Redstone1024/Fursuit-CylinderFan
1
0
Fork 0
Code Issues Pull Requests Packages Projects Releases 6 Wiki Activity

Compare commits

base: Redstone1024:0.3.1
Branches Tags
Redstone1024:master
Redstone1024:0.3.2
Redstone1024:0.3.1
Redstone1024:0.3.0
Redstone1024:0.2.1
Redstone1024:0.2.0
Redstone1024:0.1.0
Redstone1024:0.1.0-beta-1
Redstone1024:0.1.0-alpha-3
Redstone1024:0.1.0-alpha-2
Redstone1024:0.1.0-alpha-1
...
compare: Redstone1024:master
Branches Tags
Redstone1024:master
Redstone1024:0.3.2
Redstone1024:0.3.1
Redstone1024:0.3.0
Redstone1024:0.2.1
Redstone1024:0.2.0
Redstone1024:0.1.0
Redstone1024:0.1.0-beta-1
Redstone1024:0.1.0-alpha-3
Redstone1024:0.1.0-alpha-2
Redstone1024:0.1.0-alpha-1

4 Commits
0.3.1 ... master

Author SHA1 Message Date
Redstone1024
0eecba547e docs(readme): clarify the color of the lights during PCB verification 2024-10-27 14:08:24 +08:00
Redstone1024
243a2881ac docs(bom): fix JLC Number for R14 2024-10-12 07:07:53 +00:00
Redstone1024
c73489530c docs(pcb): add interactive html bill of materials 2024-10-09 17:32:57 +08:00
Redstone1024
96bd3acf03 docs(bom): reify heatset insert nut parameters 2024-09-04 11:40:25 +08:00
4 changed files with 9355 additions and 11 deletions
Show Stats Expand all files Collapse all files

4
BOM.csv
View File

@ -2,7 +2,7 @@ Category,Qty,Value,Device,Package,Parts,JLC Number,Cost (RMB),Total (RMB),Notes
Hardware,1,DV05028B12U,Server Inverter PWM Cooling Fan,5028,Master,Taobao,21,21,https://item.taobao.com/item.htm?id=523104273886&skuId=4971326873374 (Additional information required)
Hardware,4,M6x2 N52,RuFeBe Magnet,Print Pause Insert,Master,Taobao,0.3,1.2,
Hardware,6,M3x8 SHCS,Socket Head Cap Screw,Screw Insert,Master,Taobao,0.06,0.36,
Hardware,6,M3 Heatset Insert,Heatset Insert,Heatset Insert,Master,Taobao,0.142,0.852,
Hardware,6,M3x4x5 Heatset Insert,Heatset Insert,Heatset Insert,Master,Taobao,0.142,0.852,
Electronics,1,6.8x6.8,PCB,-,-,JLC,4,4,
Electronics,2,100uF,Solid Capacitor,PTH,C1 C2,C171434,1.1542,2.3084,
Electronics,6,22uF,Chip Capacitor,1210,C3 C4 C5 C6 C7 C8,C5204920,1.1356,6.8136,
@ -27,7 +27,7 @@ Electronics,4,NTMFS5C670NLT1G,Chip MOSFET,DFN-8(5X6),Q2 Q3 Q4 Q5,C179626,3.22627
Electronics,2,5mOhm 1%,Chip Resistor,1206,R1 R9,C723507,1.049,2.098,Sampling resistor requires the use of high-precision low-temperature drift metal film resistors.
Electronics,1,1kOhm,Chip Resistor,0603,R12,C25585,0.005449,0.005449,"Select Constant Current mode, see IP2368 manual for details."
Electronics,0,NC,Chip Resistor,0603,R13,NC,0,0,"Select Normal Li-Ion Battery Mode, see IP2368 manual for details."
Electronics,1,10kOhm 1%,Chip Resistor,0603,R14,C22809,0.006522,0.006522,"Select 2A constant current, see IP2368 manual for details."
Electronics,1,10kOhm 1%,Chip Resistor,0603,R14,C25804,0.005732,0.005732,"Select 2A constant current, see IP2368 manual for details."
Electronics,1,10kOhm 1%,Chip Resistor,0603,R15,C25804,0.005732,0.005732,"Select 4.20V charging voltage, see IP2368 manual for details."
Electronics,1,6.2kOhm 1%,Chip Resistor,0603,R16,C4260,0.005976,0.005976,"Select 5000mAH battery capacity, see IP2368 manual for details."
Electronics,1,9.1kOhm,Chip Resistor,0603,R17,C23260,0.006084,0.006084,"Select Triple String Mode, see IP2368 manual for details."

