RadioProcessor-G
Specifications
Parameter
Min
Typ
Max
Units
Analog Input
Input Frequency Range
0
100
MHz
A/D Sampling Precision
14
bits
Input Voltage Range (peak-peak)
1.13
V
A/D Sampling Frequency
75
(1)
MHz
RF Analog Output
D/A Sampling Rate
300
MHz
D/A Sampling Precision
14
bits
Output Voltage Range (peak-peak)
1.2
(2)
V
Phase resolution
0.09
deg.
Frequency resolution
0.28
Hz
Gradient Analog Output
Output Voltage (1 kOhm load)
-3.3
3.3
V
Update rate
66.6
ns
Resolution
16
bits
Digital Output
Number of Digital Outputs
4
Logical 1 output voltage
3.3
(2)
V
Logical 0 output voltage
0
V
Output drive current
25
mA
Rise/Fall time
< 5
ns
Digital Input
(HW_Trig, HW_Reset)
Logical 1 Input voltage
1.7
4.1
V
Logical 0 Input voltage
-0.5
0.7
V
Data acquisition
Spectral width (SW) of acquired data
72 Hz
9.4 MHz
# Complex points
1
16k
Pulse Program
# of Instruction words
2048
words
Pulse resolution
(3)
13.3
ns
Pulse length
(4)
66.6 ns
693 days
2017-09-04
9
www.spincore.com
Table 1:
Product Specifications.
Parameter
Min
Typ
Max
Units
Analog Input
Input Frequency Range
0
100
MHz
A/D Sampling Precision
14
bits
Input Voltage Range (peak-peak)
1.13
V
A/D Sampling Frequency
75
(1)
MHz
RF Analog Output
D/A Sampling Rate
300
MHz
D/A Sampling Precision
14
bits
Output Voltage Range (peak-peak)
1.2
(2)
V
Phase resolution
0.09
deg.
Frequency resolution
0.28
Hz
Gradient Analog Output
Output Voltage (1 kOhm load)
-3.3
3.3
V
Update rate
66.6
ns
Resolution
16
bits
Digital Output
Number of Digital Outputs
4
Logical 1 output voltage
3.3
(2)
V
Logical 0 output voltage
0
V
Output drive current
25
mA
Rise/Fall time
< 5
ns
Digital Input
(HW_Trig, HW_Reset)
Logical 1 Input voltage
1.7
4.1
V
Logical 0 Input voltage
-0.5
0.7
V
Data acquisition
Spectral width (SW) of acquired data
72 Hz
9.4 MHz
# Complex points
1
16k
Pulse Program
# of Instruction words
2048
words
Pulse resolution
(3)
13.3
ns
Pulse length
(4)
66.6 ns
693 days
Notes
(1): If the signal to be detected is very close to ¼ of the sampling rate, there will be aliasing during the detection process. To alleviate this, a
slightly higher or lower clock speed can be used.
(2): This is the value seen without using termination. When the line is terminated with 50
Ω
, the output voltage will be reduced by as much as half.
(3): Pulse resolution equals one clock period of the PulseBlaster Timing Core clock oscillator.
(4): Minimum pulse width is five clock periods of the PulseBlaster clock oscillator. Maximum pulse width is 2^52 clock periods of the
PulseBlaster clock oscillator.
