Wavetek 295 Gerador
Fabricante:
Modelo:
295
Data:
1993
Categoria:
Grupo:
Descrição:
Multichannel Arbitrary Waveform Generator

Informação

THE MODEL 295 Combining sophisticated operating capabilities and up to four synthesized 50 MHz Arb channels/ with a Graphical User Interface (GUI) that simplifies instrument setup, Wavetek's model 295 Arbitrary Waveform Generator is a powerful test tool for applications requiring complex waveform generation. Model295 is equally athome in an ATE system or on the bench. GPIB (IEEE-488.2/SCFI compatible) and RS-232 interfaces are standard. On the bench, model 295 Graphical User Interface logically groups and graphically displays all user programmable functions on six main screens. Instrument set up is easy using either the provided mouse or front panel keys to interact with the windows-like screens. Up to 4 fully independent Synthesized 50 MHz channels can be installed. Each channel provides outputs to 15 Vp-p into 50 ohms (100 Vp-p with Option 007) with 2 ppm frequency accuracy. All channel setup parameters are independently programmable making each channel essentially a standalone 50 MHz Arb. Multiple channels can be coupled for synchronous operation with user defined phase offsets between channels. A set of powerful, easy to use tools make creating and editing (modifying) complex user defined waveforms simple. Waveforms can be downloaded to the Model295via the GPIB Interface, recalled from Model295nonvolatile memory, loaded from disk with the optional DOS format 3.5" floppy disk drive (option 002), or directly downloaded from a variety of digital storage oscilloscopes (with options 002 and 005). Ten commonly used standard waveforms, including pseudo random noise, are provided in nonvolatile memory. Advanced features include interchannel summing and triggering, numerous non-continuous operating modes including frequency sweep, and Linked Sequence

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Manual do Usuário
Tipo de manual:
Manual do Usuário
Páginas:
288
Tamanho:
10.71 Mbytes (11230870 Bytes)
Idioma:
english
Revisão:
ID de manual:
1006-00-0675-01
Data:
1993 09 01
Qualidade:
Scaned documento, todas legível.
Data de upload:
2018 08 14
MD5:
4be1af6972532d8c2535bac295fde819
Downloads:
563

Informação

ORGANIZATION OF THIS MANUAL Installation and Preparation For Use Section 2 tells you how to set up and check out the Model 295before you use it. It also familiarizes you with the physical setup of the unit. introduction To The Model 295 Section 3 describes the fundamentals of the model 295. If followed sequentially, it provides a tutorial of front panel operations. Operation Reference Section 4 provides detailed explanations for every function and feature of the model 295 using "manual" controls and the mouse. It is organized by Main Screens. Remote Operation Section 5 provides an introduction to the set up and operation of the model 295 from remote sources: RS-232 or IEEE-488.2. It also contains the model 295 SCPI remote command set and IEEE 488.2 Common Commands. Specifications Appendix A, located at the rear of this manual, contains the detailed instrument specifications for the model 295. Menu Quick Reference Appendix B contains quick references illustrating the Model 295 menu structure. SCPI Quick Reference Appendix C contains quick references illustrating the Model 295 SCPI command tree. The SCPI information is presented as a "Primer". This appendix also contains the SCPI required Conformance Information. Rack Ears and Slides Instructions - Option 004 Appendix D contains instructions for mounting the Model 295 in an instrument rack. Information/Error Messages Appendix E contains operator instructions relating to the various information screens and error messages that the model 295 might display during "manual" operation. DSO Upload - Option 005 Appendix F contains operation instructions for using the model 295 to capture waveform data from an external Digitizing Oscilloscope, This capability requires Options 002 and 005 (see Appendix A). High Voltage Module - Option 007 Appendix G contains operation instructions for installing and using the High Voltage Module to sum channel signals. This capability requires Option 007 (see Appendix A). Index

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