general description the max17600Cmax17605 evaluation kits (ev kits) provide a proven design to evaluate the max17600C max17605 dual, high-speed, low-side mosfet drivers that can source/sink up to a 4a peak current. each ev kit provides four separate designs to evaluate four different ic packages. the ev kits use a 4v to 14v (max17600/ max17601/max17602), or a 6v to 14v (max17603/ max17604/max17605) input supply. installed on the ev kits are the max17600Cmax17605 (in 8-pin tdfn, f max m , and so packages). benefits and featres s 4v to 14v input range (max17600 /max17601 /max17602) s 6v to 14v input range (max17603/max17604/ max17605) s sources /sinks up to 4a peak current s enable inputs s ttl (max17600 /max17601/max17602) or high noise margin (hnm) (max17603 /max17604 / max17605) logic-level inputs with hysteresis for noise immunity s evaluates four different packages s proven pcb layout s fully assembled and tested designation qty description c1, c4, c7, c10 4 2.2 f f q 10%, 25v x7r ceramic capacitors (1206) murata grm31mr71e225m c2, c3, c5, c6, c8, c9, c11, c12 8 0.01 f f q 10%, 50v x7r ceramic capacitors (0603) murata grm188r71h103k c13Cc16 4 10 f f, 25v aluminum electrolytic smd capacitors (4mm x 5.8mm) panasonic eeefk1e100r designation qty description ju1Cju8 8 2-pin headers, 0.1in centers u1 1 see the ev kit-specific component list u2 1 see the ev kit-specific component list u3 1 see the ev kit-specific component list u4 0 not installed (8 tdfn-ep*) 8 shunts 1 pcb: max17600/1/2/3/4/5 evaluation kit _________________________________________________________________ maxim integrated products 1 component list 19-6359; rev 0; 6/12 ordering informatio n /selector guide appears at end of data sheet. f max is a registered trademark of maxim integrated products, inc. * ep = exposed pad. max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605 for pricing, delivery, and ordering information, please contact maxim direct at 1-888-629-4642, or visit maxims website at www.maxim-ic.com.
part reference designator description MAX17600EVKIT# u1 max17600ata+ dual mosfet driver (8 tdfn-ep*) u2 max17600asa+ dual mosfet driver (8 so) u3 max17600aua+ dual mosfet driver (8 f max-ep*) max17601evkit# u1 max17601ata+ dual mosfet driver (8 tdfn-ep*) u2 max17601asa+ dual mosfet driver (8 so) u3 max17601aua+ dual mosfet driver (8 f max-ep*) max17602evkit# u1 max17602ata+ dual mosfet driver (8 tdfn-ep*) u2 max17602asa+ dual mosfet driver (8 so) u3 max17602aua+ dual mosfet driver (8 f max-ep*) part reference designator description max17603evkit# u1 max17603ata+ dual mosfet driver (8 tdfn-ep*) u2 max17603asa+ dual mosfet driver (8 so) u3 max17603aua+ dual mosfet driver (8 f max-ep*) max17604evkit# u1 max17604ata+ dual mosfet driver (8 tdfn-ep*) u2 max17604asa+ dual mosfet driver (8 so) u3 max17604aua+ dual mosfet driver (8 f max-ep*) max17605evkit# u1 max17605ata+ dual mosfet driver (8 tdfn-ep*) u2 max17605asa+ dual mosfet driver (8 so) u3 max17605aua+ dual mosfet driver (8 f max-ep*) supplier phone website murata electronics north america, inc. 770-436-1300 www.murata-northamerica.com panasonic corp. 800-344-2112 www.panasonic.com _________________________________________________________________ maxim integrated products 2 ev kit-specific component list * ep = exposed pad. note: indicate that you are using the max17600Cmax17605 when contacting these component suppliers. component suppliers max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
jumper shunt position description ju1 1-2 disables channel a for the tdfn-ep (3mm x 3mm) package open* enables channel a for the tdfn-ep (3mm x 3mm) package ju2 1-2 disables channel b for the tdfn-ep (3mm x 3mm) package open* enables channel b for the tdfn-ep (3mm x 3mm) package ju3 1-2 disables channel a for the so (3.9mm x 4.9mm) package open* enables channel a for the so (3.9mm x 4.9mm) package ju4 1-2 disables channel b for the so (3.9mm x 4.9mm) package open* enables channel b for the so (3.9mm x 4.9mm) package ju5 1-2 disables channel a for the f max-ep (3mm x 3mm) package open* enables channel a for the f max-ep (3mm x 3mm) package ju6 1-2 disables channel b for the f max-ep (3mm x 3mm) package open* enables channel b for the f max-ep (3mm x 3mm) package ju7 1-2 disables channel a for the tdfn-ep (2mm x 3mm) package open* enables channel a for the tdfn-ep (2mm x 3mm) package ju8 1-2 disables channel b for the tdfn-ep (2mm x 3mm) package open* enables channel b for the tdfn-ep (2mm x 3mm) package part outa polarity outb polarity MAX17600EVKIT# inverting inverting max17601evkit# noninverting noninverting max17602evkit# inverting noninverting max17603evkit# inverting inverting max17604evkit# noninverting noninverting max17605evkit# inverting noninverting _________________________________________________________________ maxim integrated products 3 quick start required equipment ? max17600Cmax17605 ev kit ? 4v to 14v dc power supply procedure the ev kits are fully assembled and tested. follow the steps below to verify u1 board operation. caution: do not turn on the power supply until all connections are completed. 1) verify that all jumpers are in their default positions, as shown in table 1. 2) connect the positive terminal of the power supply to the vdd1 pcb pad and the negative terminal to the nearest gnd pcb pad on the ev kit. 3) set the vdd1 power supply to 14v and enable its output. 4) drive ina1 high and verify that the outa1 polarity is according to table 2. 5) drive inb1 high and verify that the outb1 polarity is according to table 2. 6) drive ina1 low and verify that the outa1 polarity is according to table 2. 7) drive inb1 low and verify that the outb1 polarity is according to table 2. 8) repeat accordingly for the other circuits. table 1. jumper descriptions (ju1Cju8) table 2. outa /outb polarity vs. ina /inb polarity * default position. max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
