Gotronik UDB1008S, UDB100xS series User Manual

Page 1
UDB100x(S)
UDB100x(S)
UDB100x(S)
UDB100x(S) seriers
seriers
seriers
seriers
Direct
Direct
Direct
Direct Digital
Digital
Digital
Digital Synthesis
Synthesis (DDS)
(DDS)
(DDS)
(DDS)
Signal
Signal
Signal
Signal Generator
Generator
Generator
Generator
U
U
U
U s
s
s
s ers
ers
ers
ers Manual
Manual
Manual
Manual
Page 2
Introduction
Introduction
Introduction
Introduction of
of
of
of the
the
the
the instrument
instrument
instrument
instrument
This series direct digital synthesis signal generator use DDS technology and FPGA design
with the characters of high stability and low distortion ect., with the function of TTL output and
60MHz frequency meter, UDB100xS series have sweep function, the start and end frequency and
sweep time can be set at will. It’s the ideal equipment of electronic engineer, laboratory ,
production lines , the teaching and scientific researc h.
Main
Main
Main
Main technology
technology
technology
technology data
data
data
data
Signal
Signal
Signal
Signal Output
Output
Output
Output function
function
function
function
Output waveforms Sine wave, Square wave and Tri angle wave Output amplitude 9Vp-p (signal output, no load) MAX
A bout 0.1Vp-p (MIN)
Output impedance 50 Ω± 10% (signal output)
DC offset ± 2.5 V (no load)
D isplay LCD1602
Frequency range 0. 0 1Hz ~ 2MHz(UDB1002)
0. 0 1Hz ~ 3MHz(UDB1003)
0. 0 1Hz ~ 5MHz(UDB1005)
Resolution 0.01Hz(10mHz) Frequency Stability ± 1 × 10
- 6
Frequency accuracy ± 5 × 10
- 6
Sine wave distortion 0. 8 % ( reference frequency is 1kHz )
Trinaglelinearity 98% (0.01 H z~1 0
kHz
)
Rise and fall time of square wave 100n s
Square Wave D uty range 1%~99%(digital control mode)
TTL
TTL
TTL
TTL Output
Output
Output
Output function
function
function
function
Frequency range 0. 0 1Hz ~ 2MHz( U DB1002
UDB1002
UDB1002
UDB1002 or
or
or
or UDB1002S
UDB1002S
UDB1002S
UDB1002S )
0. 0 1Hz ~ 3MHz( U DB1003
UDB1003
UDB1003
UDB1003 or
or
or
or UDB1003S
UDB1003S
UDB1003S
UDB1003S )
0. 0 1Hz ~ 5MHz( U DB1005
UDB1005
UDB1005
UDB1005 or
or
or
or UDB1005S
UDB1005S
UDB1005S
UDB1005S )
Amplitude >3Vp-p
Fan Out >20 TTL loads
COUNTER
COUNTER
COUNTER
COUNTER function
function
function
function
Counter Range 0-4294967295
Frequency Meter Range 1Hz~60MHz
Input
Voltage
Range 0.5Vp-p~20Vp-p
SWEEP
SWEEP
SWEEP
SWEEP function
function
function
function (as
(as
(as
(as for
for
for
for UDB100xS
UDB100xS
UDB100xS
UDB100xS series)
series)
series)
series)
Frequency range f
f
f
f M1
M1
M1
M1 to
to
to
to f
f
f
f M2
M2
M2
M2
Sweep time 1s~99s
Others
Others
Others
Others function
function
function
function
Save and Load Parameter M0-M9(M0: default load)
Page 3
The
The
The
The function
function
function
function introduction
introduction
introduction
introduction
of
of
of
of
front
front
front
front panel
panel
panel
panel
O
O
O
O perating
perating
perating
perating Guide
Guide
Guide
Guide
1.
1.
1.
