R1 R4, R15, R21 R24, R35 R5 R8, R11, R12, R25 R28, R31, R32 R9, R10, R29, R30 R13, R14, R33, R34 TP1, TP3, TP5, TP6, TP11, TP21, TP26, TP31
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1 MAX/MAX7 Evaluates: MAX/MAX7 General Description The MAX/MAX7 evaluation kit (EV kit) is a fully assembled and tested circuit board that demonstrates the MAX/MAX7 charger detectors. The EV kit features a USB-powered option and easy LED reading for logic outputs. Ordering Information appears at end of data sheet. Benefits and Features Evaluates Charger Detection Function No External Power Supply Required Proven PCB Layout Independent Layouts for MAX and MAX7 Separate Layout with No MAX/MAX7 for Verifying Insertion Loss Fully Assembled and Tested Component List DESIGNATION QTY DESCRIPTION C, C, C, C7, C, C, C7 7 C C, C C, C C8, C9, C8, C9 µf ±0%, V XR ceramic capacitors (00) Taiyo Yuden GMK07BJ0KA-T µf ±0%,.V X7R ceramic capacitor (00) Murata GRM88R70J0KA0D.µF ±0%, V XR ceramic capacitors (00) TDK C08XRVK080AC.7µF ±0%,.V XR ceramic capacitors (00) TDK C08XR0J7M080AB 0.µF ±0%, 0V XR ceramic capacitors (00) Murata GRM0RA0K J, J, J USB A connectors Amphenol UE7AC00 J, J, J7 Micro B USB connectors Hirose ZXD-B-P8 J USB B connector Molex JP, JP -pin single-row headers JP JP, JP JP 8 -pin single-row headers DESIGNATION QTY DESCRIPTION LED, LED, LED, LED LED, LED, LED, LED LED, LED R R, R, R R, R R R8, R, R, R R8, R, R R9, R0, R9, R0 R, R, R, R TP, TP, TP, TP, TP, TP, TP, TP TP, TP, TP, TP, TP TP0, TP TP, TP, TP, TP TP0 Green LEDs OSRAM LG N97-KN- Yellow LEDs Chicago CMD-VYC/TR8 Red LEDs Lite-on LTST-C0CKT 0 kω ±% resistors (080) 00kΩ ±% resistors (080) 0Ω resistors (080) MΩ ±% resistors (080) 8 Red test points Black test points 9-80; Rev 0; 9/
2 MAX/MAX7 Evaluates: MAX/MAX7 Component List (continued) DESIGNATION QTY DESCRIPTION TP7 TP0, TP, TP7 TP0, TP U U, U 0 White test points USB charger detector (0 Ultra TQFN) Maxim MAXEVB+ (Top Mark: ABE).V output LDOs ( SOT) Maxim MAX888EUT+ (Top Mark: AAHU) DESIGNATION QTY DESCRIPTION U, U7 Dual buffers (SC70 L) Fairchild NC7WZ07PX U, U8 Dual inverters (SC70 L) Fairchild NC7WZ0PX U USB charger detector (0 Ultra TQFN) Maxim MAX7EVB+ (Top Mark: ABG) 0 Shunts PCB: MAX/7 EVKIT Component Suppliers SUPPLIER PHONE WEBSITE Amphenol Chicago Miniature Lighting, LLC Fairchild Semiconductor Hirose Electric U.S.A., Inc Lite-On, Inc Molex Murata Americas OSRAM Opto Semiconductors Taiyo Yuden TDK Corp Note: Indicate that you are using the MAX/MAX7 when contacting these component suppliers. Maxim Integrated
3 MAX/MAX7 Evaluates: MAX/MAX7 Quick Start Required Equipment MAX/ MAX7 EV kit Computer USB-A male to USB-B male cable USB-A male to micro-b USB male cable USB flash drive (optional) Procedure The EV kit is fully assembled and tested. Follow these steps to verify board operation. ) Verify that all jumpers are in their default positions. ) Take USB-A male to USB-B male cable and connect the cable to J from a computer. ) Install a shunt on JP. Verify LED is on. ) Install a shunt on JP. Verify LED is on. ) Take USB-A male to micro-b USB male cable and connect the cable to J from a computer. Verify LED and LED are on. ) Optional: insert the USB flash drive in J. Check that the drive is accessible from computer. The drive should enumerate and register in Windows. 