july 2015 docid028022 rev 1 1 / 7 www.st.com x - nucleo - plc01a1 industrial input/output expansion board based on vni8200xp and clt01 - 38sq7 for stm32 nucleo features ? enables a plc (programmable logic controller) function subset on stm32 nucleo ? 8x input with clt01 - 38sq7 high - speed protected digital termination array ? 8x output with vni8200xp high - side solid state relay ? status leds: fault, thermal, power ? io (input/output) activity leds 24 v power supply ? free comprehe nsive development firmware library and example compatible with stm32cube firmware ? compatible with stm32 nucleo boards ? compatible with arduino uno r3 connector ? rohs compliant description the x - nucleo - plc01a1 is an industrial input/output evaluation board which expands the stm32 nucleo board functionality with a plc (programmable logic controller) function subset. it is compatible with the arduino uno r3 connector layout and i s designed around vni8200xp (solid state relay) and clt01 - 38sq7 (octal digital termination array). the x - nucleo - plc01a1 interfaces with the stm32 mcu via the spi peripheral. moreover, it is equipped with a set of diagnostic and activity leds to facilitate application debugging. it can accept other stm32 plug - on expansion boards to further extend the stm32 nucleo board functionality. the x - nucleo - plc01a1 allows the rapid evaluation of the ics on board performing a basic set of plc operations in conjunction w ith the x - cube - plc1 software package. x - nucleo - plc01a1 is not intended to evaluate the single devices at their full specifications. vni8200xp includes advanced protection and fault detection features. clt01 - 38sq7 provides protection and isolation in indust rial operating conditions as well as an 'energy - less' status indication for each of the eight input channels, featuring minimal power consumption; it is designed for situations that are required to pass the iec61000 - 4 - 2 8 kv and 15 kv test standards. both the clt01 - 38sq7 and the vni8200xp are designed to meet the most common industrial requirements (i.e. iec61000 - 4 - 2, iec61000 - 4 - 4, iec61000 - 4 - 5 or iec61131 - 2); to eveluate them further, refer to the single - product evaluation boards, available at www.st.com.
schematic diagrams x - nucleo - plc01a1 2 / 7 docid028022 rev 1 1 schematic diagrams figure 1 : x - nucleo - plc01a1 schematic, part 1 spi activity leds d n m d n m sp i _ s c k d 2 s p i a c t i v i t y le d r 1 5 330 r morpho connectors d 0 d 1 d 2 d 3 d 4 d 5 d 6 d 7 d 8 d 9 d 1 0 d 1 1 d 1 2 d 1 3 a v d d d 1 4 d 1 5 a 5 a 4 a 3 a 2 a 1 a 0 v i n 5 v + 3 v 3 nr s t + 3 v 3 cn 1 0 m o r pho c onne c t o r 1 3 5 7 9 1 1 1 3 1 5 1 7 1 9 2 1 2 3 