STEVAL-IFP007V1 STMicroelectronics

STEVAL-IFP007V1 16-bit PLC digital input card demonstration board based on the SCLT3 Data brief Features 8/16 input channel topology (SCLT3-8 chip/STEVAL-IFP007V1 board) Fully integrated current limiter Termination for IEC61131-2 type 1 and 3 inputs Digital filter in each input SPI communication peripheral Voltage regulator integrated on the chip Thermal alarm Wide range supply voltage operation Description STEVAL-IFP007V1 The STEVAL-IFP07V1 demonstration board is based on the SCLT3-8 protected digital input interface and indicates each sensor logic state termination with serialized state transfer, and with an LED. allows the user to evaluate the behavior of the SCLT3-8 device in industrial environmental conditions. The SCLT3-8 is an eight channel termination used to interface automation digital inputs. It is designed for 24 VDC applications, and supports the type 3 input characteristic in accordance with standard IEC61131-2 (programmable controllers). The device integrates an SPI peripheral for communication with logic devices, ASICs and microcontrollers. This demonstration board is capable of transferring not only the data but also additional information such as thermal alarms, under voltage indications and parity bits. The STEVAL- IFP07V1 is ideal for applications with a high channel count, while the serial communication reduces the number of lines which, in most final applications, require galvanic isolation. The board accommodates two SCLT3-8 chips connected to the SPI bus in adaisy-chai configuration. It offers a 16-bit digital input May 2009 Doc ID 15371 Rev 2 1/4 For further information contact your local STMicroelectronics sales office. www.st.com 4 Circuit schematic STEVAL-IFP007V1 1 Circuit schematic Figure 1. Schematic diagram 2/4 Doc ID 15371 Rev 2 SPI S SL AAVVE L SB RR550 2222R VDVDD C1 333n3nF SPI MASTER MASTER ttoo bbee connectedconnected CNCN1 U1 CCN1N10 R1 2k22k2 IN0 CC440 11nnF DVDVR 1 3388 SSGNGND Inputnput 0 1 R2 DDVVR VVDDD 1 2 R3 22k2k2 IN1 CC441 11nnF 2 3737 Inputnput 1 2 OSOSC NC 3 4 IN2 CC442 11nnF SPM 3 3366 R4 22k2k2 Inputnput 2 3 551k1k SPM NC 5 6 IN3 C4C43 11nnF 4 3355 nnCS SCCS SCL T1 R5 22k2k2 Inputnput 3 4 COMCOMp CS 7 8 SGNSGND VC UVC U1 5 3344 SCSCK SSCL T1 VC SSCCK 9 1010 SST70T70 2x22x2 VVCCS 6 3333 VVDDD MI CCRO VCRO VCC CL K uuC VCVCS MOSMOSI 1111 1212 CCNN2 7 3232 nCS unCS uC MI SO uSO uC R6 CCOMOMp MI SO 1313 1144 R8 22k2k2 IN4 CC444 11nnF IN0 8 3131 SD SD 0 Inputnput 4 1 VCC IN1 MI SO CC113 C1C14 1155 1166 R1R10 22k2k2 IN5 CC445 11nnF IN1 9 3030 Inputnput 5 2 11k0k0 IN2 COMsCOMs 110u0uF/6.3V/6.3V 10u10uF//6.3V6.3V MI CRO VCCRO VCC 1177 1818 C4 R1R11 22k2k2 IN6 CC446 11nnF IN2 1010 2299 R7 115k5k