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rev. 1.2 7/08 copyright ? 2008 by silicon laboratori es si321xppqx-evb si321xppqx-evb e valuation b oard for the si3210/15/16 p ro slic ? description this document describes th e operation of the silicon laboratories proslic ? device evaluation platform. the devices supported by this document are the si3210/15/ 16 and si3210m/15m/16m; both si3201 and discrete interface topologies are included. schematics and layouts are provided for the various proslic products. the proslic evaluation platform is designed to provide observation of the proslic?s functionality. the proslic platform consists of a proslic motherboard, a device- specific daughter card , and the proslic linc? software. the proslic linc software is a windows ? - based program that can run in microsoft windows environments. equipment requirements: ? pc running windows nt, 2000, or xp ? 25-pin d male-male cable ? +5 v, 0.5 a power supply ? +3.3 v, 0.5 a power supply (optional) ? +12 v, 0.5 a power supply (si3210, si3215, si3216) optional equipment: ? balanced audio generator and analyzer (e.g., audio precision system 2 and/or hp tims set and/ or wandel and goltermann pcm-4) ? 8 khz pcm signal generator and analyzer (e.g., audio precision system 2 and audio precision sia- 2322 and/or wandel and goltermann pcm-4) features ? silicon laboratories proslic device ? all components necessary for linecard implementation ? selectable secondary protection ? control i/o through standard parallel port ? on-board pclk and fsync clock generation for stand-alone operation ? pcm i/o set up for audio precision system 2 or wandel and goltermann pcm-4 ? full access to pcm highway ? multiple daughter cards ma y be stacked for multi- channel evaluation and daisy chain control ? proslic power selection (3.3 or 5 v) related documentation ? proslic linc? user guide functional block diagram parallel port power in pcm tx pcm rx audio generator/ analyzer on-board pcm clock generator gnd +3.3 v +5 v vin proslic motherboard pc running proslic linc software rj-11 port si321x daughter card
si321xppqx-evb 2 rev. 1.2 1. introduction the proslic si321x evaluation platform is a modular system consisting of a generic motherboard and one or more si321x device-specific daughter cards. using the evb hardware and proslic linc? software, one can easily configure, control, and monitor si321x operation. up to eight si321x daughter cards may be stacked vertically and accessed using uniquely-assigned timeslots on the common pcm interface and the spi in daisy-chain mode. 1.1. proslic linc evaluation software the proslic linc software is an executable program that allows control and monitoring of the proslic. it utilizes the primary lpt port of a standard pc to communicate to the proslic?s spi port. to install the software, inse rt the silicon laboratories proslic cd into the computer. the setup routine can be invoked by running the setup.exe program in the root directory of the cd. invoking the proslic linc is achieved by double clicking the proslic linc ic on. refer to the proslic linc user guide for software operation. 1.2. si321xppt-evb proslic evaluation board description si321x evb daughter cards currently supported by this hardware solution are listed in table 1 along with supporting hardware schematics and layout references included in this data sheet. motherboard hardware schematics are found in figures 25, 26, and 27. all power and signal connections are made to the motherboard as described in table 2. signal requirements for proslic operation are pclk, fs, and serial io. the proslic motherboard has a local oscillator with a programmable logic device to provide the proslic pclk fs signals. the dip switch (s2) sets the pclk frequency and controls the fs enable. see table 3 for s2 settings. factory default setting is for a 2.048 mhz pclk with f5 enabled. jp3 and jp4 select this internal clock source or an external pcm clock source. the proslic motherboard has been designed to directly connect to an audio precision sia- 2322 serial interface adapter through the 15 pin d- connectors, p2 and p3 (not installed). see table 5 for the audio precision settings. the proslic evaluation board has also been designed to interface with a wandel and goltermann pcm-4 through j8, j9, j10, and j11 (not installed). see table 6 for pcm-4 settings. a header, j5 (not installed), allows access to the proslic?s pcm signals for connection to other pcm testing devices or an actual telephone system pcm bus. tip and ring of the two wire analog interface is present at the rj-11 connector, j1. the proslic evaluation board is voltage-programmable with specific jumper settings. jp1 selects 3 or 5 v proslic operation. jp2 selects 3 or 5 v pcm source level compatibility. these sh ould be placed on the expected setting. table 4 shows a summary of jp1?4 settings. power is connected to the proslic at j3 and j4, and supply connections are summarized in table 1. the 5 v is always required for the buffers, u2 and u3, to interface to the parallel port. the proslic can be powered from 5 v or 3 v with the placement of a jumper on jp1. the protection return connections on j6 are to be connected to an appropriate ground for tip/ring fault testing. this return is tied to signal ground on board, although it has a dedicated trace for high-current conditions. serial control of the proslic is achieved by toggling select bits of a standard parallel port. the parallel port connection is available at p1 and j1. the proslic card can be daisy-chained by simply stacking the cards. stack up to eight cards by aligning js1?js6 and pressing together. the proslic linc software allows channel-specific commands by clicking the daisy chain button. table 1. supported si321x evb daughter cards evb daughter card board description schematic figures layout figures si3210/5/6 qfn with si3201 integrated line interface 1, , 3 4, 5, 6 si3210/5/6 qfn with discrete line interface 7, , 9 10, 11, 12 si3210/5/6m qfn with si3201 integrated line interface 13, 14, 15 16, 17, 18 si3210/5/6m qfn with discrete line interface 19, 20, 21 22, 23, 24