1 Category Qty Value Device Package Parts JLC Number Cost (RMB) Total (RMB) Notes
2 Hardware 1 DV05028B12U Server Inverter PWM Cooling Fan 5028 Master Taobao 21 21 https://item.taobao.com/item.htm?id=523104273886&skuId=4971326873374 (Additional information required)
3 Hardware 4 M6x2 N52 RuFeBe Magnet Print Pause Insert Master Taobao 0.3 1.2
4 Hardware 6 M3x8 SHCS Socket Head Cap Screw Screw Insert Master Taobao 0.06 0.36
5 Hardware 6 M3 Heatset Insert M3x4x5 Heatset Insert Heatset Insert Heatset Insert Master Taobao 0.142 0.852
6 Electronics 1 6.8x6.8 PCB - - JLC 4 4
7 Electronics 2 100uF Solid Capacitor PTH C1 C2 C171434 1.1542 2.3084
8 Electronics 6 22uF Chip Capacitor 1210 C3 C4 C5 C6 C7 C8 C5204920 1.1356 6.8136
27 Electronics 2 5mOhm 1% Chip Resistor 1206 R1 R9 C723507 1.049 2.098 Sampling resistor requires the use of high-precision low-temperature drift metal film resistors.
28 Electronics 1 1kOhm Chip Resistor 0603 R12 C25585 0.005449 0.005449 Select Constant Current mode, see IP2368 manual for details.
29 Electronics 0 NC Chip Resistor 0603 R13 NC 0 0 Select Normal Li-Ion Battery Mode, see IP2368 manual for details.
30 Electronics 1 10kOhm 1% Chip Resistor 0603 R14 C22809 C25804 0.006522 0.005732 0.006522 0.005732 Select 2A constant current, see IP2368 manual for details.
31 Electronics 1 10kOhm 1% Chip Resistor 0603 R15 C25804 0.005732 0.005732 Select 4.20V charging voltage, see IP2368 manual for details.
32 Electronics 1 6.2kOhm 1% Chip Resistor 0603 R16 C4260 0.005976 0.005976 Select 5000mAH battery capacity, see IP2368 manual for details.
33 Electronics 1 9.1kOhm Chip Resistor 0603 R17 C23260 0.006084 0.006084 Select Triple String Mode, see IP2368 manual for details.

4669
PCB/CylinderFan-DC-BOM.html Normal file
View File

File diff suppressed because one or more lines are too long

4669
PCB/CylinderFan-Type-C-BOM.html Normal file
View File

File diff suppressed because one or more lines are too long

24
README.md
View File

@ -40,18 +40,24 @@ If you choose the Type-C version, You can refer to the following procedure to ve
2. Ensure that there are **no false shorts** between the IP2368 and Type-C pins and to GND.
3. Ensure LEDs are oriented and colored correctly.
4. When connected to a standard Type-C PD power supply and **without** battery.
1. Ensure the power supply should be around **20V**.
2. Ensure the power supply should be around **0.6W**.
3. Ensure the C2 voltage should be around **12.6V**.
1. Ensure the red light are **on** and the blue light is **off**.
2. Ensure the green light are on if the power supply supports 20V.
3. Ensure the power supply should be around **20V** (or 5V, 9V, 12V, 15V depending on the power supply).
4. Ensure the power supply should be around **0.6W**.
5. Ensure the C2 voltage should be around **12.6V**.
5. Insert a battery of less than **50%** capacity, ensure the red light blinks **4** times and then goes out.
6. When connected to a standard Type-C PD power supply with a **50%** capacity battery (**Pay attention to high temperature**).
1. Ensure the red light comes on quickly and without blinking.
2. Within IC protocol negotiation, ensure the power supply should be around **0.6W**.
3. After IC protocol negotiation, ensure the power supply should be about **24W** (12W for 5V, 9V, 12V, 15V).
4. After IC protocol negotiation, ensure the voltage across R9 should be **10mV** (**right** end is positive).
7. After unplugging the standard Type-C PD power supply, ensure the red light goes off in about 1 second.
1. Ensure the red light **comes on quickly without blinking** and the blue light is **off**.
2. Ensure the green light are on if the power supply supports 20V.
3. Within IC protocol negotiation, ensure the power supply should be around **0.6W**.
4. After IC protocol negotiation, ensure the power supply should be about **24W** (or 12W for 5V, 9V, 12V, 15V).
5. After IC protocol negotiation, ensure the voltage across R9 should be **10mV** (**right** end is positive).
7. After unplugging the standard Type-C PD power supply, ensure the red and green lights goes off in about 1 second.
8. When the battery is fully charged, ensure the red light will be off and the blue light wull be on.
9. Ensure Type-C can support PD3.0 30W, APPEL 2.4A, BC1.2DCP, QC3.0 5V-12V, AFC 25W, FCP 24W, SCP 25W, etc.
9. When connected to a fast charging protocol tester.
1. Ensure the red light **comes on quickly without blinking** and the blue light is **off**.
2. Ensure the green light are on if you are testing outputs above 15V.
3. Ensure support PD3.0 30W, APPEL 2.4A, BC1.2DCP, QC3.0 5V-12V, AFC 25W, FCP 24W, SCP 25W, etc.
10. Connect the fan and make sure the fan can rotate and adjust the speed properly.
11. Ensure the battery level meter can correctly display the battery level.