esa mcb51-2 user guide refer the datasheet of at89c51ed2 ... 2 will be supplied with at89c51ed2 or...

ESA MCB51-2 USER GUIDEVersion 1.0

March 2012

Electro Systems Associates Pvt Ltd4215, First Main Road, Subramanyanagar, Bangalore 560 021

Phone: +91 80 2357 7924 Fax: +91 80 2347 5615e-mail:[email protected]

www.esaindia.com

CONTENTS

CHAPTER 1 INTRODUCTION

Main Features Scope of Supply Specifications General Description

CHAPTER 2 HARDWARE DESIGN DETAILS Power Supply MCU Memory Serial Interfaces Interrupts Buffer SPI

CHAPTER 3 CONFIGURATION & INSTALLATIONConfigurationIntegration with Keil IDE

CHAPTER 4 EXMPLE PROGRAMS

Blinky Program HELLO WORLD Program

APPENDICES

APPENDIX A Schematics APPENDIX B Component layout diagram APPENDIX C ASCII Character Table APPENDIX D ESA Product list

CHAPTER 1

INTRODUCTION

ESA MCB 51-2 evaluation board can support development work using a wide variety of 8051 compatible 8-bit microcontrollers. The 8051 family of microcontrollers are extensively used for embedded & real time applications. ESA MCB 51-2 is designed to be general purpose development board for Single Chip MCU applications that may be used as an instruction learning aid and also as a development tool in R&D labs and industries.

1.1MAIN FEATURES

ñ Powerful monitor in EPROM helps in integration of MCB 51-2 with Keil µVision Debugger.ñ Supports Harvard architecturesñ Supports 64 KB of RAMñ Supports 64 KB of ROMñ On-board USB portñ RS-232C port using UARTñ On-board PPIñ Supports serial download and execute user program at full speedñ Debug the user programs at source level (in both C and Assembly languages) using single step

& break point facilities provided in Keil Debugger.ñ Reset & Interrupt push button switchesñ Examine/Modify the contents of MCU registers & memory contentsñ User definable push button switchñ System configuration using on-board DIP switchesñ LEDs connected to port P1 for program testingñ On-board EEPROM (24AA010) with SPI interfaceñ Supports ISPñ Single Euro size card

1.2 SCOPE OF SUPPLY

· ESA MCB 51-2 Board.· ESA MCB 51-2 User Guide· DC Power Adapter 5V, 2A· A CD-ROM containing:

ñ Keil µVision C51 Evaluation software.ñ Sample programs for ESA interface modules.ñ AT89C51ED2/RD2 Data sheet.ñ FT Clean utilityñ Communication drivers for Host through USB.

· One USB Cable· RS -232C Cable( Optional)

1.3 SPECIFICATIONS PROCESSOR

· AT89C51ED2/RD2 operating at 24 MHz. PROCESSOR FEATURESØ ON CHIP PERIPHERALS· Three 16-bit Timer/counters.· Watch Dog timer.· Programmable counter array(PCA) · On chip SPI (Serial Peripheral Interface) on port1.· Full duplex enhanced UART.

Ø BUS· 8-BIT multiplexed with 0 wait status.

Ø MEMORY

ON CHIP: PROGRAM MEMORY: 64KB of Flash. DATA MEMORY: 256 Byte of internal RAM. 1792 Bytes of XRAM. 2KB of EEPROM.(only in AT89C51ED2) EXTERNAL: 128KB of RAM. 128KB of ROM (Monitor) 1KB of SPI EEPROM

Ø SERIAL PORTS

ñ 1 USB (On chip UART)ñ 1 RS-232-C (using 16650 on the board) on 9 pin D type female connector.

Ø INTERRUPTS

ñ Nine sources of interrupts(both external & internal). ñ Two external interrupts INT0 & INT1 provided with push button switches.

These also can be used as general purpose switches.

Ø 26 Pin EXTERNAL INTERFACE

ñ PA, PB & PC Port lines of PPI are available through 26-Pin connector,which is compatible to ESA Interface modules.

Ø LED INDICATORS· P1 Port lines are connected to LED's.

1.4 GENRAL DESCRIPTION 1.4.1 BLOCK DIAGRAM

The ESA MCB 51-2 is built around AT89C51ED2/RD2; this board provides a platform to user to evaluate the on-chip features of 8051 family microcontrollers. Please refer the datasheet of AT89C51ED2/RD2 for more details of the chip. The 32 I/O lines of the microcontroller are available to user on different connectors (Please refer Hardware chapter for more details on these connectors).

Fig 1

CHAPTER 2 HARDWARE

This chapter describes hardware units/subsystems (listed below) of the MCB 51-2 and the schematic circuit diagrams are included in the appendix.

Hardware:· Power Supply· MCU· Memory · Serial Interfaces · Interrupts· Buffer· SPI· PPI(8255)

3.1 Power SupplyPower is supplied to the MCB 51-2 from an external 5Volt DC power supply, with a standard 5.5mm barrel female plug with a center positive connection.

