STEVAL385LED4CH

STEVAL385LED4CH 200 W, digital 4-LED channels demonstration board with STLUX385A-controlled current regulation and dimming Data brief The STEVAL385LED4CH device implements inversed buck topology to drive each LED channel. The SMED technology integrated in the STLUX385A device regulates the LED current, exploiting the fixed-off-time (FOT) principle. Each channel can output current in the range of 250 mA to 1 A. ) s t( c u d The number of LEDs, the current and the PWM dimming working point can be set through the command interpreter, accessible via the serial interface. Dimming can also be manually adjusted via the three on-board buttons. e t le Features o r P The demonstration board can be optionally controlled via a DALI interface. The DALI connection board is available separately (part number STEVAL-ILM001V1). The STLUX385A DALI software drivers and application firmware are available. o s b O )  Based on the STLUX385A digital controller  Up to 200 W s ( t c  4 LED channels  Adjustable LED current and dimming u d o  Adaptive voltage compensation This demonstration board is available also with an order code STEVAL-ILL057V1. r P e  Real-time fault detection and protection (e.g: short or open circuit) t e l o  Serial interface  DALI (optional) s b O Description The STEVAL385LED4CH demonstration board is a complete and configurable solution to manage four independent high-brightness LED channels using the STLUX385A digital controller. The STLUX385A is a part of the STMicroelectronics® STLUX™ product family and embeds advanced peripherals tailored to generate high resolution PWM signals (SMED). May 2014 DocID024374 Rev 2 For further information contact your local STMicroelectronics sales office. 1/10 www.st.com Board description 1 STEVAL385LED4CH Board description Figure 1. Jumper and connector location ) s t( c u d e t le o r P o s b O ) s ( t c u d o O 2/10 Table 1. Connector pinout Name Function Power IN (J9) Input power connection. Range: 12 - 48 V. DALI DALI connector. Compatible with STEVAL-ILM001V1 demonstration board. UART Serial link. Connector: jack mono 3.5 mm The UART cable is provided with the demonstration board. SWIM SWIM interface. CH0 (J6) LED string connector, channel 0. CH1 (J8) LED string connector, channel 1. CH2 (J5) LED string connector, channel 2. CH3 (J7) LED string connector, channel 3. e t e l o s b Pr $09 DocID024374 Rev 2 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ocID024374 Rev 2  t e l o r P e u d o s ( t c O ) o s b e t le o r P  s b O 9&& c u d *1' *1' 9&& . 5 3:0 3:0 3:0 3:0 *1' 5(6Q & Q) 3RZHU 3RZHU . /HG& KDLQ 5 . 1 0 5 3:0 3:0 3:0 3:0 /HG& KDLQ 3:0 &33 &33 &33 &33 &33 &33 &33 &33 63 *1' 5 . 5 . 