S2R72A54 Evaluation Board Manual

Transcription

1 SR7A5 Evaluation Board Manual Rev..

2 Evaluation board/kit and Development tool important notice. This evaluation board/kit or development tool is designed for use for engineering evaluation, demonstration, or development purposes only. Do not use it for other purposes. It is not intended to meet the requirements of design for finished products.. This evaluation board/kit or development tool is intended for use by an electronics engineer and is not a consumer product. The user should use it properly and in a safe manner. Seiko Epson dose not assume any responsibility or liability of any kind of damage and/or fire coursed by the use of it. The user should cease to use it when any abnormal issue occurs even during proper and safe use.. The part used for this evaluation board/kit or development tool may be changed without any notice. NOTICE No part of this material may be reproduced or duplicated in any form or by any means without the written permission of Seiko Epson. Seiko Epson reserves the right to make changes to this material without notice. Seiko Epson does not assume any liability of any kind arising out of any inaccuracies contained in this material or due to its application or use in any product or circuit and, further, there is no representation that this material is applicable to products requiring high level reliability, such as, medical products. Moreover, no license to any intellectual property rights is granted by implication or otherwise, and there is no representation or warranty that anything made in accordance with this material will be free from any patent or copyright infringement of a third party. When exporting the products or technology described in this material, you should comply with the applicable export control laws and regulations and follow the procedures required by such laws and regulations. You are requested not to use, to resell, to export and/or to otherwise dispose of the products (and any technical information furnished, if any) for the development and/or manufacture of weapon of mass destruction or for other military purposes. All brands or product names mentioned herein are trademarks and/or registered trademarks of their respective companies. SEIKO EPSON CORPORATION 6, All rights reserved.

3 Table of Contents. Overview.... Connectors, LEDs, and Power Supply.... Parts arrangement.... Connectors.... LEDs.... Power Supply.... AC adapter Function Settings Jumper pin list Mode settings Appendix Board dimensions Circuit diagram Parts list... 9 Revision History... SR7A5 Evaluation Board Manual Seiko Epson Corporation i (Rev..)

4 . Overview. Overview This document applies to the SR7A5 Evaluation Board (Product code: S5UR7A5F) for the SR7A5 hub control LSI supporting USB. (Product code: SR7A5FEx). This document explains how to use connecter, control function and parts of the SR7A5 Evaluation Board. SR7A5 Evaluation Board Manual Seiko Epson Corporation (Rev..)

5 . Connectors, LEDs, and Power Supply. Connectors, LEDs, and Power Supply. Parts arrangement Figure. Parts arrangement of SR7A5 Evaluation Board Seiko Epson Corporation SR7A5 Evaluation Board Manual (Rev..)

6 . Connectors, LEDs, and Power Supply. Connectors The connector uses are as shown below. Table. Connectors Reference Uses CN USB downstream port CN USB downstream port CN USB downstream port CN USB downstream port CN5 USB upstream port CN6 CN7 P CN8 Function expansion (not use) Power supply input (5V) (not use) Power supply input receptacle (5V) Power supply input (.V) (not use). LEDs The LED illumination patterns are as shown below. Table. LEDs Reference LED LED5 LED LED LED Illumination pattern Illuminates when 5V power supply is input. Illuminates when Port VBUS switch is enabled. Illuminates when Port VBUS switch is enabled. Illuminates when Port VBUS switch is enabled. Illuminates when Port VBUS switch is enabled. SR7A5 Evaluation Board Manual Seiko Epson Corporation (Rev..)

7 . Connectors, LEDs, and Power Supply. Power Supply The diagram below illustrates the power supply configuration for the evaluation board. Provide +5 V to P. CN7 and CN8 are not used in case of P used. And if CN7 and CN8 are not used, then they should be opened. Note that, if +. V external power supplies are provided, +5 V should be input to P or CN7, and +. V should be input to CN8. In this case, JP described later must be changed from their default settings. Figure. Structure of power supply Seiko Epson Corporation SR7A5 Evaluation Board Manual (Rev..)