si321xppqx-evb rev. 1.2 3 1.3. proslic eval uation board setup to prepare the proslic evaluation board for use, perform the following steps: 1. set power supplies to 3.3 v, 5 v, and 12 v. 2. with these supplies off, connect them to j3 and j4 corresponding to the silk screen designators. 3. connect the pc?s parallel port (lpt1) to p1 (or j1) using a 25-pin d male-to-male cable. 4. select the on-board pcm clock source, or select an external pcm source, and connect an audio precision sia-2322 to p2 and p3 or a wandel and goltermann pcm-4 to j8, j9, j10, and j11. 5. tip/ring connection can be made from the rj-11 to a phone or telephony test equipment. 6. invoke the proslic linc software. 7. turn the power supplies on and press the proslic evaluation board reset button (s1). 8. click the ?reinitialize? bu tton in the proslic linc software panel the proslic is now ready to perform its linecard function. table 2. motherboard power connections j2, j3, j4 si321x si321xm vbring nc nc vbhi nc nc vblo nc nc gnd gnd gnd 1 gnd 1 gnd +3 v +3.3 v 2 +3.3 v 2 +5 v +5 v +5 v +vin +9 to 12 v 3 +5 v 3 notes: 1. all three gnd connection points are electrically connected on the board. 2. +3.3 v is only necessary if th at is the desired vdd for operation. si321x chooses +3.3 v or +5 v based on the sp1 of the mother board (see schematic). 3. this may be changed based on application-specific circuits. consult the dc-dc converter spreadsheet for other possible values. table 3. on-board pclk settings (s2) s2-1,2,3 s2-4 s2-5 s2-6 s2-7 s2-8 pclk frequency unused unused unused unused fs enable 0,0,0 = 8.192 mhz 0,0,1 = 4.096 mhz 0,1,0 = 2.048 mhz 0,1,1 = 1.024 mhz 1,x,x = 512 khz x x x x 0 = fs disabled 1 = fs enabled note: 1 = on. table 4. jp1?4 settings jumper function jumper location default factory setting 1?2 2?3 jp1 vdd level select +3 v +5 v 1?2 jp2 vpcm level select +3 v +5 v 2?3 jp3 fsync level select internal external 1?2 jp4 pclk source select internal external 1?2
si321xppqx-evb 4 rev. 1.2 table 5. audio precision sia-2322 dip switch setting receiver mode transmitter mode 00111001 00000010 11111101 01111001 0000001 00000010 11111101 01111001 note: 256 khz pclk and 8 khz fs. table 6. wandel and goltermann pcm-4 settings general configuration 2.14 general configuration 3.13 general configuration 4.13 for -law add the following: general configuration 7.12 general configuration 7.22
si321xppqx-evb rev. 1.2 5 2. schematics fsync drx sdo sdi pclk sclk dtx vbat /reset /cs /int +vdc vcc vcc vcc sdithru ring tip /int sclk sdo drx fsync tip_ext ring_ext pclk dtx /reset /cs sdi test pcm bus control bus note 5: d1 = central semi cmr1u-02m or equivalent note 4: l1 = delevan or sumida spd127 series or equivalent see application note for value selection note 3: c30 to be tantalum or ceramic note 2: all capacitors are 100v, 20% unless otherwise noted note 1: all resistors are 1/10 w, 1% unless otherwise noted rfilt tip ring protection cfilt * these component need to be selected appopriatedly for the corresponding vdc voltage level. see the data sheet and the an45 app note for component value. 1-2: vcc=3.3v 2-3: vcc=5v note 4 --single point connection to ground plane over v note 5 localized ground traces proslic ctc crc f1 500ma f1 500ma c14 0.1uf c14 0.1uf l2 47 uh 150 ma l2 47 uh 150 ma 1 1 2 2 3 3 4 4 5 5 6 6 j1 rj-11 j1 rj-11 c6 22 nf c6 22 nf r17 200 r17 200 r102 90.9k r102 90.9k r5 100k rbat r5 100k rbat q8 2222 qbatd q8 2222 qbatd 1 2 c15 0.1 uf c15 0.1 uf l1 100 uh lsw l1 100 uh lsw q9 2222 q9 2222 c25 10 uf c25 10 uf q7 fzt953 qbat q7 fzt953 qbat + c18 4.7 uf + c18 4.7 uf r105 100k r105 100k r1 200k rtdc r1 200k rtdc test point test point 1 2 c30 10 uf 10v c30 10 uf 10v r8 470 rtac r8 470 rtac r36 37.4k r36 37.4k r3 200k rrdc r3 200k rrdc c31 ni c31 ni r9 470 rrac r9 470 rrac r29 665k r29 665k c32 ni c32 ni tip 1 nc 2 ring 3 vbat 4 vbath 5 nc 6 gnd 7 vdd 8 nc 9 sringe 10 stipe 11 nc 12 iringn 13 iringp 14 itipn 15 itipp 16 gnd epad u2 si3201 u2 si3201 c33 ni c33 ni r4 105k r4 105k + c19 4.7 uf + c19 4.7 uf r28 26.1k r28 26.1k c26 0.1uf c26 0.1uf r104 90.9k r104 90.9k d1 es1d dsw d1 es1d dsw r16 200 rsw r16 200 rsw r20 56.2k rmonl r20 56.2k rmonl 1 2 c16 0.1 uf c16 0.1 uf r18 0.68 rvdc 1/4 w r18 0.68 rvdc 1/4 w test point test point r19 56.2k rmonh r19 56.2k rmonh r7 4.02k r7 4.02k r21 15 r21 15 c20 0.1 uf c20 0.1 uf sclk 34 sdi 33 sdo 32 /cs 35 /int 36 pclk 37 drx 38 dtx 1 fsync 2 /reset 3 itipp 24 itipn 25 iringp 22 iringn 21 stipdc 11 stipe 13 sringdc 12 sringe 15 stipac 16 sringac 17 capm 10 capp 8 igmp 20 igmn 18 svbat 14 iref 7 dcdrv 30 dcff 29 sdcl 5 vddd 26 vdda2 23 sdch 4 vdda1 6 gndd 27 sdithru 31 qgnd 9 gnda 19 test 28 u1 si3210-fm u1 si3210-fm r14 40.2k rref r14 40.2k rref r15 243 rgm r15 243 rgm + c1 10 uf cl 10v + c1 10 uf cl 10v c3 220 nf ctac c3 220 nf ctac + c2 10 uf cm 10v + c2 10 uf cm 10v c4 220 nf crac c4 220 nf crac test point test point r26 40.2k r26 40.2k test point test point 1 2 c17 0.1 uf c17 0.1 uf test point test point 1 1 2 2 3 3 j2 j2 r6 4.02k r6 4.02k 1 2 c34 10 uf 10v c34 10 uf 10v r2 105k r2 105k c10 0.1uf cff c10 0.1uf cff c9 10 uf cbat c9 10 uf cbat c5 22 nf c5 22 nf test point test point figure 1. si321x qfn with si3201 schematic (1 of 3)
si321xppqx-evb 6 rev. 1.2 sdi1 /cs1_test /cs0 sdi0 sdi vcc +vdc /cs sdi test sdithru sclk drx fsync pclk /reset sdo dtx /int (farside) spi assignment: to use /cs0, apply a zero ohm resistor to r45 and r46 do not install r44 to use /cs1, apply a zero ohm resistor to r44 do not install r45 and r46 to use sdi0, apply a zero ohm resistor to r43 and r47 do not install r42 and r48 to use sdi1, apply a zero ohm resistor to r42 and r48 do not install r43 and r47 r45 0 r45 0 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js4 conn socket 5x2 js4 conn socket 5x2 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js5 conn socket 5x2 js5 conn socket 5x2 r42 ni r42 ni r25 56.2k r25 56.2k r47 0 r47 0 1 1 3 3 2 2 4 4 js2 conn socket 2x2/sm js2 conn socket 2x2/sm r48 ni r48 ni 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js3 conn socket 5x2 js3 conn socket 5x2 r43 0 r43 0 r46 0 r46 0 1 1 3 3 2 2 4 4 js6 conn hdr 2x2/sm js6 conn hdr 2x2/sm r44 ni r44 ni 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js1 conn socket 5x2 js1 conn socket 5x2 figure 2. si321x qfn with si3201 schematic (2 of 3)