3.2 MCUESA MCB 51-2 will be supplied with AT89C51ED2 or AT89C51RD2 micro controller.

3.2.1 MCU RESETThe board has power on reset circuit; RESET switch can be used to reset the microcontroller manually.3.2.2 MCU CLOCKA 24 MHz crystal is connected to the oscillator pins of the microcontroller. This crystal works as the clock source.

3.3 MEMORYThe MCB51-2 maps two memory devices into the address space of the MCU; the RAM 0000h-1FFFFh (128KB) , and the EPROM (128KB) 0000h-1FFFFh (Monitor uses only E800h-FFFFh). The 20V8 PAL provides the chip select signal for the external UART and a user chip select signal. The MCB51-2 board comes with a Monitor EPROM, which can support different Monitor versions. User may replace the Monitor EPROM with a 27C1001 or 27C2001 for target program. If an EPROM is used with a user application program, the DIP switch Monitor must be set to OFF. Note: User can use memory from 0000h-DFFFh (E000h to E7FFh used for I/O mapping.

3.4 Serial InterfacesThe MCB 51-2 supports both the on-chip serial port and an external UART. External UART uses the MAX232, to convert TTL to RS-232 voltage levels. Internal UART or on chip UART signals are available on CN1 USB connector through FT232R-USB (UART to USB) converter. External UART signal available on D type Female connector at J2. The Monitor can be configured to use either the on-chip serial port or the external UART for the communication with the PC. When the EXT_UART DIP switch is ON, the external UART is used at 57600 BPS for the Monitor communication. Otherwise the

on-chip serial port is used at 34800 BPS for the Monitor communication. The internal serial port is derived from the internal serial functions of the 8051 (P3.0/RXD and P3.1/TXD). The external UART (U7) is implemented using an 16550 device. A 1.8432 MHz oscillator provides the input frequency to the UART. The interrupt output of the UART is optionally connected to the INT0 pin (port 3.2) of the MCU. When the UART_INT DIP switch is ON, the UART interrupt is connected to the P3.2 MCU pin. Both serial ports are configured as a standard 3-wire interface.

The handshaking signals are automatically looped back to the PC as shown in the figure below.

Fig.9

3.5 INTERRUPTSThe MCU (AT89c51ED2/RD2) supports up to 9 interrupts (2 external & 7 internal) with four priority levels (see MCU datasheet for more information)

External Interrupts: The INT0 and INT1 interrupt are available to user; these are provided with on-board switches (S2 & S3). If DIP switch (switch 5) is ON then INT0 is connected to the serial interrupt. (see Configuration and Installation chapter->Configuration->DIP switches for more information). Internal Interrupts: All on-Chip interrupts are available to user. 3.6 BUFFER

In MCB 51-2 MCU multiplexes the address bus (A0-A7) & data bus (D0-D7) on PORT0. To accomplish this, the address lines are latched using the 74HC373.

3.7 SPI (Serial Peripheral Interface)MCB 51-2 have on board SPI accessible Serial EEPROM 25AA010A. The memory is accessed via a Serial Peripheral Interface™ (SPI) compatible serial bus. The bus signals required are: clock input (SCK), data in (SI), data out (SO) and Chip Select (CS). For information, see Data sheet of 25AA010A/25LC010A.

3.8 PPI (Programmable Peripheral Interface) The PPI ports PA, PB and PC from Programmable Peripheral Controller (8255) are available on 26-Pin connector J1. User can make use of these port lines to connect different interfaces to MCB 51-2 board.Following are address of ports of 8255

Control Port CA: 0xE003 Port A PA: 0xE000 Port B PB: 0xE001 Port C PC: 0xE002

CHAPTER 3 CONFIGURATION & INSTALLATION

This chapter describes the configuration and the installation procedures of ESA MCB 51-2. The ESA MCB 51-2 board requires +5V power and a serial connection to a PC running Keil µVision IDE (Integrated Development Environment).

Ø Hardware Requirements

· The ESA MCB 51-2 Board.· A serial cable (USB or RS232-C).· A PC (450MHz and above) with an available RS-232 Port or USB Port, 128 MB RAM and 30MB Hard Disk Space.

Ø Software Requirements

· Microsoft Windows 2000/XP/Win7· Keil µVision IDE and Debugger.

3.1 CONFIGURATIONThe Board will be shipped with ready configuration to connect with Keil IDE. You can configure MCB 51-2 with DIP switches & Jumpers.

DIP Switches:The following section describes each of the DIP switches of MCB 51-2 board.

UART_INTR: Default OFF

The UART_INTR switch controls the generation of external 16550 UART interrupt on the microcontroller. If UART_INTR is ON, the interrupt output from the 16550 is connected to port pin P3.2 (INT0). If UART_INTR is OFF, the interrupt output from the 16550 is not connected to the microcontroller. This switch is useful when using interrupt-driven serial I/O with the external UART. The user must set UART_INTR to ON, if he/she wants to halt execution of a user program within µVision.

