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General Information

System Requirements

User’s Manual

M68EML08EY Emulation Module - Version 1.0

MOTOROLA

General Information

 

13

•

MMEVS0508 documentation — an MMEVS operations manual 
(MMEVSOM/D) and the appropriate EM user’s manual.

An MMEVS features automatic baud rate selection: 2400, 4800, 9600, 19200, 
38400, or 57600.

Substituting a different EM enables your MMEVS to emulate target systems 
based on different MCUs or MCU families. (Your Motorola representative can 
explain all the EMs available.).

1.3  System Requirements

An IBM PC or compatible running Windows

 98, Windows 2000, or Windows 

NT

 (version 4.0) with at least 32MB of RAM and an RS-232 serial port. 

1.4  EM Layout

Figure 1-1 shows the layout of the EML08EY. Jumper header W2 specifies the 
operating voltage. Jumper header W4 specifies the clock signal source. Jumper 
header W1 controls unification of analog ground references. Jumper header 
W3 specifies the MCU to be emulated. 

Target interface connectors J2 and J3 connect the EML08EY to a target 
system, via the included target cable assembly. If you use your EML08EY as 
part of an MMDS, run the target cable assembly through the slit in the station 
module enclosure. 

Connectors J1 and J5 connect to a logic analyzer. Connector J4 is the source 
for an inverted clock signal. DIN connectors P1 and P2, on the bottom of the 
board connect the EML08EY to the platform board. The emulation MCU is at 
location U2. Connector J6 is for EM board design and factory use only.

Summary of Contents for M68EML08EY

Page 1: ...EML08EYUM D Version 1 0 May 2 2002 User s Manual Motorola Inc 2002 M68EML08EY Emulation Module User s Manual ...

Page 2: ...s regarding the information contained herein whether expressed implied or statutory including implied warranties of merchantability or fitness for a particular purpose Motorola makes no representation that the interconnection of products in the manner described herein will not infringe on existing or future patent rights nor do the descriptions contained herein imply the granting or license to mak...

Page 3: ...software 8 5 Copy personality files to your computer 8 6 Connect MMDS or MMEVS to your computer and apply power 9 Section 1 General Information 1 1 Introduction 11 1 2 Development Systems 11 1 2 1 Motorola Modular Development System MMDS0508 11 1 2 2 Motorola Modular Evaluation System MMEVS0508 12 1 3 System Requirements 13 1 4 EM Layout 13 1 5 Specifications 14 1 6 Target Cable Assemblies 15 Sect...

Page 4: ...oduction 21 3 2 Target Connectors J2 and J3 21 3 3 Logic Analyzer Connectors J1 and J5 24 3 4 Inverted Clock Connector J4 25 3 5 Analog to Digital Converter Reference Voltage Connector E2 26 3 6 Board Factory Test Connector J6 26 3 7 Optional crystal circuit using Y1 26 3 8 Clock oscillator Y2 27 3 9 EM Board Socket Connectors P1 and P2 27 ...

Page 5: ... 14 1 2 Target Cable Assembly 15 3 1 Target Connector J2 Pin Assignments 21 3 2 Target Connector J3 Pin Assignments 23 3 3 Logic Analyzer Connector J1 Pin Assignments 24 3 4 Logic Analyzer Connector J5 Pin Assignments 25 3 5 Connector J4 Pin Assignments 25 3 6 Connector E2 Pin Assignments 26 3 7 EM Connector P1 Pin Assignments 28 3 8 EM Connector P2 Pin Assignments 30 ...

Page 6: ...M68EML08EY Emulation Module Version 1 0 User s Manual 4 List of Figures MOTOROLA List of Figures ...

Page 7: ... 15 2 1 Configuration Components 17 3 1 Target Connector J2 Signal Descriptions 22 3 2 Target Connector J3 Signal Descriptions 23 3 3 Logic Analyzer Connector J1 Signal Descriptions 24 3 4 Logic Analyzer Connector J5 Signal Descriptions 25 3 5 Connector J4 Signal Descriptions 25 3 6 Connector E2 Signal Descriptions 26 3 7 EM Connector P1 Signal Descriptions 29 3 8 EM Connector P2 Signal Descriptio...

Page 8: ...M68EML08EY Emulation Module Version 1 0 User s Manual 6 List of Tables MOTOROLA List of Tables ...

Page 9: ...controlled oscillator from the platform board or place the jumper between pins 1 and 2 to specify 4 9152 MHz oscillator Y2 which can be replaced with an oscillator of a different value Jumper header W2 specifies the voltage supplied to the emulation module MCU and to signals driven to the target Place the jumper between pins 1 and 2 factory default to specify fixed 5 0 volts DC or place the jumper...

Page 10: ...it in the station module enclosure then replace the access panel Plug the other end of the flex cable into the target head Solder the appropriate surface mount adapter to your target if necessary Then plug the target head into the surface mount adapter on your target system 4 Install the development software 5 Copy personality files to your computer The factory ships M68EML08EY MCU personality fil...

