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Rigol Scopes
Overview on Min/Max -Sample Rate and –Memory on
analog Channels
The following table give a quick overview about the maximum available sample rate and
memory depth on all Rigol Oscilloscopes and the minimum sample rate and minimum
memory depth per channel (all available channels active)
Rigol Scope
Series
DS6xx2
DS6xx4
DS40x2
DS40x4
DS2xx2A
Max. Sample
rate
5GS/sec
5GS/sec
4GS/sec
4GS/sec
2GS/sec
Min. Sample
rate/channel
2.5GS/sec
2.5GS/sec
2GS/sec
2GS/sec
1GS/sec
DS1xx4Z
1GS/sec
250MS/sec
DS1000B*
DS1000D*
DS1000E*
2GS/sec
1GS/sec
1GS/sec
1GS/sec
500MS/sec
500MS/sec
Max. Memory
depth
140Mpts
140Mpts
140Mpts
140Mpts
14Mpts (std)
56Mpts (opt)
12MPts (std)
24Mpts (opt)
16kpts
1Mpts
1Mpts
Min Memory
depth/channel
70Mpts
70Mpts
70Mpts
70Mpts
7Mpts (std)
28Mpts (opt)
3Mpts (std)
6Mpts (opt)
8kpts
512kpts
512kpts
*DS1000E/D/B Sample rate / Memory depth specs above are, in addition, related to other
special setups (no straight forward combination). For these details see the table overleaf.
DS1000E / D:
DS1000B series:
Rigol Mixed Signal Scopes
possible channel combinations Analog/Digital
Scope Series
Possible combinations
MSO4xx2
MSO4xx4
MSO2xx2A
1-2 analog + 1-16 digital
1-4 analog + 1-16 digital
1-2 analog + 1-16 digital
1-3 analog + 1-8 digital
1-2 analog + 1-16 digital
1-2 analog + 1-16 digital
MSO1xx4Z
DS1xx2D
Maximum channel
combination (a+d)
2+16
4+16
2+16
3+8
2+16
2+16
Rigol Mixed Signal Scopes
Overview on Min/Max -Sample Rate and –Memory on
digital Channels only
Rigol Scope
Series
Condition
MSO40x4/2
MSO2xx2A*
DS1000D
Max. Sample
rate
8 dig Ch active
1GS/sec
1GS/sec
Min. Sample
rate
16 dig Ch active
1GS/sec
500MS/sec
200MS/sec
200MS/sec
Max. Memory
depth/channel
8 dig Ch active
28Mpts
14Mpts (std)
28Mpts (opt)
512kMpts
Min Memory
depth/channel
16 dig Ch active
28MPts
7Mpts (std)
14Mpts (opt)
512kpts
*With one channel active and triggered on the non-active the sample rate will be 500MS/sec
Special case MSO1xx4Z
The MSO1000Z Series architecture is different from all the other Rigol MSOs so we have to take a
careful look at it.
What is the main difference? Only one ADC and one memory is used for all channels. All other Rigol
Scopes share one ADC and one memory between each bank (a bank consists of 2 Channels). A
consequence of this is, each additionally activated channel changes Z-sample rate and memory.
Activating the digital channels 0-7 will disable the analog CH. 4. Activating digital channels 8-15 will
disable the analog Ch. 3. Please find below a table which shows the dependencies:
Active Channels on Z-series MSO
1 analog
Trigger Setting
Trig. from this
same channel
Sample Rate
1GS/sec
1 analog
Different chan. 500MS/sec
digital channels 0-7 (or 8-15)
One of these
1GS/sec
2 analog
One of these
500MS/sec
1 analog + digital channels 0-7 (or 8-15)
One of these
500MS/sec
2 analog
Different chan. 250MS/sec
2 analog + digital channels 0-7 (or 8-15)
One of these
250MS/sec
3 analog
One of these
250MS/sec
3 analog
Different chan. 250MS/sec
4 analog
One of these
250MS/sec
3 analog + digital channels 0-7 (or 8-15)
One of these
250MS/sec
2 analog + 16 digital
One of these
250MS/sec
Memory/Ch.
12Mpts (std)
24 Mpts (opt)
6Mpts (std)
12Mpts (opt)
12Mpts (std)
24 Mpts (opt)
6Mpts (std)
12Mpts (opt)
6Mpts (std)
12Mpts (opt)
3Mpts(std)
6Mpts(opt)
3Mpts(std)
6Mpts(opt)
3Mpts(std)
6Mpts(opt)
3Mpts(std)
6Mpts(opt)
3Mpts(std)
6Mpts(opt)
3Mpts(std)
6Mpts(opt)
3Mpts(std)
6Mpts(opt)