EXT_UART: Default OFF

The EXT_UART switch controls generation of chip select signal for the external 16550 UART . If EXT_UART is ON, the chip select signal is generated and the Monitor program uses the external serial interface for communication. The communication baud rate is 57600 bps. If EXT_UART is OFF, the UART chip select is not generated and the Monitor program uses the on-chip serial UART interface for communication. In this case, the communication baud rate is 38400 bps. Monitor: Default ON

The Monitor switch selects the monitor EPROM for debugging. When Monitor is ON, the monitor is used for debugging with the supplied EPROM. When Monitor is OFF, the user may insert an EPROM with his/her target application.

LED: Default ON

The LED switch has ON/OFF function. . When LED is ON, the LEDs on port 1 are enabled. When LED is OFF, the LEDs are disabled. If the Monitor DIP switch is ON and LED is OFF, the Monitor does not modify the port 1 lines on power-up.

INT0: Default OFF

The INT0 switch controls the interrupt signal connection from INT0 push button to P3.2. If INT0 is ON, the interrupt from INT0 push button is connected to P3.2.If INT0 is OFF; the interrupt from INT0 push button is disconnected to P3.2. *Note: At any given time either UART_INTR or INT0 can be ON. But both can be OFF.

The Following Figure showing default DIP switch setting with On-chip UART, on-board monitor, LED enable.

Fig 2: DEFAULT DIP SWITCH SETTINGS JUMPERS: MCB 51-2 have four jumper to configure SPI (serial peripheral interface).If all the jumpers are shorted then Port Lines (P1.1, P1.6, P1.7, P1.5) are connected to the 25AA010 EEPROM. These jumper & port lines are connected to the EEPROM in following way:

JP1:P11: CS (Chip select of EEPROM) JP2:P16: SCLK (Serial Clock for EEPROM) JP3:P17: MOSI (Master Out Slave In Signal for EEPROM) JP4:P15: MISO (Master In Slave Out Signal for EEPROM)

MCB 51-2 have two jumpers (JP5 & JP6) to select EA & PSEN signal of MCU. If Jumper JP5 is on position B-C (GND), the user can access external memory; if it is on position A-B (VCC) then user can access internal flash memory for programming. If jumper JP6 is shorted, PSEN is connected to ground & the user can program on chip flash memory using ATMEL FLIP.

Default Condition: JP5 is on position B-C (GND) & JP6 is open.

3.2 INSTALLATION

1. Connect +5V power supply to the board. 2. Connect the serial cable or USB cable to PC. 3. Switch ON the power & check whether power LED is ON.After powering up, the board can be connected to Keil µVision IDE to download and execute the user programs. The ESA Monitor-51 Driver is used to download the user application code into memory, and to debug the user application code. 3.3 INTEGRATION WITH KEIL The following steps describe the procedure to create and compile µVision project for ESA MCB 51-2 board. User can find more information on Keil project creation and compilation in the µVision and C51 Getting Started User Guide.

1. Start the µVision IDE, create a new project file from the home window (Project -> New µVision Project).In the 'create new project' window, and enter the project name after selecting the project folder & save. Now the 'select device for Target’ window appears. Select ATMEL-> AT89C51ED2. After pressing OK, a message box appears asking for confirmation of 'copy standard 8051 start up code to project folder?’ Enter NO.

Fig.3

Fig.42. Next, from the home window, create and save a source file, by selecting File->New. Save file

with a name and extension, (.C, .ASM or .M51). Now add this saved file to the project, by selecting the target, say, Target 1 or Simulator. Right click on the Source Group and select 'Add Files to Source Group' option. In the next window, select the saved file and click Add.

Fig 5

3. Set the Target options for the ESA MCB 51-2 as shown below. Selecting Project->Options for Target opens the Options for Target window. Under Debug tab, select Keil Monitor -51 driver from 'Use' drop-down list.

Fig.6

4. To load and start user application, enable Load Application at Startup option.5. Select appropriate communication settings using the Settings button (next to Use drop-down list) as

shown below.

Fig.7Under the COM Port settings, select the COM Port to which the board is connected and select the baud rate as 57600 or 38400 (recommended). Enable Serial Interrupt option if the user application is not using on-chip UART, to stop program execution.

6. In the home screen, under Project->Build the project, click on Build the project; µVision translates all the user application and links. After the Build, press Reset on ESA MCB 51-2

7. Now user can enter into Debug mode from the home screen (Debug->Debug- Start / Stop Debug session)

8. The debugger connects to ESA MCB 51 and downloads the user application program into memory and enables all the debugging features like Run, Step, and Step over etc.

9. In Case of any Communication problems, a dialog box opens for trouble-shooting the communication

problems.

Fig.810. Here check for correct COM Port settings and ensure the COM Port is working. Check the monitor

configuration (Step 3), Keil Monitor-51 Driver should be selected.. Press Reset on ESA MCB 51-2 and click try again. If the problem still persists, please contact the manufacturer.

11. To stop the execution of user application programs, use Stop option in Debug dialog. If the user enabled the Serial Interrupt in Target Debug settings (Step 5) then the program execution stops normally, otherwise it displays a sub-window as shown below.

