COPMM1
From DIDEAS Wiki
Breakout board for Accelnet Micro Module
- for Copley Controls Corp models : ACK-055-06, or ACK-090-04
Identification
- yellow tint PCB from AP-Circuits
- bottom side text label "medialab/copmm1.pcb", "06/06/05"
- dimensions : 3.36 x 2.21"
Designs
Reference
future revisions
- change LED to gull-wing such as P504-ND
history
- Board submitted to AP-Circuits 6-8-05
- Ser #1,#2 built 6-10-05
Bill of Materials
NUM | REFDES | Part# | Desc | Source | Price | Notes | ||
1 | PP1 & PM1 | 277-1226-ND | 7 pos 3.81mm header | DIG | 2.11 | probably ok to use a 4 position header centered
277-1223-ND (4 pos header) | ||
1 | PP1 & PM1 | 277-1181-ND | 7 pos 3.81 plug / mate for above header | DIG | 6.54 | ALT : 277-1178-ND (4 pos plug)) | ||
1 | M1-a | SSW-111-01-S-D | 22 pos female header / socket strip 0.1 | Samtec | ? | ALT : 929975-01-36-ND (DIG) possible | ||
1 | M1-b | SSW-117-01-S-D | 34 pos female header / socket strip 0.1 | Samtec | ? | ALT : 929975-01-36-ND (DIG) possible | ||
1 | LD1 | 445-1746-1-ND | NLV25T (56uH) EIA1008 | DIG | 0.28 | |||
1 | CD1 | 399-1551-1-ND | 6.3V tant 3216 (size A) 10uF | DIG | 0.18 | requirements : Size A tant | >=1uF | >=6.3V |
1 | PR1 | A9031-ND | PCB mount RJ-45 | DIG | 0.83 | |||
1 | PD1 | 182-25F-ND | DB25F right angle | DIG | 2.23 | ALT : 182-825F-ND DB25F w/screw tabs | ||
1 | RP1 | RHM9.10KFCT-ND | 9.2k EIA1206 | DIG | 0.047 | Adjust resistance based on HV power supply :
R = (Vhv - 2V) / 5mA | ||
1 | RD1 | RHM510CCT-ND | 510 ohm EIA0805 | DIG | 0.038 | |||
2 | DP1, DD1 | P301-ND | 5mm 0.1 red led | DIG | 0.168 | generic 3 or 5mm 0.1 lead space | ||
2 | DM1, DM3 | MMSD4148T1 | 100V sod-123 diode | DIG | 0.18 | ALT : MMSD914T1 | ||
1 | DM2 | P507CT-ND | dual red/green gull wing LED | DIG | 0.75 | |||
1 | RM1 | RHM4.64KFCT-ND | 4.6K RES1206 | DIG | 0.047 | Adjust resistance based on HV power supply : R=(Vhv - 2V) / 10mA | ||
3 | CP1-3 | P10343-ND | 100u, 63V (FC series) 10mm x 12.5mm | DIG | 0.28 | ALT : P5194-ND (220u 63V M series) For 48V motor voltage adjust cap to For higher supply use 100V cap |