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evaluates: max11156 max11156 evaluation system general description the max11156 evaluation system (ev system) includes a mother board and daughter board to evaluate the max11156 18-bit adc. the ev system includes a simple graphical user interface (gui) for exercising the features of the ic. this gui is compatible with windows xp ? -, windows vista ? -, and windows ? 7. the ev system gui allows different sample sizes, adjustable sampling rates, internal or external reference options, and graphing soft - ware that includes the following representations of the sampled signals: time domain, frequency domain, histo - gram, and single conversion. the ev system is made up of the maxprecadcmb mother board with an on-board altera fpga and the daughter board for evaluating the ic. the mother board plugs into the pc through a high-speed usb link to send spi commands through the gui. the mother board accepts a 5v supply. the daughter board accepts 15v supplies. the daughter board comes installed with a max11156etc+ in a 12-pin tdfn-ep package. features windows xp-, windows vista-, and windows 7-compatible software high-speed usb interface various sample sizes and sample rates time domain, frequency domain, and histogram plotting collects up to 1 mega samples frequency, rms, min, max, and average dc calculations on-board voltage reference 40mhz spi interface rohs compliant proven pcb layout fully assembled and tested 19-6744; rev 0; 6/13 ordering information appears at end of data sheet. windows, windows xp, and windows vista are registered trade - marks and registered service marks of microsoft corporation. analog inputs . cnvst daughter board (max11156dbevkit#) level translators usb port ref amp #1 . u3 adc #2 u1 adc #1 dout din sclk fpga mother board (maxprecadcmb#) amp #2 max11156 ev system block diagram downloaded from: http:///
maxim integrated 2 evaluates: max11156 max11156 evaluation system www.maximintegrated.com quick start required equipment max11156 daughter board (included with the ev system) maxprecadccmb (included with ev system) 15v dc power supply 5v dc power supply function generator digital voltmeters (dvms) windows xp, windows vista, or windows 7 pc with a spare usb port note: in the following sections, software-related items are identified by bolding. text in bold refers to items directly from the ev system software. text in bold and under - lined refers to items from the windows operating system. procedurethe ev system is fully assembled and tested. follow the steps below to verify board operation. caution: do not turn on the power supply until all connections are completed. 1) uncompress the 11156rxx.zip file in a temporary folder. 2) install the ev system software on your computer by running the install.exe program inside the tempo - rary folder. the program files are copied and icons are created in the windows start | programs menu. 3) carefully connect the maxprecadcmb (mother board) with the max11156 daughter board by align - ing the mother boards j1 connector with the daughter boards j1 connector. gently press them together. 4) verify that all jumpers are in their default positions, as shown in table 1 and table 2. 5) connect the usb cable from the pc to the mother board. 6) connect the positive terminal of the +5v power supply to the vin connector on the mother board. connect the negative terminal of the same power supply to the dgnd connector on the board. connect the +15v to the ext_vcc connector on the daughter board, and connect the -15v to the ext_vee connector on the daughter board. connect the ground of the same power supply to the gnd connector on the daughter board. 7) set the signal source to generate a 1khz, 1v p-p sinusoidal wave with 0v offset. 8) connect the positive terminal of the signal generator to the ain+ connector on the daughter board. connect the negative terminal of the signal generator to the gnd connector. 9) turn on the power supplies. 