Fig.9

Here user can use the Stop Debugging button to stop the application program execution.

CHAPTER 4 SAMPLE PROGRAMS

Writing programs for ESA MCB 51-2 is very simple. Here are some sample programs.

4.1 BLINKY Program

The user may use this to test the working of the MCB 51-2 and verify that he/she can use the tools provided to develop a program successfully. BLINKY blinks the LEDs on the MCB 51-2 evaluation board. The complete source listing for the program is shown below:

/* BLINKY.C - LED Flasher for the ESA MCB 51-2 Evaluation Board with 80C51device*/#include <REG51F.H>void wait (void) { /* wait function */; /* only to delay for LED flashes */}void main (void) {unsigned int i; /* Delay var */unsigned char j; /* LED var */while (1) { /* Loop forever */for (j=0x01; j< 0x80; j<<=1) { /* Blink LED 0, 1, 2, 3, 4, 5, 6 */P1 = j; /* Output to LED Port */for (i = 0; i < 10000; i++) { /* Delay for 10000 Counts */wait (); /* call wait function */}}for (j=0x80; j> 0x01; j>>=1) { /* Blink LED 6, 5, 4, 3, 2, 1 */P1 = j; /* Output to LED Port */for (i = 0; i < 10000; i++) { /* Delay for 10000 Counts */wait (); /* call wait function */}}}Program Execution Procedure:

1. Go to the KEIL folder → C51 folder → examples → Blinky.2. Click on Keil µV file .Blinky The Keil µVision window will open containing the Blinky

project.3. Check all the settings as mentioned in section 3.2.4. Connect the USB cable between the host PC and connector CN1 on the board.5. Go to Options for Target, select device AT89C51ED2.6. Go to debug settings, select “Use Keil Monitor-51” and select the option Run to main.7. Check target setup, select COM Port, and baud rate. While communicating through internal

UART the baud rate should be 38400 bps and for external UART the baud rate should be 57600 bps.

8. Build the target, and click start & stop debug button → Checkout PC is pointing to the main function.

9. Press the run button on the Keil µV window and see the blinking of on board LED's.

4.2 HELLO WORLD Program

The HELLO WORLD is a simple program that prints "Hello World” to the serial port of the MCB 51-2. When an user successfully builds and runs this program, he/she would have used the entire tool-set.The complete source listing for the program is shown below:

*------------------------------------------------------------------------------HELLO.CCopyright 1995-2005 Keil Software, Inc.------------------------------------------------------------------------------*/#include <REG51F.H>#include <stdio.h> /* prototype declarations for I/O functions */#ifdef MONITOR51 /* Debugging with Monitor-51 needs */char code reserve [3] _at_ 0x23; /* space for serial interrupt if */#endif /* Stop Execution with Serial Intr. *//* is enabled *//*------------------------------------------------------------------------------------------The main C function. Program execution starts here after stack initialization.------------------------------------------------------------------------------------------*/void main (void) {/*------------------------------------------------Setup the serial port for 2400 baud at 24MHz.------------------------------------------------*/#ifndef MONITOR51SCON = 0x50; /* SCON: mode 1, 8-bit UART, enable rcvr */TMOD |= 0x20; /* TMOD: timer 1, mode 2, 8-bit reload */TH1 = 0xE6; /* TH1: reload value for 2400 baud @ 24MHz */TR1 = 1; /* TR1: timer 1 run */TI = 1; /* TI: set TI to send first char of UART */#endif/*-----------------------------------------------------------------------------------------------------Note that an embedded program never exits (because there is no operating system to return to). It must loop and execute forever.-----------------------------------------------------------------------------------------------------*/while (1) {P1 ^= 0x01; /* Toggle P1.0 each time we print */printf ("Hello World\n"); /* Print "Hello World" */}}

Program Execution Procedure:

1. Go to the KEIL folder → C51 folder → Examples → Hello.2. Click on µVision (µV) file. The Keil µV window will open with the HELLO WORLD project.3. Check all the settings as mentioned in section 2.2.4. Connect the USB cable between the host PC and CN1 of MCB 51-2.5. Go to Options for Target, select device.6. Go to debug settings, select “Use Keil Monitor-51” and select the option Run to main.7. Check target setup, select COM port, and baud rate. It should be noted that when using internal

UART the baud rate is fixed at 38400 bps.8. Build the target, and click start & stop debug button.9. The code can be executed by clicking run button on Keil µV window.10. Go to Keil window view tab →serial window → UART #1.11. The ‘UART #1’ window will be opened.12. On this Keil serial window, you can see “HELLO WORLD” being displayed.

