20 JAHRE. SIB 100-TS Series. Arbitrary 4-Quadrant Voltage and Current Amplifiers. 500 W W DC khz / 1 MHz

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1 20 JAHRE SIB 100-TS Series Arbirary 4-Quadran Volage and Curren Amplifiers 500 W W DC khz / 1 MHz 1

2 Arbirary 4-Quadran Volage and Curren Amplifiers SIB 100-TS Serie 500 W W DC khz / 1 MHz SIB E-TS Special feaures DC khz full range bandwidh DC... 1 MHz (small signal -3 db) Oupu volage ±75 Vpk Rising-/falling ime 100 V/µs Arbirary funcion wih memory daa poins Insrumen Overview Model Volage Curren Oupu Power Size SIB E-TS ± 75 V pk 11 A pk 500 W 3 U SIB E-TS ± 75 V pk 28 A pk W 4 U SIB E-TS ± 75 V pk 56 A pk W 12 U SIB E-TS ± 75 V pk 84 A pk W 16 U SIB E-TS ± 75 V pk 112 A pk W 20 U USB inerface sandard, LAN opional Analogue inpu 0... ±10 V for volage or curren conrol Monior oupus for measured values of volage and curren ArbNe-Sofware for graphical waveform generaion Daa acquisiion ou of oscilloscope signals Modularly expandable in maser slave mode General The SIB 100-TS series are linear precision 4-quadran power amplifiers for fas volage and curren signals - each posiive and negaive (bipolar). They also work as sink in applicaions o absorb power. Exremely high bandwidh a highes power requiremens, necessary for fas signals, characerize his series. Arbirary funcionaliy SIBO s arbirary power amplifiers include a huge memory of daa poins o sore arbirary waveforms in he insrumen iself. No arbirary waveform generaor or any oher conrolling insrumen is needed. This makes hese 4-quadran amplifiers unique in he world marke. The easy o use ArbNe sofware, ha is sandard in scope of delivery, allows o generae waveforms in a graphical user inerface or via abular inpu. Shor ime curren Shor ime curren a SIB E-TS In a period of ime of 500 ms, he amplifier sysems supply a shor ime curren. The 500 W insrumen wih is 11 A, allows 27 A, he W insrumen wih is 28 A up o 55 A. 55 A - A raed 8 A ms 2

3 Volage- and curren conrol Boh volage and curren conrol of he mighy amplifiers is possible. This can be seleced on he fron panel of he insrumen. Conroll inpu is 0... ±10 V for 0... ±V raed respecively 0... ±I Iraed. Proecive funcions Various proecive funcions avoid damage of he insrumen and also guaranee proecion for esed devices. Oupu volage and curren can be limied and also over emperaure shudown is included. The inside calculaion of power dissipaion and oally monioring of curren ensure perfec shor circui and over volage proecion. Also for securiy aspecs an inerlock shu down can be riggered. Amplifier conrol from PC In sandard, a USB inerface is included o communicae and conrol he insrumens by PC. Opionally a LAN inerface can be added. Oupu ON/OFF Wih is oupu on/off swich on he fron of he insrumens, he oupu can be acivaed or deacivaed. When deacivaing, here is a compleely galvanic inerrupion o he esed devices. Selecable operaing volage Three selecable operaing volage ranges allow o adap o applicaions for high volage / low curren or low volage / high curren. Especially when conrolling exremely low impedance loads, he operaing volage range can be reduced o one hird of he maximum oupu volage. This leads o an immense reducion of power dissipaion. Monior oupus Locaed on he back of he insrumens here are monior oupus for volage and curren wih is measured values. Oupu values are 0... ±10 V for 0... ±V raed respecively 0... ±I Iraed. Parallel-/serial operaing For obaining higher curren, up o four equal models of SIB E-TS and SIB E-TS can be inerconneced. Therefore juncion box 1P2-X is necessary. For serial operaing o exend volage, wo insrumens can conneced in bridge circui mode. 3

ArbNe Sofware Waveform generaion and 4-quadran amplifier conrol Special feaures Easy o use graphical waveform edior and abular inpu possibiliy Command library for inegraion ino auomaed es sysems -

