TK-850/HG2 Hardware Manual

Transcription

1 TK-80/HG Hardware Manual 008/6 The nd edition TESSERA TECHNOLOGY INC.

2 Attention The content of this material is a previous notice and might change. The reprint reproduction of this material is prohibited without our approval by the document. Our company doesn't carry the for the mistake of this material at all. Our company doesn't carry the for the violation of the patent, the copyright of the third party generated in relation to the use of our product published in this material, and other intellectual property rights etc. at all. Our company doesn't permit our or third party's any patents, copyrights, and other intellectual property rights based on this material. Information that relates to the circuit, software, and these described to this material explains the operation example and the application example of the semiconductor product. Please go to design customer's equipment in customer's responsibility when you use information on the circuit, software, and these. Our company doesn't carry the for the damage caused in the customer or the third party who originates in these use at all.

3 Table of contents. TK-80/HG..... Features..... Attached goods list Hardware specification Terminal list Switches and LED SW SW SW SW LED JP NWIRE,NWIRE Connector U(7seg LED), Connector Pin Termination Note Solder-short pad label Operation by external power supply TK-80/HG data Parts arrangement plane Solder-short pad arrangement plane Measure plane of PWB Circuit chart

4 . TK-80/HG V80ES/Kx is the NEC Electronics 3bit single chip microcomputer. The features and hardware specification of an evaluation board (TK-80/HGCPU board) of V80ES/Kx series are described... Features Features of the TK-80/HG CPU board are as follows. The evaluation board used the NEC Electronics 3bit single chip microcontroller. (μ PD70F3707). All of the ROM, RAM and circumference circuit are efficiently built in one chip on a single board. High-speed operation is realized via the 0MHz internal clock KHz sub-clock standard equipment The high speed RAM: K-byte is built into CPU chip by the flash memory 6 K-byte. 84 I/O ports are equipped at the maximum. The board itself is quite small and easy to handle; about the size of a business card... Attached goods list TK-80/HG CPU board Development tool/manual CD-ROM USB cable(mini B A).3. Hardware specification CPU Frequency of operation Interface Operation pressure μpd70f3707gc 0MHz operation (sub-clock:3.768khz) USB (MINI B connector) Connector for N-Wire (Only solder pad) The circumference board connector 0pin socket x (Only solder pad) V - -

5 .4. Terminal list It is TK-80/HGCPU board of terminal table of CN and CN. CN, CN are mot mounted. CN terminal list(hif-3h-0da-.4dsa[not mounted]by Hirose) CN Signal name Terminal CPU name at connection destination Notes AVREF0 AVREF0 Connected by the pad for solder-short VSS AVSS,VSS,EVSS,BVSS 3 P0 P0/INTP9 4 P P/INTP0 Connected by the pad for solder-short 6 P78 P78/ANI8 Connected SW3- by the pad for solder-short 7 P79 P79/ANI9 Connected SW3-6 by the pad for solder-short 8 FLMD0 FLMD0 Connect it with the FLMD0 control logic V It connects it with CN3 and J. VSS AVSS,VSS,EVSS,BVSS +V It connects it with CN3 and J. 3 4 RESET0 RESET Connect it with the Reset circuit. 6 +V It connects it with CN3 and J. 7 P0 P0/NMI 8 P03 P03/INTP/ADTRG SW 9 P04 P04/INTP SW 0 P0 P0/INTP/DRST P06 P06/INTP3 P40 P40/SIB0 3 P4 P4/SOB0 4 P4 P4/SCKB0 P30 P30/TXDA0 Connected RXD by the pad for solder-short 6 P3 P3/RXDA0/INTP7 Connected TXD by the pad for solder-short 7 P3 P3/ASCKA0/TOP0/TIP00/TOP00-3 -