Fig 11

Fig 12

APPENDICES

APPENDIX A Schematics APPENDIX B Component layout diagram APPENDIX C ASCII Character Table

APPENDIX D ESA Product list

APPENDIX A

Schematics

1

1

2

2

3

3

4

4

D D

C C

B B

A A

1

Electro Systems Associates Pvt Ltd4215, J.K.Complex, First Main RoadSubramanyanagar, P.O.Box 2139BANGALORE, INDIAwww.esaindia.com3

12/14/2012 3:54:53 PM

Title

Size: Number:

Date:DRN By:

Revision:

Sheet ofTime:A4

CKD By: B.SRINIVAS RAO APD By:

OE1

LE11

1D3 1Q 2

2D4 2Q 5

3D7 3Q 6

4D8 4Q 9

5D13 5Q 12

6D14 6Q 15

7D17 7Q 16

8D18 8Q 19

VCC 20

GND10

U3

74HC373P

AD[0..7] 5VA[0..7]

5 6

147

U4CMC74HC14AD

9 8

147

U4DMC74HC14AD

1 2

147

U4AMC74HC14AD

3 4

147

U4BMC74HC14AD

11 10

147

U4EMC74HC14AD

10uF

C5

10KR3

S4

Reset

5V

123

JP5

Header 3

5V

12

JP6

Header 2

CLK/IN1

IN2

IN3

IN4

IN5

IN6

IN7

IN8

IN9

IN10

IN11

IN/OE13

GND12

IN14

I/O 15I/O 16I/O 17I/O 18I/O 19I/O 20I/O 21I/O 22

IN23

VCC 24U1

ATF20V8B

5V

AD

[0..7

] A[0..7]

EA

ALE

PSEN

LED

CS_UART

CS_RAMCS_ROM

8255_CS

10uFC4

10KR2

S3

INT 1

5V

INT1

A16_ROM

10uFC3

10KR1

S2

INT 0

5V

INT0

A16_RAM

RD_RAM

RST

RST

PSENA10A11A12A13A14A15

MONITOR

RDP1.7

AD0AD1AD2AD3

AD[0..7]

AD4AD5AD6AD7

12

Y124MHZ

22pFC1

22pF

C2

A8A9A10A11A12A13A14A15

A[8..15]

NIC1

P1.0

/T2

2P1

.1/T

2EX

3P1

.2/E

CI

4P1

.3/C

EX0

5P1

.4/C

EX1

6P1

.5/C

EX2

7P1

.6/C

EX3

8P1

.7/C

EX4

9RST10

P3.0

/RxD

11NIC12

P3.1

/TxD

13P3

.2/IN

T014

P3.3

/INT1

15P3

.4/T

016

P3.5

/T1

17P3

.6/W

R18

P3.7

/RD

19

XTAL220

XTAL121

VSS

22

NIC23

P2.0/A8 24

P2.1/A9 25

P2.2/A10 26

P2.3/A11 27

P2.4/A12 28

P2.5/A13 29

P2.6/A14 30

P2.7/A15 31

PSEN32

ALE/PROG33

NIC34

EA/VPP35

P0.7/AD7 36P0.6/AD6 37P0.5/AD5 38P0.4/AD4 39P0.3/AD3 40P0.2/AD2 41P0.1/AD1 42P0.0/AD0 43

VC

C44

U2P89C51RD2HBA

5V

AD

[0..7]A

[8..15]

P10

P11

P12

P13

P14

P15

P16

P17

P[10..17]P[10..17]