Daa acquisiion ou of oscilloscope signals and impor of ASCII files Waveform rigger caused by exernal TTL signal (rising edge) for synchronizaion Macro funcion for execuion of auomaed ess Waveform

4 ArbNe Sofware Waveform generaion and 4-quadran amplifier conrol Special feaures Easy o use graphical waveform edior and abular inpu possibiliy Command library for inegraion ino auomaed es sysems - LabView (TM) - Vecor CANoe (CAPL) - C# - C ++ - ANSI C - Pyhon - ec. Daa acquisiion ou of oscilloscope signals and impor of ASCII files Waveform rigger caused by exernal TTL signal (rising edge) for synchronizaion Macro funcion for execuion of auomaed ess Waveform generaion The powerful and easy o use ArbNe sofware is unique in worlds marke. Wihou any knowledge in sofware developmen, consrucion of ordinary and complex waveforms is dead easy. A graphical waveform edior allows o generae individual curves in a flash. Also a abular inpu possibiliy produces all kind of waveforms immediaely. The simpliciy how fas o impor daa ou of oscilloscopes is amazing. Read in ASCII daa files is possible in he same way. Digial inerfaces USB / LAN All funcionaliies of he 4-quadran amplifiers are available in ArbNe sofware for conrolling he insrumens. Shor ime curren on/off, oupu on/off, operaing volage range and oher funcions can be easily se wih is USB inerface or is opional LAN inerface. Trigger funcion A hardware rigger inpu can be acivae o monior a TTL inpu signal on is rising edge. Synchronous waveform simulaion, measuremen and esing asks are predesined applicaons. Macro funcion Wih a comforable macro edior and is execuion, seleced waveforms run sequenially. Burss, repeiions and loops make esing easy wihou any sofware coding. 4

ArbNe remoe DLL Wih he ArbNe remoe DLL s, available for nearly all programming languages, wih is command library, users conrol he 4-quadran amplifiers in an absolue perfecion.

No need o concern abou memory space and resoluion of he amplifiers. A simple load command calculaes he bes resoluion of he waveform ha is possible and sends daa o he arbirary uni.

5 ArbNe remoe DLL Wih he ArbNe remoe DLL s, available for nearly all programming languages, wih is command library, users conrol he 4-quadran amplifiers in an absolue perfecion. There is no need of handling hardware inerfaces such as USB or LAN. One command for each funcion handles all inerfaces. Daa files are sen o he insrumen wihin milliseconds. No need o concern abou memory space and resoluion of he amplifiers. A simple load command calculaes he bes resoluion of he waveform ha is possible and sends daa o he arbirary uni. In every DLL (LabView TM, Vecor CANoe, C#, C ++, ANSI C, Pyhon, ec.), commands are idenical. This makes swiching beween programming languages convenien. Commands for creaing waveforms ou of user programming surroundings are included as well. Variable waveforms for simulaion of increasing ramps in ime, variaion of frequency and many oher applicaions are ypical es scenarios. 5

6 Applicaions LV124 / VW80000 LV148 ISO 7637 DIN ISO GS ec. Vehicle and avionic applicaions E-02 Transien overload E-05 Load dump The SIBO arbirary 4-quadran amplifiers are predesined o simulae vehicle and avionic sandards such as LV 124 / VW 80000, LV148, ISO 7637, DIN 40839, ISO 16750, GS and many oher relaed norms. U max U 1 U min U max U min r s These waveforms and also a wide range of company-specific car manufacurer sandards (BMW, Daimler, VW,...) are included in he sandard package. E-03 Transien undervolage U max E-06 Sine inerference U Bmax U PP LV124 / VW One of he main sandards in auomoive indusries is LV124 / VW Wih hese sysems, his sandard can be simulaed easily. The waveform library conains all elecronic ess ou of his specificaion (see on he righ). U min E-04 Jump sar U max 1 Prüf 1 E-07 Slow decrease and increase of supply volage U Bmax U Bmin U min vor Prüf Funkionszusand A Funkionszusand C Funkionszusand A 6