si321xppqx-evb rev. 1.2 7 tip tip_ext ring_ext ring gr-1089 component gr-1089 intra-building component r41 10 r41 10 c d5 ni p1101ca2 c d5 ni p1101ca2 c d4 thyristor-diode p1101sc c d4 thyristor-diode p1101sc 1 2 rf1 f1250t rf1 f1250t c d3 thyristor-diode p1101sc c d3 thyristor-diode p1101sc r40 10 r40 10 1 2 rf2 f1250t rf2 f1250t figure 3. si321x qfn with si3201 schematic (3 of 3)
si321xppqx-evb 8 rev. 1.2 3. si321x-fm-dc1 bi ll of materials table 7. si321x-fm-dc1 bill of materials item qty ref value rating tol dielectric pcb footprint mfr part number mfr 14c1,c2, c30,c34 10 f 10 v 20% x7r 1206 c1206x7r100-106mne venkel 2 2 c3,c4 220 nf 100 v 20% x7r 1812 18121c224mata avx 3 2 c5,c6 22 nf 100 v 20% x7r 1206 12061c223mata avx 4 2 c9,c25 10 f 100 v 20% elec c100[6238]6 .3mmr eca-2am100 pana- sonic 5 3 c10,c14, c26 0.1 f 100 v 20% x7r 1206 12061c104mata avx 6 4 c15,c16, c17,c20 0.1 f 16 v 20% x7r 0603 0603yc104mata avx 7 2 c18,c19 4.7 f 16 v 20% x7r 1206 c1206x7r160-475mne venkel 10 1 d1 es1d do-214 es1d central semi 11 2 d3,d4 thyristor- diode do-214 p1101sc littelfuse 12 1 f1 500 ma f1206[60x6 0] ssq 500 bel fuse inc. 13 4 js1,js3, js4,js5 socket 5x2 conn2x5- ssq ssq-1-05-24-f-d samtec 14 1 js2 socket 2x2/sm conn2x2- 100-ssm ssm-102-l-dv-tr samtec 15 1 js6 hdr 2x2/ sm conn2x2- 100-tsm tsm-102-02-t-dv samtec 16 1 j1 rj-11 rj11-6-smt 555077-2 amp 17 1 j2 header 3x1 conn-1x3 2303-6111tn 3m 18 1 l1 100 h 1.7 a ind[220x15 0]spd spd127-104 api delevan 19 1 l2 47 h 150 ma ind- nlc3225 nlc322522t-470k tdk 20 1 q7 fzt953 sot-223 fzt953 zetex 21 2 q8,q9 2222 sot-23 mmbt2222 motorola 22 2 rf1,rf2 telelink f350[145x1 57] f1250t littelfuse 23 2 r1,r3 200 k ? 1/10 w 1% 0805 cr0805-10w-2003ft venkel 24 2 r2,r4 105 k ? 1/10 w 1% 0805 cr0805-10w-1053ft venkel 25 2 r5,r105 100 k ? 1/10 w 1% 0805 cr0805-10w-1003ft venkel 26 2 r6,r7 4.02 k ? 1/10 w 1% 0805 cr0805-10w-4021ft venkel
si321xppqx-evb rev. 1.2 9 27 2 r8,r9 470 ? (si3210-fm) 1/10 w 1% 0805 cr0805-10w-4700ft venkel 4.7 k ? (si3215-fm) cr0805-10w-4701ft 4.7 k ? (si3216-fm) cr0805-10w-4701ft 28 2 r14,r26 40.2 k ? 1/10 w 1% 0805 cr0805-10w-4022ft venkel 29 1 r15 243 ? 1/10 w 1% 0805 cr0805-10w-2430ft venkel 30 2 r16,r17 200 ? 1/10 w 5% 0805 cr0805-10w-201jt venkel 31 1 r18 0.68 ? 1/4 w 5% 1206 cr1206-4w-r68jt venkel 32 3 r19,r20, r25 56.2 k ? 1/10 w 1% 0805 cr0805-10w-5622ft venkel 33 1 r21 15 ? 1/10 w 1% 0805 cr0805-10w-15r0ft venkel 34 1 r28 26.1 k ? 1/10 w 1% 0805 cr0805-10w-2612ft venkel 35 1 r29 665 k ? 1/10 w 1% 0805 cr0805-10w-6653ft venkel 36 1 r36 37.4 k ? 1/10 w 1% 0805 cr0805-10w-3742ft venkel 37 2 r40,r41 10 ? 1/10 w 1% 0805 cr0805-10w-10r0ft venkel 38 4 r43,r45, r46,r47 0 ? 1/10 w 1% 0805 cr0805-10w-0000ft venkel 39 2 r102,r104 90.9 k ? 1/10 w 1% 0805 cr0805-10w-9092ft venkel 40 3 gnd, tip, ring test point 151-205 mouser 41 1 u1 si3210-fm mlf38n5x7 -0.5p si3210-fm rev e silabs si3215-fm mlf38n5x7 -0.5p si3215-fm rev c si3216-fm mlf38n5x7 -0.5p si3216-fm rev c 42 1 u2 si3201 soic16 si3201-fs rev e silabs not installed components 43 3 c31,c32, c33 44 1 d5 p1101ca2 95 v do-214aa-3 p1101ca2 teccor 45 3 r42,r44, r48 table 7. si321x-fm-dc1 bill of materials (continued) item qty ref value rating tol dielectric pcb footprint mfr part number mfr
si321xppqx-evb 10 rev. 1.2 figure 4. si321xfm-dc1-evb with si3201 primary assembly figure 5. si321xfm-dc1-evb with si3201 primary side figure 6. si321xfm-dc1-evb with si3201 secondary side
si321xppqx-evb rev. 1.2 11 /reset test /int sdo sclk sdi /cs pclk drx dtx fsync sdithru vbat +vdc vcc vcc /cs sdo sdi sclk /int sdithru tip ring test drx dtx fsync /reset pclk tip_ext ring_ext pcm bus control bus note 5: d1 = central semi cmr1u-02m or equivalent note 4: l1 = delevan or sumida spd127 series or equivalent see application note for value selection note 3: c30 to be tantalum or ceramic note 2: all capacitors are 100v, 20% unless otherwise noted note 1: all resistors are 1/10 w, 1% unless otherwise noted tip ring protection cfilt 1-2: vcc=3.3v 2-3: vcc=5v note 4 --single point connection to ground plane over v note 5 localized ground traces * these component need to be selected appopriatedly for the corresponding vdc voltage level. see the data sheet and the an45 app note for component value. rfilt r29 665k r29 665k c33 0.1 uf c33 0.1 uf c25 10 uf c25 10 uf q5 czt5551 qrp q5 czt5551 qrp 1 2 3 4 5 6 j1 rj-11 j1 rj-11 q6 czt5551 qtn q6 czt5551 qtn l1 100 uh l1 100 uh r102 100k r102 100k r18 0.68 1/4 w r18 0.68 1/4 w q1 cmpt5401 qtp q1 cmpt5401 qtp test point test point c26 0.1uf c26 0.1uf 1 2 c15 0.1 uf c15 0.1 uf q3 cmpt5401 qrdn q3 cmpt5401 qrdn r4 100k rrse45 r4 100k rrse45 q2 cmpt5401 qrn q2 cmpt5401 qrn q4 cmpt5401 qtdn q4 cmpt5401 qtdn q9 mmbt2222 q9 mmbt2222 1 2 c30 10 uf 10v c30 10 uf 10v test point test point test point test point r1 200k rtdc r1 200k rtdc r8 470 rtac r8 470 rtac r3 200k rrdc r3 200k rrdc r19 56.2k r19 56.2k r9 470 rrac r9 470 rrac test point test point r10 10 rtbp r10 10 rtbp r104 100k r104 100k test point test point r5 100k rbat r5 100k rbat r7 80.6 rre r7 80.6 rre q8 mmbt2222 q8 mmbt2222 r12 5.1k rrbn r12 5.1k rrbn c32 0.1 uf c32 0.1 uf r21 15 r21 15 r6 80.6 rte r6 80.6 rte r23 3.0k rrbn0 r23 3.0k rrbn0 r13 5.1k rtbn r13 5.1k rtbn 1 2 c16 0.1 uf c16 0.1 uf r11 10 rrbp r11 10 rrbp c10 0.1uf c10 0.1uf r28 26.1k r28 26.1k 1 1 2 2 3 3 j2 j2 r105 100k r105 100k q7 fzt953 q7 fzt953 r17 200 r17 200 r14 40.2k rref r14 40.2k rref r26 56.2k r26 56.2k r15 243 rgm r15 243 rgm c1 10 uf cl c1 10 uf cl c3 220 nf ctac c3 220 nf ctac