Manuals / Agilent Technologies / Car Audio and Video / Car Amplifier

Agilent Technologies E1446A user manual Amplifying a Sine Wave, Basic Rgbampl

Models: E1446A

1 161

Download 161 pages 46.15 Kb

Page 143

BASIC Subprograms

Amplifying a Sine Wave

BASIC (RGBAMPL)

The subprograms used by each register-based program are stored/saved in a separate file (file name ’E46SUBS’). These subprograms are listed after the last example (Summing Two Signals).

This program uses the E1446A to amplify a 2 Vpp E1445A AFG signal to 14.15 Vpp. Since the intended output amplitude and the input amplitude are known, the amount of attenuation (0 - 31 dB attenuator) is determined as:

attenuation(dB) = 20 LOG Vo/(Vi * 10)

where Vo is the output amplitude and Vi is the input signal amplitude (Vo and Vi units (Vpp, Vp) must be the same). Thus,

attenuation(dB) = 20 LOG 14.15/20 = -3 dB

1!RE-STORE "RGBAMPL"

2LOADSUB ALL FROM "E46SUBS"

3!

10COM /E1446/ Base_addr,INTEGER In_ctrl,Out_imped

20!

30!SET UP E1445A

40!

50ASSIGN @Afg TO 1680 !E1445A and V/360 I/O path

60!

70!E1445A error checking

80ON INTR 16 CALL Errmsg

90ENABLE INTR 16;32

100OUTPUT @Afg;"*CLS"

110OUTPUT @Afg;"*SRE 32"

120OUTPUT @Afg;"*ESE 60"

130!

140!Reset E1445A and clear status

150OUTPUT @Afg;"*RST;*CLS;*OPC?"

160ENTER @Afg;Ready

170!

180	OUTPUT @Afg;"SOUR:FREQ1:FIX 1E3;";	!frequency
190	OUTPUT @Afg;":SOUR:FUNC:SHAP SIN;";	!function

200OUTPUT @Afg;":SOUR:VOLT:LEV:IMM:AMPL 2VPP;"; !amplitude

210OUTPUT @Afg;":OUTP:LOAD:AUTO ON;"; !couple load to impedance

220	OUTPUT @Afg;":OUTP:IMP 50" !output impedance
230	!

Continued on Next Page

C-18 Register-Based Programming

Example Programs

Image 143

Agilent Technologies E1446A user manual Amplifying a Sine Wave, Basic Rgbampl, Register-Based Programming Example Programs

