Agilent / HP / Keysight 35670A Datasheet

Agilent / HP / Keysight 35670A Datasheet
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Agilent 35670A
Dynamic Signal Analyzer
Versatile two- or four-channel high-performance
FFT-based spectrum/network analyzer
122 µHz to 102.4 kHz 16-bit ADC
Data Sheet
Key Specifications
Frequency range
102.4 kHz 1 channel
51.2 kHz 2 channel
25.6 kHz 4 channel
Dynamic range
90 dB typical
Accuracy
±0.15 dB
Channel match
±0.04 dB and ±0.5 degrees
Real-time bandwidth
25.6 kHz/1 channel
Resolution
100, 200, 400, 800 & 1600 lines
Time capture
> 6 Msamples
Source types
Random, burst random, periodic chirp, burst chirp,
pink noise, sine, swept-sine ( Option1D2), arbitrary
( Option 1D4)
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Summary of Features on Standard Instrument
Display scaling
The following features are standard with the
Agilent 35670A:
Autoscale
Selectable reference
Manual Scale
Linear or log X-axis
Input range tracking
Y-axis log
X & Y scale markers with expand and scroll
Instrument modes
FFT analysis
Correlation analysis
Histogram/time
Time capture
Marker functions
Measurement
Frequency domain
Frequency response
Linear spectrum
Cross spectrum
Individual trace markers
Coupled multi-trace markers
Absolute or relative marker
Peak search
Harmonic markers
Band marker
Sideband power markers
Waterfall markers
Time parameter markers
Frequency response markers
Power spectrum
Coherence
Power spectral density
Time domain (oscilloscope mode)
Time waveform
Autocorrelation
Cross-correlation
Orbit diagram
Amplitude domain
Histogram, PDF, CDF
Signal averaging (FFT mode)
Trace coordinates
Linear magnitude
Log magnitude
dB magnitude
Group delay
Phase
Average types (1 to 9,999,999 averages)
RMS
Time exponential
RMS exponential
Peak hold
Time
Unwrapped phase
Real part
Imaginary part
Nyquist diagram
Polar
Averaging controls
Overload reject
Fast averaging on/off
Update rate select
Select overlap process percentage
Preview time record
Trace units
Y-axis amplitude: combinations of units, unit value,
calculated value, and unit format describe y-axis amplitude
Units: volts, g, meters/sec2, inches/sec2, meters/sec,
inches/sec, meters, mils, inches, pascals, Kg, N, dyn, lb,
user-defined EUs
Unit value: rms, peak, peak-to-peak
Calculated value: V, V2, V2/Hz, √Hz, V2s/Hz (ESD)
Unit format: linear, dB’s with user selectable dB reference,
dBm with user selectable impedance.
Y-axis phase: degrees, radians
X-axis: Hz, cpm, order, seconds, user-defined
Measurement control
Start measurement
Pause/continue measurement
Triggering
Continuous (Freerun)
External (analog or TTL level)
Internal trigger from any channel
Source synchronized trigger
GPIB trigger
Armed triggers
Automatic/manual
RPM step
Time step
Pre- and post-trigger measurement Delay
Display formats
Single
Quad
Dual upper/lower traces
Small upper and largelower
Front/back overlay traces
Measurement state
Bode diagram
Waterfall display with skew, -45 to 45 degrees
Trace grids on/off
Display blanking
Screen saver
Tachometer input:
±4 V or ±20 V range
40 mv or 200 mV resolution
Up to 2048 pulses/rev
Tach hold-off control
2
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Source outputs
Data storage functions
Random
Burst random
Periodic chirp
Burst chirp
Pink noise
Fixed sine
Note: Some source types are not available for use in
optional modes. See option description for details.
Built-in 3.5 in., 1.44-Mbyte flexible disk also supports
720-KByte disks, and 2 Mbyte NVRAM disk. Both
MS-DOS® and HP-LIF formats are available. Data can be
formatted as either ASCII or binary (SDF). The 35670A
provides storage and recall from the internal disk, internal
RAM disk, internal NVRAM disk, or external GPIB disk for
any of the following information:
Input channels
Manual range
Up-only auto range
Up/down auto range
Anti-alias filters On/Off
AC or DC coupling
LED half range and overload
indicators
Floating or grounded
A-weight filters On/Off
Transducer power supplies (4 ma constant current)
Instrument setup states
User-math
Time capture buffers
Waterfall display data
Data tables
Frequency
GPIB capabilities
Trace data
Limit data
Agilent Instrument BASIC
Programs
Curve fit/synthesis tables
Conforms to IEEE 488.1/488.2
Conforms to SCPI 1992
Controller with Agilent Instrument Basic Option
20 spans from 195 mHz to 102.4 kHz (1 channel mode)
20 spans from 98 mHz to 51.2 kHz (2 channel mode)
Digital zoom with 244 µHz resolution throughout the
102.4 kHz frequency bands.
