evaluate: max13036 max13036 evaluation kit/ evaluation system general description the max13036 evaluation kit (ev kit) is a fully assembled and tested printed circuit board (pcb) that demonstrates the capabilities of the max13036 contact monitor. the max13036 ev kit also includes windows ? 98se/2000/ xp-compatible software that provides a simple graphi - cal user interface (gui) for exercising the features of the max13036. the max13036 evaluation system (ev system) includes a max13036 ev kit and a maxim cmaxqusb serial- interface board. the cmaxqusb board connects to a pcs usb port and allows the transfer of spi commands to the max13036 ev kit. features 7v to 27v operating voltage range proven pcb layout windows 98se/2000/xp-compatible evaluation software fully assembled and tested ev system: usb-pc connection 19-0925; rev 1; 5/15 windows and windows xp are registered trademarks and registered service marks of microsoft corporation. quick start recommended equipment one 12v dc power supply for vbat max13036 ev system max13036 ev kit maxim cmaxqusb interface board (usb cable included) a user-supplied windows 98se/2000/xp 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 kit software. text in bold and underlined refers to items from the windows 98se/2000/xp operating system. procedure the max13036 ev kit is fully assembled and test - ed. follow the steps below to verify board operation. caution: do not turn on the power supply until all connections are completed. 1) visit www.maximintegrated.com/evkitsoftware to download the latest version of the ev kit software, 13036rxx.zip. 2) install the max13036 evaluation software on your computer by running the install.exe program. the program files are copied and icons are created in the windows start menu. 3) on the cmaxqusb command module, ensure that the shunt of ju1 is in the 5v position. + denotes a lead(pb)-free/rohs-compliant ev kit. note: the max13036 ev kit software is designed for use with the complete ev system. the ev system includes both the maxim cmaxqusb board and the ev kit. if the windows soft - ware will not be used, the ev kit board can be purchased without the maxim cmaxqusb board. part type interface max13036evkit + ev kit user-supplied spi interface MAX13036EVCMAXQU + ev system cmaxqusb interface board file description install.exe installs the ev kit iles on your computer max13036.exe application program ftd2xx.inf usb device driver ile uninst.ini uninstalls the ev kit software troubleshooting_usb.pdf usb driver installationhelp ile ordering information max13036 ev kit files downloaded from: http:///
maxim integrated 2 www.maximintegrated.com evaluate: max13036 max13036 evaluation kit/ evaluation system 4) for the max13036 ev kit, make sure the shunts of all jumpers are in the following default positions: ju1: (open) ju2: (1-2) 5) carefully connect the boards by aligning the max13036 ev kits 40-pin connector with the 40-pin connector of the cmaxqusb board. gently press them together. the two boards should be flush against each other. 6) connect and turn on the 12v dc power supply. 7) switch s9 to power on position. 8) connect the usb cable from the pc to the cmaxqusb board. if the cmaxqusb board has not been previously installed, a building driver database window pops up in addition to a new hardware found message. if you do not see a window that is similar to the one described above after 30 seconds, remove the usb cable from the cmaxqusb and reconnect it. administrator privileges are required to install the usb device driver on windows 2000 and xp. refer to the troubleshooting_usb.pdf document included with the software if you have any problems during this step. 9) 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\max13036 (default installation directory) using the browse button. 10) start the max13036 ev kit software by opening its icon in the start menu. the gui main window appears, as shown in figure 1. 11) change the position of switches s1Cs8 on the ev kit board and observe the switch status change on the software gui window. figure 1. max13036 evaluation software main window downloaded from: http:///
