://www.youtube.com/watch?v=53PXOCbkMQw 

-Sunday Mar 13:

Possible circuit diagram of Ophone Orbo core posted by FC (Figure 9).

  1. Ocube USB Testing

-Mon Feb 8:

Ocube unit (Figure 1) arrived in mail. Stated by Steorn to lack Li-ion battery, but contain 5F capacitor. Capable of keeping a small array of 3 LEDs  and power monitor lit for ~2 hours (Figure 2) (half that time may have been 1.5 W LED lamp (Figure 3)). Capable of lighting again after unknown length of charging time.

-Tue Feb 9:

Attempt to charge mobile devices unsuccessful. Ocube continues to light LEDs after charge period, but no longer for hour lengths.

Test Video: https://www.youtube.com/watch?v=Iefq_Sd4Pf0

Timestamp 1:05-1:08: 1.5 W LED light time ~3 sec

Timestamp 3:36-3:37: 1.5 W LED light time ~1 - 1.5 sec

-Wed Feb 10:

Attempt to use PortaPow Premium USB power monitor unsuccessful, apparently due to not being able to trigger USB port. LEDs light up as previously (1- 1.5 sec). USB port shut off under ~4 V, full testing of stored energy not possible through USB.

-Thu Feb 11:

Test Video 1, post at 8:49 a.m.: https://www.youtube.com/watch?v=VfmxUqPVxzg 

        Timestamp 0:13-0:15: 1.5 W LED and power monitor light time  ~1 - 1.5 sec

Test Video 2: https://www.youtube.com/watch?v=6qW2Dcl4yQc 

        9:35 a.m., Timestamp 0:30-0:31: 1.5 W LED and power monitor light time  ~1 sec

        10:05 a.m., Timestamp 0:39-0:40: 1.5 W LED and power monitor light time  ~1 sec

        10:35 a.m., Timestamp 0:53-1:00: 1.5 W LED and power monitor light time 0 sec

        11:04 a.m., Timestamp 1:10-1:11: 1.5 W LED and power monitor light time  ~1 sec

        11:35 a.m., Timestamp 1:39-1:44: 1.5 W LED and power monitor light time 0 sec

Test Video 3: https://www.youtube.com/watch?v=TaZB4-6NkEQ 

        2:22 p.m., Timestamp 0:24-0:29: 3 LED lights and power monitor light time ~5.5 - 6 sec

        

Test Video 4: https://www.youtube.com/watch?v=oORXJ5xpyTM 

3:22 p.m., Timestamp 0:05-0:09: 3 LED lights and power monitor light time 0 sec

4:19 p.m., Timestamp 0:17-0:21: 3 LED lights and power monitor light time ~4.5 sec

-Fri Feb 12:

Test Video 1, post at 12:18 p.m.: https://www.youtube.com/watch?v=IDDn_AmJRDA

Note: These tests involve sticking a USB powered device into the Ocube and then rapidly removing it in ~1 second, followed by viewing the blue LED inside the USB port of the Ocube.

        Timestamp 0:12-0:28: Internal blue LED light time ~16 sec

Test Video 2, post at 12:18 p.m.: https://www.youtube.com/watch?v=8BtmLZoSpZ4 

        Timestamp 0:03-0:19: Internal blue LED light time ~16 sec

        Timestamp 0:23-0:38: Internal blue LED light time ~15 sec

        Timestamp 0:42-0:57: Internal blue LED light time ~15 sec

        Timestamp 1:00-1:16: Internal blue LED light time ~16 sec

        Timestamp 1:21-1:26: Internal blue LED light time 0 sec

Test Video 3: https://www.youtube.com/watch?v=I4-bnpd727I 

        12:24 p.m., Timestamp 0:05-0:21: Internal blue LED light time ~16 sec

        12:29 p.m., Timestamp 0:27-0:43: Internal blue LED light time ~16 sec

        12:39 p.m., Timestamp 0:46-1:02: Internal blue LED light time ~16 sec

        12:55 p.m., Timestamp 1:13-1:28: Internal blue LED light time ~16 sec

        1:24 p.m., Timestamp 1:37-1:53: Internal blue LED light time ~16 sec

        

  1. Ocube Internal Terminals Testing

Measurement from internal terminals after removal of backplate on Feb 12, 2016 (Figure 4). Upper (left pair) terminals appear to link to Orbo core. Lower (right pair) terminals appear to link to where the battery would be in a completed unit.