Contents

E1446-90001 Table of Contents Agilent E1446A/E1405/06 CLS DMC Index Agilent E1446A Summing Amplifier/DAC User’s Manual Printing History USA Declaration of ConformityAgilent E1446A Summing Amplifier/DAC User’s Manual General Description Chapter ContentsE1446A Summing Amplifier/DAC Getting Started General DescriptionPreparation for Use Getting Started Preparation for UseGetting Started Preparation for Use Installing the AmplifierAddressing the Amplifier Using an External ControllerOutput 70911SOURVOLTOFFS Agilent E1405/06 Command ModuleAgilent E1445A AFG Output 70910SOUR2VOLTOFFSDownloading Agilent E1446A Scpi Driver Using an Embedded ControllerPrint A$ Basic OperationGetting Started Basic Operation Basic Operation Getting Started Amplifier Block DiagramDifferential Small Basic Operation Getting Started Getting Started Basic Operation Instrument and Programming Languages Programming the Agilent E1446AINP1IMP 50OUTP2IMP OUTP2STATACT?OUTP2IMP 50OUTP2ATT 6OUTP2STAT on OUTP2IMP OUTP2ATT OUTP2STAT onOutput 70910OUTP2STAT on OUTP2IMP 50OUTP2ATTMainframe System ConfigurationInstrument Driver Example Programs Disks ControllerIntroductory Programs Programming the Agilent E1446A Introductory ProgramsExecuting the Self-Test Programming the Agilent E1446A Introductory Programs Resetting Clearing the Agilent E1446AQuerying Power-on/Reset Configuration LRN Programming the Agilent E1446A Example Programs Example ProgramsGenerating and Amplifying Sine Waves Amplifying Sine Waves Agilent E1445A CommanderRE-STOREAMPL45 Enable IntrAMPL45 Subend RE-STOREAMPL05 Amplifying Sine Waves Agilent E1405 CommanderAMPL05 On Next Print Repeat Setting the Input ImpedanceSetting the Input Impedance Agilent E1445A Commander Programming the Agilent E1446A Setting the Input ImpedanceSetting the Input Impedance Programming the Agilent E1446A RE-STOREINIMP45 INIMP45Subend Setting Input Impedance Agilent E1405B CommanderRE-STOREINIMP05 INIMP05Print Repeat Programming the Agilent E1446A Setting DC Voltage Offsets Setting DC Voltage OffsetsSetting DC Offsets Agilent E1445A Commander RE-STOREOFFS45 Setting DC Voltage Offsets Programming the Agilent E1446AOFFS45 60 !Set up error checking On Intr 7 Call Errmsg RE-STOREOFFS05 Setting DC Offsets Agilent E1405 CommanderOFFS05 On Next Print Repeat Using Differential Outputs Agilent E1445A Commander Using the Differential small signal OutputsRE-STOREDIFF45 DIFF45Subend RE-STOREDIFF05 Using Differential Outputs Agilent E1405 CommanderDIFF05 Print Repeat Summing Two Signals Programming the Agilent E1446A Summing Two SignalsRE-STORESUM45 Programming the Agilent E1446A Summing Two SignalsSUM45 Enable Intr Print SubendSumming Two Signals Programming the Agilent E1446A Programming the Agilent E1446A Summing Two Signals Chapter Contents Command Reference Command ReferenceCommand Reference Scpi Command Format Command TypesScpi Command Format Common Command FormatImplied Optional Keywords Abbreviated CommandsCommand Separator Scpi Command Format Command ReferenceParameter Types Explanations, Examples Scpi Command ParametersCommand Reference Scpi Command Parameters Scpi Command Execution Command Reference Scpi Command ExecutionQuerying Parameter Settings Inpimp 50OUTP2IMP Scpi Command ReferenceCommand Reference Scpi Command Reference RST*CLS*OPC?Agilent E1446 / E1445 Commands Page ATTenuation INPut1 Subsystem E1446/E1445 Command ReferenceINPut1 INPut1 IMPedance E1446/E1445 Command Reference INPut1 SubsystemSubsystem Syntax INPut2 INPut2 Subsystem E1446/E1445 Command ReferenceINPut2 INPut2 IMPedance 10 E1446/E1445 Command Reference INPut2 SubsystemSubsystem Syntax OUTPut2 OUTPut2 Subsystem E1446/E1445 Command ReferenceOUTPut2 OVERload? 12 E1446/E1445 Command Reference OUTPut2 SubsystemOUTPut2 IMPedance STATeACTual? OUTPut2 STATeSTATe OUTPut2 STATeACTual? 14 E1446/E1445 Command Reference OUTPut2 SubsystemNumeric 5075 OUTPut3 Subsystem E1446/E1445 Command ReferenceOUTPut3 Subsystem Syntax OUTPut3Subsystem Syntax OUTPut4 16 E1446/E1445 Command Reference OUTPut4 SubsystemOUTPut4 Subsystem Syntax SOURce2 SOURce2VOLTage Subsystem E1446/E1445 Command ReferenceSOURce2VOLTage LEVelIMMediateOFFSetOPERationQUEStionableCONDition? 