6 8 P33 P33/ TIP0/TOP0 9 P34 P34//TIP0/TOP0 30 P3 P3/TIP/TOP 3 P36 P36 3 P37 P37 33 VSS AVSS,VSS,EVSS,BVSS 34 Connected by the pad for solder-short 3 P38 P38/TXDA 36 P39 P39/RXDA/INTP8 37 P0 P0/KR0/TIQ0/TOQ0 38 P P/ KR/TIQ0/TOQ0 39 P P/ KR/TIQ03/TOQ03/DDI 4.7kΩpull-up 40 P3 P3 /KR3/TIQ00/TOQ00/DDO 4.7kΩpull-up 4 P4 P4/ KR4/DCK 4.7kΩpull-up 4 P P/KR/DMS 4.7kΩpull-up 43 P90 P90/KR6/TXDA Connected 7segLED by the pad for solder-short 44 P9 P9/KR7/RXDA Connected 7segLED by the pad for solder-short 4 P9 P9/TIQ/TOQ Connected 7segLED by the pad for solder-short 46 P93 P93/TIQ/TOQ Connected 7segLED by the pad for solder-short 47 P94 P94/TIQ3/TOQ3 Connected 7segLED by the pad for solder-short 48 P9 P9/TIQ0/TOQ0 Connected 7segLED by the pad for solder-short 49 P96 P96/TIP/TOP Connected 7segLED by the pad for solder-short 0 P97 P97/SIB/TIP0/TOP0 Connected 7segLED by the pad for solder-short - 4 -

7 CN terminal list (HIF-3H-0DA-.4DSA[not mounted]by Hirose) CN Signal name Terminal CPU name at connection destination Notes P98 P98/SOB P99 P99/SCKB 3 P90 P90 4 P9 P9 P9 P9 6 P93 P93/INTP4/PCL 7 P94 P94/INTP 8 P9 P9/INTP6 9 P70 P70/ANI0 Connected SW3-7 by the pad for solder-short 0 P7 P7/ANI Connected SW3-8 by the pad for solder-short PCM0 PCM0 PCM PCM/CLKOUT 3 PCM PCM 4 PCM3 PCM3 PCT0 PCT0 6 PCT PCT 7 PCT4 PCT4 8 PCT6 PCT6 9 VSS AVSS,VSS,EVSS,BVSS 0 B B Connected by the pad for solder-short PDL0 PDL0 PDL PDL 3 PDL PDL 4 PDL3 PDL3 PDL4 PDL4 6 PDL PDL/FLMD 0kΩpull-down 7 PDL6 PDL6 8 PDL7 PDL7 9 PDL8 PDL8 30 PDL9 PDL9 3 PDL0 PDL0 - -

8 3 PDL PDL 33 PDL PDL 34 PDL3 PDL3 3 P7 P7/ANI 36 P74 P74/ANI4 37 P73 P73/ANI3 38 P7 P7/ANI 39 PCS0 PCS0 40 PCS PCS 4 P00 P00/TIP3/TOP3 4 P0 P0/TIP30/TOP30 43 P77 P77/ANI7 44 P76 P76/ANI6 4 P7 P7/ANI 46 P74 P74/ANI4 47 P73 P73/ANI3 48 P7 P7/ANI 49 P7 P7/ANI 0 P70 P70/ANI0-6 -

9 . Switches and LED.. SW It is connected with terminal P04/INTP of CPU. It becomes "Low" if it pushes, it becomes "Open" if it separates, and turn ON pull-up resistor (PU0) with built-in CPU, please when using it... SW It is connected with terminal P03/INTP0 of CPU. It becomes "Low" if it pushes, it becomes "Open" if it separates, and turn ON pull-up resistor (PU0) with built-in CPU, please when using it..3. SW3 Mode setting of bit-4 of SW3.Bit-8 is Dip switch for the general-purpose input port connected with P78,P79,P70,P7..3. Please change to the following settings when you use ID80-TK of this Product attachment. SW3 Bit ON Bit ON Bit 3 ON Bit 4 OFF When ID80-TK is used, these terminals cannot be used because it communicates with the host machine by using and the terminal P30 and P Please change to the following settings and reset it once when you execute the program written in the flash memory with built-in CPU without using ID80-TK. SW3 Bit OFF Bit OFF Bit 3 OFF Bit 4 OFF - 7 -