-Post at 12:15 a.m. Sat Feb 13:

Upper terminal reading range 2.31 V - 2.44 V

Lower terminal reading 0 V

-Post at 12:22 a.m. Sat Feb 13:

Upper terminal reading 2.45 V

-Morning of Sat Feb 13, various times:

Upper terminal reading range 0.01 V to >3 V

---Possible unintended short across upper terminals to 0.01 V---

-At 5.37 p.m. Sat Feb 13:

Upper terminals reading 0.4058 V

Lower terminals reading 0.0000 V

-At 7:37 p.m. Sat Feb 13:

Upper terminals reading 0.4393 V

Lower terminals reading 0.0000 V

-At 9:37 p.m. Sat Feb 13:

Upper terminals reading 0.4705 V

Lower terminals reading 0.0000 V

-At 11:13 p.m. Sat Feb 13:

Upper terminals reading 0.4918 V

Lower terminals reading 0.0000 V

-At 6.06 a.m. Sun Feb 14:

Upper terminals reading 0.5595 V

Lower terminals reading 0.0000 V

-At 8.08 a.m. Sun Feb 14:

Upper terminals reading 0.5747 V

Lower terminals reading 0.0000 V

-At 10.00 a.m. Sun Feb 14:

Upper terminals reading 0.5884 V

Lower terminals reading 0.0000 V

-At 12:01 p.m. Sun Feb 14: (After sitting for two hours next to a running wifi router):

Upper terminals reading 0.6088 V

Lower terminals reading 0.0000 V

-2.09 p.m. Sun Feb 14th:

Upper terminals reading 0.6281 V

Lower terminals reading 0.0000 V

-Post at 2:41 p.m. Sun Feb 14th:

Upper terminal pair bottom (U2)  versus lower terminal pair top (L1) reading 9.53 V (multimeter), 9.62 V (Portapow)

Test video 1 (~2:30 p.m., multimeter): https://www.youtube.com/watch?v=R0hiQ3vjJa0 

        Timestamp 0.09: U-Pair top (U1) vs U2 reading 0.63 V

        Timestamp 0:22: U2 vs L1 reading 9.62 V

        Timestamp 0:29: U2 vs L-Pair bottom (L2) reading 4.78 V

-Starting 4:00 p.m. Sun Feb 14th:

U1 - Upper Terminal pair Top. U2 - Upper Terminal pair Bottom.

L1 - Lower Terminal pair Top. L2 - Lower Terminal pair Bottom.

Readings taken with Portapow DC power monitor: http://www.amazon.com/PortaPow-Premium-Monitor-Multimeter-Ammeter/dp/B00LZ07BG0 

Original spreadsheet: https://docs.google.com/spreadsheets/d/1SmmDLw9-g_Mamtk7qloWEeWNacHwEBpXxdwdTXnAZpc/edit#gid=0 

U1-U2

U1-L1

U2-L1

U2-L2

U1-L2

L1-L2

2/14/2016 16:00:00

0.643

8.978

9.6417

0.815

0

18:00

0.6588

8.97

9.6264

0.8143

0

20:00

0.6698

8.9534

9.6199

0.8733

0.8128

0

22:00

0.6863

8.9392

9.6189

0.8723

0.81

0

2/15/2016 7:00:00

0.7313

8.8916

9.6165

0.8739

0.8077

0

9:04

0.74

8.8888

9.623

0.8732

0.8054

0

11:02

0.7529

8.8803

9.621

0.8723

0.8046

0

-Starting 1:32 p.m. Mon Feb 15:

470k Ohm resistor put between L1 and L2. Measurements continue as above.

U1-U2

U1-L1

U2-L1

U2-L2

U1-L2

L1-L2

2/15/2016 15:20

0.7888

8.8411

9.6308

2.3065

2.1182

0

17:05

0.8003

8.8281

9.6217

2.3041

2.1134

0

19:26

0.8093

8.812

9.6112

2.3005

2.1085

0

22:08

0.8225

8.7982

9.6245

2.3029

2.1069

0

2/16/2016 5:50:00

0.8497

8.7694

9.61

2.3004

2.1013

0

Readings below taken with digital multimeter of unknown brand

U1-U2

U1-L1

U2-L1

U2-L2

U1-L2

L1-L2

2/15/2016 17:30:00

0.792

8.7

9.48

7.19

6.6

0

19:30

0.8

8.7

9.5

7.2

6.6

0

22:10

0.81

8.69

9.5

7.21

6.59

0

2/16/2016 5:50:00

0.84

8.67

9.51

7.21

6.58

0

-Starting 12:01 p.m. Tue Feb 16:

470k Ohm resistor removed from across L1-L2. Measurements continue as above.

