F 2 MC FAMILY MICROCONTROLLER EMULATOR

Transcription

1 FUJITSU SEMICONDUCTOR CONTROLLER MANUAL CM E F 2 MC FAMILY MICROCONTROLLER EMULATOR MB2140 SERIES MAIN UNIT (MB2141A) HARDWARE MANUAL

2 F 2 MC FAMILY MICROCONTROLLER EMULATOR MB2140 SERIES MAIN UNIT (MB2141A) HARDWARE MANUAL June FUJITSU LIMITED All Rights Reserved. Circuit diagrams utilizing Fujitsu products are included as a means of illustrating typical semiconductor applications. Complete information sufficient for construction purposes is not necessarily given. The information contained in this document has been carefully checked and is believed to be reliable. However, Fujitsu assumes no responsibility for inaccuracies. The information contained in this document does not convey any license under the copyrights, patent rights or trademarks claimed and owned by Fujitsu. Fujitsu reserves the right to change products or specifications without notice. No part of this publication may be copied or reproduced in any form or by any means, or transferred to any third party without prior written consent of Fujitsu.

3 Preface This manual describes the MB2140 Series Main Unit (MB2141A) which is an application of the F 2 MC Family microcontroller. The main unit operates as an emulator when connected to an emulation pod. This manual is composed of: Chapter 1 Product Handling Describes product and handling Read this chapter thoroughly before using the main unit. Chapter 2 Product Description Describes hardware configuration of main unit and names of emulator components Chapter 3 Connections Describes connecting main unit Read this chapter before turning on the power. Chapter 4 Messages Describes messages indicated by LEDs on main unit Reference manual: MB LAN Adapter User s Manual iii

4 Table of Contents 1. PRODUCT HANDLING PACKAGE CHECK OPTIONS PRECAUTIONS STORAGE PRODUCT DESCRIPTION SYSTEM CONFIGURATION APPEARANCE AND NAMES OF COMPONENTS SPECIFICATIONS OF MAIN UNIT SPECIFICATIONS OF POD INTERFACE CABLE SPECIFICATIONS OF RS-232C PORT CONNECTIONS CONNECTING EMULATION POD CONNECTION TO HOST COMPUTER MESSAGES APPENDIX App.-1 iv

5 Tables Table 1-1 Options Table 1-2 Operating and Storage Environments Table 2-1 Specifications of Main Unit Table 2-2 Components of Pod Interface Cable (per cable) Table 2-3 Specifications of Pod Interface Cable Table 2-4 Specifications of RS-232C Port Appendix Table 1 Specifications of LAN Adapter App.-3 v

6 Figures Fig. 2.1 System Configuration Fig. 2.2 Appearance of Main Unit (Front View) Fig. 2.3 Appearance of Main Unit (Rear View) Fig. 2.4 Dimensions of Pod Interface Cable Fig. 2.5 RS-232C Port Circuit Diagram Fig. 3.1 Connection of Pod Interface Cables Fig. 3.2 Connection via RS-232C Appendix Figure 1 Connecting LAN Adapter to Main Unit App.-4 Appendix Figure 2 Connecting LAN Adapter to Network App.-5 vi

7 1. PRODUCT HANDLING 1.1 PACKAGE CHECK OPTIONS PRECAUTIONS STORAGE

8 PRODUCT HANDLING This chapter describes the product and its handling. 1.1 PACKAGE CHECK Check the package for the following parts before using the main unit. Main unit: 1 AC power cable: 1 Pod interface cable A: 1 Pod interface cable B: 1 Pod interface cable C: OPTIONS The main unit has the options listed in NO TAG. Purchase the options as required. Table 1-1 Options Name Model Emulation pod Test unit Communication adapter (LAN adapter 10BASE2) Communication adapter (LAN adapter 10BASE-T) Parallel communication adapter (Centronics cable) See Note. MB MB MB Note: The main unit cannot operate by itself. It requires an emulation pod. Use an emulation pod designed for your MCU. 1-3

9 PRODUCT HANDLING 1.3 PRECAUTIONS Take the following precautions when using the main unit. Turn off the power before connecting/disconnecting cables. Hold the case/connector when disconnecting a cable. Never touch any connector pins to avoid a dielectric breakdown. Do not obstruct the ventilation holes. Install and use the main unit according to the User s Manual. 1.4 STORAGE Take the following precautions when storing the main unit. Do not drop the main unit in storage. Do not expose the main unit to direct sunshine, high temperature and high humidity. Also, keep it condensation free. The main unit uses many electronic parts. Avoid storing it where it may be exposed to strong electric or magnetic fields for long periods. NO TAG lists operating and storage temperature and humidity. Table 1-2 Operating and Storage Environments Temperature Humidity Operating +5 to + 40 C 30 to 80% (No Condensation) Storage 20 to + 70 C 20 to 90% (No Condensation) 1-4