1. Pressing
Pressing
Pressing
Pressing the
the
the
the
select
select
select
select
button
button
button
button which
which
which
which can
can
can
can switch
switch
switch
switch
from
from
from
from
frequency
frequency
frequency
frequency adjusting
adjusting
adjusting
adjusting to
to
to
to
function
function
function
function adjusting,
adjusting,
adjusting,
adjusting, and
and
and
and the
the
the
the detailed
detailed
detailed
detailed condition
condition
condition
condition (frequency
(frequency
(frequency
(frequency adjusting
adjusting
adjusting
adjusting
or
or
or
or
function
function
function
function adjusting
adjusting
adjusting
adjusting
)
)
)
)
displayed
displayed
displayed
displayed after
after
after
after
*
*
*
*
.
.
.
.
2.
2.
2.
2. As
As
As
As frequency
frequency
frequency
frequency adjusting,
adjusting,
adjusting,
adjusting, pressing
pressing
pressing
pressing the
the
the
the button
button
button
button of
of
of
of
left
left
left
left
and
and
and
and
right
right
right
right
can
can
can
can adjust
adjust
adjust
adjust
position,
position,
position,
position, and
and
and
and the
the
the
the
OK
OK
OK
OK
button
button
button
button can
can
can
can switch
switch
switch
switch units(Hz
units(Hz
units(Hz
units(Hz
kHz
kHz
kHz
kHz an d
and
and
and MHz)
MHz)
MHz)
MHz) and
and
and
and then
then
then
then
adjust
adjust
adjust
adjust the
the
the
the code
code
code
code switch
switch
switch
switch and
and
and
and the
the
the
the corresponding
corresponding
corresponding
corresponding value
value
value
value of
of
of
of frequency
frequency
frequency
frequency appear.
appear.
appear.
appear.
step
step
step
step fr equency
frequency
frequency
frequency 0.01kHz
0.01kHz
0.01kHz
0.01kHz
step
step
step
step fr equency
frequency
frequency
frequency 100kHz
100kHz
100kHz
100kHz etc.
etc.
etc.
etc.
Page 4
The
The
The
The frequency
frequency
frequency
frequency unit
unit
unit
unit is
is
is
is
Hz
Hz
Hz
Hz
The
The
The
The frequency
frequency
frequency
frequency unit
unit
unit
unit is
is
is
is
MHz
MHz
MHz
MHz
3.
3.
3.
3. As
As
As
As function
function
function
function adjusting,
adjusting,
adjusting,
adjusting, pressing
pressing
pressing
pressing the
the
the
the button
button
button
button of
of
of
of
left
left
left
left
and
and
and
and
right
right
right
right
can
can
can
can switch
switch
switch
switch
WAVE
WAVE
WAVE
WAVE
DUTY
DUTY
DUTY
DUTY
COUNTER
COUNTER
COUNTER
COUNTER
EXT.FREQ
EXT.FREQ
EXT.FREQ
EXT.FREQ
SAVE
SAVE
SAVE
SAVE
,
,
,
, “
LOAD
LOAD
LOAD
LOAD
,
,
,
,
TIME
TIME
TIME
TIME
and
and
and
and
SWEEP
SWEEP
SWEEP
SWEEP
.
.
.
.
4.
4.
4.
4. As
As
As
As
WAVE
WAVE
WAVE
WAVE
adjusting,
adjusting,
adjusting,
adjusting, pressing
pressing
pressing
pressing
OK
OK
OK
OK
which
which
which
which can
can
can
can change
change
change
change waves
waves
waves
waves of
of
of
of SIN,
SIN,
SIN,
SIN, TRI
TRI
TRI
TRI and
and
and
and
SQR.
SQR.
SQR.
SQR.
main
main
main
main output
output
output
output waveform
waveform
waveform
waveform is
is
is
is sine.
sine.
sine.
sine.
main
main
main
main output
output
output
output waveform
waveform
waveform
waveform is
is
is
is square.
square.
square.
square.
main
main
main
main output
output
output
output waveform
waveform
waveform
waveform is
is
is
is triangle.
triangle.
triangle.
triangle.
5.
5.
5.