Inputnput 6 3 IN3 REREF 1919 2200 IN7 CC447 11nnF 333n3nF IN3 1111 2288 RR112 22k2k2 Inputnput 7 4 IN4 NC 1122 2727 L EEDD0 ML WW2020G CCOMOMp L D1 SST70T70 2x22x2 IN4 1313 2626 L EDED1 SSGNGND MI CRCRO GNGND IN5 L D2 CNCN3 SGNSGND IN5 1414 2525 L EEDD2 MI CCRRO GNGND IN6 L D3 VDVDD U5 RR113 22k2k2 IN8 C4C48 11nnF IN6 1515 2424 L EDED3 R5R52 2220R20R Inputnput 8 1 IN7 L D4 SCSCK S SCL T1 SCSCK OOPT 8 R1R14 22k2k2 IN9 C4C49 11nnF IN7 1616 2323 L EEDD4 Inputnput 9 2 IN8 L D5 VDVDD SSCCK RR115 22k2k2 IN1N10 C5C50 11nnF 1177 2222 L EDED5 R4R48 330R330R Inputnput 1010 3 CCOMOMp L D6 CC119 A1 1 CL K u uC CL K u uC R1R16 22k2k2 IN1N11 CC551 11nnF 1818 2121 L EEDD6 1 1100p00pF Innputput 1111 4 NC L D7 SSCCK OOPT 7 1919 2020 L EDED7 R5R59 330R330R NC L D8 2 TestTest ppoinoint SST70T70 2x22x2 VoVo1 C1 CNCN4 SCSCL T3- 8BT8BT8 SSGNGND MI CCRRO GNGND RR117 22k2k2 IN1N12 CC552 11nnF RR449 330R330R CS Innputput 1212 1 C2 3 RR118 22k2k2 IN1N13 C5C53 11nnF R5R53 220R220R nCS unCS uC Innputput 1313 2 nnCS SCCS SCL T1 nCS OnCS OP T nCS OnCS OP T 6 1 R2R20 22k2k2 IN1N14 C5C54 11nnF RR660 330R330R Innputput 1414 3 4 nnCS uCS uC C2 VVoo2 R2R21 22k2k2 IN1N15 C5C55 11nnF GGNND SGNSGND TestTest poinpoint Innputput 1515 4 CC220 A2 1100n00nF 1100p00pF 5 SShihield SST70T70 2x22x2 MI SO GNGND ACP L -K 7733L MI SO uSO uC GGNND 1 SSGNGND SSGNGND TestTest poinpoint U6 MI CCRO VCRO VCC R5R57 3330R30R MI SSO SCO SCL T 1 A VVDDD 6 GGND MIND MI CRCRO MI CRCRO GGNND 1 2 5 MI SSO uO uC Vo TTestest ppoinoint NC VCC VVDDDD4 R4R43 R5R51 2222R CCNN9 VCVCS CC225 VVDDD RR558 330R330R 3 ShiShield 4 1100n00nF 1 1M5 CC118 RR444 C GGNND 2 333n3nF 1120k20k ACP L -W70W70L SST04T04 2pin2pin SSGNGND MI CCRRO GNGND U2 RR554 2220R20R SSCCK S SCL T2 SCSCK OOPT DDVVR 1 3388 SSGNGND RR119 DDVVR VDVDD GGNND SGNSGND SGNSGND 2 3377 OSOSC NC C2C21 SPM 3 3366 51k51k SPM NC 1100p00pF 4 3355 nCS SCnCS SCL T2 COMCOMp CS SSGNGND VVC UC U2 5 3344 SCSCK SSCL T2 VC SSCCK VVCCS 6 3333 SD 0fSD 0f VCVCS MMOSOSI SGNSGND 7 3322 RR222 CCOMOMp MI SO IN8 8 3311 MI SSO SCO SCL T RR555 220R220R VCC IN1 MI SO nCS SCnCS SCL T2 nCS OnCS OP T IN9 9 3030 1k01k0 IN2 CCOMsOMs GND GND P WR C6 INN110 1010 2299 RR224 115k5k IN3 RREEF C2C22 GGNND 333n3nF IN1N11 1111 2288 1 IN4 NC 100p100pF 1122 2727 L EEDD8 CCOMOMp L D1 TTestest poinpoint INN112 1313 2626 L EDED9 IN5 L D2 SGNSGND IN1N13 1414 2525 L ED10 IN6 L D3 SSGNGND IN1N14 1515 2424 L ED11 IN7 L D4 IN1N15 1616 2323 L ED12 R5R56 220R220R IN8 L D5 SD 0fSD 0f SSD D 0 1177 2222 L ED13 COMCOMp L D6 1818 2121 L ED14 NC L D7 CC223 1919 2020 L ED15 NC L D8 100p100pF Isolationsolation barriebarrier SCSCL T3- 8BT8BT8 SGNSGND GNGND VDDVDD4 VVDDDD4 SGNSGND DDVVR JMJMP 1 SPM JMJMP 2 SGNSGND SSGNGND 39 39 C OM p C OM p