Anritsu S114C Manual de usuario descargar pdf (Pagina 13)

SPECIFICATIONS

All specifications apply when calibrated at

ambient temperature after a five minute warm up.

Typical values are given for reference, and are

not guaranteed.

Return Loss

Range: 0.00 to 54.00 dB

Resolution: 0.01 dB

SWR

Range: 1.00 to 65.00

Resolution: 0.01

Distance-To-Fault

Vertical Range:

Return Loss: 0.00 to 54.00 dB

SWR : 1.00 to 65.00

Horizontal Range:

Range: 0 to (# of data pts –1) x Resolution

to a maximum of 1000 m (3281 ft.), # of

data pts. = 130, 259, 517

Horizontal Resolution, Rectangular Windowing:

For Coax,

Resolution (meter) =

1.5 x 10

(ν

/ ∆ Frequency)

Where: ν

is the cable’s relative

propagation velocity.

∆ Frequency is the stop frequency minus

the start frequency (in Hz).

For Waveguide,

Resolution (meter) =

1.5 x 10

( 1-(F

/ F

)

∆ Frequency

Where: F

is the waveguide’s cutoff

frequency (in Hz).

is the start frequency (in Hz).

∆ Frequency is the stop frequency minus

the start frequency (in Hz).

Gain/Insertion Loss

Range: –90 to +50 dB

Resolution: 0.1 dB

RF Power Monitor Option

Display Range: –80.0 to +80.0 dBm, or

10.0 pW to 100.0 kW

Detector Range –50.0 to +20.0 dBm, or

10.0 µW to 100.0 mW

Offset Range: 0.0 to +60.0 dB

Resolution: 0.1 dB or

0.1 x W

Transmission Line Loss (one-port)

Range: 0.00 to 20.00 dB

Resolution: 0.01 dB

Test Port Connector

Precision N female

Maximum Input Without Damage

N (f) Test Ports: +20 dBm, 50 Ω, +50 Vdc

RF Power Detector: +20 dBm, 50 Ω, +50 Vdc

SPECTRUM ANALYZER

Frequency

Frequency Range: 100 kHz to 1.6 GHz, S114C

100 kHz to 3.0 GHz, S332C

Frequency Reference: Aging: ±1 ppm/yr.

Accuracy: ±2 ppm

Frequency Span: 0 Hz (zero span)

1 kHz to 1.6 GHz, S114C

1 kHz to 3.0 GHz, S332C

Sweep Time: ≥6.5 sec (full span)

500 ms (zero span)

Resolution Bandwidth:

10 kHz, 30 kHz, 100 kHz, 1 MHz

Accuracy: ±20% typical

Video Bandwidth:

100 Hz to 300 kHz in 1-3 sequence

SSB Phase Noise

(1 GHz) at 30 kHz Offset: –75 dBc/Hz

Spurious Responses

Input Related: ≤ –45 dBc

Spurious

Residual Responses: ≤ –95 dBm

Amplitude

Measurement Range: –95 dBm to +20 dBm, typical

Dynamic Range: ≥65 dB, typical

Maximum

Safe Input Level: +20 dBm max. measurement

safe input

+23 dBm max. input (damage)

+23 dBm Peak Pulse Power

±50 Vdc

Displayed Average Noise Level:

≤ –95 dBm (>500 kHz, typical)

≤ –80 dBm (100 kHz to 500 kHz, typical)

Display Range: 2 to 15 dB/div. In 1 dB steps.

Ten divisions displayed.

RF Input VSWR: 2.0:1

Total Level Accuracy: ±2 dB, ≥500 kHz, typical*

±3 dB, <500 kHz, typical*

GENERAL

RS-232: 9 pin D-sub, three wire serial

Electromagnetic Compatibility:

Complies with European Community

Requirements for CE marking.

Temperature:

Operating: –0°C to 50°C

Storage: –20°C to 75°C

Operation at temperatures to –10.0°C

is normal. However, please note that the LCD

display will fade at low temperature extremes.

Weight:

Site Master A Series, 1.36 kgs.

(3.0 lbs.) nominal, includes battery

Site Master C Series, 1.81 kgs.

(4.0 lbs.) nominal, includes battery

Site Master 332C, 2.14 kgs.

(4.76 lbs.) nominal, includes battery

Size :

A Series: 20.3 x 17.8 x 5.72 cm

(8 x 7 x 2.25 in.)

C Series: 25.4 x 17.8 x 6.10 cm

(10 x 7 x 2.4 in.)

MEASUREMENT ACCURACY

Return Loss and SWR

Accuracy = <0.9 +



20 log (1±10

–Ε∆/20

)



dB, typical.

where Ε∆ = Directivity - Measured Return Loss

Directivity is the largest source of return loss

measurement uncertainty. The quality of the

load or termination used for calibration determines

directivity performance. Loads can be verified

using a vector network analyzer calibrated with

either sliding load or TRL.

Directivity:

Precision 7/16 Components:

≥45 dB (≤3.5 GHz),

≥42 dB (3.5 to 4.0 GHz)

N Components: SM/PL, SM/PNFL

≥42 dB (≤3.5 GHz),

≥40 dB (3.5 to 4.0 GHz)

28N50A:

≥40 dB, (≤18 GHz)

InstaCal

™

: ICN50

≥38 dB (<3.5 GHz),

≥35 dB (3.5 to 4.0 GHz)

Precision Waveguide Load:

≥45 dB (frequency range dependent)

Cable Loss Accuracy

Accuracy: <±1.0 dB typical, for insertion

losses of <4.0 dB.

Assumes cable return loss >26 dB.

Accuracy is improved using ripple averaging. Set

the frequency sweep such that 5 to 6 ripple cycles

are visible. Calibrate the Site Master and place

markers at an adjacent peak and valley. Sum the

marker values and divide by two. For cable loss

greater than 4.0 dB, see formula in technical notes.

Repeatability: <± 0.05 dB, typical

Cable Loss is determined by measuring one end of

the cable and disconnecting the opposite end from

any antennas or other devices. This open circuit

condition return loss is measured and divided by

two. This test is excellent for trouble shooting or

verifying previously installed cables. For best

results comparing measurements to historic data,

always disconnect the opposite cable end at the

same position and avoid simultaneous tests of

multiple cable or connector types.

Distance-To-Fault Accuracy:

The Fast Fourier Transform which calculates

the DTF display provides an exact indication of

electrical length. This relates to physical length

through knowledge of the cable’s propagation

velocity, ν

d = ( c * n * ν

) / ( 2 * ∆f )

Distance is displayed according to the accuracy of ν

In the equation above, c is the speed of light,

n the number of ripples in the frequency domain

display and ∆f is frequency sweep range. Cable

manufactures specify the ν

of cables. When this

specification is not available, the ν

value is easily

determined by measuring a known length of cable.

Non-phase stable cables will cause small

measurement errors because bending of the cable

changes the physical length of the cable’s center

conductor and outer ground shield. The Open,

Short and Load components used during calibration

create a phase “reference plane” from which Site

Master bases the vector error correction formulas.

If the physical length of the cable is allowed to

change as it flexes, the phase relationship of the

calibrated reference plane position and the actual

cable end position also changes - creating errors.

The protective softcase is designed to hold

calibration components. Velcro adjustments

on the shoulder strap allow convenient, one

hand operation.

Panel connections include a 9 pin D-sub RS-

232, precision test port connector, DC power

input, and an optional RF detector connection

for the Power Monitor operation.

*For signal levels= > –60 dBm

Accuracy at 50 MHz –30 dBm= ±1 dBm

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Anritsu S114C Manual de usuario Pagina 13

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