Page 11: ... Module Version 1 0 MOTOROLA M68EML08EY Quick Start Guide 9 6 Connect MMDS or MMEVS to your computer and apply power This completes the quick start for your M68EML08EY When you make sure that cable connections between your development system and your computer are sound you are ready to apply power and use your M68EML08EY ...

Page 12: ...M68EML08EY Emulation Module Version 1 0 User s Manual 10 M68EML08EY Quick Start Guide MOTOROLA M68EML08EY Quick Start Guide ...

Page 13: ...08 Evaluation System MMEVS Refer to the specific development system user s manual for more information 1 2 1 Motorola Modular Development System MMDS0508 The MMDS is an emulator system that provides a bus state analyzer and real time memory windows for designing and debugging a target system A complete MMDS consists of a station module the metal MMDS enclosure containing the platform board and the...

Page 14: ...00 4800 9600 19200 38400 or 57600 Substituting a different EM enables your MMDS to emulate target systems based on different MCUs or MCU families Your Motorola representative can explain all the EMs available 1 2 2 Motorola Modular Evaluation System MMEVS0508 An MMEVS is an economical tool for designing debugging and evaluating target systems A complete MMEVS consists of a platform board PFB the b...

Page 15: ...n RS 232 serial port 1 4 EM Layout Figure 1 1 shows the layout of the EML08EY Jumper header W2 specifies the operating voltage Jumper header W4 specifies the clock signal source Jumper header W1 controls unification of analog ground references Jumper header W3 specifies the MCU to be emulated Target interface connectors J2 and J3 connect the EML08EY to a target system via the included target cable...

Page 16: ...2 J3 Y2 W3 MCU Sel U2 W1 E2 J4 OSC2 E1 VMCU P2 P1 GND GND GND GND J6 VSSA A D REF Table 1 1 Specifications Characteristic Specifications Maximum Clock speed 32 MHz at 5V 16 MHz at 3V Temperature operating storage 10 to 50 C 40 to 85 C MCU Extension I O HCMOS Compatible at Vmcu 5V or 3V Relative humidity 0 to 90 noncondensing Power requirements 5VDC supplied from the MMDS or MMEVS Dimensions 5 5 X ...

Page 17: ...ter which plugs onto the QFP surface mount adapter You should solder the QFP surface mount adapter directly onto the target system board in place of the MCU The socket saver goes between the target head adapter and surface mount adapter If you use it it will reduce wear on the target head adapter After many insertions you can replace the socket saver without replacing the entire target head adapte...

Page 18: ...M68EML08EY Emulation Module Version 1 0 User s Manual 16 General Information MOTOROLA General Information ...

Page 19: ...vided that you disconnect platform board power and target power CAUTION ESD Protection Motorola development systems include open construction printed circuit boards that contain static sensitive components These boards are subject to damage from electrostatic discharge ESD To prevent such damage you must use static safe work surfaces and grounding straps as defined in ANSI EOS ESD S6 1 and ANSI EO...

Page 20: ...M board at Y2 EM XTAL Specifies the clock signal from a user supplied crystal installed at Y1 XTAL Analog Ground VSSA Unify Header W1 DIS Separates analog ground references of the processor and the board Factory setting EN Unifies analog ground references of the processor and the target board VSSA VREF_LOW AGND This configuration increases sensitivity to noise MCU Emulation Select Header W3 EY16 S...

Page 21: ...en J4 and your target system Limitation 3 STOP Mode The emulator may not be able to recover from STOP mode entry if it is running from the external clock source on the EM board EM PFB or XTAL 2 4 Remaining System Installation When you have configured jumper headers you are ready to complete EML08EY installation To install the EML08EY in an MMDS0508 station module remove the panel from the station ...

Page 22: ... development software copy personality files 00C31Vxx MEM and 00C32Vxx MEM from the documentation CD ROM to the prog mem subdirectory of the CodeWarrior IDE installation directory Additionally if you must use CodeWarrior IDE development software you will need to copy the EML08EY register files MCU0C31 REG and MCU0C32 REG from the documentation CD ROM to the prog reg subdirectory of the CodeWarrior...

Page 23: ...get Connectors J2 and J3 Connectors J2 and J3 are the EML08EY target connectors Figure 3 1 and Table 3 1 give the pin assignments and signal descriptions for connector J2 Figure 3 2 and Table 3 2 give the pin assignments and signal descriptions for connector J3 Figure 3 1 Target Connector J2 Pin Assignments J2 G 1 2 G G 3 4 G G 5 6 G G 7 8 G PB3 9 10 G PB4 11 12 G PB5 13 14 G PB6 15 16 G PB7 17 18...

Page 24: ...se I O lines controlled by software via data direction and data registers Other port C lines are available on connector J4 27 29 30 35 36 PA0 PA3 PA6 not in exact order PORT A lines 0 3 6 General purpose I O lines controlled by software via data direction and data registers Port A lines 1 and 2 are available on connector J4 32 EV EXTERNAL VOLTAGE DETECT Input signal that detects target system powe...