c2 10 uf cm c2 10 uf cm c31 0.1 uf c31 0.1 uf c9 10 uf c9 10 uf 1 2 c17 0.1 uf c17 0.1 uf c4 220 nf crac c4 220 nf crac test point test point c5 22 nf ctc c5 22 nf ctc c6 22 nf crc c6 22 nf crc d1 es1d d1 es1d 1 2 c34 10 uf 10v c34 10 uf 10v r16 200 r16 200 c8 0.1uf ctbn c8 0.1uf ctbn c7 0.1uf crbn c7 0.1uf crbn c14 0.1uf c14 0.1uf sclk 34 sdi 33 sdo 32 /cs 35 /int 36 pclk 37 drx 38 dtx 1 fsync 2 /reset 3 itipp 24 itipn 25 iringp 22 iringn 21 stipdc 11 stipe 13 sringdc 12 sringe 15 stipac 16 sringac 17 capm 10 capp 8 igmp 20 igmn 18 svbat 14 iref 7 dcdrv 30 dcff 29 sdcl 5 vddd 26 vdda2 23 sdch 4 vdda1 6 gndd 27 sdithru 31 qgnd 9 gnda 19 test 28 u1 si3210-fm proslic u1 si3210-fm proslic r2 100k rtse r2 100k rtse f1 500ma f1 500ma r36 37.4k r36 37.4k r24 3.0k rtbn0 r24 3.0k rtbn0 r20 56.2k r20 56.2k l2 47 uh 150 ma l2 47 uh 150 ma figure 7. si321x qfn with discrete evaluation circuit (1 of 3)
si321xppqx-evb 12 rev. 1.2 /cs1_test /cs0 sdi0 sdi sdi1 +vdc vcc /cs sdi drx pclk test fsync /reset sclk sdithru sdo /int dtx (farside) chain 0 chain 1 chain 0 chain 1 spi assignment: to use /cs0, apply a zero ohm resistor to r45 and r46 do not install r44 to use /cs1, apply a zero ohm resistor to r44 do not install r45 and r46 to use sdi0, apply a zero ohm resistor to r43 and r47 do not install r42 and r48 to use sdi1, apply a zero ohm resistor to r42 and r48 do not install r43 and r47 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js3 conn socket 5x2 js3 conn socket 5x2 r44 ni r44 ni r43 0 r43 0 1 1 3 3 2 2 4 4 js6 conn hdr 2x2/sm js6 conn hdr 2x2/sm r45 0 r45 0 r47 0 r47 0 r42 ni r42 ni r25 56.2k r25 56.2k r48 ni r48 ni 1 1 3 3 2 2 4 4 js2 conn socket 2x2/sm js2 conn socket 2x2/sm r46 0 r46 0 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js1 conn socket 5x2 js1 conn socket 5x2 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js4 conn socket 5x2 js4 conn socket 5x2 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js5 conn socket 5x2 js5 conn socket 5x2 figure 8. si321x qfn with discrete evaluation circuit (2 of 3)
si321xppqx-evb rev. 1.2 13 tip tip_ext ring_ext ring gr-1089 component gr-1089 intra-building component 1 2 rf1 f1250t rf1 f1250t 1 2 rf2 f1250t rf2 f1250t c d4 thyristor-diode p1101sc c d4 thyristor-diode p1101sc c d5 ni p1101ca2 c d5 ni p1101ca2 c d3 thyristor-diode p1101sc c d3 thyristor-diode p1101sc figure 9. si321x qfn with discrete evaluation circuit (3 of 3)
si321xppqx-evb 14 rev. 1.2 4. si321x-fm-dcx bill of materials table 8. si321x-fm-dcx bill of materials item qty ref value rating tol dielectric pcb footprint mfr part number mfr 14c1,c2, c30,c34 10 f 10 v 20% x7r cc1206 c1206x7r100-106mne venkel 2 2 c3,c4 220 nf 100 v 20% x7r cc1812 c1210x7r101- 224mner venkel 3 2 c5,c6 22 nf 100 v 20% x7r cc1206 12061c223mata avx 4 5 c7,c8,c10, c14,c26 0.1 f 100 v 20% x7r cc1206 12061c104mata avx 5 2 c9,c25 10 f 100 v 20% elec c100[6238] 6.3mmr eca-2am100 pana- sonic 6 3 c15,c16, c17 0.1 f 16 v 20% x7r cc0603 0603yc104mata avx 7 3 c31,c32, c33 0.1 f 50 v 20% x7r cc0805 c0805x7r500- 104mner venkel 8 1 d1 es1d do-214aa- rev es1d central semi 9 2 d3,d4 thyristor- diode do-214aa- rev p1101sc littelfuse 10 1 f1 500 ma f2410-ssq ssq 500 bel fuse inc. 11 4 js1,js3, js4,js5 conn2x5- ssq ssq-1-05-24-f-d samtec 12 1 js2 conn2x2- 100-ssm tsm-102-02-t-dv samtec 13 1 js6 conn2x2- 100-tsm ssm-102-l-dv-tr samtec 14 1 j1 rj-11 rj11-6-smt 555077-2 amp 15 1 j2 header 3x1 conn-1x3 2303-6111tn 3m 16 1 l1 100 h 1.7 a ind[220x15 0]spd spd127-104 api delevan 17 1 l2 47 h 150 ma ind- nlc3225 nlc322522t-470k tdk 18 4 q1,q2, q3,q4 cmpt5401 sot-23 cmpt5401 central semi 19 2 q5,q6 czt5551 sot-223 czt5551 central semi 20 1 q7 fzt953 sot-223 fzt953 zetex 21 2 q8,q9 mmbt2222 sot-23 mmbt2222 on semi 22 2 rf1,rf2 f1250t f350 [145x157] f1250t littelfuse 23 2 r1,r3 200 k ? 1/10 w 1% rc0805 cr0805-10w-2003ft venkel
si321xppqx-evb rev. 1.2 15 24 6 r2,r4,r5, r102, r104,r105 100 k ? 1/10 w 1% rc0805 cr0805-10w-1003ft venkel 25 2 r6,r7 80.6 ? 1/4 w 1% rc1210 cr1210-4w-80r6ft venkel 26 2 r8,r9 470 ? (si3210-fm) 1/10 w 1% rc0805 cr0805-10w-4700ft venkel 4.7 k ? (si3215-fm) cr0805-10w-4701ft 4.7 k ? (si3216-fm) cr0805-10w-4701ft 27 2 r10,r11 10 ? 1/10 w 5% rc0805 cr0805-10w-100jt venkel 28 2 r12,r13 5.1 k ? 1/10 w 5% rc0805 cr0805-10w-512jt venkel 29 1 r14 40.2 k ? 1/10 w 1% rc0805 cr0805-10w-4022ft venkel 30 1 r15 243 ? 1/10 w 1% rc0805 cr0805-10w-2430ft venkel 31 2 r16,r17 200 ? 1/10 w 5% rc0805 cr0805-10w-201jt venkel 32 1 r18 0.68 ? 1/4 w 5% rc1206 cr1206-4w-r68jt venkel 33 4 r19,r20, r25,r26 56.2 k ? 1/10 w 1% rc0805 cr0805-10w-5622ft venkel 34 1 r21 15 ? 1/10 w 1% rc0805 cr0805-10w-15r0ft venkel 35 2 r23,r24 3.0 k ? 1/10 w 5% rc0805 cr0805-10w-302jt venkel 36 1 r28 26.1 k ? 1/10 w 1% rc0805 cr0805-10w-2612ft venkel 37 1 r29 665 k ? 1/10 w 1% rc0805 cr0805-10w-6653ft venkel 38 1 r36 37.4 k ? 1/10 w 1% rc0805 cr0805-10w3742ft venkel 39 4 r43,r45, r46,r47 0 ? 1/16 w 1% rc0805 cr0805-16w-0000ft venkel 40 3 gnd, tip, ring test point 151-205 mouser 41 1 u1 si3210-fm mlf38n 5x7-0.5p si3210-fm rev e silabs si3215-fm si3215-fm rev c si3216-fm si3216-fm rev c not installed components 41 1 d5 ni 95 v do-214aa-3 p1101ca2 teccor 42 3 r42,r44, r48 ni table 8. si321x-fm-dcx bill of materials (continued) item qty ref value rating tol dielectric pcb footprint mfr part number mfr
si321xppqx-evb 16 rev. 1.2 figure 10. si321xfm-dcx-evb with discretes primary assembly figure 11. si321xfm-dcx-evb with discretes primary side figure 12. si321xfm-dcx-evb with discretes secondary side