RSTEAALEPSEN

ON

_TX

DO

N_R

XD

RD

WR

INT1

UA

RT_

INT

12345678

161514131211109

S1

SW DIP-8

LED

UART_INTRUART_INT UART_INT

CS_UART EXT_UARTMONITORLED

MONITOR

GND

UART_INT INT0P17P1.7

AD0AD1AD2AD3AD4AD5AD6AD7

A0A1A2A3A4A5A6A7

5V

ESA MCB51-2ESA 2445

4.7KR8

5V

CS_UART_EXT

PIC101 PIC102

COC1

PIC201 PIC202

COC2

PIC301

PIC302COC3

PIC401

PIC402

COC4

PIC501

PIC502

COC5

PIJP501

PIJP502

PIJP503

COJP5PIJP601

PIJP602

COJP6

PIR101

PIR102COR1

PIR201

PIR202COR2

PIR301

PIR302COR3

PIR801

PIR802COR8

PIS101

PIS102

PIS103

PIS104

PIS105

PIS106

PIS107

PIS108 PIS109

PIS1010

PIS1011

PIS1012

PIS1013

PIS1014

PIS1015

PIS1016

COS1

PIS201 PIS203

COS2

PIS301 PIS303

COS3

PIS401 PIS403

COS4

PIU101

PIU102

PIU103

PIU104

PIU105

PIU106

PIU107

PIU108

PIU109

PIU1010

PIU1011

PIU1012

PIU1013

PIU1014

PIU1015

PIU1016

PIU1017

PIU1018

PIU1019

PIU1020

PIU1021

PIU1022

PIU1023

PIU1024

COU1

PIU201

PIU202PIU203PIU204PIU205PIU206PIU207PIU208PIU209

PIU2010

PIU2011

PIU2012

PIU2013PIU2014PIU2015PIU2016PIU2017PIU2018PIU2019

PIU2020

PIU2021

PIU2022PIU2023

PIU2024

PIU2025

PIU2026

PIU2027

PIU2028

PIU2029

PIU2030

PIU2031

PIU2032

PIU2033

PIU2034

PIU2035

PIU2036

PIU2037

PIU2038

PIU2039

PIU2040

PIU2041

PIU2042

PIU2043

PIU2044COU2

PIU301

PIU302PIU303

PIU304 PIU305

PIU306PIU307

PIU308 PIU309

PIU3010

PIU3011

PIU3012PIU3013

PIU3014 PIU3015

PIU3016PIU3017

PIU3018 PIU3019

PIU3020

COU3

PIU401 PIU402

PIU407PIU4014 COU4A

PIU403 PIU404

PIU407PIU4014 COU4B

PIU405 PIU406

PIU407PIU4014

COU4C

PIU407PIU408PIU409

PIU4014 COU4D

PIU407PIU4010PIU4011

PIU4014 COU4E

PIY101PIY102

COY1 PO8\2\5\5\0\C\S\

POA0POA1POA2POA3POA4POA5POA6POA7

POA8POA9

POA10POA11POA12POA13POA14POA15

POA160RAMPOA160ROM

POA000070

POA0800150

POAD0POAD1POAD2POAD3POAD4POAD5POAD6POAD7

POAD000070

POALE

POC\S\0\R\A\M\POC\S\0\R\O\M\

POC\S\0\U\A\R\T\ POC\S\0\U\A\R\T\0\E\X\T\

POE\A\

POINT0

POINT1

POLEDPOMONITOR

POON0RXDPOON0TXD

POP107

POP10POP11POP12POP13POP14POP15POP16

POP17

POP01000170

POPSEN

POR\D\

POR\D\0\R\A\M\

PORST

POUART0INT POUART0INTR

POW\R\

1

1

2

2

3

3

4

4

D D

C C

B B

A A

2


12/14/2012 3:54:53 PM

Title

Size: Number:

Date:DRN By:

Revision:

Sheet ofTime:A4


VPP1 A162 A153

A124

A75 A66 A57 A48 A39 A210 A111 A012 Q0 13

Q1 14

Q2 15

GND16

Q3 17

Q4 18

Q5 19

Q6 20

Q7 21

CE22

A1023

OE24

A1125

A926 A827

A1328

A1429

NC 30

PROG 31VCC 32U5

M27C1001-10B1

AD[0..7]


A0A1A2A3A4A5A6A7

A[0..12]

A8A9A10A11A12

5V

NC

1

A16 2

A15 31

A12 4

A7 5

A6 6

A5 7

A4 8

A3 9

A2 10

A1 11

A0 12D013 D114 D215

GN

D16

D317 D418 D519 D620 D721

CE1

22

A10 23

OE

24

A11 25

A9 26

A8 27

A13 28A14 3

CE2

30

WR

29

VC

C32

U6TC551001BPL-70

AD[0..7]


5V

D02

D13

D24

D35

D46

D57

D68

D79

ADS28

A031

A130

A229

CS216

CTS 40

CS014

CS115

DCD 42DSR 41

MR39

RD24

RI 43

RCLK 10

RD25

SIN 11

WR20 WR21

XIN18

BAUDOUT 17

DTR 37

DDIS26

INTR 33

OUT1 38

OUT2 35

RTS 36

RXRDY32

SOUT 13

TXRDY27

XOUT19

VDD 44

VSS 22

NC 1

NC 12

NC 23

NC 34

U7

PC16550DV

AD[0..7]


A0A1A2

A8A9

5V

13 12

147

U4FMC74HC14AD

12

Y21.8432 MHZ

22pFC6

22pF

C7

AD

[0..7

]

AD

[0..7

]

AD

[0..7]

A[0

..12]

A0A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15

UART_INTRRD_RAM

EX_TXD

EX_RXDA[0..15]

A[0..15]