7 E-08 Slow decrease, fas increase of supply volage U Bmax E-11 Cranking pulse U E-13 Inerrupion of pin Ein U B U Bmin 0V U A U S U T Aus r E-09 Rese behaviour E-11 Cranking pulse U U Bmin U B U h 0V U A U S U T E-10 Shor inerrupions 2 1 Ein 1 E-12 Volage behaviour wih inelligen generaor regulaion U 2 Aus U 1 r 1 r 1 7

8 Easy Programming via USB (Sandard) LAN (Opion) Special feaures Ready o use for LabView TM, Vecor CANoe / CAPL, C#, C++, ANSI C, Pyhon, ec. Same commands for USB and LAN (sofware compaibiliy) Creaing waveforms ou of source code Predefined commands for sine waves, exponenial funcions, ramps, ec. Inegraion ino HIL simulaion sysems Complee inerface handling and configuraion Saring and closing sofware ou of Applicaion Example 1 This programming example in Pyhon opens an exising daa file, loads daa ino amplifiers memory, swiches he oupu on and runs he applicaion in a loop of five imes. impor ArbNePY27 impor ime #Creae PYD objec arbne = ArbNePY27.CreaeObjec() #Connec o he ArbNe server serveripaddress = serverpornumber = 700 arbne.connec(serveripaddress,serverpornumber) #Open an exising file filename = F:\\Waveform1MV.and openfilere = arbne.openfile(filename) #Arbirary Sysem Funcion sys=arbne.gearbirarysysem() #Configure he device seings #Define source and amplifier source = NI DAQ USB-6259 amplifier = SIB E-TS #Se Sysem sesysre = sys.se(1,source,amplifier,0,0,0) ime.sleep(5) #Load waveform ino insrumens memory sys.load() #Enable oupu sys.execue() #Sar runnings of waveform wih burs=5 sys.sar(5) #Wai unil waveform ends afer 5 runnings run = sys.isrun() while run == 1: ime.sleep(0.5) run = sys.isrun() #Se oupu o sandby sys.sandby() #Close file openfilere.close() #Disconnec from ArbNe server arbne.disconnec() 8

Example 2 Creaing waveforms ou of cusomers programming source code is quie easy: This code in C# generaes he following waveform and runs i 5 imes. using Sysem; using Sysem.Collecions.

9 Example 2 Creaing waveforms ou of cusomers programming source code is quie easy: This code in C# generaes he following waveform and runs i 5 imes. using Sysem; using Sysem.Collecions.Generic; using Sysem.Linq; using Sysem.Tex; using ArbNezRemoeDoNe; namespace TesCase2 { class Program { saic void Main(sring[] args) { //assuming ArbNez is sared exernally in server mode RemoeArbNezDoNe _dlltes = new RemoeArbNezDoNe(); Resource _sysresource = null; Resource _fileresnew = null; sring ipaddress = ; in ipor = 700; in res = -1; in layer = 1; sring source = NI DAQ USB-6259 ; sring amplifier = SIB E-TS ; sring online = sring.empy; sring filename = F:\\Waveform2MV.and ; in filetype = 0x10; in run = 0; } } } res = _dlltes.connec(ipaddress, ipor); Console.WrieLine( 1 - Conneced o ArbNe... ); res = _dlltes.newfile(ref _fileresnew, filetype, filename); if(res == 0) Console.WrieLine( 2 - New File creaed... ); res = _dlltes.adddaafile(_fileresnew,1,0.0,0.0,5.0); if(res == 0) Console.WrieLine( - 1 New value in waveform added... ); res = _dlltes.adddaafile(_fileresnew,1,0.1,12.0,5.0); if(res == 0) Console.WrieLine( - 2 New value in waveform added... ); res = _dlltes.adddaafile(_fileresnew,1,0.5,12.0,5.0,1,50.0,10.0,2.0,0.0,0.0,0); if(res == 0) Console.WrieLine( - 3 Sine inerference on waveform added... ); res = _dlltes.adddaafile(_fileresnew,1,1.0,0.0,5.0); if(res == 0) Console.WrieLine( - 4 New value in waveform added... ); res = _dlltes.gearbirarysysem(ou _sysresource); { Console.WrieLine( 3 - GeArbirarySysem... ); res = _dlltes.sesysem(_sysresource,ref online,layer,source,amplifier,0,0,0); { res = _dlltes.loadsysem(_sysresource); Console.WrieLine( 5 - Wrie Waveform ino insrumens memory... ); res = _dlltes.execuesysem(_sysresource); Console.WrieLine( 6 - Swich insrumens oupu on... ); res = _dlltes.sarsysem(_sysresource, 5); Console.WrieLine( 7 - Run waveform 5 imes... ); res = _dlltes.isrunsysem(_sysresource, ou run); Console.WrieLine( 8 - IsRunSysem... ); while (run == 1) { Sysem.Threading.Thread.Sleep(1000);//1 sec res = _dlltes.isrunsysem(_sysresource, ou run); } res = _dlltes.sandbysysem(_sysresource); Console.WrieLine( 9 - SandbySysem... ); } } res = _dlltes.savefile(_fileresnew,filename); res = _dlltes.closefile(_fileresnew); res = _dlltes.disconnec(); 9