10 .3.3. Please change to the following settings when writing it in the flash memory with built-in CPU by using PG-FPL. (The hardware of PG-FPL is built into TK-80.) SW3 Bit ON Bit OFF Bit 3 ON Bit 4 ON.3.4. Please change to the following settings when you connect N-wire emulator. SW3 Bit OFF Bit OFF Bit 3 OFF Bit 4 OFF.3.. Bit-8 of SW3 is connected with the following terminals CPU. It connects it with GND by turning on. It becomes "Low" if the switch turning on. And it becomes "High" if the switch turning off. SW3 Bit P78 Bit 6 P79 Bit 7 P70 Bit 8 P7.4. SW4 SW4 is the reset switch. CPU can be reset by pushing... LED `Power LED. LED is activated when the power supply is turned on..6. JP It is power supply of CPU former specification. Short USB connected with the USB connector supplies the power supply. Open The power supply is supplied from the outside

11 .7. NWIRE,NWIRE Connector These are connector for N-Wire emulator. It can connect N-Wire emulator of IE-V80E-CD-NW etc. NWIRE can connect to N-Wire emulator by installing a connector. (8830E-06-70S [not mounted] by KEL Corp. ) Also, NWIRE can connect to N-Wire emulator by installing a connector (SICAP0S[not mounted] by Tokyo Eletech) and going through a conversion adapter(sica0ip by Tokyo Eletech). Please do the following setting when you connect N-Wire emulator. Bit,, 3, 4, of SW3 are turned off

12 .8. U(7seg LED), 7seg LED of U can be lit with P90-P97. Please set the port mode to the output, and output Low signal from the port. P90 U P9 P9 P96 P94 P9 P93 P97 The figure of 0-9 can be displayed by writing the following values in P9 register. Example of displayed figure and set data 0 0xC0 0x9 0xF9 6 0x83 0xA4 7 0xf8 3 0xB0 8 0x80 4 0x99 9 0x98-0 -

13 3. Connector Pin Termination Note 3.. Solder-short pad label The terminal of CPU can be customized by opening the pad for short solder to separate the circuit of onboard when the circuit of onboard is not used and connector (CN,CN) of the board in the surrounding is used. Pad for solder-short has shape like the figure below. Please absorb solder with a soldering iron etc. when opening. Solder-short pad(opened shape) Solder-short pad name P90~P97 State when shipping it Short Connection Connected to 7segLED through the kω resister Open when using it as input terminal Terminal RXD,TXD, P30, and P3 of FT3 RXD,TXD Short Open when using it by other usages without using ID80-TK Terminal FLMD0 of CPU FLMD0 Open Short when rewrite the built-in flash memory by self which uses P37 connector. SW3-~8 P78~P7 Short Open when using it as output terminal AVREF0 B Short Short Open when AVREF0 are driven by other voltages Open when B is driven by other voltages Short Open when is driven by other voltages AC adaptor power supply of CN3 and J, Open When assuming, it is Short as for the power supply of CN3 J - -

14 3.. Operation by external power supply The power supply of the AC adaptor connected with CN3 is connected only with the power supply terminal of the connector of the board in the surrounding (0,, and 6pin of CN). However, not to tie to USB this board and to operate with the unit, the AC adaptor can be made a power supply by the connection of the AC adaptor of V to CN3 and the short-circuit of solder short pad (DC,). Moreover, it is also possible to connect the stabilizing supply etc. in the lead line instead of the AC adaptor because CN3 is connected with J of a through hole. Acceptable jack (CN3) :HEC by Hosiden Corp(not mounted) Acceptable plug :.mm DC jack(center plus) Current capacity :00mA or more J-pin:plus J-pin:minus Attention:Please make JP Open when operating in an external power supply - -