2 5 2 7 2 9 3 1 3 3 3 5 3 7 2 4 6 8 1 0 1 2 1 4 1 6 1 8 2 0 2 2 2 4 2 6 2 8 3 0 3 2 3 4 3 6 3 8 c 1 100 n f cn 7 m o r pho_ c onne c t o r 1 3 5 7 9 1 1 1 3 1 5 1 7 1 9 2 1 2 3 2 5 2 7 2 9 3 1 3 3 3 5 3 7 2 4 6 8 1 0 1 2 1 4 1 6 1 8 2 0 2 2 2 4 2 6 2 8 3 0 3 2 3 4 3 6 3 8 c 2 100 n f nucleo connectors note :-- al l resisto r s i n this section should be smd080 5 dn m d 1 3 d 1 2 d 1 0 d 9 d 1 1 d 6 d 4 d 3 d 2 d 5 nr s t + 3 v 3 v i n 5 v d 1 5 d 1 4 av d d d 1 d 0 a 2 a 3 a 4 a 5 a 0 a 1 d 8 d 7 o u t _ e n sp i _ c s 2 sp i _ c s 1 sp i _ m i s o sp i _ m o s i sp i _ s c k v cc _ u c sp i _ s c k cn 9 h ea d e r 8 8 7 6 5 4 3 2 1 r 1 3 0 e j5 1 2 cn 8 h ea d e r 6 1 2 3 4 5 6 r 5 0 e cn 5 h ea d e r 1 0 1 2 3 4 5 6 7 8 9 1 0 r 1 0 e r 6 0 e cn 6 h ea d e r 8 1 2 3 4 5 6 7 8 r 4 0 e r 2 0 e r 3 0 e
x - nucleo - plc01a1 schematic diagrams docid028022 rev 1 3 / 7 figure 2 : x - nucleo - plc01a1 schematic, part 2 24 v inp ut c l t _ i n 1 v c v c s c l t _ i n 2 c l t _ i n 3 c l t _ i n 4 c l t _ i n 5 c l t _ i n 6 c l t _ i n 7 c l t _ i n 8 v i npu t v i npu t + 24 v p g n d p g n d p g n d p g n d p g n d r 3 2 2 k 2 + c 1 7 100u f / 50 v d 1 9 s m 15 t 33 c a c 1 9 4n7 / 3 k v - n . m . r 4 4 120 k 5 m 1 3 4 r c 5 22n f r 3 7 2 k 2 c 1 5 4n7 / 3 k v - n . m . r 3 0 2 k 2 c 4 22n f c 1 1 22n f r 3 6 2 k 2 r 2 9 2 k 2 d 2 0 s t ps 1 h 100 a c 1 2 22n f c 1 0 22n f r 3 5 2 k 2 c 8 22n f t p 3 1 2 k 2 2 4 r r 3 4 2 k 2 c 1 6 1u f / 50 v t p 2 1 c 7 22n f r 3 3 2 k 2 c 1 8 33n f / 50 v j 8 i npu t _ c o nn e c t o r 1 2 3 4 5 6 7 8 9 1 0 c 6 22n f c l t01 -3 8s q 7 c l t _ i n 1 c l t _ i n 2 c l t _ i n 3 c l t _ i n 4 c l t _ i n 5 c l t _ i n 6 c l t _ i n 7 c l t _ i n 8 c l t _ s c k c l t _ m i s o c l t _ c s 1 c l t _ s c k c l t _ m i s o v c v c s c l t _ c s 1 v dd _ c l t v dd _ c l t c s 1 s c k m i s o u 1 c l t 01 - 38 s q 7 v d d 1 d v r 2 n c 3 sp m 4 n c 5 n c 6 n c 7 c o m p 8 n c 9 n c 1 0 n c 1 1 n c 1 2 v c 1 3 v c s 1 4 c o mp 1 5 i n 1 1 6 i n 2 1 7 i n 3 1 8 i n 4 1 9 c o mp 2 0 i n 5 2 1 i n 6 2 2 i n 7 2 3 i n 8 2 4 n c 2 5 n c 2 6 n c 2 7 n c 2 8 n c 2 9 n c 3 0 c o m p 3 1 n c 3 2 n c 3 3 l e d 8 3 4 l e d 7 3 5 l e d 6 3 6 l e d 5 3 7 l e d 4 3 8 l e d 3 3 9 l e d 2 4 0 l e d 1 4 1 r e f 4 2 c o ms 4 3 m i s o o r / m i s o 4 4 n c 4 5 m o s i 4 6 s c k 4 7 c s 4 8 s u b 4 9 r 4 1 220 r r 2 5 47 k r 3 8 0 e d 1 4 l e d 4 r 2 6 15 k r 3 9 220 r r 2 7 220 r r 2 8 0 e r 4 0 10 k d 1 3 l e d 3 j 1 1 3 1 2 c 1 3 33p f c 3 33p f d 1 8 l e d 8 c 9 100n f / 10 v d 1 7 l e d 7 d 1 5 l e d 5 d 1 1 l e d 1 c 1 4 33p f d 1 6 l e d 6 d 1 2 l e d 2
