PIB-1

PIB-1 Datasheet

PIB Instructions

Part	Datasheet
PIB-1	PIB-1 (pdf)

PDF Datasheet Preview
PIB Instructions Warning Do not apply power while module is being connected or disconnected. Doing so may damage the display and void warranty. Set Sw2 to normal settings. See Dip Switch Settings for more information. Install Module, connect data cable, and apply power. Power Supply Figure Power Input Power is applied to the 2.5mm connector. Power requirement 5 +/-10% VDC RS-232 DB9 J3 Specs Pin # Description TX Amulet GUI module transmits data on Pin 2 while the PC receives data on Pin 2 RX Amulet GUI module receives data on Pin 3 while the PC transmits data on Pin 3 Pin 4 to 6 Jumpered Ground Pin 4 to 6 - Jumpered Pin 7 to 8 - Jumpered Pin 7 to 8 Jumpered The serial parameters for communications between the Amulet client and the server are, as follows: Baud Rate 9600, 19200, 57600, or 115200bps Parity None Data Bits 8 Stop Bits 1 DIP Switch Settings The Easy GUI controller board can be powered up in different modes via the settings of the DIP switch SW2 . Some of the power up modes include programming mode, run mode, RAM test mode, and touch panel mode. Switch 1 -- Boot Mode Switch 2 -- Flash Mode Baud Rate Switch 3 N/C Switch 4 -- Touchpanel Mode Figure DIP Switch Settings Boot Mode Switch 1 -- This switch is monitored during a reboot to determine the operational mode of the controller board ON is the normal mode and OFF is the FLASH program mode. The only time you should have to set Switch 1 to OFF program mode is when the project you compiled locks up the Amulet OS to the point where it won't accept the wake up message or if the Amulet OS has been corrupted and you need to reload the OS. Flash Mode Baud Rate Switch 2 -- This switch sets the baud rate used during a Flash Reprogram. The ON position sets the hardware to 19,200 baud OFF sets the hardware to 115,200 baud. This setting must match the baud rate selected in the Amulet Compiler software. Touch panel Mode Switch 4 -- This switch should remain ON during normal operation. Turn this switch OFF and then reboot the controller board to begin a touch panel calibration. The controller will display a series of three calibration targets. Use a stylus to touch the center of each target. If necessary, the controller will repeat the calibration. When calibration is complete, the controller will return to normal operation. The switch must be returned to the normal mode ON before the next reboot to continue normal operation. Pin # 1 2 3 4 5 6 Signal GND Boot M TXD RXD N/C 5V Description Ground Boot Mode Float = Program Mode, GND = Normal Mode T1OUT from RS232 Transceiver R1IN from RS232 Transceiver Voltage In 5V +/- 10% 250mA J2 connector Pin # 1 2 3 Signal R1OUT T1IN GND Description RXD Input to RS232 Transceiver R1OUT JRXD TXD Input to RS232 Transceiver T1IN JTXD Ground J6 connector If it is desired to connect directly to the Amulet UART using J6 Then the Transceiver must be disabled using SW3. Cut the trace between pin1 and pin2 on SW3. Install a three pin header in SW3 and short pins 2 and

PDF Datasheet Preview

PIB Instructions

Warning Do not apply power while module is being connected or disconnected. Doing so may damage the display and void warranty.

Set Sw2 to normal settings. See Dip Switch Settings for more information.

Install Module, connect data cable, and apply power.

Power Supply

Figure Power Input Power is applied to the 2.5mm connector. Power requirement 5 +/-10% VDC

RS-232 DB9 J3 Specs

Pin # Description

TX Amulet GUI module transmits data on Pin 2 while the PC receives
data on Pin 2

RX Amulet GUI module receives data on Pin 3 while the PC transmits
data on Pin 3

Pin 4 to 6 Jumpered

Ground

Pin 4 to 6 - Jumpered

Pin 7 to 8 - Jumpered

Pin 7 to 8 Jumpered

The serial parameters for communications between the Amulet client and the server are, as follows:

Baud Rate 9600, 19200, 57600, or 115200bps Parity None Data Bits 8 Stop Bits 1

DIP Switch Settings

The Easy GUI controller board can be powered up in different modes via the settings of the DIP switch SW2 . Some of the power up modes include programming mode, run mode, RAM test mode, and touch panel mode.

Switch 1 -- Boot Mode Switch 2 -- Flash Mode Baud Rate Switch 3 N/C Switch 4 -- Touchpanel Mode

Figure DIP Switch Settings

Boot Mode Switch 1 -- This switch is monitored during a reboot to determine the operational mode of the controller board ON is the normal mode and OFF is the FLASH program mode. The only time you should have to set Switch 1 to OFF program mode is when the project you compiled locks up the Amulet OS to the point where it won't accept the wake up message or if the Amulet OS has been corrupted and you need to reload the OS.

Flash Mode Baud Rate Switch 2 -- This switch sets the baud rate used during a Flash Reprogram. The ON position sets the hardware to 19,200 baud OFF sets the hardware to 115,200 baud. This setting must match the baud rate selected in the Amulet Compiler software.

Touch panel Mode Switch 4 -- This switch should remain ON during normal operation. Turn this switch OFF and then reboot the controller board to begin a touch panel calibration. The controller will display a series of three calibration targets. Use a stylus to touch the center of each target. If necessary, the controller will repeat the calibration. When calibration is complete, the controller will return to normal operation. The switch must be returned to the normal mode ON before the next reboot to continue normal operation.

Pin # 1 2 3 4 5 6

Signal GND Boot M TXD RXD N/C 5V

Description Ground Boot Mode Float = Program Mode, GND = Normal Mode T1OUT from RS232 Transceiver R1IN from RS232 Transceiver

Voltage In 5V +/- 10% 250mA

J2 connector

Pin # 1 2 3

Signal R1OUT T1IN GND

Description RXD Input to RS232 Transceiver R1OUT JRXD TXD Input to RS232 Transceiver T1IN JTXD Ground

J6 connector

If it is desired to connect directly to the Amulet UART using J6 Then the Transceiver must be disabled using SW3. Cut the trace between pin1 and pin2 on SW3. Install a three pin header in SW3 and short pins 2 and

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived PIB-1 Datasheet file may be downloaded here without warranties.

Datasheet ID: PIB-1 517663