Italiano dropdown-ico

Manuale per l’uso Agilent Technologies 6800

30 pagine 0.54 mb
Scarica

Vai alla pagina of 30

Summary
  • Agilent Technologies 6800 - page 1

    Agilent 6800 Series AC Power Source/Analyzer Product Note Using the Agilent T echnologies 6800 Series AC Power Source/Analyzers for Generation and Measurement Applications: • Simulating A C Line Sub-Cycle Dr opouts • Generating MIL -STD-704D W a vef orms • P er forming IEC 555-2 Measurements • P er forming Inrush Cur rent Measurements • G ...

  • Agilent Technologies 6800 - page 2

    2 3 4 6 8 11 14 18 21 24 28 Introduction This note pro vides information on ho w you can use the features of the Agilent Technologies 6800 series ac po wer source/anal yzers to address a variety of applications. Although your exact appli- cation may not be listed here, the capabilities described can be generalized and applied to your specific needs ...

  • Agilent Technologies 6800 - page 3

    3 The 6800 series ac po wer source/anal yzers are members of the A gilent T echnologies “One-Bo x” Solution po wer products famil y. These products offer an integrat ed solution f or ac pow er testing applications. The 6800 series combines the functionality of the follo wing instruments in one bo x: • po wer am plif ier • arbitrar y wav efo ...

  • Agilent Technologies 6800 - page 4

    4 A programmable output value of the ac pow er source/analyzer can operate in one of f our modes: FIXED, Step, Pulse, or List. The default setting is FIXED mode, where the output will st a y “f ix ed” at the programmed value until anot her command is sent to change it. The remaining three operating modes constitute the T ransient Subsystem. Out ...

  • Agilent Technologies 6800 - page 5

    5 Model of the T ransient System ...

  • Agilent Technologies 6800 - page 6

    6 In A TE applications, triggers are of ten a conven- ient way of synchr onizing test syst em ev ents and increasing test throughput. These benef its also apply to the triggering subsystems in t he 6800 series products since these products combine the capabilities of many test instruments. Each model is equipped with t he ability to send and receiv ...

  • Agilent Technologies 6800 - page 7

    7 Output T ransient T rigger Model Measurement T rigger Model ...

  • Agilent Technologies 6800 - page 8

    8 The built-in po wer analyzer capability off ers many voltage, current, and pow er measurements to the user . While on, the ac po wer sour ce/analyzers are continuously sam pling inst antaneous output volt- age and current for sev eral output cycles and writ- ing the dat a to buf f ers. Each buf f er , one for v oltage and one for current, holds 4 ...

  • Agilent Technologies 6800 - page 9

    9 How Can the Acquisition of V oltage and Current Data be Controlled? T w o characteristics of t he voltage and current acquisition can be controlled: the sample rate, and the beginning of acquisition relative to the trigger . The ac po w er source/analyzer has a sample rate of appro ximately 40 kHz (a sample ev er y 25 microseconds) as the default ...

  • Agilent Technologies 6800 - page 10

    10 The follo wing section contains six application examples. F or each application, there is: • An o verview of the application • A description of the A gilent 6800 series f eatures used to implement the application • The advantages and benef its of the 6800 series solution • The det ails of t he im plementation of the solution • A sample ...

  • Agilent Technologies 6800 - page 11

    11 Overview of application The ability of a switching pow er supply to main- tain its output voltage setting in t he presence of typical ac line disturbances is critical to its end- use. If the end-use of t he po wer suppl y is inst alla- tion into a computer , f or example, sensitivity to ac line variations can result in unexpected loss of critica ...

  • Agilent Technologies 6800 - page 12

    12 U pon the receipt of the trigger , the ac source continues to output a 120 V r ms, 60 Hz sinewa ve for 5 seconds. After the 5-second trigger delay , the r ms v olt age drops to 0 V rms at 80° of t he cycle and then rises back to 120 V rms (0.001389 seconds later) at 110° of the cycle. V ariations on this implementation 1. The Pulse width can b ...