8 . Connectors, LEDs, and Power Supply. AC adapter This evaluation board is structed along USB. standard, it is needed power supply more than.5a, because USB. standard says to need power supply of 5mA/port, and this evaluation board consumes a current less than 5mA, therefore it is needed more than.5a of power supply. Therefore the recommendation condition of the AC adapter to connect to P is as follows. Table. Recommendation condition of AC adapter Recommendation condition Min. Max. Unit Output voltage V Supply current.5 - A Plug dimension φ. x φ5.5 x 9.5 mm Plug shape Center : +, Outskirts : - - Figure. Plug dimension and shape In our company, the followsing AC adapter is used for evaluation. Manufacture: Product code: Adapater Technology STD-5U Note: The output voltage of this AC adapter is 5V +- 6% and over the range of the above recommendation condition. However there is no problem in estimating when using it, the output voltage is in the range above mentioned. Condtions for use of this AC adapter is only room temperature in our evaluation, and the temperature load is not also giving in our temperature test. SR7A5 Evaluation Board Manual Seiko Epson Corporation 5 (Rev..)

9 . Function Settings. Function Settings. Jumper pin list The pin uses and details are as shown below. These are drawn yellow on parts of default settings. Table. Junmper pin settings Reference Use - shorted - shorted JP.V power supply selection Onboard requlator External input (CN8) JP.V power consumption measurement Always shorted - Table. Solder Junmper pin settings Reference Use - shorted - shorted JP8 Port VBUS power selection Onboard VBUS switch (supply from pin ) JP5 Port VBUS power selection Onboard VBUS switch (supply from pin ) JP Port VBUS power selection Onboard VBUS switch (supply from pin ) JP Port VBUS power selection Onboard VBUS switch (supply from pin ) PD For testing Opened - PD For testing Opened - PD For testing Opened - PD For testing Opened - PD5 For testing Opened - PD6 For testing Shorted - 6 Seiko Epson Corporation SR7A5 Evaluation Board Manual (Rev..)

10 . Function Settings. Mode settings VBUS supply mode settings Set using PMODE (PD5 and R). These are set to Individual with the default settings. Table. VBUS supply mode settings PMODE R PD5 VBUS supply mode Additional settings H Connect Open Individual mode L Remove Short Gang mode Short between Pin and of JP8, JP5, JP and JP. Short between Pin and of JP8, and connect all Pin of JP8, JP5, JP and JP. Note: IC7 (MAXIM : MAX8586ETA+T) may be detected as having overcurrent when using in Gang mode, depending on the power consumption of the USB device connected, as IC7 feeds the VBUS for all downstream ports. The initial overcurrent detection setting (R = 9 kω) is.95 A (typ.), and so R should be changed appropriately if the total VBUS supply current for all downstream ports exceeds this. For more information, refer to the IC7 data sheet. SR7A5 Evaluation Board Manual Seiko Epson Corporation 7 (Rev..)

11 . Appendix. Appendix. Board dimensions Figure. Board dimensions. Circuit diagram It s attached to the end of this document. 8 Seiko Epson Corporation SR7A5 Evaluation Board Manual (Rev..)