max17600 max17601 max17602 max17603 max17604 max17605 ju1 ju2 1 ena ena 8 ina u1 gnd inb ep 2 3 4 ena1 enb1 c1 2.2f c13 10f v dd 6 vdd1 ina1 inb1 gnd gnd c2 0.01f outa 7 outa1 c3 0.01f outa 7 outb1 gnd gnd gnd note: tdfn?ep package _________________________________________________________________ maxim integrated products 4 detailed description of hardware the max17600Cmax17605 ev kits operate on a 4v to 14v (max17600/max17601/max17602) or a 6v to 14v (max17603/max17604/max17605) wide-input voltage range and sources/sinks 4a peak current. enable (en_ _) each ev kit has four separate sets of enables to evaluate each package: 1) ena1/enb1 enables/disables the tdfn-ep package 2) ena2/enb2 enables/disables the so package 3) ena3/enb3 enables/disables the f max-ep package 4) ena4/enb4 enables/disables the tdfn-ep package input (in_ _) each ev kit has four separate sets of inputs to evaluate each package: 1) ina1/inb1inputs control the output state for the tdfn-ep package 2) ina2/inb2 inputs control the output state for the so package 3) ina3/inb3 inputs control the output state for the f max-ep package 4) ina4/inb4 inputs control the output state for the tdfn-ep package power supply input (vdd_) each ev kit has four separate vdd inputs to evaluate each package: 1) vdd1 supplies power to the tdfn-ep package 2) vdd2 supplies power to the so package 3) vdd3 supplies power to the f max-ep package 4) vdd4 supplies power to the tdfn-ep package ground (gnd) each ev kit has four circuits to evaluate each package. each circuit has its own ground plane and each gnd is not connected to the gnd of the nearby circuit. figure 1a. max17600Cmax17605 ev it schematic (u1) max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
max17600 max17601 max17602 max17603 max17604 max17605 ju3 ju4 1 ena enb 8 ina u2 gnd inb 2 3 4 ena2 enb2 c4 2.2f c14 10f v dd 6 vdd2 ina2 inb2 gnd gnd c5 0.01f outa 7 outa2 c6 0.01f outb 5 outb2 gnd gnd gnd note: so package max17600 max17601 max17602 max17603 max17604 max17605 ju5 ju6 1 ena enb 8 ina u3 gnd inb 2 3 4 ena3 enb3 c7 2.2f c15 10f v dd 6 vdd3 ina3 inb3 gnd gnd c8 0.01f outa 7 outa3 c9 0.01f outb 5 outb3 gnd gnd gnd ep note: max?ep package _________________________________________________________________ maxim integrated products 5 figure 1b. max17600?max17605 ev kit schematic (u2) figure 1c. max17600?max17605 ev kit schematic (u3) max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
max17600 max17601 max17602 max17603 max17604 max17605 ju7 ju8 1 ena enb 8 ina u4 gnd inb 2 3 4 ena4 enb4 c10 2.2f c16 10f v dd 6 vdd4 ina4 inb4 gnd gnd c11 0.01f outa 7 outa4 c12 0.01f outb 5 outb4 gnd gnd gnd ep note: tdfn?ep package _________________________________________________________________ maxim integrated products 6 figure 1d. max17600Cmax17605 ev kit schematic (u4) max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
1.0? 1.0? _________________________________________________________________ maxim integrated products 7 figure 2. max17600Cmax17605 ev kit component placement guidecomponent side figure 3. max17600Cmax17605 ev kit pcb layout component side max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
1.0? _________________________________________________________________ maxim integrated products 8 figure 4. max17600Cmax17605 ev kit pcb layoutsolder side max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
part type input logic type outa polarity outb polarity MAX17600EVKIT#* ev kit ttl inverting inverting max17601evkit# ev kit ttl noninverting noninverting max17602evkit# ev kit ttl inverting noninverting max17603evkit# ev kit hnm inverting inverting max17604evkit# ev kit hnm noninverting noninverting max17605evkit# ev kit hnm inverting noninverting _________________________________________________________________ maxim integrated products 9 ordering information /selector guide # denotes rohs compliant. * future productcontact factory for availability. max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
revision number revision date description pages changed 0 6/12 initial release maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a maxim product. no circuit patent licenses are implied. maxim reserves the right to change the circuitry and specifications without notice at any time. maxim integrated products, inc. 160 rio robles, san jose, ca 95134 usa 1-408-601-1000 10 ? 2012 maxim integrated products maxim is a registered trademark of maxim integrated products, inc. revision history max17600Cmax17605 evaluation kits evaluate: max17600Cmax17605
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