A14

A16_ROM

CS_ROMPSEN

RST

WR

A16_RAM

RD_RAMWR

CS_RAM

CS1

SO2 WP 3

VSS 4

SI5 SCK6

HOLD 7

VCC 8U8

25AA010AT-I/MS

5V12

JP1

12

JP2

12

JP3

12

JP4

10KR4

P11

P16

P17

P15

0.1uF

C8

0.1uF

C9

0.1uF

C10

0.1uF

C11

0.1uF

C12

0.1uF

C13

0.1uF

C14

0.1uF

C15

0.1uF

C16

0.1uF

C17

0.1uF

C18

0.1uF

C19

5V

CS

SCLK

MOSI

MISO

ESA MCB51-2ESA 2445

5V

10KR9

CS_UART_EXT

PIC601 PIC602

COC6

PIC701 PIC702

COC7

PIC801

PIC802COC8

PIC901

PIC902COC9

PIC1001

PIC1002COC10

PIC1101

PIC1102COC11

PIC1201

PIC1202COC12

PIC1301

PIC1302COC13

PIC1401

PIC1402COC14

PIC1501

PIC1502COC15

PIC1601

PIC1602COC16

PIC1701

PIC1702COC17

PIC1801

PIC1802COC18

PIC1901

PIC1902COC19

PIJP101

PIJP102

COJP1

PIJP201

PIJP202

COJP2

PIJP301

PIJP302

COJP3

PIJP401

PIJP402

COJP4

PIR401

PIR402COR4

PIR901

PIR902

COR9

PIU407PIU4012PIU4013

PIU4014 COU4F

PIU501

PIU502

PIU503

PIU504

PIU505

PIU506

PIU507

PIU508

PIU509

PIU5010

PIU5011

PIU5012 PIU5013

PIU5014

PIU5015

PIU5016

PIU5017

PIU5018

PIU5019

PIU5020

PIU5021

PIU5022

PIU5023

PIU5024

PIU5025

PIU5026

PIU5027

PIU5028

PIU5029

PIU5030

PIU5031

PIU5032

COU5

PIU601

PIU602

PIU603

PIU604

PIU605

PIU606

PIU607

PIU608

PIU609

PIU6010

PIU6011

PIU6012PIU6013

PIU6014

PIU6015

PIU6016

PIU6017

PIU6018

PIU6019

PIU6020

PIU6021

PIU6022

PIU6023

PIU6024

PIU6025

PIU6026

PIU6027

PIU6028

PIU6029 PIU6030

PIU6031

PIU6032

COU6

PIU701

PIU702

PIU703

PIU704

PIU705

PIU706

PIU707

PIU708

PIU709

PIU7010

PIU7011

PIU7012

PIU7013

PIU7014

PIU7015

PIU7016

PIU7017

PIU7018

PIU7019

PIU7020

PIU7021

PIU7022

PIU7023

PIU7024

PIU7025

PIU7026

PIU7027

PIU7028

PIU7029

PIU7030

PIU7031

PIU7032

PIU7033

PIU7034

PIU7035

PIU7036

PIU7037

PIU7038

PIU7039

PIU7040

PIU7041

PIU7042

PIU7043

PIU7044

COU7

PIU801

PIU802 PIU803

PIU804

PIU805

PIU806

PIU807

PIU808

COU8

PIY201PIY202

COY2

POA0POA1POA2POA3POA4POA5POA6POA7POA8POA9POA10POA11POA12 POA13POA14POA15POA160RAM

POA160ROM

POA0000120 POA0000150

POAD0POAD1POAD2POAD3POAD4POAD5POAD6POAD7

POAD000070

POC\S\0\R\A\M\

POC\S\0\R\O\M\

POC\S\0\U\A\R\T\0\E\X\T\

POEX0RXD

POEX0TXD

POP11

POP15

POP16

POP17

POPSEN

POR\D\0\R\A\M\

PORSTPOUART0INTR

POW\R\

1

1

2

2

3

3

4

4

D D

C C

B B

A A

3


12/14/2012 3:54:53 PM

Title

Size: Number:

Date:DRN By:

Revision:

Sheet ofTime:A4


OE1 LE11

1D3 1Q 2

2D4 2Q 5

3D7 3Q 6

4D8 4Q 9

5D13 5Q 12

6D14 6Q 15

7D17 7Q 16

8D18 8Q 19

VCC 20

GND10

U10

74HC373P

5V

123456789

10

RP1

390R

5V

10K

R5

P10P11P12P13P14P15P16P17

P[10..17]

P[10

..17]

LED

1

2

3

4

5

6

7

8

9

11

10

J2

D Connector 9

GND15

VCC 16C1+1

VC+ 2C1-3

C2+4

C2-5

VC- 6

T2OUT 7

R2IN 8R2OUT9 T2IN10

T1IN11

R1OUT12 R1IN 13T1OUT 14

U11

MAX232

10uF/16VC23

10uF/16V

C240.1uFC22

0.1uFC25

5V

ON_TXD

ON_RXD

EX_TXDEX_RXD

1 23 45 67 89 1011 1213 1415 1617 1819 2021 2223 2425 26

J1

26 PIN FRC MALE RT.

PC0 PC1PC2 PC3PC4 PC5

PC6 PC7PA0 PA1PA2 PA3PA4 PA5PA6 PA7PB0 PB1PB2 PB3PB4 PB5PB6 PB7

GND 7

VCC 26

PB725 PB624 PB523 PB422 PB321 PB220 PB119 PB018

PC710 PC611 PC512 PC413 PC317 PC216 PC115 PC014

PA737 PA638 PA539 PA440 PA31 PA22 PA13 PA04

D7 27D6 28D5 29D4 30D3 31D2 32D1 33D0 34

A0 9

A1 8

WR 36RD 5

RESET 35

CS 6

U9

8255

PC0PC1PC2PC3PC4PC5PC6PC7

PB0PB1PB2PB3PB4PB5PB6PB7

PA0PA1PA2PA3PA4PA5PA6PA7


AD

[0..7]

AD[0..7]

