Table of Contents
Advertisement
Supplied
Accessories
Specifications
Functional
Description
Front Panel
Connectors and
Indicators
Main Output – CH1,
CH2, CH3 and CH4
Any adjustment, maintenance and repair of an opened, powered-on
instrument should be avoided as much as possible, but when
necessary, should be carried out only by a skilled person who is
aware of the hazard involved.
The instrument is supplied with a CD that includes the User Manual,
ArbConnection and IVI engine and driver.
The instrument is supplied with a power cord and a CD which
contains ArbConnection, manual, IVI driver and supporting files.
USB, LAN and synchronization cables and a service manual are
available upon request.
Instrument specifications are listed in Appendix A. These
specifications are the performance standards or limits against which
the instrument is tested. Specifications apply under the following
conditions: output terminated into 50 after 30 minutes of warm up
time, and within a temperature range of 20
Specifications outside this range are degraded by 0.1 % per
A detailed functional description is given in the following
paragraphs. The description is divided into logical groups: Front
panel input and output connectors, rear panel input and output
connectors,
operating
synchronization, and front panel indicators.
The Model 2074 has 3 BNC connectors on its front panel: two main
outputs and one SYNC output. Each connector on the front panel
has an LED associated with it, indicating when the output is active
(LED on), or when inactive (LED off). The function of each of the
front panel connectors is described in the following paragraphs.
The main output connectors generate fixed (standard) waveforms to
80 MHz, user (arbitrary), sequenced and modulated waveforms.
The arbitrary and sequenced waveforms are sampled with sampling
clock rate to 200 MS/s. Output source impedance is 50 , hence
the cable connected to this output should be terminated with 50
load resistance. If the output is connected to a different load
resistance, determine the actual amplitude from the following
equation:
modes,
output
type,
o
o
C to 30
C.
o
C.
output
state,
1-9
Advertisement
Table of Contents