si321xppqx-evb rev. 1.2 17 fsync test drx pclk /reset dtx /cs /int sdi sclk sdo vcc +vdc vcc vcc drx fsync tip_ext ring_ext ring test tip /int /cs pclk dtx /reset sdi sclk sdo sdithru pcm bus control bus note 5: d1 = central semi cmr1u-02m or equivalent note 4: l1 = delevan or sumida spd127 series or equivalent see application note for value selection note 3: c30 to be tantalum or ceramic note 2: all capacitors are 100v, 20% unless otherwise noted note 1: all resistors are 1/10 w, 1% unless otherwise noted rfilt localized ground traces --single point connection to ground plane tip ring protection cfilt 1-2: vcc=3.3v 2-3: vcc=5v over v * these component need to be selected appopriatedly for the corresponding vdc voltage level. see the data sheet the and an45 app note for component value. proslic 1 1 2 2 3 3 4 4 5 5 6 6 j1 rj-11 j1 rj-11 1 2 c15 0.1 uf c15 0.1 uf r4 105k r4 105k 1 2 c5 22 nf ctc c5 22 nf ctc r20 16.5k rmonl r20 16.5k rmonl 1 2 c18 4.7 uf c18 4.7 uf r19 16.5k rmonh r19 16.5k rmonh 1 2 c20 0.1 uf c20 0.1 uf r105 100k r105 100k 1 2 c30 10 uf c30 10 uf c32 ni c32 ni r1 200k rtdc r1 200k rtdc test point test point test point test point sclk 34 sdi 33 sdo 32 /cs 35 /int 36 pclk 37 drx 38 dtx 1 fsync 2 /reset 3 itipp 24 itipn 25 iringp 22 iringn 21 stipdc 11 stipe 13 sringdc 12 sringe 15 stipac 16 sringac 17 capm 10 capp 8 igmp 20 igmn 18 svbat 14 iref 7 dcdrv 30 dcff 29 sdcl 5 vddd 26 vdda2 23 sdch 4 vdda1 6 gndd 27 sdithru 31 qgnd 9 gnda 19 test 28 u1 si3210m-fm u1 si3210m-fm r8 470 rtac r8 470 rtac r36 37.4k r36 37.4k 1 2 c9 10 uf cbat0 c9 10 uf cbat0 r3 200k rrdc r3 200k rrdc test point test point r29 665k r29 665k r9 470 rrac r9 470 rrac 1 2 c27 470pf c27 470pf q9 mmbt2222 q9 mmbt2222 r32 0 r32 0 r7 4.02k r7 4.02k c31 ni c31 ni r33 ni r33 ni 1 2 c19 4.7 uf c19 4.7 uf tip 1 nc 2 ring 3 vbat 4 vbath 5 nc 6 gnd 7 vdd 8 nc 9 sringe 10 stipe 11 nc 12 iringn 13 iringp 14 itipn 15 itipp 16 gnd epad u2 si3201 u2 si3201 r21 15 r21 15 r6 4.02k r6 4.02k r5 100k rbat r5 100k rbat 1 2 c16 0.1 uf c16 0.1 uf r34 ni r34 ni r28 26.1k r28 26.1k d1 cmr1u-02m dsw d1 cmr1u-02m dsw 1 2 c26 0.1 uf c26 0.1 uf f1 fuse f1 fuse r26 40.2k r26 40.2k c14 0.1 uf c14 0.1 uf 1 2 c34 10 uf c34 10 uf r18 0.1 rvdc r18 0.1 rvdc m1 irll014n m1 irll014n r102 90.9k r102 90.9k r14 40.2k rref r14 40.2k rref 1 2 c6 22 nf crc c6 22 nf crc 1 2 c17 0.1 uf c17 0.1 uf r22 15 r22 15 r15 243 rgm r15 243 rgm 1 2 c1 10 uf cl c1 10 uf cl 1 2 c3 220 nf ctac c3 220 nf ctac 1 2 c2 10 uf cm c2 10 uf cm 1 2 c4 220 nf crac c4 220 nf crac c33 ni c33 ni r104 90.9k r104 90.9k 2 6 10 1 4 3 8 transformer t1 transformer t1 1 1 2 2 3 3 j2 j2 r2 105k r2 105k 1 2 c25 10 uf c25 10 uf l2 47 uh 150 ma l2 47 uh 150 ma r23 200k r23 200k test point test point figure 13. si321xm qfn with si3201 schematic (1 of 3)
si321xppqx-evb 18 rev. 1.2 sdi1 /cs1_test /cs0 sdi0 sdi vcc +vdc /cs sdi test sdithru sclk drx fsync pclk /reset sdo dtx /int (farside) spi assignment: to use /cs0, apply a zero ohm resistor to r45 and r46 do not install r44 to use /cs1, apply a zero ohm resistor to r44 do not install r45 and r46 to use sdi0, apply a zero ohm resistor to r43 and r47 do not install r42 and r48 to use sdi1, apply a zero ohm resistor to r42 and r48 do not install r43 and r47 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js4 conn socket 5x2 js4 conn socket 5x2 r46 0 r46 0 1 1 3 3 2 2 4 4 js2 conn socket 2x2/sm js2 conn socket 2x2/sm r44 ni r44 ni r48 ni r48 ni 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js5 conn socket 5x2 js5 conn socket 5x2 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js1 conn socket 5x2 js1 conn socket 5x2 r42 ni r42 ni 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js3 conn socket 5x2 js3 conn socket 5x2 r25 56.2k r25 56.2k r43 0 r43 0 r45 0 r45 0 r47 0 r47 0 1 1 3 3 2 2 4 4 js6 conn hdr 2x2/sm js6 conn hdr 2x2/sm figure 14. si321xm qfn with si3201 schematic (2 of 3)
si321xppqx-evb rev. 1.2 19 tip tip_ext ring_ext ring gr-1089 component gr-1089 intra-building component 1 2 rf1 f1250t rf1 f1250t c d3 thyristor-diode p1101sc c d3 thyristor-diode p1101sc r40 10 r40 10 r41 10 r41 10 1 2 rf2 f1250t rf2 f1250t c d5 ni p1101ca2 c d5 ni p1101ca2 c d4 thyristor-diode p1101sc c d4 thyristor-diode p1101sc figure 15. si321xm qfn with si3201 schematic (3 of 3)
si321xppqx-evb 20 rev. 1.2 5. si321xm-fm-dc 1 bill of materials table 9. si321xm-fm-dc1 bill of materials item qty ref value rating tol dielectric pcb footprint mfr part number mfr 14c1,c2, c30,c34 10 f 10 v 20% x7r cc1206 c1206x7r100-106mne venkel 2 2 c3,c4 220 nf 100 v 20% x7r cc1812 c1210x7r101- 224mner venkel 3 2 c5,c6 22 nf 100 v 20% x7r cc1206 12061c223mata avx 4 2 c9,c25 10 f 100 v 20% elec c2.5x6.3mm- rad eca-2am100 pana- sonic 5 2 c14,c26 0.1 f 100 v 20% x7r cc1206 12061c104mata avx 6 4 c15,c16, c17,c20 0.1 f 16 v 20% x7r cc0603 0603yc104mata avx 7 2 c18,c19 4.7 f 16 v 20% x7r 1206 c1206x7r160-475mne venkel 8 1 c27 470 pf 100 v 20% x7r cc1206 12061c470mata avx 9 1 d1 cmr1u-02m do-214aa-rev cmr1u-02m central semi 10 2 d3,d4 thyristor- diode do-214aa-rev p1101sc littelfuse 11 1 f1 fuse 0.5 a f1206[60x60] r451.500 littelfuse 12 4 js1,js3, js4,js5 conn2x5-ssq ssq-1-05-24-f-d samtec 13 1 js2 conn2x2-100- ssm ssm-102-l-dv-tr samtec 14 1 js6 conn2x2-100- tsm tsm-102-02-t-dv samtec 15 1 j1 rj-11 rj11-6-smt 555077-2 amp 16 1 j2 header 3x1 conn-1x3 2303-6111tn 3m 17 1 l2 47 h 150 ma ind-nlc3225 nlc322522t-470k tdk 18 1 m1 irll014n sot-223 irll014n intl rec- tifier 19 1 q9 mmbt2222 sot-23 mmbt2222 motorola 20 2 rf1,rf2 telelink f350[145x157] f1250t littelfuse 21 3 r1,r3, r23 200 k ? 1/10 w 1% rc0805 cr0805-10w-2003ft venkel 22 2 r2,r4 105 k ? 1/10 w 1% rc0805 cr0805-10w-1053ft venkel 23 2 r5,r105 100 k ? 1/10 w 1% rc0805 cr0805-10w-1003ft venkel 24 2 r6,r7 4.02 k ? 1/10 w 1% rc0805 cr0805-10w-4021ft venkel
