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general description the max5717/MAX5719 evaluation kit (ev kit) demonstrates the max5717/MAX5719, 16/20-bit dac. the ev kit includes a graphical user interface (gui) that provides communication over spi with an on-board master ic. the max5717 ev kit comes with the max5717gsd+ installed and the MAX5719 comes with the MAX5719gsd+ installed. features on-board spi controller on-board output buffer (max9632) on-board +4.096v reference voltage (max6126) windows xp ? , windows ? 7/8/8.1/10-compatible software 19-8551; rev 0; 6/16 ordering information appears at end of data sheet. board photo quick start required equipment max5717/MAX5719 ev kit (includes micro-usb cable) windows pc digital oscilloscope note: in the following sections, software-related items are identified by bolding. text in bold refers to items directly from the ev kit software. text in bold and underlined refers to items from the windows operating system. procedure the ev kit is fully assembled and tested. follow the steps below to verify board operation: 1) visit here to download the latest version of the ev kit software, 5717evkit.zip . save the ev kit software to a temporary folder and uncompress the zip fle. 2) verify that all jumpers on the ev kit are in their default positions, as shown in table 1 . 3) connect a probe from the oscilloscope at the out test point. 4) connect the usb cable from the pc to the max5717/MAX5719 ev kit board. 5) open the ev kit gui, max5717evkit.exe and select device->max5717pmb option (or MAX5719pmb). 6) click the scan adapters button. then select the option pmodxxxxxx (where xxxxxx is numeric) and click the connect button. see figure 1 and figure 2. 7) click the sample once button and verify the oscilloscope waveform form matches that of the gui. windows is a registered trademark and registered service mark of microsoft corporation. windows xp is a registered trademark and registered service mark of microsoft corporation. evaluates: max5717/MAX5719 max5717 evaluation kit
maxim integrated 2 table 1. jumper descriptions jumper shunt position description j2 installed used for a buffered reference voltage. connects the output voltage from the max6126 to the input of the max9632. not installed* disconnects the output voltage from the max6126 to the input of the max9632. j3 installed* powers the max6126 using usb supply. not installed disconnects the usb supply from the max6126. user must apply 5v at the in_u12 test point to use the max6126. j4 1-2* connects the output voltage from the max6126. 2-3 user-supplied voltage reference. connects to the max9632 output. user must apply voltage reference at the ext_ref test point and 5v at the op2+ test point to power the max9632 (u13). j5 1-2* powers the max9632s v cc pin using usb supply. 2-3 user-supplied power to the max9632 (u4). apply 5v to 15v at the op+ test point. recommended for use in bipolar mode. j6 1-2* din from on-board master. 2-3 user-supplied din. apply respective signal at din test point. j7 1-2* sclk from on-board master. 2-3 user-supplied sclk. apply respective signal at sclk test point. j8 1-2* connects the negative input to the output of the max9632. 2-3 connects the max5717/MAX5719s inv pin to the negative input of the max9632. j9 1-2* cs from on-board master. 2-3 user-supplied cs. apply respective signal at cs test point. j10 1-2* ldac from on-board master. 2-3 user-supplied ldac. apply respective signal at ldac test point. j11 1-2 do not use 2-3* user-supplied power to the max9632 (u4). apply -5v to -15v at the op- test point. recommended for use in bipolar mode. j12 installed* connects the max5717/MAX5719s rfb pin to the max9632s output. not installed disconnects the max5717/MAX5719s rfb pin to the max9632s output. j13 installed* powers the max5717/MAX5719 using the usb power. not installed user-supplied power. apply 5v at the v dd test point. j14 installed* connects the max5717/MAX5719s out pin to the max9632s in+ pin. not installed disconnects the max5717/MAX5719s out pin to the max9632s in+ pin. *default position. www.maximintegrated.com evaluates: max5717/MAX5719 max5717 evaluation kit