Calibration & memory
Single or automatic calibration
Built-in diagnostics & service tests
Nonvolatile clock with time/date
Time/date stamp on plots and saved data files
Resolution
100, 200, 400, 800 and 1600 lines
Windows
Hann
Flat top
Uniform
Force/exponential
Online help
Access to topics via keyboard or index
Math
+,-,*, /
Magnitude
Square Root
LN
*jω or /jω
Differentiation
Integration
Fan
Conjugate
Real and imaginary
FFT, FFT-1
EXP
PSD
A, B, and C weighting
Constants K1 thru K5
Functions F1 thru F5
On/Off
Analysis
Limit test with pass/fail
Data table with tabular readout
Data editing
Time capture functions
Capture transient events for repeated analysis in FFT,
octave, order, histogram, or correlation modes (except
swept-sine). Time-captured data may be saved to internal
or external disk, or transferred over GPIB. Zoom on
captured data for detailed narrowband analysis.
3
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Agilent 35670A Specifications
Instrument specifications apply after 15 minutes warm-up
and within 2 hours of the last self-calibration. When the
internal cooling fan has been turned OFF, specifications
apply within 5 minutes of the last self-calibration. All specifications are with 400 line frequency resolution and with
anti-alias filters enabled unless stated otherwise.
Accuracy
±30 ppm (.003%)
Single channel ampltude
Absolute amplitude accuracy (FFT)
(A combination of full scale accuracy, full scale flatness,
and amplitude linearity.)
±2.92% (0.25 dB) of reading
±0.025% of full scale
FFT full scale accuracy at 1 kHz (0 dBfs)
±0.15 dB (1.74%)
FFT full scale flatness (0 dBfs) relative to 1 kHz
±0.2 dB (2.33%)
FFT amplitude linearity at 1 kHz measured on +27 dBVrms
range with time avg, 0 to -80 dBfs
±0.58% (0.05 dB) of reading
±0.025% of full scale
Amplitude resolution
(16 bits less 2 dB over-range) with averaging 0.0019% of
full scale (typical)
Residual DC response (FFT mode)
Frequency display (excludes A-weight filter)
<-30 dBfs or 0.5 mVdc
FFT dynamic range
Spurious free dynamic range
(Includes spurs, harmonic distortion, intermodulation
distortion, alias products). Excludes alias responses at
extremes of span.
Source impedence = 50 Ω.
800 line display.
90 dB typical (<-80 dBfs)
Frequency
Maximum range**
1 channel mode
102.4 kHz,
51.2 kHz (opt AY6*)
2 channel mode
51.2 kHz
4 channel mode (Option AY6 only) 25.6 kHz
Spans
1 channel mode
195.3 mHz to 102.4 kHz
2 channel mode
97.7 mHz to 51.2 kHz
4 channel mode (Option AY6 only) 97.7 mHz to 25.6 kHz
Minimimum resolution
1 channel mode
122 µHz (1600 line
display)
2 channel mode
61 µHz (1600 line
display)
4 channel mode (Option AY6 only) 122 µHz (800 line
display)
Maximum real-time bandwidth
FFT span for continuous data acquistion)
(Preset, fast averaging)
1 channel mode
25.6 kHz
2 channel mode
12.8 kHz
4 channel mode (Option AY6 only) 6.4 kHz
Measurement rate
(Typical) (Preset, fast averaging)
1 channel mode
≥ 70 averages/sec
2 channel mode
≥ 33 averages/sec
4 channel mode (Option AY6 only) ≥ 15 averages/sec
Display update rate
Typical (Preset, fast average off) ≥ 5 updates/Sec
Maximum
≥ 9 updates/Sec
(Preset, fast average off, single channel, single display,
undisplayed trace displays set to data registers)
* Option AY6 single channel maximum range extends to 102.4 kHz
without anti-alias filter protection.
