MCP215XDM Microchip Technology, MCP215XDM Datasheet - Page 20

• Manufacturer Part Number: MCP215XDM
• Description: BOARD DEMO FOR MCP215X
• Manufacturer: Microchip Technology

Specifications of MCP215XDM

• Main Purpose: Interface, IrDA
• Embedded: Yes, MCU, 8-Bit
• Utilized Ic / Part: MCP2150, MCP2155
• Primary Attributes: IrDA Controller with PIC18F MCU
• Secondary Attributes: Set up as a Data Logger with LCD, GUI, Socket for EEPROM, Battery Powerable
• Processor To Be Evaluated: MCP2150
• Silicon Manufacturer: Microchip
• Silicon Core Number: MCP2150, MCP2155
• Kit Application Type: Interface
• Application Sub Type: Standard Protocol Stack Controller
• Kit Contents: Board
• Rohs Compliant: Yes
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant, Lead free / RoHS Compliant
• Other names: MCP215XDMR; MCP215XDMR

TABLE 2-1:
DS51516B-page 16
Legend: S = Jumper is shorted (Closed)
Note 1:
Jumper
JP1C1
JP2C1
JP1A1
JP2A1
JP1B1
JP2B1
JMP1
JMP2
JMP3
JP1
JP3
J7
#
1-2 = Pins 1 and 2 are shorted together
2-3 = Pins 2 and 3 are shorted together
Settings
Typical
This is the default jumper settings for MCP215X/40 Data Logger Demo Board as shipped.
2-3
2-3
2-3
(1)
O
O
O
O
O
O
S
S
S
JUMPER DESCRIPTIONS AND SETTINGS
Selects the Source of the MCP215X/40 devices
BAUD0/RXPDREF pin
1-2 = RXPDREF signal connected to BAUD0/RXPDREF pin
2-3 = BAUD0 signal connected to BAUD0/RXPDREF pin
Selects the Source of the MCP215X/40 devices
BAUD1/RXPD pin
1-2 = RXPD signal connected to BAUD1/RXPD pin
2-3 = BAUD1 signal connected to BAUD1/RXPD pin
Selects the Function of the MCP215X/40 devices
RXIR/PHACT pin
1-2 = RXIR/PHACT pin drives PHACT signal (for LED)
2-3 = RXIR signal connected to RXIR/PHACT pin
To connect cathode of LEDs (RD7:RD0) to V
S = Cathode of LEDs to V
O = Cathode of LEDs floating
To connect EN of MCP2150 to V
S = MCP2150 in Low-power mode
O = MCP2150 during normal operation
Connects RC source to PIC MCU clock input
S = RC is connected to PIC MCU
O = RC is NOT connected to PIC MCU
Connects the Optical Transceivers (HSDL-3000) RXD sig-
nal to jumpers JMP2 and JMP3.
S = RXD connected to JMP pin 1 and JMP3 pin 1
O = RXD Not connected to JMP pin 1 and JMP3 pin 1
Connects the Optical Transceivers (HSDL-3000) TXD signal
to the MCP215X/40
S = TXD connected to TXIR
O = TXD Not connected to TXIR
Connects the Optical Transceivers (TFDU-4100) RXD
signal to jumpers JMP2 and JMP3.
S = RXD connected to JMP pin 1 and JMP3 pin 1
O = RXD Not connected to JMP pin 1 and JMP3 pin 1
Connects the Optical Transceivers (TFDU-4100) TXD signal
to the MCP215X/40
S = TXD connected to TXIR
O = TXD Not connected to TXIR
Connects the Optical Transceivers (TFDU-4300) RXD
signal to jumpers JMP2 and JMP3.
S = RXD connected to JMP pin 1 and JMP3 pin 1
O = RXD Not connected to JMP pin 1 and JMP3 pin 1
Connects the Optical Transceivers (TFDU-4300) TXD signal
to the MCP215X/40
S = TXD connected to TXIR
O = TXD Not connected to TXIR
A description of the MCP215X/40 Data Logger Demo Board jumpers is given in
Table
2-1.
Description
SS
O = Jumper is Open
SS
SS
The PCB default state is shorted
between jumper. No jumper is
required.
Not populated on shipped board
When JP1A1/JP2A1,
JP1B1/JP2B1, and JP1C1/JP2C1
are Open, the signal can come
from the daughter board connected
to Headers J1/J5.
Not populated on shipped board
When JP1A1/JP2A1,
JP1B1/JP2B1, and JP1C1/JP2C1
are Open, the signal can come
from the daughter board connected
to Headers J1/J5.
Default Optical Transceiver
When JP1A1/JP2A1,
JP1B1/JP2B1, and JP1C1/JP2C1
are Open, the signal can come
from the daughter board connected
to Headers J1/J5.
© 2006 Microchip Technology Inc.
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