U1-U2

U1-L1

U2-L1

U2-L2

U1-L2

L1-L2

2/16/2016 12:01

0.8661

8.7558

9.6198

0.8719

0.7942

0

12.39

0.8678

8.7556

9.6094

0.872

0.7948

0

U1-U2

U1-L1

U2-L1

U2-L2

U1-L2

L1-L2

Readings below taken with digital multimeter of unknown brand

2/16/2016 12.03

0.85

8.66

9.51

4.74

4.31

0

12.39

0.85

8.65

9.5

4.72

4.31

0

-Starting 12:54 p.m. Tue Feb 16:

Following guidance from Shaun at Steorn, a circuit was designed incorporating two 9 V batteries and 1M Ohm resistor to be applied between the U1 (positive) and U2 (negative) terminals that straddle the Orbo core (Figure 7) to mimic the original circuitry (Figure 6). The visible red lead inside the Ocube was clipped (top middle of Figure 5, seen clipped in Figure 7) to disconnect the internal circuits from the Orbo core prior to connection of the homemade circuit.

Circuit design video: https://www.youtube.com/watch?v=FDODcTIC_FY 

Testing the 3 meters on the resistor of the unattached circuit: https://www.youtube.com/watch?v=3EvktaL5Hj4 

Readings from Portapow

Date/Time

U1-U2 V

Notes

2/16/2016 13:26

0.8764

Two 9V Batteries and 1M Ohm resistor applied at 12:54 pm

14:26

0.889

15:26

0.9014

The experiment was disturbed (maybe a cat) and one wire came out of the terminals. A short seems to have occurred.

16:37

0.3872

16:47

0.412

16:57

0.4291

17:07

0.4422

17:17

0.4516

17:27

0.46

17:37

0.4677

Experiment disassembled from 17:37-18:09

18:14

0.4863

19:17

0.5226

20.07

0.5484

21:56

0.5953

Experiment disassembled 21:57

22:49

0.606

Experiment reassembled 22:51, 64 degrees F

2/17/2016 4:27

0.703

5:45

0.7219

7:14

0.7439

Experiment disassembled 7:30

8:22

0.7496

8.31

0.7501

8:32

Experiment reassembled 08:82, 70 degrees F

9:32

0.7615

10:55

0.7762

11:56

0.7866

13:00

0.797

14:22

0.8108

15:22

0.8202

16:05

0.826

Experiment disassembled 16:05

17:07

0.829

Experiment reassembled 17:08

18.07

0.8439

19:07

0.8566

20:07

0.8686

21:07

0.8807

22:07

0.8918

22:37

0.8978

22:38 circuit disconnected

22:47

0.8977

22:48 circuit connected

22:57

0.8992

23:07

0.9011

2/18/2016 6:14:00

0.9739

6:26

0.975

6:27 1M Ohm Resistor replaced with 100k Ohm

7:27

1.08

8:27

1.1731

9:27

1.2697

9:30

1.2722

9:30 circuit disconnected

10:00

1.2627

10:36

1.2574

10:44

1.2564

10:51

1.2581

At 10:48 Connection from 1 9V Battery applied to U1-U2 (no resistor in circuit) -- No spark seen.

10:55

1.2574

10.57

1.2708

At 10:56 Connection from 2 9V Batteries applied to U1-U2 (no resistor in circuit) -- No spark seen.