12 . Appendix. Parts list Table. Parts list Reference Model Manufacture Qtty. Other Commennt no mount CN,CN,CN,CN UBA-R-D-D JST USB Type-A Connector CN5 UBB-R-DT-D JST USB Type-B Connector CN6 WLW-8-PW MAC8 line - pin CN AMP line - pin CN8 WL-- MAC8 line - pin CR FA-8A (MHz) EPSON CL : C,C9,C8,C8 LMK7B75KA-T Taiyo Yuden uf/v/68/% C,C,C5,C9 EEEHDCAP Panasonic uf/6v C,C5,C,C,C,C, C GRM88R6C6KAALD MURATA 7 uf/6v/68/% C,C6,C,C,C,C5, C,C,C5,C6 CLBKB8NNNC Sumsung.uF/5V/68/% C7,C8,C,C,C6,C7, C6,C7,C,C7,C8 C68CGH7D8AA TDK /5V/68/.5p C GRM885CH6RDZD MURATA 6pF/5V/68/.5p C9 GRM88R6C5KE5D MURATA.uF/6V/68/% C9 GRM88BHKAD MURATA.uF/5V/68/% C C68X7RHK8AA TDK.uF/5V/68/% D RSX5VA-TR ROHM D DFS5.6FS,LM TOSHIBA EP,EP,EP,EP - IC,IC5,IC6,IC7 MAX8586ETA+T MAXIM IC LT7CST-. LINEAR TECHNOLOGY IC TPS8G7DCK TI IC SR7A5 EPSON USB-Hub HS ports JP,JP,JP5,JP8 - JP WL-- MAC8 line - pin JP WL-- MAC8 line - pin JP6,JP7 WL-- MAC8 line - pin JP9 WL-- MAC8 line - pin LED,LED,LED,LED, LED5 SML-5MWT86 ROHM 5 Green L,L,L7,L,L DLWSN9SQL MURATA 5 L,L,L5,L6,L8,L9,L, L,L,L5 BLMPG6SND MURATA P MJ-79PH MARUSHIN ELECTRIC R,R,R,R6,R8,R, R,R,R,R5,R7, R,R,R,R5,R6, ERJ-GEYRV Panasonic 8 /68 R9,R R,R9,R6,R,R ERJ-EKF9V Panasonic 5 9K/.W/68/% R5,R7,R,R9,R8 ERJ-EKF8V Panasonic 5 8/.W/68/% R8 ERJ-EKFRV Panasonic /.W/68/% R ERJ-EKF6V Panasonic 6.K/.W/68/% R7 ERJ-GEYRV Panasonic /68 SH,SH MJB-BGB-L Amtek Technology SW SKRPABE ALPS TP,TP6 - TP,TP,TP,TP5 SLC--G-K Y SG-SEE MHz EPSON ZD,ZD,ZD,ZD,ZD5, ZD6,ZD7,ZD8,ZD9,ZD AVRL6A6R8GBA TDK FL NFMPC5BCD MURATA L6 BLMPGSN MURATA R ERJ-EKFV Panasonic K/.W/68/% R ERJ-EKFV Panasonic K/.W/68/% SR7A5 Evaluation Board Manual Seiko Epson Corporation 9 (Rev..)

13 . Appendix Note: Equivalent products may be mounted. Includes components not mounted. Check the No_Mount indication in this parts list and the circuit diagram. Seiko Epson Corporation SR7A5 Evaluation Board Manual (Rev..)

14 Revision History Revision History Rev. No. Date Page Type Revision details (including previous details) and reason Rev..79 Apr., 6 All New Newely established Rev..9 Jul., 6 P. Added Added parts code (S5UR7A5F) as this eva board. P. Reviced Changed parts arrangement of Figure.. P. Reviced Changed sturucture of power supply of Figure.. P.5 Added Added section. AC adapter. P.7 Added Added MAXIM: MAX8586ETA+T as explanation of IC7. P.8 Added Added board dimensions of Figure.. P.9 Added Added parts list of Table.. EOD Added Added circuit diagram Rev.. Oct. 8, 6 All Established Established with qualified mass production of SR7A5 SR7A5 Evaluation Board Manual Seiko Epson Corporation (Rev..)

