Amplitude specifications, Inputs/outputs, agilent 8560 ec series, Continued delayed sweep – Atec Agilent-8560EC-65EC Series User Manual

Page 8: Demodulation, Front panel connectors, Rear panel connectors

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Amplitude Specifications,

continued

Delayed sweep

Trigger modes

Free run, line, external, video

Range

Sweep time < 30 ms

–9.9 ms to +65.535 ms

Sweep time ≥ 30 ms

+2 µs to +65.535 ms

Resolution 1

µs

Accuracy

±1

µs

Demodulation

Spectrum demodulation

Modulation

type

AM

and

FM

Audio output

Speaker and phone jack with volume control

Marker pause time

100 ms to 60 s (nominal)

Inputs/Outputs, Agilent 8560 EC Series

(All values are nominal)

Front panel connectors

RF input

Agilent 8560EC, 8561EC, 8562EC, 8563EC

Type N female, 50 Ω

(Option 856xEC-026, Agilent 8563EC only)

APC 3.5 mm male, 50 Ω

Agilent 8564EC, 8565EC

APC 2.4 mm male, 50 Ω

VSWR (≥ 10 dB atten)

30 Hz to 2.9 GHz

< 1.5:1 dB

2.9 GHz to 50 GHz

< 2.3:1 dB

LO emission level

(average with 10 dB atten)

≤ –80 dBm

IF input SMA

female,

50

Ω

Frequency 310.7

MHz

Full

screen

level

–30

dBm

Gain

compression

–23

dB

First LO output

SMA

female,

50

Ω

Frequency

3.000 - 6.8107 GHz

Amplitude

+16.5 dBm ±2.0 dB

Cal output BNC

female,

50

Ω

Probe power

+15 Vdc, –12.6 Vdc, and Gnd (150 mA max each)

Rear panel connectors

Earphone

Sub-miniature mono jack, 0.2 W into 4 Ω

10 MHz REF in/out

Shared BNC female, 50 Ω

Output freq accuracy

±(10 MHz x freq ref accuracy)

Output

amplitude

0

dBm

Input amplitude

–2 to +10 dBm

Video output

BNC,

50

Ω

Amplitude (RBW ≥ 300 Hz)

0 to +1 V full scale

LO sweep frequency analog voltage output

(LO sweep or V/GHz function selectable from the

front panel, BNC female, 120 Ω)

LO sweep output

0 to 10 V (no load)

Frequency analog voltage output (internal mixer mode)

Output ramp voltage proportional to start and stop frequencies.

Transfer function:

0.5 V/GHz.

0.5 V/GHz output (external mixer mode)

Output ramp voltage proportional to LO frequency: (LO = 3 to 6.8107 GHz).

Transfer function: (1.5 V/GHz x LO frequency (GHz) –0.2054) ±50 mV (typ).

8

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