si321xppqx-evb rev. 1.2 21 25 2 r8,r9 475 ? (si3210m) 1/10 w 1% rc0805 cr0805-10w-4750ft venkel 4.7 k ? (si3215m) cr0805-10w-4701ft 4.7 k ? (si3216m) cr0805-10w-4701ft 26 2 r14,r26 40.2 k ? 1/10 w 1% rc0805 cr0805-10w-4022ft venkel 27 1 r15 243 ? 1/10 w 1% rc0805 cr0805-10w-2430ft venkel 28 1 r18 0.1 ? 1/4 w 1% cc1206 cr1206-4w-r100ft venkel 29 2 r19,r20 16.5 k ? 1/10 w 1% rc0805 cr0805-10w-1652ft venkel 30 2 r21,r22 15 ? 1/10 w 5% rc0805 cr0805-10w-150jt venkel 31 1 r28 26.1 k ? 1/10 w 1% rc0805 cr0805-10w-2612ft venkel 32 1 r29 665 k ? 1/10 w 1% rc0805 cr0805-10w-6653ft venkel 33 1 r32 0 ? 1/10 w 5% rc0805 cr0805-10w-000jt venkel 34 1 r36 37.4 k ? 1/10 w 1% rc0805 cr0805-10w-3742ft venkel 35 2 r40,r41 10 ? 1/10 w 1% rc0805 cr0805-10w-10r0ft venkel 36 4 r43,r45, r46,r47 0 ? 1/10 w 5% rc0805 cr0805-10w-000jt venkel 37 2 r102, r104 90.9 k ? 1/10 w 1% rc0805 cr0805-10w-9092ft venkel 38 3 tip, ring, gnd test point 151-205 mouser 39 1 t1 transformer xfmr-ctx01- 15275 31353r-02 midcom 40 1 u1 si3210m-fm mlf38n5x7-0.5p si3210m-fm rev e silabs si3215m-fm mlf38n5x7-0.5p si3215m-fm rev c si3216m-fm mlf38n5x7-0.5p si3216m-fm rev c 41 1 u2 si3201 so16e si3201-fs rev e silabs not installed components 42 ni c31,c32, c33 ni cc0805 43 ni d5 ni 95 v do-214aa-3 p1101ca2 littelfuse 44 ni r33,r34, r42,r44, r48 ni rc0805 table 9. si321xm-fm-dc1 bill of materials (continued) item qty ref value rating tol dielectric pcb footprint mfr part number mfr
si321xppqx-evb 22 rev. 1.2 figure 16. si321xm-fm-dc1-evb with si3201 primary assembly figure 17. si321xm-fm-dc1-evb with si3201 primary side figure 18. si321xm-fm-dc1-evb with si3201 secondary side
si321xppqx-evb rev. 1.2 23 /int sdo sclk sdi /cs pclk drx dtx fsync sdithru /reset +vdc vcc vcc /cs sdo sdi sclk /int sdithru tip ring drx dtx fsync /reset pclk ring_ext tip_ext test pcm bus control bus cfilt international rectifier note 1 note 2: transformer connection: vdc = 3v to 9v: connect m1 to terminal 2 vdc = 10v to 15v: connect m1 to terminal 3 vdc = 16v to 39v: connect m1 to terminal 4 note 1: m1 mosfet selection: vdc=3v to 15v: use int. rec. irll014n or intersil huf7607d3s vdc=3v to 35v: use intersil huf76609d3s or stmicroelectronic std5ne10l or stn2ne10l. note 2 rfilt * see data sheet and the app. note an45 for information about selecting component values for the r18, r19, r20 resistors protection ring localized ground traces --single point connection to ground plane over v 1-2: vcc=3.3v 2-3: vcc=5v note 2 c1 10 uf cl c1 10 uf cl 1 2 c16 0.1 uf c16 0.1 uf c14 0.1 uf c14 0.1 uf r7 80.6 rre r7 80.6 rre q9 mmbt2222 q9 mmbt2222 r9 470 rrac r9 470 rrac c25 10 uf c25 10 uf c32 0.1 uf c32 0.1 uf 1 2 r34 ni r34 ni 1 2 c15 0.1 uf c15 0.1 uf r4 100k rrse45 r4 100k rrse45 c7 0.1 uf crbn c7 0.1 uf crbn q1 cmpt5401 qtp q1 cmpt5401 qtp 1 2 r36 37.4k r36 37.4k r11 10 rrbp r11 10 rrbp r17 200k r17 200k 1 2 r29 665k r29 665k q5 czt5551 qrp q5 czt5551 qrp r12 5.1k rrbn r12 5.1k rrbn r102 100k r102 100k r14 40.2k rref r14 40.2k rref 1 1 2 2 3 3 4 4 5 5 6 6 j1 rj-11 j1 rj-11 r10 10 rtbp r10 10 rtbp r1 200k rtdc r1 200k rtdc r18 rvdc r18 rvdc r24 3.0k rrbn4447 r24 3.0k rrbn4447 1 2 c30 10 uf 10v c30 10 uf 10v sclk 34 sdi 33 sdo 32 /cs 35 /int 36 pclk 37 drx 38 dtx 1 fsync 2 /reset 3 itipp 24 itipn 25 iringp 22 iringn 21 stipdc 11 stipe 13 sringdc 12 sringe 15 stipac 16 sringac 17 capm 10 capp 8 igmp 20 igmn 18 svbat 14 iref 7 dcdrv 30 dcff 29 sdcl 5 vddd 26 vdda2 23 sdch 4 vdda1 6 gndd 27 sdithru 31 qgnd 9 gnda 19 test 28 u1 si3210m-fm proslic u1 si3210m-fm proslic c33 0.1 uf c33 0.1 uf 1 2 c17 0.1 uf c17 0.1 uf q3 cmpt5401 qrdn q3 cmpt5401 qrdn m1 irll014n m1 irll014n c5 22 nf ctc c5 22 nf ctc c3 220 nf ctac c3 220 nf ctac c26 0.1 uf c26 0.1 uf c31 0.1 uf c31 0.1 uf 2 6 10 1 4 3 transformer t1 transformer t1 r105 100k r105 100k r8 470 rtac r8 470 rtac r19 rmonh r19 rmonh c9 10 uf cbat c9 10 uf cbat r23 3.0k rrbn44 r23 3.0k rrbn44 q2 cmpt5401 qrn q2 cmpt5401 qrn r104 100k r104 100k d1 es1d dsw d1 es1d dsw 1 2 r32 0 r32 0 c6 22 nf crc c6 22 nf crc q6 czt5551 qtn q6 czt5551 qtn r6 80.6 rte r6 80.6 rte 1 2 r28 26.1k r28 26.1k c2 10 uf cm c2 10 uf cm 1 2 c34 10 uf 10v c34 10 uf 10v r15 243 rgm r15 243 rgm f1 fuse/sm f1 fuse/sm r5 100k rbat45 r5 100k rbat45 1 1 2 2 3 3 j2 j2 r21 15 r21 15 c27 470pf c27 470pf l2 47 uh 150 ma l2 47 uh 150 ma r3 200k rrdc r3 200k rrdc q4 cmpt5401 qtdn q4 cmpt5401 qtdn r20 rmonl r20 rmonl 1 2 r33 ni r33 ni c8 0.1 uf ctbn c8 0.1 uf ctbn r2 100k rtse44 r2 100k rtse44 r22 22 r22 22 r13 5.1k rtbn r13 5.1k rtbn r26 47k r26 47k c4 220 nf crac c4 220 nf crac figure 19. si321xm qfn with discrete evaluation circuit (1 of 3)
si321xppqx-evb 24 rev. 1.2 /cs1_test /cs0 sdi0 sdi sdi1 +vdc vcc /cs sdi drx pclk test fsync /reset sclk sdithru sdo /int dtx (farside) chain 0 chain 1 chain 0 chain 1 spi assignment: to use /cs0, apply a zero ohm resistor to r45 and r46 do not install r44 to use /cs1, apply a zero ohm resistor to r44 do not install r45 and r46 to use sdi0, apply a zero ohm resistor to r43 and r47 do not install r42 and r48 to use sdi1, apply a zero ohm resistor to r42 and r48 do not install r43 and r47 r47 0 r47 0 r42 ni r42 ni 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js3 conn socket 5x2 js3 conn socket 5x2 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js1 conn socket 5x2 js1 conn socket 5x2 r25 56.2k r25 56.2k r44 ni r44 ni r43 0 r43 0 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js4 conn socket 5x2 js4 conn socket 5x2 r48 ni r48 ni 1 1 3 3 2 2 4 4 js6 conn hdr 2x2/sm js6 conn hdr 2x2/sm 1 1 3 3 2 2 4 4 js2 conn socket 2x2/sm js2 conn socket 2x2/sm 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 js5 conn socket 5x2 js5 conn socket 5x2 r45 0 r45 0 r46 0 r46 0 figure 20. si321xm qfn with discrete evaluation circuit (2 of 3)
si321xppqx-evb rev. 1.2 25 tip tip_ext ring_ext ring gr-1089 component gr-1089 intra-building component 1 2 rf2 f1250t rf2 f1250t c d4 thyristor-diode p1101sc c d4 thyristor-diode p1101sc c d5 ni p1101ca2 c d5 ni p1101ca2 c d3 thyristor-diode p1101sc c d3 thyristor-diode p1101sc 1 2 rf1 f1250t rf1 f1250t figure 21. si321xm qfn with discrete evaluation circuit (3 of 3)