maxim integrated 3 general description of software the main window of the max5717/MAX5719 ev kit software contains controls to evaluate the max5717 and MAX5719 ics. included is a waveform generator that allows the user to quickly evaluate the device. usb2pmb adapter the controls within the usb2pmb groupbox allow the user to select the appropriate usb2pmb devices. when scan adapters button is pressed, it will update the dropdown list with all usb2pmb devices. with the ev kit connected to the pc, pmodxxxxxx (where xxxxxx is numeric) will appear within the dropdown list. make the appropriate selection respective of the ic and press on the connect button. sample the sample groupbox contains the sample rate and spi sclk options applicable to ev kit. sample rate ranges from 5000sps to 200000sps. the spi sclk is selectable from 80khz to 15mhz. once configured, the user can either press the sample once or sample continuous button. transfer function the ev kit can work in either unipolar or bipolar mode. please refer to unipolar and bipolar section of the data sheet. plot confguration the scope display can plot the waveform generators data in units of lsbs or voltage in a time domain. in addition, provides an fft plot of the raw data for the max5717 or MAX5719. signal setup the signal setup controls are similar to a function generator and can be used to quickly evaluate the ev kit. it provides waveforms in sine, left and right sawtooth, triangle, square, and white noise. amplitude, offset, and frequency can be adjusted for each waveform. general description of hardware the max5717/MAX5719 ev kit demonstrates the max5717/MAX5719, 16/20-bit dac. the ev kit includes an on-board master ic for all spi and i/o communication. user-supplied spi to evaluate the ev kit with a user-supplied spi bus, place shunts on the 2-3 position of jumper j6, j7, j9, and j10. apply the user-supplied spi signals to the sclk, cs, din, and ldac test points. make sure the return ground is the same as the max5717/MAX5719s ground. user-supplied v dd the max5717/MAX5719 is powered through usb by default. for user-supplied v dd , remove the shunt of the jumper j13 and apply +5v at the v dd test point. user-supplied power for voltage reference (u12) the voltage reference is powered through usb by default. for user-supplied power, remove the shunt of the jumper j3 and apply +5v at the in_u12 test point. user-supplied voltage reference the max9632 (u13) is an optional buffer for the refer - ence of the max5717/MAX5719. apply only +5v to the op2+ test point when a voltage reference is applied at the ext_ref test point. user-supplied power for buffer (u4) the max9632 is an optional buffer for the output of the max5717/MAX5719. place shunts on the 2-3 position of jumpers j5 and j11. apply only +5v to +15v at the op+ test point and -5v to -15v at the op- test point. unipolar and bipolar output when in unipolar output and the output buffer is in use, a shunt should be placed in the 2-3 position of jumper j5, 1-2 position of the jumper j8, 2-3 position of jumper j11, and open position of jumper 12. when in bipolar output, a shunt should be placed in the 2-3 position of jumper j5, 2-3 position of the jumper j8, 2-3 position of jumper j11, and closed position of jumper j12. www.maximintegrated.com evaluates: max5717/MAX5719 max5717 evaluation kit
maxim integrated 4 figure 1. max5717 ev kit main window figure 2. MAX5719 ev kit main window www.maximintegrated.com evaluates: max5717/MAX5719 max5717 evaluation kit
maxim integrated 5 #denotes rohs compliant. part type max5717evkit# ev kit MAX5719evkit# ev kit component information, pcb layout, and schematics see the following links for component information, pcb layout diagrams, and schematic. max5717/MAX5719 ev bom max5717/MAX5719 ev pcb layout max5717/MAX5719 ev schematic ordering information www.maximintegrated.com evaluates: max5717/MAX5719 max5717 evaluation kit
? 2016 maxim integrated products, inc. 6 revision number revision date description pages changed 0 6/16 initial release revision history 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 specifcations without notice at any time. maxim integrated and the maxim integrated logo are trademarks of maxim integrated products, inc. evaluates: max5717/MAX5719 max5717 evaluation kit for pricing, delivery, and ordering information, please contact maxim direct at 1-888-629-4642, or visit maxim integrateds website at www.maximintegrated.com.