11:01

1.2694

11:04

1.2707

At 11:03 Connection from 3 9V Batteries applied to U1-U2 (no resistor in circuit) -- No spark seen

11:08

1.2702

11:11

1.2744

At 11:10 Connection from 4 9V Batteries applied to U1-U2 (no resistor in circuit) -- No spark seen

11:15

1.2733

11:17

1.2798

At 11:16 Connection from 5 9V Batteries applied to U1-U2 (no resistor in circuit) -- No spark seen

11:21

1.279

11:25

1.2844

At 11:24 Connection from 6 9V Batteries applied to U1-U2 (no resistor in circuit) -- No spark seen

11:29

1.2831

11:36

1.2961

At 11:33 Connection from 7 9V Batteries applied to U1-U2 (no resistor in circuit) -- No spark seen

11:40

1.2952

12:19

1.2891

12:17 Put the circuit with two 9V batteries and the 1 M Ohm resistor back on the U1-U2 circuit.

15:18

1.3116

15:50

1.316

Removed the circuit from the ocube

16:15

1.3125

16:15 Put the circuit with two 9V batteries and the 1 M Ohm resistor back on the U1-U2 circuit.    

17:24

1.3467

22:41

1.3489

22:44 Removed the circuit from the ocube

23:06

1.3481

23:07 Put the circuit with three 9V batteries and the 1 M Ohm resistor on the U1-U2 circuit.

23:13

1.3497

23:14 Put the circuit with two 9V batteries and the 1 M Ohm resistor on the U1-U2 circuit.

23:23

1.3514

23:33

1.3518

2/19/2016 5:48:00

1.4072

6:17

1.4096

Removed circuit

Readings from digital multimeter of unknown brand

Date/Time

U1-U2 V

Notes

2/16/2016 13:26

0.86

Two 9V Batteries and 1M Ohm resistor applied at 12:54 pm

14:26

0.88

15.26

0.89

Something disturbed the experiment (a cat maybe) and one of the connections came out -- looks like a short occurred

16:36

0.38

16:46

0.4

16:56

0.42

17:06

0.43

17:16

0.44

17:26

0.45

17:36

0.46

Experiment disassembled from 17:37-18:09

18:14

0.48

20.08

0.54

21:55

0.58

Experiment disassembled at 21:57

22:49

0.59

Experiment reassembled at 22:51

2/17/2016 4:28

0.69

5:42

0.71

7:14

0.73

USE OF THIS METER DISCONTINUED

-Starting 6:40 a.m. Fri Feb 19:

An unexpected jump in the Orbo core voltage between U1 and U2 (Figure 8a and 8b) occurred between 6:17 a.m. and 6:40 a.m. after and while the 1M Ohm, two 9 V battery circuit was disconnected from the Ocube. Measurements continue as previously.

Readings from Portapow

Date/Time

U1-U2 V

Notes

 2/19/2016 6:40

2.9659

6:50

2.8941

6:52 Put the circuit back on with 2 9V batteries and the 1 M Ohm resistor.

7.01

2.855

7.07

2.8432

7:19

2.8225

7:30

2.8093

Removed circuit

8:17

2.7723

8:36

2.761

8:43

2.7572

8:43 -- put circuit back on

9:06

2.7488

9.41

2.7391

10:12

2.7324

10:44

2.726

10:54

2.7235

10:54 Removed circuit

11:12

2.719

11:20

2.7168

Put circuit back on with 4 9V batteries, and 1M Ohm resistor.

11:29

2.7158

Removed circuit

11:55

2.7101

12:10

2.7075

Added circuit with 2 9V batteris and 100k Ohm resistor.

13:10

2.7503

13:33

2.762

13:28 Using the new meter: 11.1 mV across the cut red wire

13.47

2.7673

Removed circuit

15:01

2.7438

17:02

3.4738

17:02 Added Circuit with 4 9V Batteries, 1 M Ohm Resistor

17:09

3.4409

17:04 Removed circuit

17:15

3.4266

17:16 Added circuit with 4.9 V batteries, 1 M Ohm resistor

17:30

3.3975

17:38

3.3876

17:50

3.3741

18:00

3.3661

Took the circuit off the ocube. 6:04 In attempting to take a voltage reading from the USB port, I triggered the blue charging light

18:05

3.3581

6.08 I took a reading of the USB port: 5.209 V. The light was triggered.

18:24

3.3377

6:24 Stuck a USB stick in the USB port, charging light came on

18:55

3.3189

19:40

3.2996

23:54

3.2391

1:03

3.2279

6:37

3.1889

6:38 Added Circuit with 4 9V Batteries, 1 M Ohm Resistor

8:24

3.1952

8:30 Removed circuit. Voltage across USB port 5.132V Charge light came on

8:33

3.1907

8:52

3.1891

9:15

3.1822

9:25 made this video: https://www.youtube.com/edit?o=U&video_id=Ulc9dqu5zJc&feature=vm 

