Ren64TW: Difference between revisions
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==='''Board Assembly'''=== | ==='''Board Assembly'''=== | ||
==='''Jumper Configuration'''=== | ==='''Jumper Configuration'''=== | ||
:The Ren64TW has a jumper for just about any configuration you would like to use. | |||
:Jumper JP1 & JP2: | |||
::For RS-232 (direct to PC) JP1 ON/JP2 OFF | |||
::For RS-485 (output from renard board or converter/adapater) JP1 OFF/JP2 ON, Try removing JP2 if communication issues occur. | |||
:Jumper JP3: Selects weather the incoming data is from a wired connection of XBee module | |||
:Jumper JP4: Enables XBee transmit | |||
:Jumper JP5: Resistor for XBee incoming data | |||
:Jumper JP6: Selects the standard renard method of passing data to the next controller, or to use bypass (thru) for DMX and Start Address firmware use | |||
==='''Test Port'''=== | ==='''Test Port'''=== | ||
==='''Using the optional XBee support'''=== | ==='''Using the optional XBee support'''=== | ||
Revision as of 13:56, 3 March 2014
Ren64TW - in development.
This wiki page is under development, please check back as I will be updating it as time allows.
Introduction
- The Ren64TW is a 64 channel board, using external SSRs. It has an on board power supply, and optional XBee support.
- This board is currently in development by J. Bolding (bolwire). An initial run of 10 pcbs has been ordered for testing and verification.
Disclaimers
The Board
- The board measurement is 5.825"W X 5.500"H, and the provided mounting holes are placed to align with a CG-1500 demarcation enclosure.
Board Availability
- The Ren64TW is currently under development and not available at this time.
Bill of Materials
| PART NUMBER (Mouser PN#) |
QTY | REF | NOMENCLATURE |
|---|---|---|---|
| 511-L4941BV | 1 | U1 | LDO Voltage Regulators 5.0V 1.0A Positive |
| 534-3517 | 2 | F1 | Fuse Clips PC FUSE CLIP 5 MM |
| 534-3527C | 1 | F1 | Vinyl Fuse Cover |
| 504-GMA-1-1/2 | 1 | F1 | Cartridge Fuses 250VAC 1.5A Fast Acting |
| 511-1N5817 | 4 | D1-4 | Diode Vr/20V Io/1A |
| 291-750-RC | 2 | R1-2 | Resistor - 750ohms 1/4W 5% |
| 291-120-RC | 1 | R3 | Resistor – 120ohms 1/4W 5% |
| 299-1K-RC | 2 | R4, R7 | Resistor – 1K ohms 1/8 W 5% |
| 299-27K-RC | 3 | R5, R8-9 | Resistor – 27k ohms 1/8 W 5% |
| 299-680-RC | 2 | R6, R10 | Resistor – 680 ohms 1/8 W 5% |
| 299-33-RC | 1 | R11 | Resistor – 33 ohms 1/8 W 5% |
| 264-330-RC | 1 | RN1 | Resistor Network 6 pin 330 ohm 1/8 w 2% |
| 838-3FS-412 | 1 | TF1 | Power Transformer 12.6VAC CT 6.0VA Single Primary |
| 571-7969492 | 1 | 120V N | Power Terminal |
| 78-1N5229B | 1 | D5 | Diode, Zener 4.3V .5W |
| 78-1N5239B | 1 | D6 | Diode, Zener 9.1V .5W |
| 78-1N5226B | 1 | D7 | Diode, Zener 3.3V .5W |
| 511-L4931CZ33-AP | 1 | U14 | LDO Voltage Regulators 3.3V 0.25A Positive |
| 571-1-390261-3 | 8 | U6-13 | 14 Pin IC Socket |
| 571-1-390261-2 | 2 | U4-5 | 8 Pin IC Socket |
| 571-1-390261-1 | 1 | U2 | 6 Pin IC Socket |
| 571-5556416-1 | 19 | J1-2, SSR Ports | RJ 45 Top Entry |
| 649-10090099-S094VLF | 1 | JDP1 | DB 9 Right Angle |
| 815-ACH-18.432-EK | 1 | U3 | Oscillator |
| 511-ST485BN | 2 | U4-5 | ST485BN |
| 604-WP710A10IT | 1 | PWR | Standard LEDs - Through Hole Red 60mcd 625nm 60 deg Transparent |
| 604-WP710A10GT | 6 | +5 GND 1 2 3 4 | Standard LEDs - Through Hole Grn 60mcd 568nm 34 deg Transparent |
| 782-H11AA1 | 1 | U2 | Transistor Output Optocouplers Bi-Directional Input |
| 140-REA332M1CBK1325P | 1 | C1 | Aluminum Electrolytic Capacitors - Leaded 16V 3300uF 20% 12.5x25mm |
| 140-REA470M1CBK0511P | 1 | C2 | Aluminum Electrolytic Capacitors - Leaded 16V 47uF 20% 5x11 mm |
| 80-C322C104K5R | 9 | C3-11 | Multilayer Ceramic Capacitors MLCC - Leaded 50volts 0.1uF 10% X7R |
| 579-PIC16F688-I/P | 8 | U6-13 | 8-bit Microcontrollers - MCU 7KB 256 RAM 12 I/O |
| 538-22-03-2021 | 4 | JP1-2 | Header 2P |
| 538-22-03-2031 | 2 | JP3-4 | Header 3P |
| 151-8000-E | 6 | Jumpers | 2 POS Shunt |
| 532-577102B00 | 1 | U1 | Heatsink |
| M22-7131042 | 2 | Xbee | Xbee header |
Board Assembly
Jumper Configuration
- The Ren64TW has a jumper for just about any configuration you would like to use.
- Jumper JP1 & JP2:
- For RS-232 (direct to PC) JP1 ON/JP2 OFF
- For RS-485 (output from renard board or converter/adapater) JP1 OFF/JP2 ON, Try removing JP2 if communication issues occur.
- Jumper JP3: Selects weather the incoming data is from a wired connection of XBee module
- Jumper JP4: Enables XBee transmit
- Jumper JP5: Resistor for XBee incoming data
- Jumper JP6: Selects the standard renard method of passing data to the next controller, or to use bypass (thru) for DMX and Start Address firmware use