AA5001 View Datasheet(PDF) - Unspecified
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AA5001 Datasheet PDF : 6 Pages
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Sync Output
A ground referenced TTL level signal is
provided which allows stable oscilloscope
display of all functions. In sine and square
wave modes the output is at the signal
frequency. In the IM modes the sync
output is at the lower or offset frequency.
In both burst modes the sync signal
follows the burst envelope.
Sweep Mode
Linear or logarithmic sweep of amplitude
or frequency in any function. Sweep is
composed of discrete steps. The following
sweep functions are programmable via
IEEE-488 or from the front panel: swept
parameter (frequency or amplitude), linear
or log sweep, number of steps up to 99,
time per step from 0.1 seconds to 25
seconds, start frequency or voltage, and
stop frequency or voltage. Start and stop
frequencies or voltages may be anywhere
within the range of the generator, and
sweep direction may be upward or
downward. Pen lift and ramp outputs are
available for interface to an analog plotter.
Stored Setups
Ten different complete front panel setups
may be stored in the nonvolatile internal
memory and recalled from front panel
pushbuttons or via the IEEE-488 bus.
Additionally, the front panel settings at
power down are retained and used at
power up.
Programmability
All functions, parameters, and modes may
be controlled over the IEEE-488 bus using
simple English-like commands (see back
page for examples). All settings may be
interrogated, with the resulting response
usable as a command to return the
instrument to that setting (LEARN mode).
The IEEE-488 address may be displayed
and changed from the front panel.
IEEE-488 Interface Function Subset
SH1 Source Handshake: Complete
capability.
AH1 Acceptor Handshake: Complete
capability.
T6
Basic Talker: Responds to serial
poll; untalk if MLA is received.
L4
Basic Listener: Unlisten if MTA
is received.
SR1 Service Request: Complete
capability.
RL1 Remote-Local Function:
Complete capability.
PP0 Parallel Poll: No capability.
DC1 Device Clear: Complete capability.
DT1 Device Trigger: Complete
capability.
C0
No controller function.
Power Requirements
Occupies two compartments of a TM 5000
mainframe. The SG 5010 is also
compatible with TM 500 mainframes
following several mechanical changes
easily performed by any qualified service
technician. IEEE-488 programmability is
not available in TM 500 mainframes.
AA 5001 Programmable Distortion
Analyzer Specifications
Unless otherwise noted, all specifications
apply with RMS detection only.
Harmonic Distortion Function
Fundamental Frequency Range:
10 Hz to 100 kHz, automatically tuned to
input frequency.
Distortion Ranges:
Auto (100%), 20%, 2%, 0.2%, and dB
(autoranging).
Accuracy:
20 Hz to 20 kHz ±1 dB.
10 Hz to 100 kHz ±2 dB.
(Accuracy is limited by residual
THD+N and filter selection.)
Typical Fundamental Rejection:
At least 10 dB below specified residual THD+N
or actual signal THD, whichever is greater.
Minimum Input Level: 60 mV (-22 dBm)
Residual THD+N: See System Specifications.
Level Function
Autoranging digital voltmeter displays
input signal level in volts, dBm, or dB ratios.
Modes: Volts, dBm (600 Ω), or dB ratio
with push-to-set zero dB reference.
Level Ranges: 200 µV full scale to 200 V
full scale in ten steps, manual or autoranging.
Accuracy:
Frequency
Volts
dBm or
dB ratio
20 Hz
to 20 kHz
±2%
±1 count
±0.3 dB*
±0.5% of
reading
10 Hz
to 100 kHz
±4%
±2 counts
±0.5 dB*
±0.5% of
reading
*Vin ≥100 µV, level ranging indicators
extinguished, ±0.2 dB at 1 kHz only.
Flatness is ±0.1 dB, 20 Hz to 20 kHz, and
±0.3 dB, 10 Hz to 100 kHz.
Bandwidth: ≥300 kHz.
Residual Noise:
≤ 3.0 µV (-108 dBm) with 80 kHz and
400 Hz filters, RMS response.
≤ 1.5 µV (-114 dBm) with “A” weighting filter,
RMS response (standard instrument only).
≤ 5.0 µV (-104 dBm) with CCIR weighting
filter, quasi-peak response (Option 02
instrument only).
Intermodulation Distortion Function
Fully automatic SMPTE, DIN and CCIF
difference tone measurements.
Minimum Input Level: 60 mV (-22 dBm).
Accuracy: ±1 dB.
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