  • Agilent Technologies 6800 - page 13

    13 ...

  • Agilent Technologies 6800 - page 14

    14 Overview of application U .S. Militar y Standard 704D (September 30, 1980) establishes t he requirements of electrical po wer transfer betw een the aircraft or g round support electrical system, and the electronic equipment utilizing this pow er on board the aircraft. When testing to t his standard, electrical aircraft equip- ment must be subjec ...

  • Agilent Technologies 6800 - page 15

    15 Agilent 6800 series setup (continued) • Set the List points as follo ws: List Vrms Dwell Point V rms frequency Slew Time 1 115 V 400 Hz INF *60 s 2 127 V 400 Hz INF 0.01 s 3 88 V 400 Hz 566 V/s 0.07 s 4 115 V 400 Hz INF *60 s 5 57 V 400 Hz INF 0.01 s 6 76 V 400 Hz 283 V/s 0.07 s 7 115 V 400 Hz INF *60 s 8 115 V 425 Hz INF 1 s 9 115 V 420 Hz IN ...

  • Agilent Technologies 6800 - page 16

    16 List Timing Diagram for Application 2 ...

  • Agilent Technologies 6800 - page 17

    17 ...

  • Agilent Technologies 6800 - page 18

    18 Overview of application IEC 555-2 (1982) is a regulator y st andard that pert ains to ac line disturbances, namely current harmonics. These cur rent harmonics are caused by connecting household appliances and similar elec- trical equipment to a 230 V , 50 Hz ac mains. This standard est ablishes limits on the amount of har- monic energy electrica ...

  • Agilent Technologies 6800 - page 19

    19 Agilent 6800 series setup • The ac source output is connected to the ac input of the equipment under test. • Set the output wav eform to sine. • Set the r ms v olt age to Fixed mode. • Set the frequency to F ix ed mode. • Set the voltage to 230 Vrms. • Set the frequency to 50 Hz. • Set the measurement window to Rectangular . • En ...

  • Agilent Technologies 6800 - page 20

    20 ...

  • Agilent Technologies 6800 - page 21

    21 Overview of application Swit ch mode pow er supplies are commonly used in many electr onic products. These po wer supplies typically ha ve in put capacit ors that cause high lev els of peak inr ush current to be drawn as they charge from the rectified line at tur n-on. The peak amplitude of the inrush cur rent varies with the turn-on phase of th ...

  • Agilent Technologies 6800 - page 22

    22 Agilent 6800 series setup • Set the initial (immediate) voltage t o 0 V rms. • Set the triggered voltage level to 120 V rms. • Set the frequency to 60 Hz. • Set the peak cur rent limit to maximum. • Set the transient trigger source to BUS. • Set the trigger synchronization source to Phase. • Set the initial synchronization Phase to ...

  • Agilent Technologies 6800 - page 23

    23 ...

  • Agilent Technologies 6800 - page 24

    24 Overview of application The creation of user -def ined wa vef or ms is useful for simulating ac line disturbances that are unique to the operational environment of the device being tested, and t hen measuring that device’s suscepti- bility to the disturbance. This is t he fundamental objective of envir onment al test st andards that per- tain ...

  • Agilent Technologies 6800 - page 25

    25 Agilent 6800 series setup • Connect the ac source output to the ac input of the equipment under test. • Use the computer to develop a 1024 point array representing a cy cle of voltage amplitude data. • Use the TR A Ce:DEFine command to name t he wav eform CL ASS 1 and allocate non-volatile storage space. • Use the TRACe:D ATa command to ...

  • Agilent Technologies 6800 - page 26

    26 ...

  • Agilent Technologies 6800 - page 27

    27 ...

  • Agilent Technologies 6800 - page 28

    28 Overview of application F or some applications, such as the simulation of European railwa y po wer systems, a lo w frequency (16.6 Hz) ac wav eform is required. Generating lo w frequency wav eforms with ac sources can present testing challenges due to output pow er derating and programming inaccuracies, depending on the regulation technique used ...