maxim integrated 3 www.maximintegrated.com evaluate: max13036 max13036 evaluation kit/ evaluation system detailed description of software to start the max13036 ev kit software, double-click the max13036 ev kit icon that is created during installation. the gui main window appears, as shown in figure 1. there are five panels on the max13036 ev kit gui soft - ware: ic current meter (0-199a), switch interrupt enable, key scan interval, switch configuration, and switch status . there are three buttons on the ev kit gui software: reconnect , help , and exit . however, the reconnect but - ton only appears in demo mode . ic current meter panelby pressing the measure button on the ic current meter (0-199a) panel shown in figure 1, the operating current of the max13036 will be displayed. the measuring range of this meter is from 0 to 199a. the measure button will be grayed out (disabled) if the apply wetting current checkbox on the switch configuration panel has been checked.switch interrupt enable panel the switch interrupt enable panel contains eight check - boxes ( s1Cs8 ) that individually control the interrupt enable bit of each switch.key scan interval panel the pulldown menu on the key scan interval panel is used to program the scanning-time period. please refer to the max13036 ic data sheet for a detailed description. switch coniguration panel the switch configuration panel contains the shutdown mode checkbox, apply wetting current , pulsed , and enable direct input checkboxes. it also contains radio buttons that control the polarity of s8, s7 and s6, s5 . the interrupt flag shows the current status of the max13036 int pin. the shutdown mode checkbox controls the max13036 sd pin. apply wetting current , pulsed , and enable direct input checkboxes individually control the internal corresponding control bit.reconnect, help, and exit buttons press the reconnect button to reestablish the connection between the ev kit gui software and max13036 ev kit hardware. note: this button only appears in demo mode . press the help button to show the max13036 ev kit soft - ware version and maxims website information. press the exit button to quit the max13036 ev kit gui software. detailed description of hardware the max13036 is an contact monitor. the max13036 ev kit board provides a proven layout for evaluating the max13036. the ev kit comes with a max13036ati+ installed. hysteresis jumper (ju1) the max13036 hysteresis function is controlled by jump - er ju1, as shown in table 1. refer to the ic data sheet for a detailed description. power supplies the max13036 ev kit can be powered from two 9v bat - teries connected to battery connectors bat1 and bat2, or from a user-supplied 7v to 27v power supply con - nected to vbat. there is an optional power-on indicator led (d3) on the ev kit board. jumper ju2, as shown in table 2, determines whether this indicator is enabled or disabled toggle switches s1Cs4 are two-position switches. s5Cs8 are three- position switches, with the off position in the center. table 1. hysteresis jumper configuration (ju1) * default position. table 2. power-on indicator d3 configuration (ju2) * default position. jumper shunt position description ju1 1-2 hysteresis set by resistor r2 open* hysteresis ixed at0.16v x v batref jumper shunt position description ju2 1-2* d3 enabled open d3 disabled downloaded from: http:///
maxim integrated 4 www.maximintegrated.com evaluate: max13036 max13036 evaluation kit/ evaluation system note: indicate that you are using the max13036 when contacting these component suppliers. supplier phone website central semiconductor 631-435-1110 www.centralsemi.com panasonic corp. 800-344-2112 www.panasonic.com tdk corp. 847-803-6100 www.component.tdk.com component suppliers max is a registered trademark of maxim integrated products, inc. part qty description max13036evkit+ 1 max13036 ev kit cmaxqusb+ 1 serial-interface board max13036ev systemmax13036ev kit designation qty description bat1, bat2 2 vertical 9v snap-on connectors c1Cc6 6 0.01f 10%, 50v x7r ceramic capacitors (0603) tdk c1608x7r1h103k c7 1 1000pf 10%, 50v c0g ceramic capacitor (0603) tdk c1608c0g1h102k