10) connect the usb cable from the pc to the mother board. a new hardware found window pops up when installing the usb driver for the first time. if you do not see a window similar to the one described above after 30s, remove the usb cable from the board and reconnect it. administrator privileges are required to install the usb device driver on windows. 11) follow the directions of the add new hardware wizard to install the usb device driver. choose the search for the best driver for your device option. specify the location of the device driver to be c:\program files\max11156 (default installation directory) using the browse button. during device driver installation, windows may show a warning message indicating that the device driver does not contain a digital signature. this is not an error condition and it is safe to proceed with installation. file description install.exe installs the ev system iles on your computer max11156.exe application program slsusb.dll software library ile slsusb.inf usb device driver ile slsusb.sys usb device driver ile usb_driver_help_200.pdf usb driver installation ile max11156 ev system files downloaded from: http:///
maxim integrated 3 evaluates: max11156 max11156 evaluation system www.maximintegrated.com 12) turn on the function generator. 13) start the ev system software by opening its icon in the start | programs menu. the ev system soft - ware device selection window appears, as shown in figure 1. 14) the main windows should indicate hardware connected at the bottom-left corner. 15) press the start conversion button. 16) verify frequency of approximately 1000hz. detailed description of software the main window of the evaluation software (shown in figure 1) configures the adcs and displays the data using the four tab sheets: time domain , frequency domain , histogram , and single conversion . in addi - tion, the sampled data can be saved to a file. adc #1 is designated as u1 and adc #2 is designated as u3 in the schematic. figure 1. max11156 evaluation system software main window downloaded from: http:///
maxim integrated 4 evaluates: max11156 max11156 evaluation system www.maximintegrated.com cs mode (single channel) the factory default jumper settings have the adcs on the ev kit configured for cs mode, using the max11156 (u1) only. in this configuration, the ju3 shunt is in posi - tion 1-3, ju12 is in position 1-2, and ju13 is in position 1-2. the mother board spi mosi drives u1 din through ju3, then u1 dout drives the mother board spi miso through ju5. u3 is not used. in the software, the device configuration group interface mode selection must be set to cs mode . daisy-chain mode to use the adcs on the daughter board in daisy-chain mode, move the shunts of ju3, ju12, and ju13 to the 1-2 position. the mother board spi mosi drives u3 din, and u3 dout drives u1 din through ju3. then, u1 dout drives the mother board spi miso through ju5. in the software, the device configuration groups interface mode selection must be set to daisy-chain mode . multichannel mode to use the adcs on the daughter board in multichannel mode, move the shunts of ju3 to the 1-3 position, and move the shunts of ju12 and ju13 to the 2-3 position. the mother board spi mosi drives u1 din through ju3, then u1 dout drives the mother board spi miso through ju5. the mother board spi mosi drives u3 din directly, and u3 dout drives the mother board spi miso through ju12. u1 and u3 have different convst signals in this mode, with u1 convst driven through ju6 from convst1, and u3 convst driven through ju13 from convst2. in the software, the device configuration group interface mode selection must be set to multichannel cs mode . detailed description of hardware the max11156 daughter board provides a proven layout for the device. an external reference, level translators, and spi-interface pads are included on the daughter board. reference measure refout at pin 2 of ju5 for all internal reference parts. enter the value of the internal reference voltage into the set vref edit box in the software gui. for external reference parts, connect