Atec 4352B User Manual

Agilent

Function Reference

4352B V

CO/PLL

Signal

Analyzer

This

2.x.

manual

F

or

additional

applies

SERIAL

directly

information

to

instruments

about

NUMBERS

that

rmware

have the

revisions,

rmware revision

see in

Appendix A.

Agilent Part No. 04352-90090

Printed in JAPAN July 2003

Eighth Edition

Specications

11

These specications

4352B is

this section.

of the

range of

elapsed

represents

ecient

Measurement

RF

Frequency

Input

Resolution

A

tested.

43521A



0

from

operation

Power

level

ccuracy

@



2

GHz,

@Other

@

P

eak

@1

GHz,

When

F

or

the

.

Specications

Cto

40

power-on.

typical

band

:



15

than

the

V

oltage

0

5

dBm,



are

the

performance

shipped

specications

list

C (except

characteristics

of

the

Items

:

dBm,

above

Response

as

Information

4352B

(T

:

::

:

P

eak

,

P

eak

,

P

eak

V

oltage

from

of

the

noted)

of

.

ester

:

::

:

V

oltage

V

0

to

the

factory

the

4352B

and

provided

the

4352B

:

Response

oltage



C

40

Response

standards

,

43521A

's

performance

after

as

and

Mode)

:

::

:

,

Response

:

,23

and

operation

the

4352B

(

Downconverter

a

warm-up

typical

is

intended

:

23

6

,

23

:



6

10

:

10

:

::

C

,

:

::



C

6

10

:

meets

guaranteed

time

typically

:



C

:

::

:

limits

based

on

which

the

specications

Unit

),

see

the

User's

over

the

temperature

of

at

least

30

minutes

,

nominal

to

serve

:

::

:

::

as

reference

:

0

10

:

or

approximate

:

10

dBm

:

::

:

::

:

::

:

6

the

listed

in

Manual

has

data

for

MHz

to

3

GHz

to

+20 dBm

:

0.01

dB

:

6

0.6dB

:

6

1.0dB

::

:

6

2.0dB

0.2dB(typical)

Frequency

Resolution

When @

Accuracy

DC Current Consumption

Current range

Accuracy

@23610

@0 to 40C

Resolution

band

1kHz is selected as resolution

:

:::::: ::::::: ::::



C

::::::: ::::::: :::::: ::::::: ::::::: :::::: ::::::: ::::::: :::::: ::::::: ::::::: :::::: ::10

:

::::: ::::::: :

:::::::::::::::

:::::: ::::::: :::::: ::::::: ::::::: :::::: ::::::: ::::::: ::6(0.8% of reading+400A)

:

::

:

::

::::::::::::::::::::

6

( time base accuracy of the external

:::::::::::::::::::::::::

:::::::::::::::

::

:

:::::: ::::::: ::::::: :::::

signal source used +1 kHz)

6

(0.2% of reading+100

:

::

10 MHz

:::::

::::::: ::

0to50mA

Specications 11-1

to 3

GHz

1 kHz



A)

A

Measurement

FM

Deviation

Items

Measurement

Deviation

@1

kHz FM,

@1

kHz FM,

@1

kHz

@1

kHz

Note

Residual

@300

@50

C/N

Ratio

Oset

@

Carrier

@

Carrier

Phase

@100

@1

kHz

@10

@100

@1

M,9

Range

Resolution

Accuracy

2kHz

FM,

20,

FM,

20,

FM

Hz to

3 kHz

Hz to

20 kHz

frequency



100

<

100

noise

Hz

oset

kHz

oset

kHz

oset

MHz

200

The

the

P

erform

range

MHz

:

oset

:

range

,

range

,

kHz

deviation

reading

calibration

bandwidth

:

::

:

::

:

::

:

::

:

23

6

10

0

to

range

accuracy

(typical

:

::

:

::

:

::

40

:

::

,

:

::

:



::

:

::

C



23

0

:

::

:

C

:

::

6

10

to

40

data,

again

:

::

:

::

:

::

:



C

:



C

:

obtained

@

ambient

if

the

:

::

:

::

:

::

:

::

:

(

6

2%

of reading+0.5%

:

::

:

(

6

2%

of

reading+0.1%

(

6

8%

of

reading+0.4%

after

FM

temperature during

detection band

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

of measurement

::

(

6

8% of

deviation calibration

:

::

100 Hz

:

reading+2.0%

is changed.

:

to

10%

:

85

dBc/Hz

110

dBc/Hz

130

dBc/Hz

140

dBc/Hz

150

dBc/Hz

of

measurement

of

measurement

calibration:

:

:<

:

:<

:

of

(90

(117

(137

(147

(157

:

::

:

::

is

3Hz

8Hz

:

100

carrier

dBc/Hz

0to

200 kHz

::

:

4

of

reading)

6

0.8% of

6

5

(typical)

rms

(typical)

rms

Hz to

frequency

typical)

digits

range)



C).

9 MHz

See

also

A

ccuracy

@100

@1

kHz

@1 MHz

y

(Note

frequency above

yy

(No

spurious

mode only))

Note

the section

y

yy

Hz

to 1

to 9

F

NOISE

that if

components

on

EMC

of

\Others"

kHz oset

MHz oset

F

FF

F

PLL

5

kHz.)

should

The noise oor at 1 MHz and 9 MHz osets depends on the input signal

level and the RF attenuation setting. The gure shown below illustrates the

relationship between them. The value below each line

setting.

:

::

F

FF

F

auto WIDE

F

not

:

F

be

:

F

(

CNPLL

assumed

:

in

\General

:

::

:

::

WIDE

)

is

selected,

around

the

Characteristics".

::

:

::

:

::

:

this

accuracy

measurement point

:

::

:

6

4dB(typical)

:

::

:

::

:

is

valid

at

oset

(for the

tester

show the RF attenuator

:

6

2dB

:

6

4dB

11-2 Specications

Measurement

Items

Note

Set

the

attenuation

noise

above

specied as

150

a

typical

dBc

for

.

value

noise

Other

measurement

settings

.

may

to

not

guarantee

0dB

when

measuring

the

phase

the

noise

phase

Specications 11-3