** Show all lines mode allows display of up to 131.1, 65.5 and 32.7
kHz respectively. Amplitudes accuracy is unspecified and not alias
protected.
4
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Full span FFT noise floor (typical)
Flat top window, 64 RMS averages, 800 line display.
Typical noise floor vs. range for different frequency spans
-70 dB/0.03%
dB below
full scale
-80 dB/0.01%
51.2 kHz Span
6.4 kHz Span
-90 dB/0.003%
800 Hz Span
-100 dB/0.001%
-51
0.0028
-41
0.0089
-31
0.028
-21
0.089
-11
0.280
27
22.4
Amplitude range (dBVrms / Vrms)
Harmonic distortion
Single Tone (in band), ≤ 0 dBfs
Intermodulation distortion
Two tones (in-band), each ≤ -6.02 dBfs
Spurious and residual responses
Source impedence = 50 Ω.
<-80 dBfs
<-80 dBfs
<-80 dBfs
Frequency alias responses
Single tone (out of displayed range),
≤ 0 dBfs, ≤ 1 MHz
(≤ 200 kHz with IEPE transducer power
supply On)
2.5% to 97.5% of the frequency span
Lower and upper 2.5% of frequency span
<-80 dBfs
<-65 dBfs
Input noise
Input noise level
Flat top window, -51 dBVrms range
Source impedance = 50 Ω
Above 1280 Hz
<-140 dBVrms/√2Hz
160 Hz to 1280 Hz
<-130 dBVrms/√2Hz
Note: To calculate noise as dB below full scale:
Noise [dBfs] = Noise [dB/√2Hz] + 10LOG(NBW) - Range
[dBVrms]; where NBW is the noise equivalent BW of the
window (see below).
Window parameters
-3 dB bandwidth*
Noise equivalent bandwidth*
Attenuation at ±½ bin
Shape factor
(-60 dB BW/-3 dB BW)
Uniform
0.125% of span
0.125% of span
4.0 dB
716
Hann
0.185% of span
0.1875% of span
1.5 dB
9.1
Flat top
0.450% of span
0.4775% of span
0.01 dB
2.6
* For 800 line displays. With 1600, 400, 200, or 100 line displays, multiply bandwidths by 0.5, 2, 4, and 8, respectively.
5
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Single channel phase
Phase accuracy relative to external ± 4.0 deg
trigger
16 time averages center of bin,
DC coupled 0 dBfs to -50 dBfs only
0 Hz < freq ≤ 10.24 kHz only
Common mode range
(floating mode)
IEPE transducer power supply
Current source
Open circuit voltage
A-weight filter
Conforms to ANSI Standard S1.4-1983;
and to IEC 651-1979; 10 Hz to 25.6 kHz
Crosstalk
Between input channels, and
source-to-input (Receiving channel
source impedance = 50 Ω)
For Hann and flat top windows, phase is relative to a cosine
wave at the center of the time record. For the uniform, force,
and exponential windows, phase is relative to a cosine wave
at the beginning of the time record.
Cross-channel amplitude
FFT cross-channel gain accuracy
Frequency response mode
Same amplitude range
At full scale: Tested with 10 RMS
averages on the -11 to +27 dBVrms
ranges, and 100 RMS averages on
the -51 dBVrms range
Cross-channel phase
Cross-channel phase accuracy
(Same conditions as cross-channel
amplitude)
± 0.04 dB (0.46%)
± 4 V pk
4.25 ± 1.5 mA
+26 to +32 Vdc
Type 0 tolerance
< -135 dB
below signal or
< -80 dBfs of
receiving
channel, whichever response
is greater in
amplitude
Time domain
Specifications apply in histogram/time mode,
and unfiltered time display
DC amplitude accuracy
±5.0 %fs
Rise time of -1 V to 0 V test pulse
<11.4 µSec
Settling time of -1 V to 0 V test pulse <16 µSec to 1%
Peak overshoot of -1 V to 0 V
<3%
test pulse
Sampling period
1 channel mode
3.815 µSec to 2 Sec in 2x steps
2 channel mode
7.629 µSec to 4 Sec in 2x steps
4 channel mode
15.26 µSec to 8 Sec in 2x steps
(Option AY6 only)
± 0.5 deg
Input
Input ranges (full scale)
(Auto-range capability)
+27 dBVrms (31.7 Vpk) to -51 dBVrms
(3.99 mVpk) in 2 dB steps
Maximum input levels
42 Vpk
Input impedance
1 MΩ ±10%
90 µF nominal
Low side to chassis impedance
1 MΩ ±30% (typical)
Floating mode
<0.010 µF
Grounded mode
≤100 Ω
AC coupling rolloff
<3 dB rolloff at 1 Hz
Source impedance = 50 Ω
Common mode rejection ratio
Single tone at or below 1 kHz
-51 dBVrms to -11 dBVrms ranges
>75 dB typical
-9 dBVrms to +9 dBVrms ranges
>60 dB typical
+11 dBVrms to +27 dBVrms ranges >50 dB typical
6
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Trigger
Trigger modes
Maximum trigger delay
Post trigger
Pre trigger
No two channels can be further than
±7168 samples from each other.