a reference volt - age to pin 2 of ju5. measure and enter the value of the external reference voltage into the set vref edit box of the software gui.user-supplied spi interface to use the daughter board with a user-supplied spi inter - face, first move the shunts of ju1Cju4 to the 2-3 position. next apply your own 4.75v to 5.25v power supply at the vdd pcb pad. lastly, connect your cs , sclk, and din signals to the corresponding cs , sclk, and din pcb pads on the daughter board.user-supplied power supply the daughter board is powered completely from the usb port by default. move the shunt of ju1 to the 2-3 position to apply your own 4.75v to 5.25v power supply at the vdd pcb pad. downloaded from: http:///
maxim integrated 5 evaluates: max11156 max11156 evaluation system www.maximintegrated.com * default position. jumper shunt position description ju35 1-2 connects the usb power to the input of the on-board ldo (u10). 2-3* connects the external power supply to the input of the on-board ldo (u10). ju36 1-2 connects the usb power to the input of the on-board ldo (u11). 2-3* connects the external power supply to the input of the on-board ldo (u11). ju37 1-2 connects the usb power to the input of the on-board ldo (u12). 2-3* connects the external power supply to the input of the on-board ldo (u12). ju38 1-2 connects the usb power to the input of the on-board ldo (u13). 2-3* connects the external power supply to the input of the on-board ldo (u13). ju39 1-2 connects the usb power to the input of the on-board ldo (u3). 2-3* connects the external power supply to the input of the on-board ldo (u3). ju40 installed* the on-board ldo (u10) provides a 3.3v output. not installed disconnects the output of the on-board ldo (u10). ju41 installed* the on-board ldo (u11) provides a 1.8v output. not installed disconnects the output of the on-board ldo (u11). ju42 installed* the on-board ldo (u12) provides a 2.5v output. not installed disconnects the output of the on-board ldo (u12). ju43 installed* the on-board ldo (u13) provides a 1.2v output. not installed disconnects the output of the on-board ldo (u13). ju44 1-2 connects the iovdd supply to the on-board 2.5v supply. 1-3* connects the iovdd supply to the on-board 3.3v supply from on-board u3. 1-4 connects the iovdd supply to the on-board 2.5v supply. not installed iovdd can be externally powered by the daughter board. iovdd can be externally supplied by placing the iovdd voltage on the iovdd test point. the altera fpga cannot handle voltages greater than 3.3v. ju45 1-2 connects external (daughter board) spi lash to the fgpa. 2-3* connects on-board (mother board) spi lash to the fgpa. table 1. maxprecadcmb mother board jumper settings downloaded from: http:///
maxim integrated 6 evaluates: max11156 max11156 evaluation system www.maximintegrated.com jumper signal shunt position description ju1 u1.ovdd 1-2* connects the ovdd input of the ic to the output of the on-board 5v ldo. 2-3 connect the external ovdd power supply to the ovdd connector. ju2 u1.vdd 1-2* connects the vdd input of the ic to the output of the on-board 5v ldo. 2-3 connect the external vdd power supply to the vdd connector. ju3 u1.din 1-2 (interface mode selection = daisy-chain mode) connects the din input of the irst max11156 (u1) to the dout output of the second max11156 (u3) when ju12 is in the 1-2 position. 1-3* (interface mode selection = cs mode)(interface mode selection = multichannel cs mode) connects the din input of u1 to the fpga. 1-4 connects the din input of the max11156 (u1) to the ext_din connector. ju4 u1.sclk 1-2* connects the sclk input of the ic to the fpga. 2-3 connects the sclk input of the ic to the ext_sclk connector. ju5 u1.dout 1-2* connects the dout signal of the max11156 (u1) to the irst dout pin (dout) of the fpga. 2-3 connects the dout signal of the max11156 (u1) to the ext_dout connector. ju6 u1.convst 1-2* connects the convst signal of the max11156 (u1) to the fpga. 2-3 connects the convst signal of the max11156 (u1) to the ext_cnvst connector. ju7 u1.refio 1-2* connects the refio of the max11156 to the on-board 4.096v reference. 