  • Agilent Technologies 6800 - page 29

    29 ...

  • Agilent Technologies 6800 - page 30

    Agilent T echnologies’ T est and Measurement Support, Services, and Assistance A gilent Technologies aims to maximize the value you receiv e, while minimizing your risk and pr oblems. W e strive to ensure that you get the test and measurement capabilities you paid for and obtain the suppor t y ou need. Our extensive suppor t resources and service ...

Fabbricante Agilent Technologies Categoria Yard Vacuum

I documenti che otteniamo dal fabbricante del dispositivoAgilent Technologies 6800 possono essere suddivisi in diversi gruppi. Questi sono tra gli altri:
- disegni tecnici Agilent Technologies
- manuali per l’uso 6800
- schede prodotto Agilent Technologies
- opuscoli
- o etichette energetiche Agilent Technologies 6800
Tutti sono importanti, ma le informazioni più importanti dal punto di vista di utilizzo del dispositivo possono essere trovate nel manuale per l’uso Agilent Technologies 6800.

Un gruppo di documenti denominato manuali per l’uso, è anche suddiviso in tipi più specifici, come: Manuali di installazione Agilent Technologies 6800, manuali di manutenzione, brevi manuali o manuali utente Agilent Technologies 6800. A seconda delle esigenze, si dovrebbe cercare il documento necessario. Nel nostro sito web, puoi visualizzare il manuale più popolare per l'uso del prodotto Agilent Technologies 6800.

Manuali per l’uso simili

Manuale completo del dispositivo Agilent Technologies 6800, come deve essere?
Il manuale per l’uso, denominato anche istruzioni per l’uso, o semplicemente il manuale è un documento tecnico progettato per aiutare ad utilizzare Agilent Technologies 6800 dagli utenti. I manuali sono di solito scritti da uno scrittore tecnico, ma in un linguaggio accessibile a tutti gli utenti Agilent Technologies 6800.

Il manuale per l’uso completo Agilent Technologies, dovrebbe includere vari elementi di base. Alcuni di loro sono meno importanti, come ad esempio: copertina / pagina del titolo o pagina di autore. Tuttavia, la parte rimanente, dovrebbe fornire informazioni importanti dal punto di vista dell'utente.

1. Introduzione e la guida su come utilizzare il manuale Agilent Technologies 6800 - All'inizio di ogni manuale, dovremmo trovare indizi su come utilizzare il documento. Dovrebbe contenere informazioni sulla posizione dell’indice Agilent Technologies 6800, FAQ o i problemi più comuni : i punti che sono più spesso cercati dagli utenti di ogni manuale
2. Indice - elenco di tutti i suggerimenti per Agilent Technologies 6800 che possono essere trovati nel documento corrente
3. Suggerimenti su come utilizzare le funzioni di base del dispositivo Agilent Technologies 6800 - che ci dovrebbe aiutare nei primi passi durante l'uso Agilent Technologies 6800
4. Troubleshooting - sequenza sistematica delle attività che vi aiuterà a diagnosticare e, successivamente, risolvere i problemi più importanti del Agilent Technologies 6800
5. FAQ - domande più frequenti
6. Dettagli di contatto Informazioni su dove cercare il contatto con il fabbricante / servizio Agilent Technologies 6800 in un dato paese, se il problema non può essere risolto da noi stessi.

Hai una domanda su Agilent Technologies 6800?

Utilizza il modulo sottostante

Se non hai risolto il problema con Agilent Technologies 6800 con l'aiuto del manuale che hai trovato, fai una domanda utilizzando il modulo sottostante. Se un utente ha avuto un problema simile con Agilent Technologies 6800 è probabile che voglia condividere il modo di risolverlo.

Riscrivi il testo dall’immagine

Captcha
Nuova immagine

Commenti (0)