item qty ref ? des mfg ? part ? # manufacturer value description 1 3 agnd4 \ agnd6 5011 ? 5011 test ? point; ? pin ? dia=0.125in; ? total ? length=0.445in; ? board ? hole=0.063in; ? black; ? phosphor ? bronze ? wire ? silver ? plate ? finish; ? recommended ? for ? board ? thickness=0.062in 27 cs, ? din, ? inv, ? out, ? ldac, ? sclk, ? buf_out 5012 ? 5012 test ? point; ? pin ? dia=0.125in; ? total ? length=0.445in; ? board ? hole=0.063in; ? white; ? phosphor ? bronze ? wire ? silver ? plate ? finish; ? recommended ? for ? board ? thickness=0.062in 310 c1, ? c3, ? c5 \ c7, ? c21, ? c22, ? c29, ? c30, ? c56 c0603c104k3 rac; ? grm188r71e 104ka01; ? c1608x7r1e1 04k kemet/murata/t dk 0.1uf capacitor; ? smt; ? 0603; ? ceramic; ? 0.1uf; ? 25v; ? 10%; ? x7r; ?\ 55degc ? to ? + ? 125degc; ?? +/ \ 15% ? from ?\ 55degc ? to ? +125degc; ? not ? recommended ? for ? new ? design ? use ?\? 20 \ 000u1 \ 01 4 3 c2, ? c4, ? c20 grm21br61e 475ka murata 4.7uf capacitor; ? smt ? (0805); ? ceramic ? chip; ? 4.7uf; ? 25v; ? tol=10%; ? model=x5r; ? tg= \ 55 ? degc ? to ? +125 ? degc; ? tc=+/ 57 c10, ? c18, ? c19, ? c44 \ c47 c0603c104k4 rac; ? gcm188r71c 104ka37; ? c1608x7r1c1 04k; ? grm188r71c 104k; ? c0603x7r160 \ 104kne kemet/murata/t dk/venkel ? ltd. 0.1uf capacitor; ? smt ? (0603); ? ceramic ? chip; ? 0.1uf; ? 16v; ? tol=10%; ? tg= \ 55 ? degc ? to ? +125 ? degc; ? tc=x7r; ? not ? recommended ? for ? new ? design ? use ? 20 \ 000u1 \ 01 6 1 c11 c0603c103k5 rac; ? grm188r71h 103k;c0603x7 r500 \ 103kne kemet/murata/v enkel ? ltd. 0.01uf capacitor; ? smt; ? 0603; ? ceramic; ?? 0.01uf; ? 50v; ? 10%; ? x7r; ?\ 55degc ? to ? + ? 125degc; ? use ? 20 \ 00u01 \ m8 ? for ? new ? design 7 1 c12 c0603c102k5 rac; ? grm188r71h 102ka01; ? c0603x7r500 \ 102kne kemet/murata/v enkel 1000pf capacitor; ? smt; ? 0603; ? ceramic; ? 1000pf; ? 50v; ? 10%; ? x7r; ?\ 55degc ? to ? + ? 125degc; ?? +/ \ 15% ? from ?\ 55degc ? to ? +125degc, ? use ? 20 \ 1000p \ e4 ? for ? new ? design title: ? bill ? of ? materials date: ? 03/03/2016 design: ? max571x_evkit_a variant:dni
8 2 c13, ? c17 c0603c0g500 \ 181jne; ? grm1885c1h 181j venkel ? ltd./murata 180pf capacitor; ? smt ? (0603); ? ceramic ? chip; ? 180pf; ? 50v; ? tol=5%; ? model=; ? tg= \ 55 ? degc ? to ? +125 ? degc; ? tc=c0g 97 c23, ? c24, ? c27, ? c28, ? c41 \ c43 c0603x5r160 \ 105knp; ? emk107bj105 ka; ? c1608x5r1c1 05k; ? grm188r61c 105k venkel ? ltd./taiyo ? yuden/tdk/mura ta 1uf capacitor; ? smt; ? 0603; ? ceramic; ? 1uf; ? 16v; ? 10%; ? x5r; ?\ 55degc ? to ? + ? 85degc; ?? 0 ? +/ \ 15% ? degc ? max.use ? 20 \ 0001u \ 63 ? for ? new ? design 10 1 c55 c0603c105k4 rac; ? grm188r71c 105ka12; ? c1608x7r1c1 05k; ? emk107b7105 ka kemet/murata/t dk/taiyo ? yuden 1uf capacitor; ? smt ? (0603); ? ceramic ? chip; ? 