5. The
The
The
The
DUTY
DUTY
DUTY
DUTY
means
means
means
means duty
duty
duty
duty cycle,
cycle,
cycle,
cycle, SQR
SQR
SQR
SQR adjusted
adjusted
adjusted
adjusted from
from
from
from 1%
1%
1%
1% to
to
to
to 99%,
99%,
99%,
99%, while
while
while
while TRI
TRI
TRI
TRI
adjusted
adjusted
adjusted
adjusted from
from
from
from 50%(standard
50%(standard
50%(standard
50%(standard TRI),
TRI),
TRI),
TRI), above
above
above
above 50%
50%
50%
50% to
to
to
to below
below
below
below 50%
50%
50%
50% (both
(both
(both
(both are
are
are
are
different
different
different
different sawtooth
sawtooth
sawtooth
sawtooth waves,
waves,
waves,
waves, SIN
SIN
SIN
SIN is
is
is
is disable).
disable).
disable).
disable).
:
:
:
:
(WA VE=SQR)
(WA VE=SQR)
(WA VE=SQR)
(WA VE=SQR)
:
:
:
:
(WA VE=SQR)
(WA VE=SQR)
(WA VE=SQR)
(WA VE=SQR)
:
:
:
:
(WA VE=TRI)
(WA VE=TRI)
(WA VE=TRI)
(WA VE=TRI)
Page 5
:
:
:
:
(WA VE=TRI)
(WA VE=TRI)
(WA VE=TRI)
(WA VE=TRI)
:
:
:
:
(WA VE=TRI)
(WA VE=TRI)
(WA VE=TRI)
(WA VE=TRI)
6.
6.
6.
6. COUNTER
COUNTER
COUNTER
COUNTER is
is
is
is counter
counter
counter
counter function,
function,
function,
function, and
and
and
and the
the
the
the counter
counter
counter
counter values
values
values
values displayed
displayed
displayed
displayed
on
on
on
on
the
the
the
the
screen,
screen,
screen,
screen, impulse
impulse
impulse
impulse inputted
inputted
inputted
inputted
from
from
from
from
ExtInput,
ExtInput,
ExtInput,
ExtInput, r eset
reset
reset
reset to
to
to
to
0
0
0
0
as
as
as
as
OK
OK
OK
OK
pressed
pressed
pressed
pressed and
and
and
and
counting
counting
counting
counting again.
again.
again.
again.
7.
7.
7.
7. EXT.FREQ
EXT.FREQ
EXT.FREQ
EXT.FREQ is
is
is
is ex
ex
ex
ex terior
terior
terior
terior fr equency
frequency
frequency
frequency measuring
measuring
measuring
measuring function,
function,
function,
function, which
which
which
which can
can
can
can measure
measure
measure
measure the
the
the
the
frequency
frequency
frequency
frequency of
of
of
of input
input
input
input signal.
signal.
signal.
signal.
8.
8.
8.
8.
SAVE
SAVE
SAVE
SAVE
can
can
can
can save
save
save
save the
the
the
the value
value
value
value of
of
of
of the
the
the
the current
current
current
current frequency,
frequency,
frequency,
frequency, wave
wave
wave
wave and
and
and
and duty,
duty,
duty,
duty, and
and
and
and there
there
there
there
are
are
are
are 10
10
10
10 storage
storage
storage
storage position
position
position
position from
from
from
from M0
M0
M0
M0 to
to
to
to M9,
M9,
M9,
M9, which
which
which
which adjusted
adjusted
adjusted
adjusted
by
by
by
by
code
code
code
code switch,
switch,
switch,
switch, as
as
as
as
setting
setting
setting
setting finished,
finished,
finished,
finished, then
then
then
then press
press
press
press
OK
OK
OK
OK
button,
button,
button,
button, when
when
when
when
OK
OK
OK
OK
appeared
appeared
appeared
appeared on
on
on
on the
the
the
the screen,
screen,
screen,
screen,
storage
storage
storage
storage is
is
is
is over.
over.
over.
over. If
If
If
If the
the
the
the current
current
current
current value
value
value
value is
is
is
is saved
saved
saved
saved to
to
to
to
M0
M0
M0
M0
,
,
,
, and
and
and
and the
the
the
the changed
changed
changed
changed value
value
value
value
will
will
will
will be
be
be
be called
called
called
called
in
in
in
in
next
next
next
next time,
time,
time,
time, to
to
to
to UDB100xS
UDB100xS
UDB100xS
UDB100xS series,
series,
series,
series, the
the
the
the start
start
start
start frequency
frequency
frequency
frequency of
of
of
of sweep
sweep
sweep
sweep
function
function
function
function is
is
is
is defined
defined
defined
defined at
at
at
at M1,
M1,
M1,
M1, the
the
the
the end
end
end
end frequency
frequency
frequency
frequency is
is
is
is defined
defined
defined
defined at
at
at
at M2.