7) Remove the USB flash drive and cable on J. Remove the shunts on JP and JP. 8) Install a shunt on JP. Verify LED is on. 9) Install a shunt on JP. Verify LED is on. 0) Connect the micro-b USB cable to J from a computer. Verify LED and LED are on. ) Optional: insert the USB flash drive in J. Check that the drive is accessible from computer. The drive should enumerate and register in Windows. ) Remove USB flash drive and cable on J. Remove the shunts on JP and JP. Detailed Description of Hardware The MAX/MAX7 EV kit is a fully assembled and tested circuit board demonstrating the MAX and MAX7 charger detector ICs in a 0-pin surfacemount Ultra TQFN package. The EV kit circuit can be configured to evaluate the MAX or the MAX7 without an external power supply. There are LED indicators showing different logic outputs with different chargers attached. The EV kit also features a shorted USB path for board- and trace-only evaluation. Table. LED Indicator LED NAME DESCRIPTION MAX LED SW_OPEN LED is on when MAX SW_OPEN = low (switches are closed). LED CHG_DET LED is on when MAX CHG_DET = high. LED CHG_AL_N LED is on when MAX CHG_AL_N = low ( is valid and charging is allowed). LED VHC_GOOD LED is on when VHC is powered. LED GOOD_BAT LED is on when MAX GOOD_BAT is set to high. MAX7 LED SW_OPEN LED is on when MAX7 SW_OPEN = low (switches are closed). LED CHG_DET LED is on when MAX7 CHG_DET = high. LED CHG_AL_N LED is on when MAX7 CHG_AL_N = low ( is valid and charging is allowed). LED VHC_GOOD LED is on when VHC is powered. LED GOOD_BAT LED is on when MAX7 GOOD_BAT is set to high. Maxim Integrated
4 MAX/MAX7 Evaluates: MAX/MAX7 USB Transceiver Power The EV kit features jumpers to select the power source for the USB transceiver side. Install shunts in below position to change the power source. Logic Power Use JP, JP, JP, and JP to select power source for logic pins. They can be powered from the USB or external power supply. Use JP and JP to connect the pin to the of the micro-usb connector. GOOD_BAT Use JP and JP to connect GOOD_BAT to.v or ground. LED or LED is on when GOOD_BAT is set high. Table. USB Transceiver Jumper Selection JUMPER SHUNT POSITION DESCRIPTION MAX JP -* J is connected to J - J is connected to J MAX7 JP -* J is connected to J - J is connected to J *Default position. Table. Logic Power Jumper Selection JUMPER SHUNT POSITION DESCRIPTION MAX JP Installed VHC is connected to VEXT (TP) Not installed* VHC is not connected to VEXT (TP) JP Installed VHC is connected to J Not installed* VHC is not connected to J MAX7 JP Installed VHC is connected to VEXT (TP) Not installed* VHC is not connected to VEXT (TP) JP Installed VHC is connected to J Not installed* VHC is not connected to J *Default position. Maxim Integrated