15 4. TK-80/HG data 4.. Parts arrangement plane CN3 J NWIRE SW SW JP CN NWIRE CN U(7segLED) LED SW3 SW4 4.. Solder-short pad arrangement plane AVREF0 TXD RXD JP DC DC P90~P97 B P78,P79,P70,P7-3 -

16 4.3. Measure plane of PWB - 4 -

17 Circuit chart C3 0.uF AVREF0 TP LC- TP LC- Title Size Document Number Rev Date: Sheet of E-040A.0 TK-80/HG A3 Thursday, October 3, 00 V80ES/HG U V80ES/HG AVREF0 AVSS P0/INTP9 3 P/INTP0 4 P00/TIP3/TOP3 6 P0/TIP30/TOP30 7 FLMD0 8 9 REGC 0 VSS X X 3 RESET 4 XT XT 6 P0/NMI 7 P03/INTP0/ADTRG 8 P04/INTP 9 P0/INTP/DRST 0 P06/INTP3 P40/SIB0 P4/SOB0 3 P4/SCKB0 4 P30/TXDA0 P3/INTP7/RXDA0 6 P3/ASCKA0/TIP00/TOP00/TOP0 7 P33/TIP0/TOP0 8 P34/TIP0/TOP0 9 P3/TIP/TOP 30 P36 3 P37 3 EVSS P38/TXDA 3 P39/RXDA/INTP8 36 P0/TIQ0/TOQ0/KR0 37 P/TIQ0/TOQ0/KR 38 P/TIQ03/TOQ03/KR/DDI 39 P3/TIQ00/TOQ00/KR3/DDO 40 P4/KR4/DCK 4 P/KR/DMS 4 P90/TXDA/KR6 43 P9/RXDA/KR7 44 P9/TIQ/TOQ 4 P93/TIQ/TOQ 46 P94/TIQ3/TOQ3 47 P9/TIQ0/TOQ0 48 P96/TIP/TOP 49 P97/TIP0/TOP0/SIB 0 P98/SOB P99/SCKB P90 3 P9 4 P9 P93/INTP4/PCL 6 P94/INTP 7 P9/INTP6 8 PCS0 9 PCS 60 PCM0 6 PCM/CLKOUT 6 PCM 63 PCM3 64 PCT0 6 PCT 66 PCT4 67 PCT6 68 BVSS 69 B 70 PDL0 7 PDL 7 PDL 73 PDL3 74 PDL4 7 PDL/FLMD 76 PDL6 77 PDL7 78 PDL8 79 PDL9 80 PDL0 8 PDL 8 PDL 83 PDL3 84 P7/ANI 8 P74/ANI4 86 P73/ANI3 87 P7/ANI 88 P7/ANI 89 P70/ANI0 90 P79/ANI9 9 P78/ANI8 9 P77/ANI7 93 P76/ANI6 94 P7/ANI 9 P74/ANI4 96 P73/ANI3 97 P7/ANI 98 P7/ANI 99 P70/ANI0 00 P77 P7 P74 P73 P76 P7 P7 P7 P73 P70 P7 P79 P70 P78 P74 P7 P30 P03 P4 P4 P40 P06 PDL0 P38 P3 PCS PDL3 PCT6 P3 P9 P93 P0 P94 P0 P P3 PCS0 P0 P9 PCT4 P00 PDL9 P98 PDL0 P PCT0 P39 PDL7 P4 P34 P9 P90 P94 P99 P97 PCM PCT P3 P37 PDL PDL4 P96 P0 PDL8 P9 P04 PDL PCM3 P33 PDL3 P P0 PDL PCM0 P36 PDL PDL6 P93 PDL PCM P9 P AVREF0 B X XT P90 P9 XT X RESET0 P. FLMD0 P. TXD RXD P. TXD P. C6 4.7uF R 0K C 0.uF C 0.uF P78 P7 P70 P79 DC DC P03 P04 LED PGH R C0 4.7uF/V CN3 HEC J CON +V FLMD0 CN HIF3H-0DA-.4DSA V AVREF0 P0 P0 P04 P0 P P79 P4 P78 P03 P40 P30 P06 P33 P3 P3 P4 RESET0 P38 P34 P37 P36 P3 P4 P P0 P39 P9 P90 P3 P P P97 P96 P9 P9 P94 P93 B C4 0.uF + C3 4.7uF/V + C 4.7uF/V C 0.uF B GND SW3-7 CHS-08B 7 0 SW3-6 CHS-08B 6 SW3-8 CHS-08B 8 9 SW3- CHS-08B FLMD0 R4 0K R3 0K R 0K R 0K AVREF0 AVREF0 SW SKQMBB CN HIF3H-0DA-.4DSA B P7 P70 P9 P90 P93 P9 PCM3 PCT6 PCM P99 PDL0 PDL4 P98 PDL3 P94 P9 PCM PCT4 PCM0 PCT0 PDL PCT PDL PDL0 PDL9 PDL7 PDL PDL6 PDL P7 PDL3 P74 PDL PDL8 P00 P7 PCS PCS0 P73 P73 P7 P70 P0 P7 P76 P77 P74 P7 SW SKQMBB RESET0 P0 P P P4 P3 MR K NWIRE SICAP0S U TLGD337T A F G 3 E 4 D DP 6 COM_A 7 C 8 DP_A 9 B 0 FLMD0 P97 NWIRE 8830E-06-70S TRCCLK A TRCDATA0 A TRCDATA A3 TRCDATA A4 TRCDATA3 A TRCEND A6 DDI A7 DCK A8 DMS A9 DDO A0 DRST_ A GPIO0 A GPIO A3 GND_0 B GPIO B GPIO3 B TRGT_ B3 GND_ B GND_ B3 GND_3 B4 GND_4 B GND_ B6 GND_6 B7 GND_7 B8 GND_8 B9 GND_9 B0 P9 P96 P94 P9 P9 R0 4.7K P93 P90 R9 4.7K R8 4.7K R7 4.7K P4 P P0 FLMD0 RESET0 P3 P R 0K FLMD0 FLMD0 RXD 00 Parts, 8 Library Parts, 4 Nets, 08 Pins JP FFC-AMEP USB X XT XT X C4 0PF C 0PF Y CSTLS MHz X R6 00 Y MC K-A0 C7 0PF C8 0PF