10 2. PRODUCT DESCRIPTION 2.1 SYSTEM CONFIGURATION APPEARANCE AND NAMES OF COMPONENTS SPECIFICATIONS OF MAIN UNIT SPECIFICATIONS OF POD INTERFACE CABLE SPECIFICATIONS OF RS-232C PORT

11 PRODUCT DESCRIPTION 2.1 SYSTEM CONFIGURATION The main unit operates as an emulator when connected to an emulation pod (pod). Remember that the main unit cannot operate by itself. A host computer is connected to the main unit for control. Figure 2.1 shows the hardware system configuration of the main unit. Measuring instruments such as logic analyzer TRIG EMUL Emulation pod (Option) External probe (Option) Host machine Pod interface cable C Probe Cable (Option) RS-232C cable Main unit Pod interface cable B Communication adapter Pod interface cable A Communication adapter interface cable (option) AC power cord Fig. 2.1 System Configuration AC Power Supply (90 to 240V) 2-3

12 PRODUCT DESCRIPTION 2.2 APPEARANCE AND NAMES OF COMPONENTS This section describes the names of components. For more information on connections, read Chapter 3. Figures 2.2 and 2.3 show the appearance of the main unit and the names of components, respectively. READY LED POWER LED HARD ERROR LED READY POWER ERROR D B C A Pod interface cable D connector Pod interface cable B connector Pod interface cable C connector Pod interface cable A connector Fig. 2.2 Appearance of Main Unit (Front View) READY LED Lit when both main unit and host computer ready for communication POWER LED Lit when power on HARD ERROR LED Lit when hardware error occurred Pod interface cable A to D connectors... Connectors for connecting pod (The D connector is an extension connector used to connect a pod with a D connector). 2-4

13 PRODUCT DESCRIPTION Reset switch External TRIG output connector External EMUL output connector Power switch RESET TRIG EMUL POWER RS-232C ACIN COM PORT F OIA RS-232C connector LAN adapter connector Fan AC inlet Fig. 2.3 Appearance of Main Unit (Rear View) Reset switch Resets system External TRIG output connector Sends emulator event trigger signals to outside. H level (CMOS level) is sent during one bus cycle of the MCU when the trigger conditions are met. External EMUL output connector Power switch Sends H level (CMOS level) during emulation Turns power on RS-232C connector Connects RS-232C port LAN adapter connector Connects LAN adapter AC inlet AC input 2-5

14 PRODUCT DESCRIPTION 2.3 SPECIFICATIONS OF MAIN UNIT NO TAG lists the specifications of the main unit. Table 2-1 Specifications of Main Unit Item Name Model Power supply Specifications MB2140 series main unit MB2141A 85 to 264 Vac, 3.5 A, 50/60 Hz Operating temperature 5 to 40 C Operating humidity 30 to 80% (No condensation) Outside dimensions 210 mm (W) 78 mm (H) 297 mm (D) (Note 1) Weight 2.9 kg (Note 2) Notes: 1. Except protrusions 2. Except pod interface cables and AC power cable 2-6

15 PRODUCT DESCRIPTION 2.4 SPECIFICATIONS OF POD INTERFACE CABLE NO TAG and 2-3 list the components and specifications of the pod interface cable, respectively. Figure 2.4 shows its dimensions To connect the main unit and pod, see 3.1. Table 2-2 Components of Pod Interface Cable (per cable) Component name Connector FCN-237R068-G/E 2 Cover FCN-230C068-D/E 2 Rivet C X801 4 Remarks Fujitsu Fujitsu Fujitsu Table 2-3 Specifications of Pod Interface Cable Item Rated current Description 1 A (dc) Temperature Weight Operating Storage 10 to +60 C 10 to +60 C 180 g each ±10 Connector (FCN-237R068-G/E 10 Alphabetic label Cover (FCN-230C068-D/E) Fig. 2.4 Dimensions of Pod Interface Cable A, B, C 2-7

16 PRODUCT DESCRIPTION 2.5 SPECIFICATIONS OF RS-232C PORT The main unit has an RS-232C port. NO TAG lists the specifications of the RS-232C port and Figure 2.5 shows the connector circuit diagram. Table 2-4 Specifications of RS-232C Port Item Specifications Connection type Baud rate Data bit length Parity bit Stop bit length X control DCE 4800, 9600, [bps] 8 bits None 1 bit None (ER) 20 (SG) (DR) (CS) (RS) Note: The main unit only uses the signal lines illustrated at the left. RD 3 SD 2 1 (FG) Fig. 2.5 RS-232C Port Circuit Diagram 2-8