15 International Sales Operations AMERICA EPSON ELECTRONICS AMERICA, INC. 58 Orchard Parkway, San Jose, CA 95, USA Phone: FAX: EUROPE EPSON EUROPE ELECTRONICS GmbH Riesstrasse 5, 899 Munich, GERMANY Phone: FAX: ASIA EPSON (CHINA) CO., LTD. th Floor, Tower of China Central Place, 8 Jianguo Road, Chaoyang District, Beijing 5 China Phone: FAX: SHANGHAI BRANCH 7F, Block B, Hi-Tech Bldg., 9 Yishan Road, Shanghai, CHINA Phone: FAX: SHENZHEN BRANCH Room 8-85, 8 Floor, Tower, Ali Center,No. Keyuan South RD(Shenzhen bay), Nanshan District, Shenzhen 585, CHINA Phone: FAX: EPSON TAIWAN TECHNOLOGY & TRADING LTD. F, No. 7, Song Ren Road, Taipei, TAIWAN Phone: FAX: EPSON SINGAPORE PTE., LTD. HarbourFront Place, #- HarbourFront Tower One, Singapore 986 Phone: FAX: SEIKO EPSON CORP. KOREA OFFICE 9F, KLI 6 Bldg., 6 Yoido-dong, Youngdeungpo-Ku, Seoul 5-76, KOREA Phone: FAX: SEIKO EPSON CORP. MICRODEVICES OPERATIONS DIVISION Device Sales & Marketing Department -8, Hino, Hino-shi, Tokyo 9-85, JAPAN Phone: FAX: Document Code: 8 Issue October 6