RDWRA0A1

RST8255_CS

5V

1234

CN1 VCC20

USBDM16

USBDP15

VCCIO4

NC8

RESET#19

NC24

OSCI27

OSCO28

3V3OUT17

AG

ND

25

GN

D7

GN

D18

GN

D21

TEST

26

CBUS4 12CBUS3 14CBUS2 13CBUS1 22CBUS0 23

RI# 6

DCD# 10

DSR# 9

DTR# 2

CTS# 11

RTS# 3

RXD 5

TXD 1

U12

FT232R

VCC3O

RTS#

CTS#

DCD#

47pFC26

47pFC27

0.1uF

C28

1_N

DTR#

DSR#

NC

NCNCNCNCNC

5V

1_P

5V

4K7R6

10KR7

RESET

RESET

13

P3

Header 2

5V

10uF

C200.1uFC21D10

TXDRXD

RXD

TXD

LED1

LED2

LED3

LED4

LED5

LED6

LED7

LED8

LED9

ESA MCB51-2ESA 2445

PIC2001

PIC2002

COC20

PIC2101

PIC2102COC21

PIC2201

PIC2202COC22

PIC2301

PIC2302COC23

PIC2401PIC2402

COC24

PIC2501

PIC2502COC25

PIC2601

PIC2602COC26

PIC2701PIC2702

COC27

PIC2801

PIC2802COC28

PICN101

PICN102

PICN103

PICN104

COCN1

PID1001PID1002

COD10

PIJ101 PIJ102

PIJ103 PIJ104

PIJ105 PIJ106

PIJ107 PIJ108

PIJ109 PIJ1010

PIJ1011 PIJ1012

PIJ1013 PIJ1014

PIJ1015 PIJ1016

PIJ1017 PIJ1018

PIJ1019 PIJ1020

PIJ1021 PIJ1022

PIJ1023 PIJ1024

PIJ1025 PIJ1026

COJ1

PIJ201

PIJ202

PIJ203

PIJ204

PIJ205

PIJ206

PIJ207

PIJ208

PIJ209

PIJ2010

PIJ2011

COJ2

PILED101 PILED102

COLED1

PILED201 PILED202

COLED2

PILED301 PILED302

COLED3

PILED401 PILED402

COLED4

PILED501 PILED502

COLED5

PILED601 PILED602

COLED6

PILED701 PILED702

COLED7

PILED801 PILED802

COLED8

PILED901 PILED902

COLED9

PIP301

PIP303

COP3

PIR501

PIR502COR5

PIR601

PIR602COR6

PIR701

PIR702COR7

PIRP101

PIRP102

PIRP103

PIRP104

PIRP105

PIRP106

PIRP107

PIRP108

PIRP109

PIRP1010

CORP1PIU901

PIU902

PIU903

PIU904

PIU905

PIU906

PIU907

PIU908

PIU909

PIU9010

PIU9011

PIU9012

PIU9013

PIU9014

PIU9015

PIU9016

PIU9017

PIU9018

PIU9019

PIU9020

PIU9021

PIU9022

PIU9023

PIU9024

PIU9025

PIU9026

PIU9027

PIU9028

PIU9029

PIU9030

PIU9031

PIU9032

PIU9033

PIU9034

PIU9035

PIU9036

PIU9037

PIU9038

PIU9039

PIU9040

COU9

PIU1001

PIU1002PIU1003

PIU1004 PIU1005

PIU1006PIU1007

PIU1008 PIU1009

PIU10010

PIU10011

PIU10012PIU10013

PIU10014 PIU10015

PIU10016PIU10017

PIU10018 PIU10019

PIU10020

COU10

PIU1101

PIU1102PIU1103

PIU1104

PIU1105

PIU1106

PIU1107

PIU1108PIU1109

PIU11010

PIU11011

PIU11012 PIU11013

PIU11014

PIU11015

PIU11016

COU11

PIU1201

PIU1202

PIU1203

PIU1204

PIU1205

PIU1206

PIU1207

PIU1208

PIU1209

PIU12010

PIU12011

PIU12012

PIU12013

PIU12014

PIU12015

PIU12016

PIU12017

PIU12018

PIU12019

PIU12020

PIU12021

PIU12022

PIU12023

PIU12024

PIU12025 PIU12026

PIU12027

PIU12028

COU12

PO8\2\5\5\0\C\S\

POA0POA1

POAD0POAD1POAD2POAD3POAD4POAD5POAD6POAD7POAD000070

POEX0RXDPOEX0TXD

POLED

POON0RXD

POON0TXD

POP10POP11POP12POP13POP14POP15POP16POP17POP01000170

POPA0 POPA1POPA2 POPA3POPA4 POPA5POPA6 POPA7POPB0 POPB1POPB2 POPB3POPB4 POPB5POPB6 POPB7POPC0 POPC1POPC2 POPC3POPC4 POPC5

POPC6 POPC7

POR\D\

PORST

PORXDPOTXD

POW\R\

APPENDIX B

Component layout diagram

APPENDIX C

ASCII Character Table

APPENDIX D

ESA Product list

esa mcb51-2 user guide refer the datasheet of at89c51ed2 ... 2 will be supplied with at89c51ed2 or...

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