c8, c9, c10, c20 4 0.1f 10%, 50v x7r ceramic capacitors (0603) tdk c1608x7r1h104k c11Cc15 5 1f 10%, 16v x7r ceramic capacitors (0603) tdk c1608x7r1c105k c16 1 2.2f 10%, 16v x7r ceramic capacitor (0805) tdk c2012x7r1c225k c17, c18 2 47f 20%, 50v electrolytic capacitors (d8) panasonic eee-fk1h470xp c19 0 not installed, capacitor (0603) c21Cc28 0 not installed, capacitors (0603) d1, d2 2 100v, 200ma diode (sod-123) central cmhd4448 d3 1 green led (0603) f1, f2 2 60v, 0.14a raychem polyswitches j1 1 2 x 20 right-angle socket j2 0 not installed, 5-pin header j3 0 not installed, 6-pin header ju1, ju2 2 2-pin single-row headers ju3 1 not installed designation qty description n1 1 n-channel mosfet (sot-23) fairchild fdn359an_nl r1 1 1k? 1% resistor (through hole), lead free r2 1 91k? 5% resistor (0603),lead free r3 1 200k? 5% resistor (0603),lead free r4 1 953? 1% resistor (0603),lead free r5 1 1k? 1% resistor (0603), lead free r6 1 24k? 1% resistor (0603),lead free r7 1 100k? 1% resistor (0603),lead free r8, r9 2 1m? 1% resistors (0603),lead free r10 1 2k? 5% resistor (0603), lead free s1Cs4, s9 5 spdt toggle switches (on-none-on) s5Cs8 4 spdt toggle switches (on-off-on) u1 1 max13036ati+ (28-pin tqfn-ep, 5mm x 5mm x 0.8mm) u2 1 max4238asa+ (8-pin so) u3 1 max6143aasa50+ (8-pin so) u4 1 max1162aeub+ (10-pin max ? ) u5 1 max5084att+ (6-pin tdfn) u6 1 dual 2-input and gate 1 pcb: max13036 evaluation kit+ component lists downloaded from: http:///
maxim integrated 5 www.maximintegrated.com evaluate: max13036 max13036 evaluation kit/ evaluation system figure 2. max13036 ev kit schematic u1 u5 15 cs 28 in0 in0 c80.1f c10 0.1f c1747f c90.1f cs1 16 batref clk 1 12 1 2 in1 in1 sclk 17 sdi 2 in2 in2 mosi 18 sdo 3 in3 in3 miso 23 sd 4 in4 in4 sd1 14 int 5 in5 in5 int 13 ot 6 in6 in6 ot clbt1 9 hyst 7 in7 in7 cs2 sclk miso 10 iwet 22 do0 11 tdeb 21 do1 25 bat 26 v l 19 +5v vbat vbat ju3 ju1 d1 c7 1000pf r2 91k r3 200k r7 100k s1 1 2 s2 1 2 s3 1 2 s4 gnd 24 gnd 12 do0 do1 in0 in0 in1 in1 13 2 s5 vbat 13 2 s7 vbat 13 2 s6 vbat 13 2 s8 vbat 1 in out 6 2 en os 5 3 gnd set 4 c20.01f +5v c11 1f c151f c10.01f r11k 1% +5v u3 1 in out 6 2 shdn trim 5 3 temp gnd 4 u4 2 avdd dvdd 8 1 ref cs 4 3 agnd1 sclk 5 10 ain dout 6 9 agnd2 dgnd 7 c162.2f c60.01f u2 +5v r4 953 1% r5 1k 1% 1 1 shdn vcc 7 3 in+ out 6 n1 2 in- gnd 4 r6 24k 1% c19 open +5v vbat +5v +5v +5v +5v 32 u6-a 7 12 c30.01f vbat c12 1f r8 1m 1% r9 1m 1% c40.01f +5v c13 1f +5v c50.01f +5v c14 1f vbat int u6-b 3 56 +5v +5v c20 0.1f 4 j1-40 1 2 j1-39 j1-38 j1-37 j1-36 j1-35 j1-34 j1-33 j1-32 j1-31 j1-30 j1-29 j1-28 j1-27 j1-26 j1-25 j1-24 j1-23 j1-22 j1-21 j1-20 j1-19 j1-18 j1-17 j1-16 j1-15 j1-14 j1-13 j1-12 j1-11 j1-10 j1-9 j1-8 j1-7 j1-6 j1-5 j1-4 j1-3 j1-2 j1-1 sclk sd1 in0 miso cs1 mosi cs2 ot clbt1 j1 j2-1 j2 c21 open in1 j2-2 c22 open in2 j2-3 c23 open in3 j2-4 c24 open j2-5 in4 j3-1 j3 c25 open c18 47f in5 j3-2 c26 open in6 j3-3 c27 open in7 j3-4 c28 open j3-5 j3-6 ju2 r10 2k d3 vbat 2 1 d2 f1 vbat f2 bat1 1 2 s9 vbat gnd + - bat2 + - max13036 max5084 max6143 max1162 max4238 downloaded from: http:///
maxim integrated 6 www.maximintegrated.com evaluate: max13036 max13036 evaluation kit/ evaluation system figure 3. max13036 ev kit component placement guide component side figure 4. max13036 ev kit pcb layoutcomponent side figure 5. max13036 ev kit pcb layoutlayer 2 (gnd) 1.0 1.0 1.0 downloaded from: http:///
maxim integrated 7 www.maximintegrated.com evaluate: max13036 max13036 evaluation kit/ evaluation system figure 6. max13036 ev kit pcb layoutlayer 3 (power) figure 7. max13036 ev kit pcb layoutsolder side 1.0 1.0 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. ? 2015 maxim integrated products, inc. 8 evaluate: max13036 max13036 evaluation kit/ evaluation system revision history revision number revision date description pages changed 0 8/07 initial release ? 1 5/15 deleted automotive references in general description section; moved component list and component suppliers tables to page 4; added revision history table; rebranded with new maxim logo 1?8 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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