Brief description: The performance of the Agilent 33250A signal source 80 megafunction generator is almost twice as high as any other generator of the same price. Its 80MHz bandwidth can adapt to various application requirements, and it has various built-in signals, customizable arbitrary waveforms, and pulse capabilities, which can help you verify designs and test new ideas. Direct digital synthesis technology can obtain stable, accurate, and low distortion output signals.
Product Details
Detailed Introduction
brand
Agilent/Agilent
Agilent 33250 Signal Source 80 Mega Function GeneratorProduct Introduction:
Equipped with standard waveforms, arbitrary waveforms, and pulse waveforms in a lightweight and sturdy box
Constructing an infinite number of signals using arbitrary waveforms at 200MSa/s
The new graphical user interface makes generating arbitrary waveforms easier than before
Agilent 33250 Signal Source 80 Mega Function GeneratorAlmost twice as expensive as any other generator of the same price. Its 80MHz bandwidth can adapt to various application requirements, and it has various built-in signals, customizable arbitrary waveforms, and pulse capabilities, which can help you verify designs and test new ideas. Direct digital synthesis technology can obtain stable, accurate, and low distortion output signals.
The Agilent 33250A can provide all the waveforms you need, with an output frequency of up to 80MHz. Standard outputs include sine wave, square wave, ramp wave, noise wave sin(x)/x、 True flow and other waveforms. When the standard signal cannot meet your requirements, the 33250A can simplify the process of generating arbitrary waveforms and enhance the performance of these custom signals. Now with a sampling rate of up to 200MSa/s, a resolution of 12 bits, and a memory depth of 64K points, you can create an infinite variety of signals to precisely meet your application requirements
TECHNICAL INDEX
wave form
Standard waveform
Sine wave, square wave, oblique wave, pulse, noise SIN(x)/x, Index rise and fall, heart rhythm wave, true current voltage
arbitrary waveform
waveform length
1~64K points
Non-Volatile Memory
4 waveforms (1~64K points per Chinese shape)
amplitude resolution
12bit
sampling rate
200MSa/s
frequency characteristic
sine wave
1μHz~80MHz
white noise
50MHz bandwidth
square wave
1μHz~80MHz
resolution
1μHz, Divide the pulse into 5 words
triangular wave
1μHz~1MHz
accuracy
0.3ppm,(18℃~℃)
oblique wave
500μHz~50MHz
THD(dc~20kHz)
<0.2%+1mVrms
other characteristics
Amplitude (up to 50 Ω)
10mVpp~10Vpp
Accuracy (1kHz)
± 1% set value ± 1mVpp
modulate
AM
FSK
modulate
Any internal waveform
Internal rate
2mHz~1MHz
frequency
2mHz~20kHz
Frequency range
1μHz~80MHz
depth
0%~120%
FM
pulse train
modulate
Any internal waveform
Waveform frequency
1μHz~80MHz
frequency
2mHz~20kHz
count
1~1000000 or infinitely many cycles
offset
dc~80MHz
Start/Stop Phase
-360°~+360°
Internal cycle
1μ~500s
scan
type
Linear or logarithmic
Scan time
1ms~500s
direction
Up or down
mark
Synchronization signal falling edge
Start F/Stop F
100 μ Hz to 80MHz
(Programmable)
Clock reference
External locking range
10MHz±kHz
Internal frequency
10MHz
Connection ability
GPIB and RS-232 are standard configurations, and connectivity software is also standard configuration