2-3 connects the refio to the ext_ref connector. ju8 u1.ain- 1-2* connects the ain- input of the max11156 (u1) to ground. 2-3 connects the ain1- connector to the ain- input of the max11156 (u1). ju9 u1.ain+ 1-2* connects the ain1+ connector to the ain+ input of the max11156 (u1). 2-3 the output of the on-board buffer (u2) connects to the ain+ input of the max11156 (u1). ju10 u3.ain+ 1-2* connects the ain2+ connector to the ain+ input of the max11156 (u3). 2-3 the output of the on-board buffer (u4) connects to the ain+ input of the max11156 (u3). ju11 u3.ain- 1-2* connects the ain- input of the max11156 (u3) to ground. 2-3 connects the ain2- connector to the ain- input of the max11156 (u3). ju12 u3.dout 1-2* (interface mode selection = cs mode)(interface mode selection = daisy-chain mode) connects the dout signal of the second max11156 (u3) to the din pin of the irst max11156 (u1) when ju3 is in the 1-2 position. 2-3 (interface mode selection = multichannel cs mode) connects the dout signal of the max11156 (u3) to the dout pin of the fpga. table 2. max11156 daughter board jumper descriptions (ju1Cju16) downloaded from: http:///
maxim integrated 7 evaluates: max11156 max11156 evaluation system www.maximintegrated.com * default position. jumper signal shunt position description ju13 u3.convst 1-2* (interface mode selection = cs mode)(interface mode selection = daisy-chain mode) connects the convst input of the max11156 (u3) to the irst convst signal (convst1) of the fpga. 2-3 (interface mode selection = multichannel cs mode) connects the convst input of the max11156 (u3) to the second convst signal (convst2) of the fpga. ju14 u1.dout.r8 1-2* (for interface modes with busy indicator.) connects the pullup resistor to the dout output of the max11156 (u1). no shunt disconnects the pullup resistor from the max11156 (u1). ju15 u8.5vl 1-2* connects the output of the ldo (u8) to the ovdd input of the ic when ju1 is in the 1-2 position. no shunt disconnects the output of the on-board ldo (u8). ju16 u10.5v 1-2* connects the output of the ldo (u10) to the vdd input of the ic when ju2 is in the 1-2 position. no shunt disconnects the output of the on-board ldo (u10). part qty description max11156dbevkit# 1 max11156 daughter board maxprecadcmb# 1 serial interface mother board designation qty description ain1(+), ain1(-), ain2(+), ain2(-) 4 yellow multipurpose test points c1, c2, c5, c11, c13Cc19, c21 c23, c28, c111 15 0.1f 10%, 25v x7r ceramic capacitors (0603) murata grm188r71e104k c3, c4, c8, c9, c25, c32, c33 7 1f 10%, 16v x7r ceramic capacitors (0603) murata grm188r71c105k c6, c12 2 10f 10%, 25v x7r ceramic capacitors (1210) murata grm32dr71e106k designation qty description c7, c10, c30, c31 4 4700pf 5%, 50v c0g ceramic capacitors (0603) murata grm188r71h472k c20, c29 2 2.2f 10%, 10v x7r ceramic capacitors (0603) murata grm188r71a225k c22 1 10f 10%, 6.3v x5r ceramic capacitor (0603) murata grm188r60j106k c24 1 4.7f 10%, 6.3v x5r ceramic capacitor (0603) murata grm188r60j475k table 2. max11156 daughter board jumper descriptions (ju1Cju16) (continued) component lists max11156 ev system max11156 daughter board downloaded from: http:///
maxim integrated 8 evaluates: max11156 max11156 evaluation system www.maximintegrated.com * ep = exposed pad. designation qty description c26 1 1000pf 10%, 50v x7r ceramic capacitor (0603) murata grm188r71h102k c27 1 4.7f 10%, 16v x5r ceramic capacitor (0805) murata grm21br61c475k d1 1 red led (0603) ext_vcc, ext_vee, ovdd, vdd 4 red multipurpose test points ext_convst, ext_din, ext_dout, ext_ref, ext_refio, ext_sclk 6 white multipurpose test points gndCpos 6 black multipurpose test points j1 1 shrouded 2mm right-angle header (2 x 20) samtec ls2-120-01-s-d-ra2 ju1, ju2, ju4Cju13 12 3-pin headers ju3 1 4-pin header ju14Cju16 3 2-pin headers r1, r2, r12, r13 4 10? 5% resistors (0603) r3 1 470? 5% resistor (0603) r4Cr7, r14, r15 6 49.9? 