Page 25: ...e signal from the target 3 5 7 PB0 PB2 PORT B lines 0 2 General purpose I O lines controlled by software via data direction and data registers Other port B lines are available on connector J3 4 6 8 24 26 28 31 34 37 38 40 G GROUND 25 35 36 PC2 PC0 PORT C lines 2 0 General purpose I O lines controlled by software via data direction and data registers Port C lines 3 and 4 are available on connector ...

Page 26: ...3 T12 SYSTEM BUS CLOCK Clock that matches the internal emulation MCU bus clock 4 LBOX LAST BUS CYCLE Output signal that the emulator asserts to indicate that the target system MCU is in the last bus cycle of an instruction 5 RST_B COP RESET Active low output signal indicating 1 the target driving its reset pin or 2 the platform board driving a reset to the emulator module 7 9 TEST Test pins are us...

Page 27: ... target cable you should connect this signal to your target system if you will use the OSC2 signal Figure 3 5 Connector J4 Pin Assignments J5 NC 1 2 NC ECLK 3 4 A15 A14 5 6 A13 A12 7 8 A11 A10 9 10 A9 A8 11 12 A7 A6 13 14 A5 A4 15 16 A3 A2 17 18 A1 A0 19 20 GND Table 3 4 Logic Analyzer Connector J5 Signal Descriptions Pin Label Signal 1 2 NC No connection 3 ECLK EM CLOCK Output clock signal for th...

Page 28: ...r W4 jumper on pins 5 6 the clock signal generated by Y1 is supplied to the external inputs of the MCU The circuit that uses crystal Y1 is not populated in production You can populate this circuit using the default values supplied in the schematic see page 6 This circuit does not necessarily represent a crystal attached to the MCU 2 No connection 1 OSC2 INVERTED CLOCK OUTPUT Inversion of the clock...

Page 29: ...2 is supplied to the external inputs of the MCU You can replace Y2 with another compatible clock oscillator to provide a different clock frequency see schematic page 6 3 9 EM Board Socket Connectors P1 and P2 Connectors P1 and P2 connect the EML08EY to the platform board Figure 3 7 and Table 3 7 give pin assignments and signal descriptions for connector P1 Figure 3 8 and Table 3 8 give pin assignm...

Page 30: ... LIR_B C9 GND A10 LA 5 B10 LRW C10 GND A11 LA 4 B11 SCLK C11 GND A12 LA 3 B12 T12CLK C12 GND A13 LA 2 B13 NC C13 GND A14 LA 1 B14 NC C14 GND A15 LA 0 B15 NC C15 GND A16 LA 15 B16 NC C16 GND A17 NC B17 INTERNAL_B C17 GND A18 NC B18 NC C18 GND A19 PFB_IRQ_B B19 SWITCH_B C19 GND A20 CHRGPMP B20 NC C20 GND A21 NC B21 NC C21 GND A22 NC B22 NC C22 GND A23 PFB_OSC B23 NC C23 GND A24 NC B24 LBOX C24 GND A...

Page 31: ...Active low signal that the target MCU is fetching an instruction B10 LRW LATCHED READ WRITE Input signal from the target MCU If high the target MCU is reading If low the target MCU is writing B11 SCLK SERIAL CLOCK Output clock signal to the platform board B12 T12CLK T12 CLOCK Matches the internal bus clock of the emulation MCU B13 B16 B18 B20 B23 B26 B30 NC No connection B17 INTERNAL_B INTERNAL RE...

Page 32: ...10 NC A11 GND B11 LOCKOUT_B C11 PTB 7 A12 GND B12 T_RESET_5V_B C12 PTB 6 A13 GND B13 NC C13 PTB 5 A14 GND B14 PORTS_B C14 PTB 4 A15 GND B15 NC C15 PTB 3 A16 GND B16 PFB_RST_B C16 PTB 2 A17 GND B17 COP_RST_B C17 PTB 1 A18 GND B18 NC C18 PTB 0 A19 GND B19 NC C19 ID9 A20 GND B20 NC C20 ID8 A21 GND B21 NC C21 ID7 A22 GND B22 NC C22 ID6 A23 GND B23 NC C23 NC A24 GND B24 NC C24 NC A25 GND B25 NC C25 ID3...

Page 33: ...rm board B16 PFB_RST_B PFB RESET Active low signal that requests a reset of the platform board B17 COP_RST_B COP RESET Active low signal that resets the EM board B28 VPRU Emulation MCU voltage used by the port replacement unit on the platform board B31 PFB_VCC PFB POWER Operating voltage signal from the platform board C1 C32 GND GROUND C2 VCC POWER Operating voltage C3 C9 PTA 0 PTA 7 PORT A lines ...

Page 34: ...M68EML08EY Emulation Module Version 1 0 User s Manual 32 Support Information MOTOROLA Support Information ...

Page 35: ......

Page 36: ...on by customer s technical experts Motorola does not convey any license under its patent rights nor the rights of others Motorola products are not designed intended or authorized for use as components in systems intended for surgical implant into the body or other applications intended to support or sustain life or for any other application in which the failure of the Motorola product could create...

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