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

Measurement

Items

(Analyzer

Mode)

Measurement Items

RF P

ower Characteristics

Refer to

Frequency/Tuning Sensitivity

Refer to

Phase

Same

Frequency

6

The frequency

FSPAN

When

position

selected

\RF P

\Frequency" in

Noise

as

\C/N

Transient

(frequency

xxxMHz. It

N

NN

FREQ

N

20MHz

N

NN

N

MAX

xxxxMHz

value

inside

ower"

Characteristics

Ratio"

A

NN

SPAN

N

in

ccuracy

span

span is

N

2MHz

N

is

selected:

N

NN

,

one

the

in

\Measurement

2

0.1%

is

N

NN

N

is

of

4352B

(Analyzer Mode)

against DC

\Measurement

+

Time

displayed

selected

NN

N

is

selected:

20

MHz

selected:

16

measurement

.

The

Control V

Items

(T

ester

Characteristics against

Items

(T

ester

against

below

depending

Depending

frequency

Items

base

the

2

MHz

frequency

Oset

(T

ester

accuracy

frequency

on

the

on

span

oltage

Mode)".

Frequency

Mode)".

of

external

setting

the

entered

bands

of

that

DC

Control

signal

transient

as

(see

measurement

follows:

target

T

able

V

source

frequency

11-1

)

is

automatically

range

is

oltage

used)

screen,

and

used.

the

as

target

Measurement

The

measurement

When

the

target

automatically

band

is

Available measurement frequency bands when

Measurement frequency

band number

Maximum frequency

Minimum frequency (MHz) 64 128 192 256 320 384 448 512 576 640 704 768 832 896 960 1024

Frequency span (MHz) 128 256 384 512 640 768 896 1024 1152 1280 1408 1536 1664 1792 1920 2048

Frequency resolution (kHz) 3.2 6.4 9.6 12.8 16 19.2 22.4 25.6 28.8 32 35.2 38.4 41.6 44.8 48 51.2

N

FREQ

N

NN

20MHz

N

NN

N

MAX

used.

Resolution

N

NN

N

SPAN

N

is selected:

N

NN

xxxxMHz

position

selected

(MHz)

resolution

N

2MHz

N

is

value

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

192 384

depends

N

is

selected:

500 Hz

selected:

,

one

of

inside

the

576 768 960 1152 1354 1536 1728 1920 2112 2304 2496 2688 2880 3000

on

the

50

Hz

Depending

16

measurement

4352B

.

The

Table 11-1.

selected

on

frequency resolution

frequency

the

entered

frequency bands

target

NNNNNN

NNNNNNNNNNNNNNNNNNNNNNNNN

MAX xxxxMHz

span

as

frequency

(see T

of that

NNNN

is selected

follows:

and

able 11-1

measurement

)is

Maximum Sweep Time

11-4 Specications

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

20 sec

I/O

Signal

Minimum Sweep

Time Base

When the

::

:

When the

::

:

Spectrum

When

I/O

the detection

Absolute

When

Relative

Ratio

:

Signal

level

@

0

level

of

:

0

:

Time Resolution

Accuracy

4352B isn't

:

::

4352B is

:

mode (

accuracy

5

dBm

is

accuracy

10

dBm

:

phase locked

::

phase locked

:

::

:

N

NN

N

DETECTION

input,

to

::

attenuation=0

0

60

dBm

:

N

:

to

:

N

NN

N

during

:

::

to

:

the

:

)is

:

::

the

:

Time

set to

sweep

:

external

::

external

dB

:

::

signal

base

accuracy

the positive

,

@23

6

,

attenuation=0 dB

:

::

signal

::

:

10

:

::

:

source



C

:

::

source

:

of

peak

:

the

:

::

:

N

(

:

::

external

NN

N

POS

PEAK

:

6

0.5

:

::

signal source

N

).

:

::

dB

::

:

6

10ppm

::

6

2dBm(typical)

(typical),

12.5



(typical)

used

6

1.5

sec

dB

V

CO

P

ower

V

oltage

Setting

Noise

Setup

Connector

Output

V

CO

Voltage range

Setting accuracy

range

accuracy

@23

6

10

@0

to 40

@10

kHz

time

@Error:

resistance

Control

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

@23610

Output voltage range

0

15

0Vto

20.0001 V to 35

@0 to 40C

Output voltage range

0

15 V to00.0001 V

0 V to 20 V

20.0001 V to 35 V

Noise

V

oltage

:



C

::



C

::

:

::

0.1%

:

Voltage

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



C

Vto

20 V

Output

:

::

:

0

to +15.5

:

::

:

::

:

::

:

::

:

::

:

(DC)

:

::

:

Output

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

::::::: ::

0

0.0001 V

With option 001,

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

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

V

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

:::::::::::::::::::::::::::::::::::6f(setting+15 V)20.3%+15 mV

:::::::::::::::::::::::::::::::::::::::::::::::::::::::6(setting20.3%+6 mV)

::::::::::::::::::::::::::::::::::::::6f(setting015 V)20.3%+15 mV

0to20V(20

0

15 to 35 V (20 mA max.), variable in 100-

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

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

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

V

(50

mA

max.),

:

::

:

::

:

::

:

::

:

::

:

::

mA max.), variable in 100-

6f

(setting+15 V)

:::::: :

6f

(setting015 V)

:

variable

:

6

:

6

:

10nV/

:

<

20

:

::

:

<

2

6

(setting20.1%+2 mV)

2

in

1-mV

(0.2%+2

(0.6%+6

p

H

z

(typical)

msec(typical)

BNC

0.3

(typical)



V

0.1%+5 mV

steps

mV)

female

V steps

steps

g

Specications 11-5

I/O

Signal

@10

Setup

time

@Error:

Connector

Output

0

to

20

With

kHz

:

::

kHz,

voltage

0.1%

:

::

resistance

V

:

::

option

001,

::

:

::

(DC)

:

0

:

setting

::

:

15

to 0

:

::

p

H

z

:

<

p

:

BNC

10

50

H

(typical)

z

(typical)

female

(typical)

:

::

:

::

:

1nV/

0

15

to

0,

20 to

35 V

(option 001)

::

:

::

:

::

:

::

:

,20

to 35

V

:

::

:

1.5nV/

:

::

:<

20 msec(typical)

:

::

:

::

:

::

:

Modulation

Frequency

Level

@Open

Setting

Harmonic

Connector

Output

Maximum

RF

Frequency

Input

Connector

Input

@

Open load,

@

Open load,

@1

kHz

Input

level

impedance

@



2 GHz

Accuracy

impedance

Signal

:

::

load

:

::

23

0to

Distortion

:

::

:

output

range

:

current

:

::

:

::

:

Output

::

:



C

6

10



40

:

::

:

::

:

::

:

::

:

1

kHz

(xed)

,

:

::

:

0

to

1

::

:

::

:

C

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

::

:

V

rms

:

::

:

::

:

::

:

variable in

:

::

:

::

:

::

:

::

:

::

:

Nominal:

:

0

10

:

::

:

::

6

(0.5%+1mV

:

6

(1.5%+3mV

:

<

-40

:

5mA

:

10

dBm

:

50

:

1mV

dBc(typical)

:

BNC

50

rms

MHz

to

:

,

:

steps

rms

female

(typical)

(typical)

to

3

+20

:

N

female

SWR

<

SWR

<

rms

GHz

dBm

1.3

1.2

)

11-6 Specications

Instrument

B

ASIC

Related Specications

Instrument B

K

eyboard

Connector

I/O

port

Connector

Level

I/O

:

ASIC Related

:

::

:

::

:

::

:

::

:

::

:

Specications

:

::

:

::

:

::

:

::

:

::

:

::

:

PS/2

style

101

english

::

:

::

:

::

:

::

:

::

4-bit input/8-bit

keyboard

::

:

mini-DIN

D-SUB (15-pin)

:

TTL

level

output port

24-bit

Connector

Level

I/O

Interface

:

Figure

:

::

:

::

:

::

:

Figure 11-2. 24-bit I/O Interface Pin Assignment

11-1.

I/O

P

ort

Assignment

:

::

:

::

:

D-SUB

:

::

:

::

:

::

:

::

:

8-bit

input/16-bit

(36-pin)

:

::

:

TTL

output

Specications 11-7

General

Characteristics

T

able 11-2.

Signal Source

Assignment

Pin No

.

1 GND 0

2 INPUT1 TTL level,

3 OUTPUT1 TTL

4 OUTPUT2 TTL

5 OUTPUT PORT

6 OUTPUT

7 OUTPUT

8 OUTPUT PORT

9 OUTPUT

10 OUTPUT

11 OUTPUT

12 OUTPUT

13 OUTPUT PORT

14 OUTPUT

15 OUTPUT

16 OUTPUT

17 OUTPUT

18 OUTPUT

19 OUTPUT

20 OUTPUT

21 I/O

22 I/O

23 I/O

24 I/O

25 I/O

26 I/O

27 I/O

28 I/O

29 PORT

30 PORT

31 WRITE STROBE

Signal Name Signal Standard

V

pulse input

level,

latch

level,

latch

TTL level,

TTL

level,

TTL

level,

TTL level,

TTL

level, latch

TTL

level,

TTL

level,

TTL

level,

TTL level,

TTL

level,

TTL

level,

TTL

level,

TTL

level, latch

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL

level,

TTL level,

latch output

latch

latch output

latch

input

active low

PORT

C

D

PORT

PORT A4

PORT

PORT B4

PORT

C0

C1

C2

C3

D0

D1

D2

D3

ST

A

TUS

ST

A

TUS

A0

A1

A2

A3

A5

A6

A7

B0

B1

B2

B3

B5

B6

B7

SIGNAL

typical)

32 +5V PULLUP

33 SWEEP END SIGNAL TTL level, active low

typical)

34 +5V +5V, 100 mA

35 PASS/FAIL SIGNAL

36 PASS/FAIL WRITE STROBE

SIGNAL

TTL level, P

TTL level, active low

typical)

MAX

ASS: HIGH, F

(pulse width:

output

mode:

LOW

,pulse

,

output

,

output

, pulse output (width: 20

AIL: LOW

, latch output

, pulse output (width: 10

1



sor

mode:

(width:

above)

HIGH

10



s;



s;



s;

See

4352B GPIB Programming Manual

11-8 Specications

for details.