External trigger max. input
External trigger range
Low range
High range
External trigger resolution
Low range
High range
Tachometer
Pulses per Revolution
RPM
RPM Accuracy
Tach level range
Low range
High range
Tach level resolution
Low range
High range
Maximum tach input level
Minimum tach pulse width
Maximum tach pulse rate
Source output
Source types
Internal, source,
external (analog
setting) GPIB
Amplitude range
8191 seconds
8191 sample periods
Sine, random noise,
chrip, pink noise,
burst random, burst
chirp
AC: ±5 V peak*
DC: ±10 V*
* Vacpk + |Vdc| ≤ 10 V
AC amplitude resolution
Voltage > 0.2 Vrms
Voltage < 0.2 Vrms
DC offset accuracy
±42 Vpk
-2 V to +2 V
-10 V to +10 V
Pink noise adder
15.7 mV
78 mV
Output impedance
Maximum loading
Current
Capacitance
Sine amplitude accuracy at 1 kHz
0.5 to 2048
5 ≤ RPM ≤ 491,519
±100 ppm (0.01%)
(typical)
2.5 mVpeak
0.25 mVpeak
±15 mV ± 3% of
(|DC| + Vacpk) settings
Add 600 mV typical
when using pink
noise
<5Ω
±20 mA peak
0.01 µF
±4% (0.34 dB) of
setting
Rload > 250 Ω
0.1 Vpk to 5 Vpk
Sine Flatness (relative to 1 kHz)
±1 dB
0.1 V to 5 V peak
Harmonic and sub-harmonic distortion and spurious
signals (In band)
0.1 Vpk to 5 Vpk sine wave
Fundamental < 30 kHz
< -60 dBc
Fundamental > 30 kHz
< -40 dBc
-4 V to +4 V
-20 V to +20 V
39 mV
197 mV
±42 Vpk
600 nSec
400 kHz (typical)
Digital interfaces
External keyboard
Compatible with
PC-style 101-key
keyboard
GPIB
Conforms to the following standards:
IEEE 488.1 (SH1, AH1, T6, TE0, L4, LE0, SR1, RL1,
PP0, DC1, DT1, C1, C2, C3, C12, E2)
EEE 488.2-1987
Complies with SCPI 1992
Data transfer rate
< 45 mSec for a
(REAL 64 Format)
401 point trace
Serial port
Parallel port
External VGA port
7
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Computed order tracking – Option 1D0
Maximum order x Maximum RPM
( ——————————————
)
60
Real time octave analysis – Option 1D1
Standards
Conforms to ANSI Standard S1.11 - 1986, Order 3, Type 1-D,
extended and optional frequency ranges
Conforms to IEC 651-1979 Type 0 Impulse, and ANSI S1.4
≤
Online (real time)
1 channel mode 25,600 Hz
2 channel mode 12,800 Hz
4 channel mode 6,400 Hz
Capture playback
1 channel mode 102,400 Hz
2 channel mode 51,200 Hz
4 channel mode 25,600 Hz
Number of orders ≤ 200
5 ≤ RPM ≤ 491,519
(Maximum useable RPM is limited by resolution, tach pulse
rate,pulses/revolution and average mode settings.)
Delta order
1/128 to 1/1
Resolution
≤ 400
(Maximum order)/(Delta order)
Maximum RPM ramp rate 1000 RPM/second real-time
(typical)
1000 - 10,000 RPM run up
Maximum order
10
Delta order
0.1
RPM step
30 (1 channel)
60 (2 channel)
120 (4 channel)
Order track amplitude
±1 dB (typical)
accuracy
1 second stable average
Single tone at band center:
≤ ± 0.20 dB
Readings are taken from the linear total power spectrum
bin. It is derived from sum of each filter.