16 5 +5V D C B DC+5V IN N.C. DC5V IN 785- AMP VDD 5V REGULATED ADAPTER JACK DC+.V *Type-B P 8. CN7 CN8 WL-- CN5 UBB-R-D-D L8 BLMPG6SN DP DM VBAS BLMPG6SN L9 Shield D DFS5.6FS,LM C6 L6 BLMPGSN C uf C.uF L7 C7 FL NFMPC5BCD DLWSN9SQL R7 8 AVRL6A6R8GBA PD +5V GREEN STANLEY SOLDER SHORT PAD PD SOLDER SHORT PAD PD SOLDER SHORT PAD PD SOLDER SHORT PAD PD5 SOLDER SHORT PAD PD6 ZD5 LED BGC-TR SOLDER SHORT PAD +5V C uf ImpedanceControl ImpedanceControl ZD6 AVRL6A6R8GBA PTESTEN XRESET TESTSEL TESTEN PMODE TEST IC VIN R8 PTESTEN XRESET TESTSEL TESTEN PMODE TEST VOUT LT7CST-. LINEAR Max 8mA Z=9 Z=9 RSX5VA-TR C.uF C9.uF C5 U_DP U_DM +5V uf R K % Cer.Con D JP RESET SKRPABE ALPS <! > Be careful about the location of C5 from C. uf SH JS- WL-- R 9K % U_VBUS.uF +.V JP WL-- SH JS- TESTSEL TESTEN D_DM D_DP D_DM D_DP SW +.V_IC SR7A5 IC C 6pF 5 CR # # IC +.V C uf +.V VDD RES# MR#/SENSE PMODE +.V_IC Shield R K C6.uF TPS8G7DCK # # FA-8A (MHz) C C.uF R6 XRST IC Socket C uf R TESTEN PTESTEN D_VBUSEN D_VBUS D_VBUSFLG D_VBUSEN D_VBUS D_VBUSFLG XRESET IC TESTEN 5 D_DM 6 VSS 7 D_DP 8 HVDD 9 VSS D_DM VSS D_DP U_DP VSS U_DM SR7A5 TP TH R 6.K/% XO XI Shield R7 nomount +.V CN WLW-8-PW TESTSEL U_VBUS D_VBUSEN 9 D_VBUSFLG 9 8 D_VBUSEN 8 7 D_VBUSFLG 7 6 VSS 6 5 D_VBUSEN 5 D_VBUSFLG D_VBUSEN D_VBUSFLG PTESTEN HVDD LVDDC LVDDM R XI XO NC VSS FVDD HVDD NC VC C.uF R C uf XRESET +.V D_VBUSEN D_VBUSFLG D_VBUSEN D_VBUSFLG D_VBUSEN D_VBUSFLG D_VBUSEN D_VBUSFLG 8 TEST 7 XRESET PMODE 6 D_DP 5 VSS D_DM VSS HVDD D_DP VSS 9 D_DM 8 TCK 7 JP6 WL-- TCK VC C5.uF JP7 WL-- TESTSEL TEST D_VBUSFLG D_VBUSEN D_VBUS D_VBUSFLG D_VBUSEN D_VBUS PTESTEN TEST PMODE C uf D_DP D_DM 8Mbps differrential I/F C9 uf +5V D_DP D_DM ImpedanceControl ImpedanceControl ImpedanceControl ImpedanceControl 8Mbps differrential I/F C8 uf +5V 8Mbps differrential I/F C8 uf +5V R R 9K R R6 R8 R9 9K R R R R6 9K R7 R R R 9K R5 IC5 MAX8586ETA+ 8 SEL ENRESET ISET 7 6 ON FLULT 5 IN EX_PADOUT 9 EP Heat Sink Pad IC MAX8586ETA+ 8 SEL ENRESET ISET 7 6 ON FLULT 5 IN EX_PADOUT 9 EP Heat Sink Pad IC6 MAX8586ETA+ 8 SEL ENRESET ISET 7 6 ON FLULT 5 IN EX_PADOUT 9 EP Heat Sink Pad D_DP D_DM EP Heat Sink Pad AVRL6A6R8GBA Z=9 Z=9 ZD AVRL6A6R8GBA ImpedanceControl ImpedanceControl IC7 MAX8586ETA+ 8 SEL ENRESET ISET 7 6 ON FLULT 5 IN EX_PADOUT 9 R LED Z=9 Z=9 ZD R LED R5 Z=9 Z=9 ZD7 AVRL6A6R8GBA JP D_VBUS DLWSN9SQL AVRL6A6R8GBA JP D_VBUS BGC-TR LED R BGC-TR DLWSN9SQL R5 ZD Short Pad R AVRL6A6R8GBA JP5 D_VBUS BGC-TR LED5 Short Pad DLWSN9SQL AVRL6A6R8GBA JP8 D_VBUS BGC-TR Short Pad R8 L L ZD Short Pad R9 L 8 C7 8 Connect - : Nomal use Connect - : Test use 8 8 ZD8 C6 C8 Connect - : Nomal use Connect - : Test use C Connect - : Nomal use Connect - : Test use C C7 + C uf/6v Connect - : Nomal use Connect - : Test use + C9 uf/6v CN UBA-R-D-D L BLMPG6SN DP L DM VBAS BLMPG6SN + C uf/6v + C5 uf/6v Shield *Type-A CN UBA-R-D-D L5 BLMPG6SN DP L6 DM VBAS BLMPG6SN Shield *Type-A CN UBA-R-D-D L BLMPG6SN DP L DM VBAS BLMPG6SN Shield *Type-A D C B R9 D_DP DLWSN9SQL A +.V_IC C uf C.uF C5.uF TP LC--S-Black TP LC--S-Black C.uF TP LC--S-Black C6.uF TP5 LC--S-Black.8V JP9 TP6 TH WL--.8V.8V nomount MHz Shield Y SG-SEE MHz CNT VCC OUT C9.uF.8V C.uF Shield 8Mbps differrential I/F D_DM ImpedanceControl Z=9 ImpedanceControl Z=9 ZD9 AVRL6A6R8GBA L ZD C7 AVRL6A6R8GBA C8 CN UBA-R-D-D L BLMPG6SN DP L5 DM VBAS BLMPG6SN Shield *Type-A A Title S5UR7A5F Size Document Number R e v A <Doc>. 5 Date: Friday, July 5, 6 Sheet o f