5 MAX/MAX7 Evaluates: MAX/MAX7 Table. Jumper Selection JUMPER SHUNT POSITION DESCRIPTION MAX JP Installed* pin is connected to J Not installed pin is not connected to J MAX7 JP Installed* pin is connected to J Not installed pin is not connected to J *Default position. Table. GOOD_BAT Jumper Selection JUMPER SHUNT POSITION DESCRIPTION MAX JP Installed GOOD_BAT is high Not installed* GOOD_BAT is low MAX7 JP Installed GOOD_BAT is high Not installed* GOOD_BAT is low *Default position. Maxim Integrated
6 Maxim Integrated Evaluates: MAX/MAX7 MAX/MAX7 Figure a. MAX/MAX7 EV Kit Schematic UE7-AC-00 LED LED LED K R 00K LED K CHG_AL_N VHC R LED VHC R8 VHC ON_BAT GOOD_BAT 0 R9 VHC_GOOD JP JP ON_VB 00K R K JP R NC7WZ07PX 0V VHC SW_OPEN K 0.UF C8 00K 0.UF TP8 CHGD U R7.0UF V TP.V TP VB V.0UF R TP M TP H8 H7 JP R0 9 8 R R JP U C H0 J TP UF C ON_VEXT TP VEXT VEXT 00K 0 00K GBAT R TP0 VHC CHG_DET 0V R C9 K 00K JP TP7 NC7WZ0PX ID ND G MTHOLE ZXD-B-P8 M V.7UF.V MTHOLE MTHOLE.0UF ON_VIN MTHOLE MAX VB VHC VB VHC 0 MAX888EUT.0UF V SWOP CHGA U 7 R R TP TP TP8 TP TP TP TP TP9 TP7 H H H H H H H9 J C U U J C C7 C U JP TP9 TP0 TP TP TP9 TP0 C.UF S S D+ D- FB POK OUT IN SHDN CHG_DET CDN CDP GOOD_BAT CHG_AL_N TDP TDN SW_OPEN A Y VCC A Y A Y VCC A Y S S S S S S ID D+ D- IN IN
7 Maxim Integrated 7 Evaluates: MAX/MAX7 MAX/MAX7 Figure b. MAX/MAX7 EV Kit Schematic 9.0UF NC7WZ07PX TP7 VHC SWOP U8 CHGD TP8 NC7WZ0PX 0V 0.UF 00K R7 TP.0UF U 00K R R M R0 JP 0 TP7 R V VHC R 0 R 00K U7 C9 VHC CHG_DET TP0 GBAT R 00K U7 H UE7-AC-00 VHC JP JP R ON_VIN ON_BAT VB TP VHC R8 TP.UF C ON_VEXT JP TP JP 7 8 J J H H TP TP C7 TP C TP R C TP9 H U C TP8 TP 00K MAX888EUT CHGA V K V M ID V.0UF ZXD-B-P8 MAX7 0V K SW_OPEN K VHC_GOOD R VB ON_VB VHC 0.UF C8 GOOD_BAT JP U8 JP.7UF.V R TP VEXT K VHC CHG_AL_N LED R LED K 00K 0 R9 LED LED LED IN S S D+ D- S S S S S S ID D+ D- A Y VCC CHG_DET CDN CDP GOOD_BAT CHG_AL_N TDP TDN SW_OPEN A Y VCC A Y A Y FB POK OUT IN SHDN IN
8 MAX/MAX7 Evaluates: MAX/MAX7 S J H H H7 H8 J7 ZXD-B-P UE7-AC-00 S D- D+ D- D+ ID S S S S S S Figure c. MAX/ MAX7 EV Kit Schematic Maxim Integrated 8
9 MAX/MAX7 Evaluates: MAX/MAX7 Figure. MAX/MAX7 EV Kit Component Placement Guide Component Side Figure. MAX/ MAX7 EV Kit PCB Layout Component Side Maxim Integrated 9
10 MAX/MAX7 Evaluates: MAX/MAX7 Figure. MAX/ MAX7 EV Kit PCB Layout Layer Figure. MAX/ MAX7 EV Kit PCB Layout Layer Maxim Integrated 0
11 MAX/MAX7 Evaluates: MAX/MAX7 Figure. MAX/MAX7 EV Kit PCB Layout Solder Side Figure 7. MAX/MAX7 EV Kit Component Placement Guide Solder Side Maxim Integrated
12 MAX/MAX7 Evaluates: MAX/MAX7 Ordering Information PART MAX/7EVKIT# #Denotes RoHS compliant. TYPE EV Kit Maxim Integrated
13 MAX/MAX7 Evaluates: MAX/MAX7 Revision History REVISION NUMBER REVISION DATE DESCRIPTION PAGES CHANGED 0 9/ Initial release For pricing, delivery, and ordering information, please contact Maxim Direct at , or visit Maxim Integrated s website at. Maxim Integrated cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim Integrated product. No circuit patent licenses are implied. Maxim Integrated reserves the right to change the circuitry and specifications without notice at any time. Maxim Integrated and the Maxim Integrated logo are trademarks of Maxim Integrated Products, Inc. 0 Maxim Integrated Products, Inc.
S Fully Assembled and Tested
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