1/3-octave dynamic range > 80 dB (typical) per
ANSI S1.11-1986
2 second stable average
Total power limited by input noise level
Frequency ranges (at centers)
Online (real time):
Single channel
2 channel
4 channel
1/1 octave
0.063 - 16 kHz
0.063 - 8 kHz
0.063 - 4 kHz
1/3 octave
0.08 - 40 kHz
0.08 - 20 kHz
0.08 - 10 kHz
1/12 octave
0.0997 0.0997 0.0997 12.338 kHz
6.169 kHz
3.084 kHz
Capture playback
1/1 octave
0.063 - 16 kHz
0.063 - 16 kHz 0.063 - 16 kHz
1/3 octave
0.08 - 31.5 kHz 0.08 - 31.5 kHz 0.08 - 31.5 kHz
1/12 octave
0.0997 0.0997 0.0997 49.35 kHz
49.35 kHz
49.35 kHz
One to 12 octaves can be measured and displayed.
1/1-, 1/3-, and 1/12-octave true center frequencies related by the
formula: f(i+1)/f(i) = 2^(1/n); n=1, 3, or 12; where 1000 Hz is
the reference for 1/1, 1/3 octave, and 1000*2^(1/24) Hz is the
reference for 1/12 octave. The marker returns the ANSI standard
preferred frequencies.
Swept sine measurements – Option 1D2
Dynamic range
130 dB
Tested with 11 dBVrms source level at: 100 mSec integration
Curve fit/synthesis – Option 1D3
20 Poles/20 zeroes curve filter frequency response
synthesis pole/zero, pole residue & polynomical format
Arbitrary waveform source – Option 1D4
Amplitude range
AC: ±5 V peak*
DC: ±10 V*
* Vacpk + |Vdc| ≤ 10 V
Record length
DAC resolution
0.2828 Vpk to 5 Vpk
0 Vpk to 0.2828 Vpk
# of points = 2.56 x lines of
resolution, or # of complex
points = 1.28 x lines of resolution
2.5 mV
0.25 mV
8
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General Specifications
General specifications
Safety standards
Abbreviations
dBVrms dB relative to 1 Volt rms.
CSA certified for electronic
test and measurement equipment per CSA C22.2, NO.
231 This product is designed
for compliance to: UL1244,
Fourth Edition IEC 348, 2nd
Edition, 1978
EMI / RFI standards
CISPR 11
Acoustic power
LpA < 55 dB (Cooling fan at
high speed setting)
< 45 dB (Auto speed setting
at 25 °C)
Fan speed settings of high, automatic, and off are available.
The fan off setting can be enabled for a short period of
time, except at higher ambient temperatures where the fan
will stay on.
Environmental operating restrictions
Operating:
Disk in drive
Ambient temp.
4 °C to 45 °C
Relative humidity
(non-condensing)
Minimum
20%
Maximum
80% at 32 °C
Vibrations (5 - 500 Hz) 0.6 Grms
Shock
5 G (10 mSec ½ sine)
Max. altitude
4600 meters
(15,000 ft.)
dBfs
dB relative to full scale amplitude range.
Full scale is approx. 2 dB below ADC overload.
Typical
Typical, non-warranted, performance specification included to provide general product
information.
Operating:
No disk in drive
0 °C to 55 °C
Storage &
transport
-40 °C to 70 °C
15%
95% at 40 °C
1.5 Grms
5 G (10 mSec ½ sine)
4600 meters
(15,000 ft.)
5%
95% at 50 °C
3.41 Grms
40 G (3 mSec ½ sine)
4600 meters
(15,000 ft.)
AC power
90 Vrms - 264 Vrms
(47 - 440 Hz)
350 VA maximum
DC power
12 VDC to 28 VDC nominal
200 VA maximum
DC current at 12 V
Standard: <10 A typical
4 channel: <12 A typical
Warm-up time
15 minutes
Weight
15 kg (33 lb) net
29 kg (64 lb) shipping
Dimensions (Excluding bail handle and impact cover)
Height
190 mm (7.5")
Width
340 mm (13.4")
Depth
465 mm (18.3")
9
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Revised: October 1, 2008
Product specifications and descriptions in this document
subject to change without notice.
© Agilent Technologies, Inc. 2009
Printed in USA, January 9, 2009
5966-3064E
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