1% resistors (0603) designation qty description r8 1 15k? 5% resistor (0603) r10 1 357k? 1% resistor (0603) r11 1 51.1k? 1% resistor (0603) u1, u3 2 16-bit, 500ksps/250ksps, 5v sar adcs with internal reference (12 tdfn-ep*) maxim max11156etc+ u2, u4 2 precision low-noise ampliiers (8 so)maxim max9632asa+ u5 1 4.096v voltage reference (8 so)maxim max6126aasa41+ u6 1 digital isolator, 4 up/0 down analog devices adum3400crwz u7 1 digital isolator, 2 up/2 down analog devices adum3402crwz u8, u10 2 5v ldo regulators (8 so) maxim max883csa+ u9 1 10v ldo regulator (8 so-ep*) maxim max16910casa9/v+ u11 1 spi serial lashmicron m25p16-vmw6tg 16 shunts 1 pcb: max11156db evkit component lists (continued) max11156 daughter board (continued) downloaded from: http:///
maxim integrated 9 evaluates: max11156 max11156 evaluation system www.maximintegrated.com designation qty description 10mhzclk 1 50? sma female jack emerson 142-0701-201 button, cpu_reset, reconfigure 3 momentary pushbutton switches (6mm) c1, c3 2 1000pf 5%, 50v c0g ceramic capacitors (0603) murata grm1885c1h102j c2, c4, c31, c43, c47, c55Cc72, c78Cc80, c82, c84, c86 29 0.1f 10%, 25v x7r ceramic capacitors (0603) murata grm188r71e104k c5Cc29 25 0.1f 10%, 16v x7r ceramic capacitors (0402) murata grm155r71c104k c30, c38Cc41, cb1Ccb3 8 1f 10%, 16v x7r ceramic capacitors (0603) murata grm188r71c105k c32 1 0.01f 10%, 16v x7r ceramic capacitor (0603) murata grm188r71c103k c44, c45, c130, cp2, cp3 5 10f 20%, 6.3v x5r ceramic capacitors (0603) murata grm188r60j106m c73, c129 2 4.7f 10%, 6.3v x5r ceramic capacitors (0603) murata grm188r60j475k c74 0 not installed, capacitor (0603) c75, c76 2 18pf 5%, 50v c0g ceramic capacitors (0603) murata grm1885c1h180j c77, c81 2 10 f 20%, 10v tantalum capacitors (3528-21) kemet t491b106m010at c83, c85 2 4.7 f 20%, 25v tantalum capacitors (1210) avx tajb475m025r cc1Ccc4 4 10pf 5%, 50v c0g ceramic capacitors (0603) murata grm1885c1h100j designation qty description cp1 1 100f 20%, 6.3v x5r ceramic capacitor (1210) murata grm32er60j107m gnd 3 black multipurpose test points keystone 5011 h2 0 not installed, 16-pin (2 x 8) dual-row header iovdd, vin 2 red multipurpose test points keystone 5010 j1 1 shrouded 2mm right-angle header (2 x 20) samtec ls2-120-01-s-d-ra1 j2 1 usb type-b right-angle female receptacle jtag1, jtag2 2 10-pin (2 x 5) dual-row headers juc1Cjuc7 0 not installed, 3-pin headers ju35Cju39, ju45 6 3-pin headers ju40Cju43 4 2-pin headers ju44 1 4-pin header l1 1 300? 25%, 500ma ferrite bead (0603) tdk mmz1608r301a led1Cled4 4 red leds (0603) r1, r2, r5Cr7, r95 6 100k? 5% resistors (0603) r36 1 0? 1% resistor (0603) r10, r33 2 22 ? 5% resistors (0603) r11Cr21 11 5.1k ? 5% resistors (0603) r22Cr25, r28, r34, r35, r41, r97 9 10.0k? 1% resistors (0603) r26, r96 2 16.5k ? 1% resistors (0603) r27 1 4.42k? 1% resistor (0603) r29 1 20.0k? 1% resistor (0603) r30, rc1Crc7 8 10k? 5% resistors (0603) r31 0 not installed, resistor (0603) r32 1 12.1k ? 1% resistor (0603) rc8Crc10 3 1.0k? 5% resistors (0603) component lists (continued) maxprecadcmb mother board downloaded from: http:///
maxim integrated 10 evaluates: max11156 max11156 evaluation system www.maximintegrated.com * ep = exposed pad. note: indicate that you are using the max11156 when contacting these manufacturers. designation qty description rl1Crl4 4 120? 5% resistors (0603) rn14Crn21 8 22 ? 5%, 1/16w resistor networks (8 pins) panasonic exb-2hv220jv rn22 1 5.1k ? resistor network yageo tc164-jr-075k1l rn25 1 10k? resistor network panasonic exb-38v103jv s1 1 4-position smt, half-pitch dip switch cts 218-4lpst tp2, tp3, tpusb5v 0 not installed, multipurpose test points u2 1 altera cyclone iii fpga altera ep3c25f324c8n u3, u10Cu12 4 ldos (16 tssop-ep*) maxim max1793eue50+ maxim max1793eue33+ maxim max1793eue25+ maxim max1793eue18+ u5 1 ssram 256k x 36 (100 tqfp) issi is61lps25636a-200tqli designation qty description u6 0 not installed, lash 32m x 16 (64 ebga) numonyx/intel pc28f256p30bfa u7 1 spi lash memory epcs16 (8 so) altera epcs16si8n u13 1 ldo (6 sot23) maxim max1983eut+ u14 1 sram (48 tsop) cypress cy62167dv30ll- 55zxi u15 1 usb phy (sot617-1) st ericsson isp1504abs y1 1 3.3v, 50mhz oscillator (7mm x 5mm) ecs-3953m-500-bn y2 1 19.2mhz, 18pf smd crystal citizen cs325 19.200mabj-ut 1 usb high-speed a-to-b cable, 6ft 11 shunts 1 pcb: maxprecadcmb evkit supplier phone website hong kong xtals ltd. 852-35112388 www.hongkongcrystal.com murata americas 770-436-1300 www.murataamericas.com tdk corp. 847-803-6100 www.component.tdk.com component lists (continued) maxprecadcmb mother board (contined) component suppliers downloaded from: http:///