schematic diagrams x - nucleo - plc01a1 4 / 7 docid028022 rev 1 figure 3 : x - nucleo - plc01a1 schematic, part 3 vni8200xp v n i _ o u t _ e n c s 1 v n i _ w d m o s i v n i _ m o s i s c k v n i _ s c k c s 2 v n i _ c s 2 m i s o v n i _ m i s o / f a u l t v n i _ w d p g v n i _ m o s i v n i _ s c k v n i _ c s 2 v n i _ m i s o r o w 0 r o w 1 r o w 2 r o w 3 c o l 0 c o l 1 f b f b / t w a r n / t w a r n / f a u l t p g + 5 v 0 + 5 v 0 + 5 v 0 + 5 v 0 + 5 v 0 + 24 v + 5 v 0 + 5 v 0 + 5 v 0 p g n d c 4 8 100p f c 4 6 100p f d 2 3 l e d c 2 5 33p f / 10 v r 5 2 220 r c 3 1 22 n f / 50 v c 4 5 33p f / 10 v r 5 0 220 r c 3 5 22 n f / 50 v c 2 7 100 n f / 10 v c 3 9 10 n f / 10 v t p 5 1 c 3 0 22 n f / 50 v d 2 2 l e d c 4 7 100p f d 2 4 l e d r 6 0 680 r t p 4 1 u 2 v n i 8200x p se l 2 1 se l1 / i n 1 2 w d _ e n / i n 2 3 o u t _ e n / i n 3 4 w d / i n 4 5 s d i / i n 5 6 c l k / i n 6 7 ss / i n 7 8 s d o / i n 8 9 v r e g 1 0 c o l 0 1 1 c o l 1 1 2 dc v d d 1 3 v r e f 1 4 r o w 0 1 5 r o w 1 1 6 r o w 2 1 7 r o w 3 1 8 p g 1 9 f a u l t 2 0 t w a r n 2 1 fb 2 2 g n d 2 3 p h as e 2 4 b oo t 2 5 n c 2 6 o u t 8 2 7 o u t 7 2 8 o u t 6 2 9 o u t 5 3 0 o u t 4 3 1 o u t 3 3 2 o u t 2 3 3 o u t 1 3 4 n c 3 5 n c 3 6 t a b / v c c 3 7 c 3 3 10 n f / 10 v r 5 5 3 k 3 r 5 9 680 r r 4 9 47 k r 5 3 2 k d 2 1 ba t 4 8 r 5 8 680 r r 5 4 10 k r 4 8 10 k r 4 6 10 k c 4 4 33p f / 10 v r 4 7 10 k c 2 0 33p f / 10 v j 1 0 ou t pu t _ c onne c t o r 1 2 3 4 5 6 7 8 c 2 1 1 u f / 50 v c 4 1 470 n f / 10 v l 1 100 u h c 2 6 33p f / 10 v r 4 5 220 r r 5 1 220 r c 2 8 22 n f / 50 v c 2 9 22 n f / 50 v c 3 7 22 n f / 50 v c 4 3 100p f / 50 v c 3 2 22 n f / 50 v c 4 2 4 . 7 u f / 10 v c 3 8 10 n f / 10 v r 5 7 220 r c 4 0 33p f / 10 v c 3 6 22 n f / 50 v r 5 6 220 r c 3 4 22 n f / 50 v
x - nucleo - plc01a1 schematic diagrams docid028022 rev 1 5 / 7 figure 4 : x - nucleo - plc01a1 schematic, part 4 output leds c o l 1 c o l 0 r o w 0 r o w 1 r o w 2 r o w 3 r 6 8 680 r d 2 7 l e d 3 d 3 1 l e d 7 r 6 2 680 r r 6 6 680 r d 2 6 l e d 2 d 3 0 l e d 6 d 2 9 l e d 5 d 2 5 l e d 1 r 6 1 680 r r 6 4 680 r r 6 3 680 r r 6 7 680 r r 6 5 680 r d 2 8 l e d 4 d 3 2 l e d 8 digital isolator c s 2 m o s i v n i _ o u t _ e n + 5 v 0 + 5 v 0 s c k c s 1 m i s o v cc _ u c v cc _ u c sp i _ m o s i o u t _ e n sp i _ m i s o sp i _ s c k sp i _ c s 1 sp i _ c s 2 u 3 s i 866 1 v dd 1 1 a 1 2 a 2 3 a 3 4 a 4 5 a 5 6 g nd 1 8 g nd 2 9 a 6 7 b 6 1 0 b 5 1 1 b 4 1 2 b 3 1 3 b 2 1 4 b 1 1 5 v dd 2 1 6 c 2 4 100 n f / 10 v c 2 2 10 u f / 6 . 3 v c 2 3 100 n f / 10 v
revision history x - nucleo - plc01a1 6 / 7 docid028022 rev 1 2 revision history table 1: document revision history date version changes 17 - ju l - 2015 1 initial release.
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