si321xppqx-evb 26 rev. 1.2 6. si321xm-fm-dcx bill of materials table 10. si321xm-fm-dcx bill of materials item qty ref value rating tol dielectric pcb footprint mfr part number mfr 14 c1,c2, c30,c34 10 f 10 v 20% x7r cc1206 c1206x7r100- 106mne venkel 2 2 c3,c4 220 nf 100 v 20% x7r cc1812 c1210x7r101- 224mner venkel 3 2 c5,c6 22 nf 100 v 20% x7r cc1206 12061c223mata avx 44 c7,c8, c14,c26 0.1 f 100 v 20% x7r cc1206 12061c104mata avx 5 2 c9,c25 10 f 100 v 20% elec c2.5x6.3mm- rad eca-2am100 pana- sonic 6 3 c15,c16, c17 0.1 f 16 v 20% x7r cc0603 0603yc104mata avx 7 1 c27 470 pf 100 v 20% x7r cc1206 12061c471mata avx 8 3 c31,c32, c33 0.1 f 100 v 20% x7r cc0805 c0805x7r101- 104mner venkel 9 1 d1 es1d do-214aa-rev es1d central semi 10 2 d3,d4 thyristor- diode do-214aa-rev p1101sc littelfuse 11 1 f1 fuse/sm 1.5 a 6.1x1.45 r0451 01.5 littlefuse 12 4 js1,js3, js4,js5 conn2x5-ssq ssq-1-05-24-f-d samtec 13 1 js2 conn2x2-100- ssm ssm-102-l-dv-tr samtec 14 1 js6 conn2x2-100- tsm tsm-102-02-t-dv samtec 15 1 j1 rj-11 rj11-6-smt 555077-2 amp 16 1 j2 header 3x1 conn-1x3 2303-6111tn 3m 17 1 l2 47 h 150 ma ind-nlc3225 nlc322522t-470k tdk 18 1 m1 irll014n sot-223 irll014n intl recti- fier 19 4 q1,q2, q3,q4 cxt5401 sot89 cxt5401 central semi 20 2 q5,q6 czt5551 sot-223 czt5551 central semi 21 1 q9 mmbt2222 sot23-to92 mmbt2222 on semi 22 2 rf1,rf2 telelink f350[145x157] f1250t littelfuse 23 3 r1,r3,r17 200 k ? 1/10 w 1% rc0805 cr0805-10w- 2003ft venkel 24 6 r2,r4,r5, r102,r104, r105 100 k ? 1/10 w 1% rc0805 cr0805-10w- 1003ft venkel
si321xppqx-evb rev. 1.2 27 25 2 r6,r7 80.6 ? 1/4 w 1% rc1210 cr1210-4w-80r6ft venkel 26 2 r8,r9 470 ? (si3210m) 1/10 w 1% rc0805 cr0805-10w- 4700ft venkel 4.7 k ? (si3215m) cr0805-10w- 4701ft 4.7 k ? (si3216m) cr0805-10w- 4701ft 27 2 r10,r11 10 ? 1/10 w 5% rc0805 cr0805-10w-100jt venkel 28 2 r12,r13 5.1 k ? 1/10 w 5% rc0805 cr0805-10w-512jt venkel 29 1 r14 40.2 k ? 1/10 w 1% rc0805 cr0805-10w- 4022ft venkel 30 1 r15 243 ? 1/10 w 1% rc0805 cr0805-10w- 2430ft venkel 31 1 r18 0.1 ? 1/4 w 1% cc1206 cr1206-4w-r100ft venkel 32 2 r19,r20 16.5 k ? 1/10 w 1% rc0805 cr0805-10w- 1652ft venkel 33 1 r21 15 ? 1/10 w 1% rc0805 cr0805-10w- 15r0ft venkel 34 1 r22 22 ? 1/10 w 5% rc0805 cr0805-10w-220jt venkel 35 2 r23,r24 3.0 k ? 1/10 w 5% rc0805 cr0805-10w-302jt venkel 36 2 r25,r26 47 k ? 1/10 w 5% rc0805 cr0805-10w-473jt venkel 37 1 r28 26.1 k ? 1/10 w 1% rc0805 cr0805-10w- 2612ft venkel 38 1 r29 665 k ? 1/10 w 1% rc0805 cr0805-10w- 6653ft venkel 39 5 r32,r43, r45,r46, r47 0 ? 1/16 w 1% rc0805 cr0805-16w- 0000ft venkel 40 1 r36 37.4 k ? 1/10 w 1% rc0805 cr0805-10w- 3742ft venkel 41 3 tip, ring, gnd test point 151-205 mouser 42 1 t1 transformer xfmr-ctx01- 15275 31353r-02 midcom 43 1 u1 si3210m-fm mlf38n5x7-0.5p si3210m-fm rev e silabs si3215m-fm mlf38n5x7-0.5p si3215m-fm rev c silabs si3216m-fm mlf38n5x7-0.5p si3216m-fm rev c silabs not installed components 44 1 d5 ni 95 v do-214aa-3 p1101ca2 teccor 45 5 r33,r34, r42,r44, r48 ni rc0805 table 10. si321xm-fm-dcx bill of materials (continued) item qty ref value rating tol dielectric pcb footprint mfr part number mfr
si321xppqx-evb 28 rev. 1.2 figure 22. si321xm-fm-dcx-evb with discretes primary assembly figure 23. si321xm-fm-dcx-evb with discretes primary side figure 24. si321xm-fm-dci-evb with discretes secondary side
si321xppqx-evb rev. 1.2 29 power lpt port spi power, ground external pcm proslic motherboard pcm js3 fsync pclk drx /reset /cs sdo test sdi sclk dout dtx /int din vdd vbrng vblo vbhi +vin vrngsource js1 conn socket 5x2 1 2 3 4 5 6 7 8 9 10 12 34 56 78 910 js4 conn socket 5x2 1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10 js5 conn socket 5x2 1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10 js3 conn socket 5x2 1 2 3 4 5 6 7 8 9 10 12 34 56 78 910 js2 conn socket 2x2 1 3 2 4 1 3 2 4 figure 25. proslic motherboard (proslic if)
si321xppqx-evb 30 rev. 1.2 1-2 : 3v operation 2-3 : 5v operation sclk_in sdi_in /cs_in din out_en d5 d6 test_in test _out /int_out spare digital out +3v +5v +vin ringing battery high battery low battery two package widths two package widths ringing source input common common common /rst busy component power selection protection return protection return protection return single point connection to ground plane vrngsource nc rng source return sdo test sdi /cs dout d7 /autofd paperend d1 d2 /select d0 d6 d5 init error /ack /strobe d3 d4 select din sclk /int sdi sclk /cs test sdo /int test /reset dout din sdo_out dtx d7 vdd +5v +3v +5v vdd +5v vdd +5v +3v vrngsource +vin vblo vbhi vbrng vdd /reset sdo_out test dtx r5 10k 1 8 2 7 3 6 4 5 tp d5 c12 0.1 uf 6vmin r7 ni j5 con3 1 2 3 c1 100 pf p1 db25f parallel port 13 25 12 24 11 23 10 22 9 21 8 20 7 19 6 18 5 17 4 16 3 15 2 14 1 l1 emi filt 1 2 3 l2 emi filt 1 2 3 j2 con3 1 2 3 u1 4245a 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 vcca dir a1 a2 a3 a4 a5 a6 a7 a8 gnd gnd gnd b8 b7 b6 b5 b4 b3 b2 b1 oeb vccb vccb u2 4245a 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 vcca dir a1 a2 a3 a4 a5 a6 a7 a8 gnd gnd gnd b8 b7 b6 b5 b4 b3 b2 b1 oeb vccb vccb j4 con3 1 2 3 j3 con3 1 2 3 d1 zener 6.8v d2 zener 6.8v c13 100uf 10vmin tp d6 c8 0.1 uf 6vmin c9 0.1 uf 6vmin s1 push button reset j6 con3 1 2 3 c2 0.1 uf 6vmin c3 0.1 uf 6vmin c10 0.1 uf 6vmin c4 0.1 uf 6vmin c11 0.1 uf 6vmin c5 0.1 uf 6vmin r6 470 c6 0.1 uf 6vmin c14 100uf 10vmin c7 0.1 uf 6vmin r3 200k 1 8 2 7 3 6 4 5 r2 1 8 2 7 3 6 4 5 r1 200k 1 8 2 7 3 6 4 5 j1 header 13x2 parallel port hdr 12 34 56 78 910 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 jp1 3v or 5v oper 1 2 3 r4 10k 1 8 2 7 3 6 4 5 figure 26. proslic motherboard lpt to spi