1uf; ? 16v; ? tol=10%; ? model=; ? tg= \ 55 ? degc ? to ? +125 ? degc; ? tc=x7r 11 1 c57 tmk212bbj10 6kg \ t; ? cl21a106kaf n3n taiyo ? yuden 10uf capacitor; ? smt ? (0805); ? ceramic ? chip; ? 10uf; ? 25v; ? tol=10%; ? model=; ? tg= \ 55 ? degc ? to ? +85 ? degc; ? tc=x5r 12 2 cb2, ? cb3 c0603c0g500 \ 180jne; ? c1608c0g1h1 80j; ? grm1885c1h 180j venkel ? ltd./tdk/murata 18pf capacitor; ? smt ? (0603); ? ceramic ? chip; ? 18pf; ? 50v; ? tol=5%; ? model=; ? tg= \ 55 ? degc ? to ? +125 ? degc; ? tc=c0g 13 1 d1 mbr0520l fairchild ? semiconductor mbr0520 l diode, ? schottky, ? sod \ 123, ? piv=20v, ? vf=0.385v@if=0.5a, ? if(ave)=0.5a 14 2 dgnd, ? gnds 5011 keystone n/a test ? point; ? pin ? dia=0.125in; ? total ? length=0.445in; ? board ? hole=0.063in; ? black; ? phosphor ? bronze ? wire ? silver ? plate ? finish; ? recommended ? for ? board ? thickness=0.062in; ? not ? for ? cold ? test 15 1 dgnd2 5011 ? 5011 test ? point; ? pin ? dia=0.125in; ? total ? length=0.445in; ? board ? hole=0.063in; ? black; ? phosphor ? bronze ? wire ? silver ? plate ? finish; ? recommended ? for ? board ? thickness=0.062in 16 1 dsb1 lg ? l29k \ g2j1 \ 24 osram lg ? l29k \ g2j1 \ 24 diode; ? led; ? smt ? (0603); ? vf=1.7v; ? if(test)=0.002a; ?\ 40 ? degc ? to ? +100 ? degc 17 3 op2+, ? in_u12, ? ext_ref 5010 keystone n/a testpoint ? with ? 1.80mm ? hole ? dia, ? red, ? multipurpose; ? not ? for ? cold ? test 18 1 j1 10118192 \ 0001lf fci ? connect 1011819 2 \ 0001lf connector; ? female; ? smt; ? micro ? usb ? b ? type ? receptacle; ? right ? angle; ? 5pins 19 5 j2, ? j3, ? j12 \ j14 pec02saan sullins pec02sa connector; ? male; ? through ? hole; ? breakaway; ? straight; ? 2pins 20 8 j4 \ j11 pec03saan sullins pec03sa connector; ? male; ? through ? hole; ? breakaway; ? straight; ? 3pins
21 1 l3 mpz1608s601 a tdk 600 inductor; ? smt ? (0603); ? ferrite \ bead; ? 600; ? tol=+/ \ 25%; ? 1a; ?\ 55 ? degc ? to ? +125 ? degc 22 5 op+, ? op \ , ? vdd, ? reff, ? refs 5010 ? 5010 testpoint ? with ? 1.80mm ? hole ? dia, ? red, ? multipurpose 23 6 r1, ? r2, ? rb7, ? rb9, ? rb14, ? rb16 erj \ 3ekf28r0v panasonic 28 resistor; ? 0603; ? 28 ? ohm; ? 1%; ? 100ppm; ? 0.10w; ? thick ? film 24 2 r4, ? r9 rc1608j000cs ; ? cr0603 \ j/ \ 000elf;rc060 3jr \ 070rl samsung ? electronics/bou rns/yageo ? ph 0 resistor; ? 0603; ? 0 ? ohm; ? 5%; ? jumper; ? 0.10w; ? thick ? film 25 1 r7 crcw060310 k0jn; ? erj \ 3geyj103v vishay ? dale; ? panasonic 10k resistor; ? 0603; ? 10k ? ohm; ? 5%; ? 200ppm; ? 0.10w; ? thick ? film 26 1 rb3 crcw060312 k0fk vishay ? dale 12k resistor, ? 0603, ? 12k ? ohm, ? 1%, ? 100ppm, ? 0.10w, ? thick ? film 27 1 rb4 crcw060315 k0fk vishay ? dale 15k resistor, ? 0603, ? 15k ? ohm,1%, ? 