maxim integrated 11 evaluates: max11156 max11156 evaluation system www.maximintegrated.com figure 2a. max11156 daughter board schematic (sheet 1 of 2) downloaded from: http:///
maxim integrated 12 evaluates: max11156 max11156 evaluation system www.maximintegrated.com figure 2b. max11156 daughter board schematic (sheet 2 of 2) o ut s j1 1 2 ju15 r5 49 .9 1% r10 357 k 1% c20 2.2uf c22 10 uf c24 4.7uf c25 1uf c26 1000 pf c27 4.7uf c15 0.1uf c16 0.1uf c19 0.1uf c21 0.1uf c23 0.1uf d1 8 gnd1 7 nc 6 vid 5 vic 4 vib 3 via 2 gnd1 1 v dd 1 16 v dd 2 15 gnd2 14 voa 13 vob 12 voc 11 vod 10 ve2 9 gnd2 u6 adum 3400 crwz tp_mbdin tp_mbsclk tp_mbconvst1 tp_mbconvst2 tp_din tp_sclk r6 49 .9 1% tp_convst1 r7 49 .9 1% tp_convst2 r14 49 .9 1% c17 0.1uf c18 0.1uf 8 gnd1 7 ve1 6 vod 5 voc 4 vib 3 via 2 gnd1 1 v dd 1 16 v dd 2 15 gnd2 14 voa 13 vob 12 vic 11 vid 10 ve2 9 gnd2 u7 adum 3402 crwz tp_mbdout tp_dout 1 lbo 2 set 3 gnd 4 out 8 lbi 7 off 6 gnd 5 in u8 max 88 3 1 2 ju16 c29 2.2uf c28 0.1uf 1 lbo 2 set 3 gnd 4 out 8 lbi 7 off 6 gnd 5 in u10 max 88 3 7 o ut f 5 i. c. 3 gnd 6 o ut s 4 gnds 1 nr 8 i. c. 2 in u5 max 612 6 ep 2 enable 5 timeout 3 set 8 out 4 reset 7 gnd 6 setov 1 in u9 max 1691 0 r11 51 .1k 1% j1-1 j1-2 j1-3 j1-4 j1-5 j1-6 j1-7 j1-8 j1-9 j1-10 j1-11 j1-12 j1-13 j1-14 j1-15 j1-16 j1-17 j1-18 j1-19 j1-20 j1-21 j1-22 j1-23 j1-24 j1-25 j1-26 j1-27 j1-28 j1-29 j1-30 j1-31 j1-32 j1-33 j1-34 j1-35 j1-36 j1-37 j1-38 j1-39 j1-40 tp _5 v tp_iovdd pgnd pgnd tp _3 v3 pgnd r3 47 0 r4 49 .9 1% r15 49 .9 1% tp_mbsclk2 1 s 2 dq1 3 w 4 vss 5 dq0 6 c 7 hold 8 vcc u11 m 25 p16 c 11 1 0.1uf iovdd mb_din mb_sclk mb_convst1 mb_convst2 ovdd din sclk convst1 convst2 ovdd iovdd iovdd ovdd dout ovdd mb_dout 5vl 10 v 5v 10 v 5v 4. 096 v gnds vcc 10 v mb _5 v iovdd mb_convst1 mb_sclk mb_din mb_dout mb_convst2 mb_sclk2 mb_sclk2 sclk f_miso f_mosi f_sclk hold f_cs w +3.3v f_cs f_miso w f_mosi f_sclk hold +3.3v downloaded from: http:///
maxim integrated 13 evaluates: max11156 max11156 evaluation system www.maximintegrated.com figure 3. max11156 daughter board component placement guidecomponent side figure 4. max11156 daughter board pcb layoutcomponent side 1.0 1.0 downloaded from: http:///
maxim integrated 14 evaluates: max11156 max11156 evaluation system www.maximintegrated.com figure 5. max11156 daughter board pcb layoutground layer 2 figure 6. max11156 daughter board pcb layoutpower layer 3 1.0 1.0 downloaded from: http:///
maxim integrated 15 evaluates: max11156 max11156 evaluation system www.maximintegrated.com figure 7. max11156 daughter board pcb layoutsolder side figure 8. max11156 daughter board component placement guidesolder side 1.0 1.0 downloaded from: http:///
maxim integrated 16 evaluates: max11156 max11156 evaluation system www.maximintegrated.com # denotes rohs compliant. part type MAX11156EVSYS# ev system ordering information downloaded from: http:///
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 speciications without n otice at any time. maxim integrated and the maxim integrated logo are trademarks of maxim integrated products, inc. ? 2013 maxim integrated products, inc. 17 evaluates: max11156 max11156 evaluation system revision number revision date description pages changed 0 6/13 initial release revision history for pricing, delivery, and ordering information, please contact maxim direct at 1-888-629-4642, or visit maxim integrateds website at www.maximintegrated.com. downloaded from: http:///

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