5 $'&,1  /('B3:   *1' - ', 00,1 *9 . $'&,1  /'B3: 9/(' 9/(' 9/(' 9/(' 9/(' 9/(' 9/(' 9/(' /('B3: ', * ', * ', * ', * ', * ', * ', * ', * STEVAL385LED4CH Board description Figure 2. STEVAL385LED4CH - schematic 1 of 3 ) s t( $09 3/10 10 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o s b e t le    DocID024374 Rev 2        4/10  s ( t c  s b O e t e ol      u d o Pr    Board description STEVAL385LED4CH Figure 3. STEVAL385LED4CH - schematic 2 of 3 o r P c u d ) s t( $09 *1'   DocID024374 Rev 2 *1' *1'   *1' /09,/7  8 1 0  *1' & Q) 9&& $ $&' ,1  $'& ,1  5 . s ( t c   9&& $ 5 *1' (1 (1 (1 9,1 8 9'B *1'    . 5 & Q) 676 '.1' )% 6: %227 o s b e t le & Q) 5 . 5 . 9&& $  & X) 9 & Q) 9 u d o  & X) 9     5  . /('B3: *1' & Q) *1' & Q) 9 *1' ' %=9&9 9: *1' r P e  :(&%) 56 / 5 : 5 /('B3: $3&%75$. 3*22'  9&& - &211 32/,      & X) 9 *1'   6+'1 9,1 8 *1'  & S) *1' & Q) P$PD[ 9RXWSXW & Q) 9 9&&  & X) 9 *1' & *1' Q)  %< 3$66 56 287 /.075 *1' 5 . $, VDW RKP /  X+ 56 5 . ' 6736/8 56     *1'  (;3B3$'  s b O t e l o /('B3: 9'B STEVAL385LED4CH Board description Figure 4. STEVAL385LED4CH - schematic 3 of 3 c u d ) s t( o r P O ) $09 5/10 10 Bill of material 2 STEVAL385LED4CH Bill of material Table 2. STEVAL385LED4CH - bill of material Item Qty. Reference Part value Decal Note 10 V 1 2 C1, C4 1 µF CAPC-0603 2 4 C2, C8, C43, C45 10 nF CAPC-0603 3 8 C3, C19, C20, C31, C32, C40, C44, C46 100 nF CAPC-0603 4 2 C5, C6 12 pF - N. M. CAPC-0603 5 1 C7 4.7 nF CAPC-0603 6 4 C9, C11, C21, C23 10 nF CAPC-1206 7 4 C10, C12, C22, C24 1 µF CAPC-1206 8 4 C13, C14, C25, C26 1 nF 9 8 C15, C16, C17, C18, C27, C28, C29, C30 10 nF 10 6 C33, C38, C42, C47, C48, C49 100 nF 11 2 C34, C37 12 1 C35 13 1 C36 14 1 C39 15 1 C41 16 1 17 1 18 1 uc od r P e t e l o CAPC-0603 25 V CAPC-1206 100 V 150 pF CAPC-0805 25 V 22 µF D250P100 100 V 150 µF CAPC-7343 16 V 10 µF V-3216 10 V 47 µF CAP-AXP1000D400 100 V D1 FAULT LEDC-0603 D2 RUN LEDC-0603 4 D3, D4, D9, D10 STPS2H100A SMA 4 D5, D6, D11, D12 STPS0560Z SOD123 Pr )- s ( t c u d o C50 s b O 100 nF 4 D7, D8, D13, D14 LL4148 SOD80-st 22 1 D15 BZV85-C51V DO41 23 1 D16 STPS3L60U SMB 24 1 J1 SWIM I/F 4PIN-P254 25 1 J2 DALI I/F PIN2X6P254 26 1 J3 UART I/F - TTL 3PIN-P254 27 1 J4 UART I/F JACK-3_535RASMT2BHNTRX 28 1 J5 CH2 MOR-2POLI-WAGO-250-402 29 1 J6 CH0 MOR-2POLI-WAGO-250-402 30 1 J7 CH3 MOR-2POLI-WAGO-250-402 s b O 6/10 100 V CAPC-0603 21 20 100 V CAPC-0603 e t e ol 19 ) s t( Not mounted DocID024374 Rev 2 51 V, 1.3 W STEVAL385LED4CH Bill of material Table 2. STEVAL385LED4CH - bill of material (continued) Item Qty. Reference Part value Decal Note 31 1 J8 CH1 MOR-2POLI-WAGO-250-402 32 1 J9 CONN-2POLI MOR-2POLI-WAGO-236-402 33 1 J11 DIMMING 0-10 V 2PIN-P254 34 2 L1, L7 WE-CBF CAPC-0603 35 4 L2, L3, L4, L5 470 H DS5022P-Coilcraft 36 1 L6 8.5 H ELL4GG-Panasonic 37 4 L8, L9, L10, L11 WE-CBF CAPC-0603 38 1 P1 RESET EVQPSM-Panasonic 39 1 P2 LED CH SEL SMD-SWITCH-B3FS 40 1 P3 INC SMD-SWITCH-B3FS 41 1 P4 DEC SMD-SWITCH-B3FS 42 4 Q1, Q2, Q5, Q6 STN3NF06L SOT223 43 4 Q3, Q4, Q7, Q8 