18 E1446/E1445 Command Reference STATus SubsystemSTATus OPERationQUEStionableEVENt? STATus OPERationQUEStionableENABleOPERationQUEStionableENABle STATus Subsystem E1446/E1445 Command ReferenceOPERationQUEStionablePTRansition 20 E1446/E1445 Command Reference STATus SubsystemSTATus OPERationQUEStionableNTRansition OPERationQUEStionableNTRansitionPRESet STATus PRESetVERSion? ERRor?22 E1446/E1445 Command Reference SYSTem Subsystem SYSTemSYSTem VERSion? SYSTem Subsystem E1446/E1445 Command Reference24 E1446/E1445 Command Quick Reference Agilent E1446 / E1405/06 Commands Page Subsystem Syntax DISPlay DISPlay Subsystem E1446/E1405/06 Command ReferenceDISPlay MONitorSTATeINPut1 E1446/E1405/06 Command Reference INPut1 SubsystemINPut1 IMPedance INPut1 Subsystem E1446/E1405/06 Command ReferenceINPut2 10 E1446/E1405/06 Command Reference INPut2 SubsystemINPut2 IMPedance INPut2 Subsystem E1446/E1405/06 Command ReferenceSubsystem Syntax OUTPut1 12 E1446/E1405/06 Command Reference OUTPut1 SubsystemOUTPut1 Numeric 05075 OUTPut1 Subsystem E1446/E1405/06 Command ReferenceOUTPut1 OVERload? OUTPut1 STATe 14 E1446/E1405/06 Command Reference OUTPut1 SubsystemOUTPut2 OUTPut2 Subsystem E1446/E1405/06 Command ReferenceOUTPut3 16 E1446/E1405/06 Command Reference OUTPut3 SubsystemSOURceVOLTage SOURceVOLTage Subsystem E1446/E1405/06 Command ReferenceSTATus 18 E1446/E1405/06 Command Reference STATus SubsystemSTATus Subsystem E1446/E1405/06 Command Reference STATus OPERationQUEStionableENABleSTATus OPERationQUEStionableNTRansition 20 E1446/E1405/06 Command Reference STATus SubsystemSTATus PRESet SYSTem 22 E1446/E1405/06 Command Reference SYSTem SubsystemSYSTem VERSion? SYSTem Subsystem E1446/E1405/06 Command ReferenceDISPlayMONitorSTATe mode IEEE-488.2 Common Commands Scpi Conformance Information Page Category Command Title IEEE-488.2 Common CommandsIEEE-488.2 Common Commands Command Reference CLS Command Reference IEEE-488.2 Common CommandsNumeric Through None EMC and *EMC?ESE and *ESE? Data ESR?HEWLETT-PACKARD,E1446A,0,A.01.00 LMC?LRN? Numeric Through None Comments PMCRST STB? SRE and *SRE?TST? Scpi Conformance Information Scpi Conformance Information Command ReferenceNon-SCPI Commands Command Reference Scpi Conformance InformationAppendix Contents SpecificationsOutput 50/75 Ω load High-Z load Gain CharacteristicsGeneral VXI Characteristics AC Characteristics Frequency ResponsePage Agilent E1446A Error Messages Agilent E1446A Error MessagesCode Message Description Table B-1. Agilent E1446A Error MessagesDescription Table B-1. Agilent E1446A Error Messages Con’t CodePage Register Addressing Register-Based Programming C-1 Register AddressingRegister-Based Programming Register Addressing Computer Register Addressing Register-Based Programming C-3Absolute Addressing and Select Code Computer ConfigurationsRegister-Based Programming Computer Configurations DIAGPEEK?/DIAGPOKE and VXIREAD?/VXIWRITE Computer Configurations Register-Based Programming C-5External Computer Programming Register-Based Programming Register DescriptionsRegister Descriptions Register-Based Programming C-7 Device Type RegisterREAD/WRITE Registers Control Register Register Descriptions Register-Based Programming C-9 RegisterOutput Control Register Base + 0C16 Input Attenuation RegisterRegister Descriptions Register-Based Programming C-11 Register-Based Programming Programming the Amplifier Programming the AmplifierProgramming the Amplifier Register-Based Programming C-13 Program Sequence and Execution Figure C-3. Recommended Amplifier Configuration SequenceProgramming the Amplifier Register-Based Programming C-15 Figure C-4. Amplifier Register-based Programming Flowchart Example Programs Register-Based Programming C-17 Example ProgramsRE-STORE Rgbampl Loadsub ALL from E46SUBS Amplifying a Sine WaveBasic Rgbampl Register-Based Programming Example ProgramsExample Programs Register-Based Programming C-19 Setting Amplifier Input Impedance270 ! Begin E1446A Configuration Wait Basic RgbimpRE-STORE Rgbimp Loadsub ALL from E46SUBS RE-STORE Rgboffs Loadsub ALL from E46SUBS Setting a DC Voltage OffsetBasic Rgboffs Example Programs Register-Based Programming C-21Register-Based Programming Example Programs RE-STORE Rgbdiff Loadsub ALL from E46SUBS Using Differential small Signal OutputsBasic Rgbdiff Example Programs Register-Based Programming C-23RE-STORE Rgbsum Loadsub ALL from Sumsubs Summing Two SignalsBasic Rgbsum Example Programs Register-Based Programming C-25 440 ! Begin E1446A ConfigurationExample programs SubprogramsExample Programs Register-Based Programming C-27 END if CaseEND Select ElseExample Programs Register-Based Programming C-29 1540 Outctrl= BINANDOutctrl,-17 Open output relay 1550 Subend Example Programs Register-Based Programming C-31Stop Errmsg Subprogram Used with ’SUMSUBS’DAC IndexIndex IBASIC,C-4 Index