17 3. CONNECTIONS 3.1 CONNECTING EMULATION POD CONNECTION TO HOST COMPUTER

18 CONNECTIONS This chapter describes connecting the main unit when it is not switched on. For the names of the components, see 2.2. Cautions: Turn off the power when connecting/disconnecting cables; otherwise, the main unit will be damaged. When disconnecting a cable, hold its case or connector; otherwise, the cable may break. 3.1 CONNECTING EMULATION POD Connect pod interface cables to the main unit and emulation pod as shown in Figure 3.1. The connector covers of the pod interface cables A, B and C are riveted at different locations to prevent a connection error. Also, a guide is installed in the connectors of the main unit. Match the alphabetic marks of the pod interface cables with those of the main unit and pod. 3-3

19 CONNECTIONS READY POWER ERROR D B C A Main unit (Note) Pod interface cable B Pod interface cable A Pod interface cable C B A Note: The D connector is an extension connector used to connect a pod with a D connector. Pod Fig. 3.1 Connection of Pod Interface Cables 3-4

20 CONNECTIONS 3.2 CONNECTION TO HOST COMPUTER Connect the main unit to the host computer as shown in Figure 3.2. Main unit RESET TRIG EMUL POWER RS-232C ACIN COM PORT F OIA RS-232C cable To host machine Fig. 3.2 Connection via RS-232C 3-5

21 4. MESSAGES

22 MESSAGES Three types of front-panel LEDs on the main unit indicate the following. POWER LED (Orange) (Silk-printed POWER): The power is on. READY LED (Green) (Silk-printed READY): <ON> Both the main unit and host computer are ready for communication. <Blinking> The main unit is communicating with the host computer. HARD ERROR LED (Red) (Silk-printed ERROR): A hardware error has occurred. Caution: A lit HARD ERROR LED means repair is required. 4-3

23 APPENDIX SPECIFICATIONS OF LAN ADAPTER

24 APPENDIX SPECIFICATIONS OF LAN ADAPTER The main unit has a LAN adapter option for connection to the communication adapter connector. Appendix Table 1 lists the specifications of the LAN adapter. Appendix Table 1 Specifications of LAN Adapter Item Specifications Communication type LAN connector IP address Port address Ethernet address Ethernet global address Ethernet local address TCP/IP BNC connector (10BASE2) Variable Variable Global address/local address Fixed value (IEEE registered) Variable App.-3

25 APPENDIX SPECIFICATIONS OF LAN ADAPTER Connect the LAN adapter to the main unit via the interface cable (LAN adapter accessory) as shown in Appendix Figure 1. LAN adapter LAN LAN ADAPTER COM PORT Interface cable RESET TR16 EMUL POWER RS-232C ACIN COM PORT F OIA Main unit Appendix Figure 1 Connecting LAN Adapter to Main Unit App.-4

26 APPENDIX SPECIFICATIONS OF LAN ADAPTER Connect the LAN connector of the LAN adapter to a network as shown in Appendix Figure 2. Use a light coaxial cable, a terminator and a Y-type connector which are sold commercially. To network Light coaxial cable Terminal resistor Y-type connector LAN LAN ADAPTER COM PORT Appendix Figure 2 Connecting LAN Adapter to Network App.-5

27 Index A AC power cord, 2-6 I IP address, App.-3 B Baud rate, 2-8 BNC connctor, App.-3 C Communication adapter, 1-3, 2-3, 4-3, App.-3 D D connector, 2-4, 3-4 Data bit length, 2-8 E Emulaton pod, 1-3, 2-3, 3-3, 4-3, App.-3 Ethernet address, App.-3 Ethernet global address, App.-3 Ethernet local address, App.-3 Event trigger signal, 2-5 Extension connector, 2-4, 3-4 F Front-panel, 4-3 L LAN adapter, 1-3, 2-5, 4-3, App.-3, App.-4, App.-5 Light coaxial cable, App.-5 P Parity bit, 2-8 Port address, App.-3 R RS-232C cable, 1-3, 2-3, 3-5, 4-3, App.-3 S Stop bit length, 2-8 T Test unit, 1-3, 4-3, App.-3 X X control, 2-8 H HARD ERROR, 2-4, 4-3 Y Y-type connctor, App.-5

28 For further information please contact: Japan FUJITSU LIMITED Corporate Global Business Support Division Electronic Devices KAWSAKI PLANT, 1015 Kamikodanaka, Nakahara ku, Kawasaki shi, Kanagawa 211, Japan Tel: (044) FAX: (044) North and South America FUJITSU MICROELECTRONICS, INC. Semiconductor Division 3545 North First Street San Jose, CA , USA Tel: (408 ) FAX: (408) /9045 Europe FUJITSU MIKROELEKTRONIK GmbH Am Siebenstein 6 10, Dreieich Buchschlag, Germany Tel: (06103) FAX: (06103) Asia Pacific FUJITSU MICROELECTRONICS ASIA PTE LIMITED No. 51 Bras Basah Road, Plaza By The Park, #06 04 to #06 07 Singapore Tel: FAX: I9511 FUJITSU LIMITED Printed in Japan