9:41

3.0345

10:05

3.0434

10:15

3.0448

10:26

3.0463

10:36

3.0472

10:46

3.0481

11:18

3.0499

11:55

3.0463

11:57 made this video: https://www.youtube.com/watch?v=AUzMCIooP_c

12:36

3.045

13:29

3.0425

13:44

3.043

Stopped using Portapow meter (not responsive) Now taking readings with Vici VC97

14:00

3.024

13:47 put on circuit with 2 9V batteries and 100k Ohm resistor [Note: Polarity was wrong in this circuit!]

14:16

3.018

14:30

3.003

Took off circuit

14:59

3.007

16:25

2.946

Some voltage discharged in setting up for this test which ran at 16:25 https://www.youtube.com/watch?v=GSlLr587F5Y

16.26

2.719

Orbo core capacitance - 5F cap calculated to ~2.46F from this test

17:11

2.833

19:11

2.848

20:04

2.849

20:32

2.85

20:33 put on circuit with 2 9V batteries and 100k Ohm resistor

20.56

2.869

21:36

2.9

22:45

2.944

2/21/2016 5:15:00

3.151

6:17

3.18

6:18 Removed circuit

6:33

3.169

6.38 Did this test https://www.youtube.com/watch?v=a0-vpO0aozY 

6:39

3.12

7:10

3.132

7:24

3.131

7.28

3.13

7:46

3.127

7.55

3.126

8.22

3.123

17:10

3.072

18:24

0.511

~18:21 Accidentally shorted out U1-U2 (NOTE: The circuit is NOT attached, and is still removed as starting at 6:18)

18:28

0.574

18:33

0.638

18:38

0.683

18:43

0.715

18:48

0.742

18:53

0.761

18:58

0.779

19:03

0.794

19:08

0.807

19:13

0.819

19:19

0.831

19:30

0.849

19:40

0.864

19:52

0.878

20:05

0.89

20:15

0.898

20:30

0.908

23:26

0.97

2/22/2016 0:01:00

0.977

0.35

0.983

1:00

0.988

4:53

1.014

5:32

1.02

6:00

1.023

7:00

1.029

7:20

1.031

8:18

1.033

9:27

1.042

10:41

1.051

11:11

1.055

11:48

1.059

13:28

1.072

14:28

1.078

15:28

1.085

17:44

1.099

18:23

1.1

19:00

1.095

19:23

1.098

Between 19:24 (Feb 22) and 10:52 (Feb 23) the cube was charged using a 9 volt battery and various resistors.

2/23/2016 10:52:00

4.66

10:53 Circuit removed

14:48

4.69

16:29

4.68

16:43

4.68

Put on circuit with 2 9V batteries (12.76 actual Volts between them) and 100 Ohm resistor

16:57

4.7

17:55

4.71

17:57

4.71

17:78 put on 2 new 9V batteries

18:03

4.72

Took off circuit (resistor started smoking)

18:22

4.7

21:02

4.7

2/24/2016 00:14:00

4.69

5:00

4.69

9:40

4.69

Did this discharge test: https://www.youtube.com/watch?v=fvMgyTUgWHQ 

10:36

4.68

10:53

4.49

Made a short setting up next experiment

10:59

4.67

11:02

4.67

This experiment was started with 0.22 LED lamp plugged into USB port: https://www.youtube.com/watch?v=kWbcLLgcUZc 

11:19

4.45

11:30

4.44

LED Lamp went off sometime between 11:19 and 11:30, unplugged lamp from USB port

11:36

4.46

11:44

4.47

12:04

4.48

12:26

4.48

12:41

4.49

12:42 plugged LED lamp back in the ocube -- it came on

12:44 LED lamp turned off

12:45

4.34

13:03

4.41

13:04 plugged LED lamp back in -- turned off after about 1 minute

13:06

4.33

14:07

4.39

14:28

4.39

15:18

4.4

Bias voltage circuit removed

17:12

4.41

21:09

4.41

22:17

4:41

Put bias voltage circuit on (2 9V batteries, 1M Ohm resistor)