18 3 9 USB R 470 USB USB USB R8 UA K 6 SN74LVCG07DCK USB TXD P. R0 0K SW3-6 CHS-08B R R 0K 0K U TXD RXD RTS# CTS# DTR# DSR# DCD# RI# TXDEN VCC-IO 3 VCC 6 VCC 3 AVCC 30 C6 0.uF 6 3V3OUT USBDM 8 USBDP 7 RSTOUT# XTIN 7 C0 33nF R6 7 R7 7 R9.K Y3 CSTCR6M00G L + C 4.7uF/V BLM4PG70S USB UX60A-MB-ST VBUS 3 D- D+ 4 ID_NC GND FG FG FG FG3 FG FG4 FG3 FG4 C4 C7 0.uF C 0.uF C8 C9 0.uF 0.uF C C3 0.uF 0.uF P. R3 00K RXD R4 UB K 3 4 SN74LVCG07DCK 4 0 PWREN# PWRCTL TXLED# RXLED# SLEEP# 8 XTOUT 4 RESET# EECS 3 EESK EEDATA USB 0.uF GND GND AGND TEST FT3BL USB U6A R K 6 SN74LVCG06DCK SW CHS-08B U7 SW3-4 SN74LVCG6DCK CHS-08B FLMD0 P. U6B SW SN74LVCG06DCK 3 4 CHS-08B RESET TP3 LC- SW4 R8 R7 0K RESET0 P. SKQMBB 00 Title TK-80/HG Size Document Number Rev A3 E-040A.0 Date: Thursday, October 3, 00 Sheet of - 6 -