2N7002 44 10 R1, R2, R3, R9, R77, R34, R35,R56, R57, R68, R78 0 45 1 R4 46 1 R5 47 2 R6, R7 48 1 R8 49 1 R10 50 1 51 2 52 1 Ob 54 8 12 e t le o r P SOT23 RESC-0603 RESC-0603 4.7 K RESC-0603 1 K RESC-0603 51.1 K RESC-0603 3.3 K RESC-0603 47 K RESC-0603 R12, R73 100 K RESC-0603 R13 27 K RESC-0603 R14, R15, R16, R17, R32, R33, R54, R55 Not mounted RESC-0603 R18, R19, R24, R25, R40, R41, 26.1 K RESC-0603 e t e l Pr R11 ) s ( t uc od so 53 15 K ) s t( c u d so b O - 1.2 A sat Not mounted R46, R47, R67, R69, R72, R75 55 4 R20, R21, R42, R43 10  RESC-0603 56 4 R22, R23, R44, R45 160  RESC-0603 57 8 R26, R27, R28, R29, R48, R49, R50,R51 1.8  R2512 1 W 1% 58 4 R30, R31, R52, R53 Not mounted RESC-0805 Not mounted 59 6 R36, R37, R58, R59, R70, R76 1.2 K RESC-0603 60 4 R38, R39, R60, R61 5.1 K RESC-0603 61 1 R62 10  R700DIAM100 62 1 R63 18 K RESC-0805 DocID024374 Rev 2 1W 7/10 10 Bill of material STEVAL385LED4CH Table 2. STEVAL385LED4CH - bill of material (continued) Item Qty. Reference Part value Decal 63 2 R64, R66 10 K RESC-0805 64 1 R65 2.7 K RESC-0805 65 2 R71, R74 100 K RESC-0603 66 1 U1 STMLUX38 TSSOP38 67 2 U2, U3 PM8834 SOI8 68 5 U4, U5, U6, U7, U10 LMV321ILT SOT23-5L 69 1 U8 ST1S14 SO8-EP-9 70 1 U9 LK112M33TR SOT23-5L 71 1 X1 16 MHz - N.M. X32-3_2x2_5-MEC Figure 5. STEVAL385LED4CH - layout (top layer) Note Not mounted Not mounted ) s t( d o r uc Not mounted P e et l o s ) s ( ct b O - u d o r P e t e l o s b O AM13712V1 8/10 DocID024374 Rev 2 STEVAL385LED4CH 3 Revision history Revision history Table 3. Document revision history Date Revision 04-Apr-2013 1 Initial release. 2 Updated Section : Description on page 1 (replaced “MASTERLUX™” by “STLUX™”, added “This demonstration board is available also with an order code STEVAL-ILL057V1.” sentence). Updated Table 2: STEVAL385LED4CH - bill of material on page 6 (updated units, values, minor modifications). Minor modifications throughout document. 29-May-2014 Changes ) s t( c u d e t le o r P o s b O ) s ( t c u d o r P e t e l o s b O DocID024374 Rev 2 9/10 10 STEVAL385LED4CH ) s t( Please Read Carefully: c u d Information in this document is provided solely in connection with ST products. STMicroelectronics NV and its subsidiaries (“ST”) reserve the right to make changes, corrections, modifications or improvements, to this document, and the products and services described herein at any time, without notice. All ST products are sold pursuant to ST’s terms and conditions of sale. o r P Purchasers are solely responsible for the choice, selection and use of the ST products and services described herein, and ST assumes no liability whatsoever relating to the choice, selection or use of the ST products and services described herein. e t le No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted under this document. 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