100ppm, ? 0.10w, ? thick ? film 28 7 rb5, ? rb6, ? rb8, ? rb11, ? rb13, ? rb15, ? rb24 crcw060310 k0fk; ? 9c06031a100 2fk; ? erj \ 3ekf1002 vishay ? dale/yageo ? phicomp/panaso nic 10k resistor; ? 0603; ? 10k; ? 1%; ? 100ppm; ? 0.10w; ? thick ? film 29 1 rb10 crcw06032k 20fk vishay ? dale 2.2k resistor, ? 0603, ? 2.2k ? ohm, ? 1%, ? 100ppm, ? 0.10w, ? thick ? film 30 1 rb17 crcw06034k 70fk vishay ? dale 4.7k resistor; ? 0603; ? 4.7k; ? 1%; ? 100ppm; ? 0.10w; ? thick ? film 31 1 u1 MAX5719 maxim MAX5719 evkit ? part ?\? ic; ? MAX5719; ? nsoic14 ? 150mil; ? pkg. ? dwg. ? no.: ? 21 \ 0041 32 2 u4, ? u13 max9632asa + maxim max9632 asa+ ic; ? opamp; ? precision, ? low \ noise, ? wide \ band ? amplifier; ? nsoic8 ? 150mil; ?\ 40 ? degc ? to ? +125 ? degc 33 2 u6, ? u8 max1840eub maxim max1840 eub ic; ? trans; ? low \ voltage ? sim/smart ? card ? level ? translator; ? umax10 34 1 u12 max6126aas a41+ maxim max6126 aasa41 ic; ? vref; ? ultra \ high ? precision; ? ultra \ low ? noise; ? series ? voltage ? reference; ? nsoic8 ? 150mil; ?\ 40 ? degc ? to ? +125 ? degc 35 1 u14 max15006aa tt+ maxim max1500 6aatt+ ic; ? vreg; ? ultra \ low ? quiescent \ current ? linear ? regulator; ? tdfn6 \ ep ? 3x3 36 1 ub1 93lc66bt \ i/ot microchip 93lc66bt \ ? eprom; ? 4k ? microwire ? serial ? eeprom; ? sot23 \ 6 37 1 ub2 ft2232hl future ? technology ? devices ? intl ? ltd. ft2232hl ic; ? mmry; ? dual ? high ? speed ? usb ? to ? multipurpose ? uart/fifo; ? lqfp64 38 13 xju1 \ xju13 stc02syan sullins ? electronics ? corp. stc02sya n test ? point; ? jumper; ? str; ? total ? length=0.256in; ? black; ? insulation=pbt ? contact=phosphor ? bronze; ? copper ? plated ? tin ? overall
39 1 yb1 abm7 \ 12.000mhz \ d2y \ t abracon 12mhz crystal; ? smt ? ; ? 18pf; ? 12mhz; ? +/ \ 20ppm; ? +/ \ 30ppm 40 1 ?? max ? maxim pcb pcb: ? max total 117 item qty ref ? des mfg ? part ? # manufacturer value description 1 3 c14 \ c16 n/a n/a open package ? outline ? 0603 ? non \ polar ? capacitor ?\? evkit 2 2 r3, ? r5 n/a n/a open package ? outline ? 0603 ? resistor ?\? evkit 3 1 r6 n/a n/a short package ? outline ? 0805 ? resistor ?\? evkit total 6 item qty ref ? des mfg ? part ? # manufacturer value description 1 1 packout 88 \ 00711 \ sml n/a ? box;small ? brown ? 9 ? 3/16x7x1 ? 1/4 ?\? packout 2 1 packout 87 \ 02162 \ 00 n/a ? esd ? bag;bag;static ? shield ? zip ? 4inx6in;w/esd ? logo ?\? packout 3 1 packout 85 \ maxkit \ pnk n/a ? pink ? foam;foam;anti \ static ? pe ? 12inx12inx5mm ?\? packout 4 1 packout evinsert n/a ? web ? instructions ? for ? maxim ? data ? sheet 5 1 packout 85 \ 84003 \ 006 n/a ? label(ev ? kit ? box) ?\? packout 6 1 x1 ak67421 \ 1 \ r assmann or; ? male; ? usb; ? usb2.0 ? micro ? connect ion ? cable; ? usb ? b ? micro ? male ? to ? usb ? a ? total 6 packout ? (these ? are ? purchased ? parts ? but ? not ? assembled ? on ? pcb ? and ? will ? be ? shipped ? with ? pcb) do ? not ? purchase(dnp)