10 Technical Daa Order Informaion Technical daa SIB E TS E TS E TS E TS E TS Volage range ± 75 V pk ± 75 V pk ± 75 V pk ± 75 V pk ± 75 V pk Curren range 11 A pk 28 A pk 56 A pk 84 A pk 112 A pk Curren peak (500ms) 27 A 55 A 110 A 165 A 220 A Source power 500 W W W W W Sink power* 150 W 340 W 680 W W W Slew rae V mode Frequency full range small signal (-3dB) CC mode Frequency full range small signal (-3dB) Inpu impedance unbalanced balanced 100 kω 200 kω 100 kω 200 kω 100 V/µs DC khz DC - 1 MHz DC khz DC - 1 MHz 100 kω 200 kω 100 kω 200 kω 100 kω 200 kω Insrumen size 19, 3 U 19, 4 U 19, 12 U 19, 16 U 19, 20 U Delivery Insrumen Insrumen 19 rack 19 rack 19 rack Rack size 3 U 4 U 15 U 18 U 24 U Weigh 15 kg 30 kg 80 kg 105 kg 140 kg Operaing Temperaure 10 C o 55 C AC Power (selecable) 100 V 120 V 230 V 240 V Hz 100 V 120 V 230 V 240 V Hz 100 V 120 V 230 V 240 V Hz 100 V 120 V 230 V 240 V Hz 100 V 120 V 230 V 240 V Hz *More sink power on demand 10

11 Order Informaion Opions Scope of supply SIB E TS ±75 V / 11 A / 500 W SIB E TS ±75 V / 28 A / W SIB E TS ±75 V / 56 A / W SIB E TS ±75 V / 84 A / W SIB E TS ±75 V / 112 A / W SIB 1P2-2 SIB 1P2-3 SIB 1P2-4 2 insrumens parallel juncion box (only for 500 W / W) 3 insrumens parallel juncion box (only for 500 W / W) 4 insrumens parallel juncion box (only for 500 W / W) 1 Amplifier 1 Power cord 1 User manual 1 ArbNe sofware 1 ArbNe remoe DLL s 1 Curren waveform library 1 19 rack (sysems greaer han W) 11

02/2015 Subjec o change SIBO Elecronic Verriebs GmbH Mühlseen 3 D-72351 Geislingen Germany Phone +49 (0)

12 02/2015 Subjec o change SIBO Elecronic Verriebs GmbH Mühlseen 3 D Geislingen Germany Phone +49 (0) / Fax +49 (0) / Info@SIBO-Elecronic.de Inerne 12

20 JAHRE. SIB 100-TS Series. Arbitrary 4-Quadrant Voltage and Current Amplifiers. 400 W W DC khz / 1 MHz

20 JAHRE. SIB 100-TS Series. Arbitrary 4-Quadrant Voltage and Current Amplifiers. 400 W W DC khz / 1 MHz 20 JAHRE SIB 100-TS Series Arbirary 4-Quadran Volage and Curren Amplifiers 400 W - 4.000 W DC... 200 khz / 1 MHz 1 Arbirary 4-Quadran Volage and Curren Amplifiers SIB 100-TS Serie 400 W - 4.000 W DC -