M2.
M2.
M2. If
If
If
If the
the
the
the sweep
sweep
sweep
sweep
function
function
function
function need
need
need
need to
to
to
to be
be
be
be run,
run,
run,
run, the
the
the
the start
start
start
start and
and
and
and end
end
end
end frequency
frequency
frequency
frequency must
must
must
must to
to
to
to be
be
be
be set
set
set
set correctly,
correctly,
correctly,
correctly,
and
and
and
and
f
f
f
f
M2
M2
M2
M2 >f
>f
>f
>f M1
M1
M1
M1 .
.
.
.
set
set
set
set posion
posion
posion
posion
(Save
(Save
(Save
(Save to
to
to
to
0
0
0
0 position
position
position
position
is
is
is
is OK)
OK)
OK)
OK)
9.
9.
9.
9. LOAD
LOAD
LOAD
LOAD is
is
is
is function
function
function
function of
of
of
of calling
calling
calling
calling in
in
in
in the
the
the
the parameters
parameters
parameters
parameters of
of
of
of memory,
memory,
memory,
memory, operation
operation
operation
operation is
is
is
is
similar
similar
similar
similar to
to
to
to
SAVE.
SAVE.
SAVE.
SAVE.
10.
10.
10.
10. TIME
TIME
TIME
TIME is
is
is
is the
the
the
the function
function
function
function of
of
of
of set
set
set
set sweep
sweep
sweep
sweep time
time
time
time
from
from
from
from
1
1
1
1 second
second
second
second to
to
to
to 99
99
99
99 seconds.
seconds.
seconds.
seconds.
11.
11.
11.
11. SWEEP
SWEEP
SWEEP
SWEEP is
is
is
is the
the
the
the function
function
function
function of
of
of
of sweep,
sweep,
sweep,
sweep, the
the
the
the d efault
default
default
default setting
setting
setting
setting is
is
is
is stop,
stop,
stop,
stop,
it
it
it
it
can
can
can
can be
be
be
be run
run
run
run as
as
as
as
pressing
pressing
pressing
pressing the
the
the
the button
button
button
button of
of
of
of OK
OK
OK
OK the
the
the
the sweep
sweep
sweep
sweep time
time
time
time an d
and
and
and frequency
frequency
frequency
frequency range
range
range
range
(f
(f
(f
(f
M1
M1
M1
M1 to
to
to
to
f
f
f
f
M2
M2
M2
M2
)
)
)
)
need
need
need
need to
to
to
to be
be
be
be set
set
set
set in
in
in
in advance.
advance.
advance.
advance.
Page 6
12.
12.
12.
12. TTL
TTL
TTL
TTL output
output
output
output the
the
the
the synchronized
synchronized
synchronized
synchronized TTL
TTL
TTL
TTL wave
wave
wave
wave of
of
of
of the
the
the
the same
same
same
same frequency
frequency
frequency
frequency
13.
13.
13.
13. The
The
The
The two
two
two
two right
right
right
right potentiometers
potentiometers
potentiometers
potentiometers adjust
adjust
adjust
adjust output
output
output
output am plitude
amplitude
amplitude
amplitude and
and
and
and DC
DC
DC
DC offset
offset
offset
offset
respectively.
respectively.
respectively.
respectively.
Appendix
Appendix
Appendix
Appendix
complete
complete
complete
complete set
set
set
set of
of
of
of instrument
instrument
instrument
instrument and
and
and
and auxiliary
auxiliary
auxiliary
auxiliary
DDS function generator
/
counter----------------1 DC 5V Power Supply------------------------------1 User’s manual---------------------------------------1
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