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pec02saan short max1840eub 1uf 10k 0 0.1uf dgnd agnd open open 1000pf i184 0.1uf 0.01uf 1uf agnd max1840eub agnd 1uf 0.1uf 1uf 1uf 0.1uf i195 s max9632asa+ 0 180pf open MAX5719 0.1uf 180pf open open s 1uf 0.1uf 0.1uf max6126aasa41 pec02saan 1uf max9632asa+ u4 r9 u8 din c28 c47 c23 op+ j14 r5 sclk c12 gnds op2+ c10 c11 j3 j9 j7 j2 c41 c19 c45 c42 r7 u6 op- c27 c44 cs c46 u13 r3 r4 j11 c13 j4 vdd c14 u1 j13 inv out j8 c16 refs c18 j5 j12 c17 ldac buf_out j6 c15 reff r6 j10 c24 c43 u12 in_u12 ext_ref gpio0 +3.3v_usb din obref u4_shdn +3.3v_usb din refs vdd vusb vusb sclk ldac ldac cs cs sclk +3.3v_usb ext_refin obref vdd u4_in+ u4_shdn u4_in+ refs spi_mosi +3.3v_usb spi_sclk obref vdd spi_cs ext_refin refs vusb vdd 9 6 1 2 1 2 2 3 1 1 2 1 2 10 11 5 1 3 3 1 5 2 5 1 3 3 1 3 2 1 2 7 7 4 4 6 6 1 5 2 10 4 3 3 4 5 7 12 9 2 2 9 3 3 10 8 7 1 4 8 7 8 6 2 3 14 8 5 2 2 1 3 1 6 2 3 1 1 3 8 13 2 8 1 4 2 6 2 1 7 2 1 agndf reff inv ldac nc rfb cs vdd refs agnds dgnd out din sclk n.c. n.c. shdn vcc vee out in+ in- io vcc clk rst gnd shdn rin cin dvcc data io vcc clk rst gnd shdn rin cin dvcc data n.c. n.c. shdn vcc vee out in+ in- in i.c. i.c. outf outs gnds gnd nr
config usb u3 usb power max15006aatt+ 28 28 28 28 ft2232hl 0.1uf 0.1uf 0.1uf 0.1uf 0.1uf 10k 0.1uf 0.1uf 0.1uf 4.7uf 12k 12mhz 18pf 10k 2.2k 10k 93lc66bt-i/ot 10118192-0001lf 28 600 18pf 0.1uf mbr0520l 1uf 28 10k 10k 4.7uf 4.7k 4.7uf 0.1uf 10k 10k 15k 10uf rb9 rb16 c21 c29 c22 c7 c30 rb24 rb13 rb11 rb8 rb6 c5 c3 c6 c4 rb3 cb3 cb2 ub1 rb10 rb5 rb15 j1 r2 r1 l3 yb1 d1 c56 c57 c55 c2 rb7 ub2 dsb1 rb17 c1 c20 rb14 rb4 dgnd u14 +3.3v_usb spi_sclk spi_mosi spi_cs gpio0 +3.3v_usb +3.3v_usb +1.8v vusb vusb +3.3v_usb vusb +3.3v_usb +1.8v +3.3v_usb +3.3v_usb 49 6 56 46 54 44 24 26 30 38 22 17 14 50 64 42 31 20 13 36 6 60 3 2 51 47 25 15 11 5 1 61 63 8 7 45 43 41 40 39 59 58 52 48 10 23 21 19 16 34 33 32 28 27 37 4 12 2 1 3 1 5 4 6 10 2 9 8 6 5 4 3 1 11 1 62 5 3 1 4 7 c 2 a 18 9 29 2 2 35 57 55 a k 53 7 out out nc in in d n g p e bcbus7 bcbus6 bcbus5 bcbus4 bcbus3 bcbus2 bcbus1 bcbus0 acbus7 acbus6 acbus5 acbus4 acbus3 acbus2 acbus1 acbus0 bdbus7 bdbus6 bdbus5 bdbus4 bdbus3 bdbus2 bdbus1 bdbus0 adbus7 adbus6 adbus5 adbus4 adbus3 adbus2 adbus1 adbus0 osco osci vcore gnd gnd vccio eecs eeclk eedata test vregout vregin vcore vcore gnd gnd reset# suspend# pwren# vccio gnd gnd vccio gnd gnd vccio vpll dp dm ref agnd vphy vcc vss do di clk cs shield 5 4 3 2 1

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