si321xppqx-evb rev. 1.2 31 1-2: int 2-3: ext 1-2: int 2-3: ext pclk fs two package widths two package widths to proslics external pcm on-board pcm clocks pcm bus 1-2 : 3v 2-3 : 5v omit pin 5 } led drive dtx/drx loopback test_in extpclk extdtx extdtx extfsync s2 clk extdrx s3 s5 s4 s7 s1 s8 s6 extfsync intpclk extpclk fs extpclk intfsync extdtx extdtx intpclk extpclk intfsync extfsync pck intdtx intdrx fsync led extdrx extdrx /cs led sclk led sdo led /int led /rst led pcmvdd extdrx extfsync sdi led /int led sdo led sclk led /cs led sdi led pclk led d7 drx pclk dtx fsync /cs sclk /int sdo_out /reset d7 sdi +5v +5v +5v +5v +5v vdd +3v u4 4245a 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 vcca dir a1 a2 a3 a4 a5 a6 a7 a8 gnd gnd gnd b8 b7 b6 b5 b4 b3 b2 b1 oeb vccb vccb jp5 ni 12 34 56 78 910 jp6 ni 1 2 3 4 5 6 7 8 9 10 j7 header 8x1 1 2 3 4 5 6 7 8 u6 fpga plcc-44 12 13 14 1 33 34 36 23 2 15 16 17 18 19 20 21 22 25 26 27 28 29 30 31 32 37 24 38 39 40 41 42 43 44 3 4 5 6 7 8 9 10 11 35 vcc ispen sdi/in0 gnd y2/sclk vcc mode/in2 gnd goe0/in3 i/o0 i/o1 i/o2 i/o3 i/o4 i/o5 i/o6 i/o7 i/o8 i/o9 i/o10 i/o11 i/o12 i/o13 i/o14 i/o15 i/o16 sdo/in1 i/o17 i/o18 i/o19 i/o20 i/o21 i/o22 i/o23 i/o24 i/o25 i/o26 i/o27 i/o28 i/o29 i/o30 i/o31 y0 y1/reset c15 0.1 uf 6vmin d3 d4 r11 ni p3 db15m to audio prec rx 8 15 7 14 6 13 5 12 4 11 3 10 2 9 1 p2 db15f to audio prec tx 8 15 7 14 6 13 5 12 4 11 3 10 2 9 1 r8 330 1 8 2 7 3 6 4 5 jp3 1 2 3 jp4 1 2 3 r10 10k 1 8 2 7 3 6 4 5 c17 0.01 uf 6vmin u5 32.768mhz 1 4 8 5 oe gnd vdd out c16 0.1 uf 6vmin s2 dip switch 1 2 3 4 5 6 7 8 16 15 14 13 12 11 10 9 jp2 1 2 3 r9 330 1 8 2 7 3 6 4 5 j8 j9 j13 ni 1 2 j10 u3 4245a 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 vcca dir a1 a2 a3 a4 a5 a6 a7 a8 gnd gnd gnd b8 b7 b6 b5 b4 b3 b2 b1 oeb vccb vccb j11 figure 27. proslic motherboard pcm
si321xppqx-evb 32 rev. 1.2 7. proslic motherboard bill of materials table 11. proslic motherboard bill of materials item ni qty ref value rating tol dielectric pcb footprint mfr part number mfr 1 1 c1 100 pf 16 v 20% x7r 0402 venkel 2 13 c2,c3,c4, c5,c6,c7, c8,c9,c10, c11,c12, c15,c16 0.1 f 6 vmin 20% x7r 0603 venkel 3 2 c13,c14 100 f 10 vmin elect .100in 4 1 c17 0.01 f 6 vmin 20% x7r 0603 0603yc103mata avx 5 2 d1,d2 zener 6.8 v do15 p6ke6.8a vishay 6 2 d3,d4 led 4pack ssf-lxh400id lumex 7 4 jp1,jp2,jp 3, jp4 header 3x1 3x1 100 mil 2303-6111tn 3m 8 4 js1,js3, js4,js5 5x2 100 mil ssw-105-01-t-d samtec 9 1 js2 2x2 100 mil ssw-102-01-t-d samtec 10 1 j1 header 13x2 13x2 100 mil 2326-6121tn 3m 11 5 j2,j3,j4, j5,j6 con3 2sv-03 thomas & betts 12 1 j7 header 8x1 8x1 100 mil 2308-6111tn 3m 13 2 l1,l2 emi filt pana exc exc-emt103dt panasonic 14 1 p1 db25f db25 female 747846-3 amp 15 3 r1,r2,r3 220 k ? r-pack exb-38v224jv panasonic 16 3 r4,r5,r10 10 k ? r-pack exb-38v103jv panasonic 17 1 r6 470 ? 1/10 w 1% 0805 cr0805-10w-4700ft venkel 18 2 r8,r9 330 ? r-pack exb-38v331jv panasonic 19 1 s1 push button dip-6 101-0161 mouser 20 1 s2 dip switch dip-16 sda08h0kd c&k 21 4 u1,u2, u3,u4 4245a tssop-24 sn74lvc4245a ti 22 1 u5 32.768 mhz smd and thru-hole sg-531ph epson
si321xppqx-evb rev. 1.2 33 23 1 u6 fpga plcc-44 isplsi1016 lattice 2 4 4 j p 1 - + 5 v , j p 2 - + 5 v , j p 3 - n t, jp4-int jumpers standard two pin, 0.100" jumpers 25 6 na screws #4 plastic standoff screws 26 6 na standoffs #4 x 1/2 inch plastic standoffs not installed components 27 ni 1 p2 db15 female 747845-4 amp 28 ni 1 p3 db15 male 747841-4 amp 29 ni 2 jp5,jp6 30 ni 4 j8,j9, j10,j11 bnc 73133 molex 31 ni 1 j13 2x1 100 mil 2302-6111tn 3m 32 ni 2 r11,r7 805 33 ni 2 tp d5, tp d6 thru-hole table 11. proslic motherboard bill of materials (continued) item ni qty ref value rating tol dielectric pcb footprint mfr part number mfr
si321xppqx-evb 34 rev. 1.2 8. proslic motherboard layouts figure 28. proslic motherboard assembly
si321xppqx-evb rev. 1.2 35 figure 29. proslic motherboard component side
si321xppqx-evb 36 rev. 1.2 figure 30. proslic motherboard solder side
si321xppqx-evb rev. 1.2 37 9. ordering guide evb proslic device dc/dc op tion linefeed option si3210ppqx-evb si3210 bj t/inductor discrete si3210ppq1-evb si3210 bjt/inductor si3201 si3210mppqx-evb si3210m fet/ transformer discrete SI3210MPPQ1-EVB si3210m fe t/transformer si3201 si3215ppqx-evb si3215 bj t/inductor discrete si3215ppq1-evb si3215 bjt/inductor si3201 si3215mppqx-evb si3215m fet/ transformer discrete si3215mppq1-evb si3215m fe t/transformer si3201 si3216ppqx-evb si3216 bj t/inductor discrete si3216ppq1-evb si3216 bjt/inductor si3201 si3216mppqx-evb si3216m fet/ transformer discrete si3216mppq1-evb si3216m fe t/transformer si3201
si321xppqx-evb 38 rev. 1.2 d ocument c hange l ist revision 0.9 to revision 1.0 ? updated schematics ? updated layouts revision 1.0 to revision 1.1 ? added qfn schematics and layouts. revision 1.1 to revision 1.2 ? updated to reflec t currently-available evb designs.
si321xppqx-evb rev. 1.2 39 n otes :
si321xppqx-evb 40 rev. 1.2 c ontact i nformation silicon laboratories inc. 400 west cesar chavez austin, tx 78701 tel: 1+(512) 416-8500 fax: 1+(512) 416-9669 toll free: 1+(877) 444-3032 email: proslicinfo@silabs.com internet: www.silabs.com silicon laboratories, silicon labs, proslic, and linc are trademarks of silicon laboratories inc. other products or brandnames mentioned herein are trademarks or registered trademarks of their respective holders. the information in this document is believed to be accurate in all respects at the time of publ ication but is subject to change without notice. silicon laboratories assumes no responsibility for errors and om issions, and disclaims responsibi lity for any consequences resu lting from the use of information included herein. ad ditionally, silicon laboratorie s assumes no responsibility for the functioning of und escribed features or parameters. silicon laboratories reserves the right to make changes without further notice . silicon laboratories makes no wa rranty, rep- resentation or guarantee regarding the suitability of its products for any particular purpose, nor does silicon laboratories as sume any liability arising out of the application or use of any product or circuit, and s pecifically disclaims any and all liability, including wi thout limitation conse- quential or incidental damages. silicon laborat ories products are not designed, intended, or authorized for use in applications intended to support or sustain life, or for any other application in which the failure of t he silicon laboratories product could create a s ituation where per- sonal injury or death may occur. should buyer purchase or us e silicon laboratories products for any such unintended or unauthor ized ap- plication, buyer shall indemnify and hold silicon laboratories harmles s against all claims and damages.
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