2/25/2016 5:42:00

4:41

11:22

4:41

11:25 Put 47 Ohm Resistor across U1-U2

11:26

3.69

11:27

3.57

11:28

3.48

11:29

3.41

11:30

3.36

11:31

3.27

11:32

3.16

11:33

3.02

11:34

2.91

Took off 47 Ohm resistor

11:35

3.03

11:36

3.1

11:37

3.13

11:38

3.15

11:39

3.16

11:40

3.17

11:41

3.19

11:42

3.2

11:43

3.21

11:44

3.21

11:48

3.24

12:00

3.28

12:07

3.3

12:17

3.32

13:11

3.38

13:42

3.4

14:40

3.42

15:36

3.44

16:29

3.46

17:37

3.48

22:55

3.53

2/26/2016 6:15:00

3:55

Charged ports U1-U2 with 2 9V batteries and 100 Ohm resistor

8:14

4.69

17:22

4.71

Put bias voltage circuit on U1-U2 with 2 9V batteries and 1M Ohm resistor

17:28

4.7

17:27 Put 10k Ohm resistor across U1-U2

18:15

4.7

19:04

4.7

20:29

4.7

21:08

4.7

21.32

4.7

22:32

4.7

2/27/2016 5:07:00

4.69

8:01

4.69

8:44

4.69

9:35

4.69

10:39

4.69

11:28

4.69

11:29 removed 10 k Ohm resistor

11:43

4.69

11:44 placed 2.2 k Ohm resistor across U1-U2

11:45

4.69

12:00

4.69

12:26

4.69

12:45

4.69

13:32

4.69

14:27

4.69

16:40

4.69

17:02 Removed 2.2k Ohm resistor

17:12

4.69

17:13 Put 1k Ohm resistor across U1-U2

17:26

4.68

18:06

4.68

18:27

4.68

19:05

4.68

19:34

4.68

20:04

4.68

2/28/2016 0:20:00

4.63

1:26

4.61

6:41

3.864

7:12

3.646

7:26

3.555

7:41

3.509

7:44

3.498

7:46 Replaced 1kOhm resistor with 2.2k Ohm resistor

8:12

3.48

8:25

3.459

8:40

3.431

14:00

2.748

15:34

2.469

15:35 removed 2.2 k Ohm resistor

15:53

2.529

17.11

2.615

18:00

2.649

19:10

2.683

20:51

2.716

2/29/2016 5:44:00

2.781

3/2/2016 8:21:00

2.866

3.35

2.867

14:44

2.868

3/3/2016 8:10:00

2.872

-Starting Fri Mar 4:

Ocube recharged back to peak voltage (~4.7 V) to begin long term discharge testing. Measurements use Proster VC97 meter.

Date/Time

U1-U2 V

Battery V

Notes

3/4/2016 6:15:00

Placed battery circuit on U1-U2 with 2 9V batteries and 1 K Ohm resistor (A mistake!), Placed 2.2k Ohm resistor over U1-U2 https://goo.gl/photos/rYFpPDf4gRRRBsGL8 

6:25

4.71

18.67

7:25

4.71

17.87

8:30

4.72

17.46

9:00

4.72

17.35

9:37

4.72

17.39

Placed battery circuit on U1-U2 with 2 9V batteries and 1M Ohm resistor, Placed 2.2k Ohm resistor over U1-U2 https://goo.gl/photos/rYFpPDf4gRRRBsGL8 

10:14

4.72

17.5

10:45

4.71

17.54

11:15

4.71

17.56

11:45

4.71

17.58

12:15

4.7

17.59

12:45

4.7

17.61

13:15

4.7

17.62

13:45

4.7

17.63

14:15

4.7

17.64

14:45

4.7

17.65

15:15

4.7

17.66

15:45

4.7

17.67

16:15

4.7

17.67

16:50

4.7

17.68

17:30

4.7

17.68

18:30

4.7

17.69

19:30

4.7

17.7

20:30

4.7

17.71

21:30

4.7

17.71

3/5/2016 4:00:00

4.7

17.75

5:36

4.7

17.75

7:36

4.69

17.75

8:38

4.69

17.76

8:50

4.69

17.76

Removed 2.2k Ohm resistor

9:15

4.7

17.76

9:16 Added 2641 Ohm resistor

9:52

4.69

17.76

10:31

4.69

17.76

12:52

4.69

17.77

13:23

4.69

17.77

14:04

4.69

17.77

16:43