NXP Semiconductors LPC1768 Скачать руководство пользователя страница 7

 

LPC2468 IRD Kit 1.2 Quick Start Guide, rev. 1.0  

Page 7 of 8 

 
 

6.0 Connection Headers Reference Table 

The following list is a description of all the jumpers and connection headers on the IRD Baseboard 
(version 1.3).  Additional information can be found in the IRD schematic and User Manual 
documents. 
 

JP4 & JP5 – CAN Analyzer Connectors 

Pin Label 

Function 

CANH 

Connects CAN Analyzer to CANH signal of TJA1040 

2 GND 

Ground 

connection 

CANL 

Connects CAN Analyzer to CANL signal of TJA1040 

 

CAN_Test – CAN Loopback Interface 

Pin Label 

Function 

CAN2-L 

CAN2 Channel CANL Signal 

CAN1-L 

CAN1 Channel CANL Signal 

CAN2-H 

CAN2 Channel CANH Signal 

CAN1-H 

CAN1 Channel CANH Signal 

 

CAN1_PWR & CAN2_PWR – CAN Slave Port Power Connectors 

Pin Label 

Function 

+5VDC 

+5VDC Power Supply From External Supply or POE Module 

CAN-PWR  Co5VDC to CAN Slave Unit via pin 9 of DB9 Connector 

 

JP8 & JP10 – ISP Mode Selection 

JP8 

P2_10 

The microcontroller is placed in ISP mode when this jumper is 
connected, enabling FlashMagic to program the microcontroller. 

JP10 

RESET 

The microcontroller is held in reset for ISP programming when this 
jumper is connected, enabling Flash Magic to program the 
microcontroler 

 

JP9 – UART0 DCE/DTE Selection 

Pin Label 

Function 

T1OUT 

RS-232 Serial Data Output from UART0 

UART0 Pin2 

Pin 2 of the UART0 DB9 Connector 

UART0 Pin3 

Pin 3 of the UART0 DB9 Connector 

R1IN 

RS-232 Serial Data Input to UART0 

 

JP12 – UART1 DCE/DTE Selection 

Pin Label 

Function 

T2OUT 

RS-232 Serial Data Output from UART1 

UART1 Pin3 

Pin 2 of the UART0 DB9 Connector 

UART1 Pin2 

Pin 3 of the UART0 DB9 Connector 

R2IN 

RS-232 Serial Data Input to UART1 

 

J_TEMP – External Temperature Sensor Connector 

Pin Label 

Function 

D- 

External Temperature Sensor negative (White Wire) connection 

D+ 

External Temperature Sensor positive (Red Wire) connection 

 

JP18 – 3.3VDC Source Selection 

Pin Label 

Function 

+3.3VDC 

IC13 (Onboard 3.3VDC Regulator) Output 

Содержание LPC1768

Страница 1: ...y is incorporated to facilitate In System Programming ISP allowing software updates to be easily loaded and demonstrated on the platform The version 1 3 kit features NXP designed green PCB LPC1768 cor...

Страница 2: ...e kit may also include other components as NXP bundles this kit with other reference platforms e g CAN Board DALI Solid State Lighting Board etc If other components are included see the guide associat...

Страница 3: ...Default Connection Description JP2 Jumper connected Used for ICC measurement on IRD platform when disconnected JP18 Pins 1 2 connected Enables 3 3VDC from onboard regulator JP19 Pins 1 2 connected En...

Страница 4: ...supply to JPWR 2 5mm plug VREF J VDISP JP19 JP18 JP2 Before moving to Step 3 make sure that ALL the instructions described in Step 1 Hardware connections and Step 2 Jumper configuration have been prop...

Страница 5: ...ould be blinking ON from left to right and then OFF from left to right By adjusting AD0 VR1 you can adjust the rate of the blinking LEDs 5 The Heartbeat LED bottom right corner of base PCB should be b...

Страница 6: ...rd 4 2 Software Keil The IRD LPC1768 kit software was developed using KEIL uVision3 version 3 5 Keil is providing a 60 day 256kB trial version for customers using the IRD kit To install the Keil IDE g...

Страница 7: ...onnector JP8 JP10 ISP Mode Selection JP8 P2_10 The microcontroller is placed in ISP mode when this jumper is connected enabling FlashMagic to program the microcontroller JP10 RESET The microcontroller...

Страница 8: ...ast LCD Contrast Voltage V0 VREF Microcontroller VREF Selection Pin Label Function 1 VREF ADC DAC reference voltage signal to MCU 2 V3A Filtered 3 3v source for VREF 7 0 Support Online technical suppo...

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