General Characteristics

I/O

Characteristics

General

Characteristics

External

Input

Connector

External

Frequency

Level

Input

Connector

Internal

Frequency

Level

Output

Connector

External

Level

Pulse width

Polarity

Connector

External

Connector

Level

input (

Level

reference input

::

Impedance

reference

:

impedance

trigger

:

program

:

1st LO

:

::

:

::

:

::

:

output

:

input

:

)

:

(T

::

:

::

p

::

:

::

:

RUN/CONT

:

)

:

::

:

::

:

+10

dBm(typical)

:

::

:

::

:

::

:

N

female

:

::

:

::

:

10

MHz

6

100

Hz(typical)

:

::

:

::

:

0

6

dBm

to

+16

dBm(typical)

:

::

:

::

:

50

(nominal)

:

::

:

::

:

::

BNC female

:

::

:

::

:

10

MHz

6

100

Hz(typical)

:

::

:

::

:

::

:

2.5

dBm(typical)

:

::

:

::

:

50

(nominal)

:

::

:

::

:

BNC female

:

::

:

::

:

::

:

TTL

level

::

:

::

:

::

:



2



s

(typical)

:

::

:

::

:

P

ositive/negative

:

::

:

::

:

input

:

::

:

::

:

::

:

::

:

::

:

::

:

selectable

:

BNC

:

BNC

:

TTL

female

level

External monitor output

Connector

Display resolution

LCD

Size/Type

Resolution

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

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

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

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

Figure 11-3. Trigger Signal

D-SUB 15-pin HD

6402480 VGA

8.4 inch color LCD

6402480

Specications 11-9

Operation

Conditions

Eective

P

arallel

Interface

Printer

HP

HP DeskJet

HP

DeskJet 1600CM

Operation

Temperature

Disk

Humidity

@wet

Altitude

W

arm

interface

control

Printer Monochrome

DeskJet

drive

bulb

Disk

drive

Disk

drive

:

up

time

Display

:

340J

505

560C

850C

1200

Conditions

non-operating condition

operating

temperature

:

Area

:

::

language

T

able

11-3.

condition



non-operating

operating

:

::

:

condition

::

:

::

:

::

:

Supported

p p

p

p p

p p p



C,

29

condition

:

::

:

::

Printing

:

without

:

::

:

::

:

::

:

::

:

::

:

Printers

Fixed

:

condensation

:

::

:

and

Color PrintingVariable Color

:

::

:

::

:

::

:

::

:

Printing

:

::

:

160

mm

::

:

Centronics

:

HP PCL3

:

::

:

2

115

Printer Control

Modes

:

::

:

::

:

::

mm(600

standard

:

::

:

0

::

:

15%

to

:

2

compliant

Language

Printing



C

:

0



C

10

to

2000

:

30

430 dots)



to

40



to

40

95% RH

80%

RH

meters

minutes

C

Non-operation

Temperature

Humidity

@wet bulb temperature

Altitude

11-10 Specications

::

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

Conditions

::

:



45

:

::

:



C, without condensation

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

:

::

:

:::::: :::

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

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

:

0

20

15% to 95% RH

:

0 to 4572 meters



Cto

60



C

Others

EMC

:

Complies

Note:

This

Cet

P

ower

W

eight

Dimensions

:

::

with

Note:

The

4352B

frequency range

however

the

ISM

appareil

,

that

interfering signal.

device complies

ISM est

requirements

:

::

:

Complies

IEC

1000-4-4

meets

between

this

does

conforme 

:

::

:

Complies

with

with CISPR

IEC

Complies

(1995)

the specications

27

to

1000

not

apply

with Canadian

ala

:

::

:

90

:

::

:

Complies

1000-4-2

MHz

when

norme

V

:

with

/

EN

for C/N

when

the

frequency

ICES-001.

NMB-001

to

132

:

::

:

11

(1990)

with

(1995)

IEC

50082-1

ratio and

tested

V

,

or

::

:

::

IEC

/

EN

801-3

(1992)

at

3V/m

to

be

du

198

:

::

/

EN

55011

1000-3-2

1000-3-3

50082-1 (1992)

(1984)

/

:

1

kV /

phase noise

in

compliance

measured is

Canada.

V

to

264

:

425(W)

Operation

(1991)

(1995)

(1994)

EN

/

50082-1

Main,0.5kV /

over

the

entire

with

the same

V

,

47

to

:

::

:

2

235(H)

Conditions

:

Group

EN

6100-3-2 (1995)

EN

6100-3-3 (1995)

:4

kV CD

(1992)

immunity

IEC

801-3/1984.

as the

test frequency

63

Hz, 300

:

21.5

2

1,

Class

,8

kV AD

:

3

V/m

Signal Line

test

Note

V

A

max

kg

max

553(D)

mm

A

,

of

Specications 11-11

Atec 4352B User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual