Philips LPC2138 dimensions Components List, Power Supply, Name, Description

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Components List

Name

Description

P1

Expansion connector GPIO pins P0.0 – P0.7

P2

Expansion connector GPIO pins P0.8 – P0.15

P3

Expansion connector GPIO pins P0.16 – P0.23

P4

Expansion connector GPIO pins P0.25 – P0.31

P5

Expansion connector GPIO pins P1.16 – P1.23

P6

Expansion connector GPIO pins P1.24 and P1.25

P11

RTC power supply input (3.3V)

P12

Connector for manufacturing purpose

P13

DA converter output

P21

16-pin LCD connector

P31

Connector for manufacturing purpose

P32

ETM Trace connector

P33

JTAG debug connector

P34

USB connector (integrated debugger)

P35

DB9 connector, serial port (UART1)

J1, J2, J7 -

Jumpers

J10, J15 - J20,

J22,J25

 

LD0 – LD3

User LEDs

LD11

Power LED 5V

LD12

Power LED 3,3V

T0 – T3

Push buttons

Reset (T4)

Reset button

TR2

Trimmer potentiometer

R25, R26

Resistors for adjusting LCD contrast*

*See schematic for details.

Power Supply

The target board is powered from the PC USB port, through which winIDEA (IDE) running on a PC, connects to the on-board integrated debugger. Connection is made using a standard USB cable. Battery power supply for RTC can be optionally connected to P11 (see P11 description for more details).

© iSYSTEM, March 2007

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Contents Dimensions User’s GuidePhilips/NXP LPC2138 Target Board Ordering codeContents View of the ITLPC2138 IntroductionDescription Notes Block DiagramComponents List Power SupplyName DescriptionP12 Manufacturing purpose connections Jumper & Connector DescriptionsP21 16 Pin LCD Connector see connectors DB9 male connector UART1 P35 Connectors16-pinLCD connector P21 Symbol38-pinMictor JTAG Debug & ETM Trace Connector P32 20-pinJTAG Debug Connector P33Figure 4 Expansion connectors CPU expansion connectors10/13 SchematicUse of the on-boardintegrated debugger Setting up a debug environment for the first time Use of an external debuggerTroubleshooting
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