Features:
1.The product features the streamlined design, the compact size, USB2.0 interfaces, and power-free operation.
2. The oscilloscope which is convenient to use in a business trip is more applicable to a laptop, and used in production line maintenance adjustment.
3. The small size enables you to carry conveniently. L*W*H: about 150*100*30 mm/ 5.91*3.94*1.18 inch
4. It enjoys high refresh rate, high sampling rate, and 48MS/s real-time sampling.
5. Software supports Windows XP (SP3), Win7 (32-bit), Win7 (64-bit).
6. Waveform plus, minus, multiply, and X-Y display.
7. The waveform data can be output to EXCEL, BMP, and OSC depending on the time and voltage
8. FFT spectrum analysis.
9. The full-function signal generator can support the adjustment of voltage amplitude and bias.
10. One computer can connect multiple oscilloscopes simultaneously.
11. Secondary development library can provide VC development examples.
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Digital oscilloscope |
Spectrum analyzers |
Data recorder |
DDS |
Sweep |
ISDS205B |
√ |
√ |
√ |
√ |
√ |
Digital oscilloscope
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Channels
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2
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Impedance
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1MΩ 25pF
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Coupling
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AC/DC
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Vertical resolution
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8Bit
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Gain range
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-6V ~ 6V (probe X1)
-60V ~ 60V (probe X10)
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Vertical accuracy
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±3%
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Timebase range
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1ns-20s
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Input Protection
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Diode, 50Vpk
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Autoset
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Yes(10Hz to 16MHz)
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Trigger Mode
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Auto, Normal and Signal
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Trigger Type
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No, Rising edge, Falling edge,
Rising edge or Falling edge
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Trigger level
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Yes
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Trigger Source
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CH1, CH2
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Buffer Size
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1MB/CH
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Bandwidth
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16MHz
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Max sample
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48MS/s
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Vertical mode
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CH1, CH2, ADD, SUB, MUL
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Display Mode
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X, Y-T and X-Y
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measurements
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Yes
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Wave save
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Osc(Private), Excel and Bmp
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Spectrum analyzers
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Channels
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2
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Bandwidth
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16MHz
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Algorithm
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FFT(18 windows), correlation, power spectrum
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FFT points
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8-1048576/CHN
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FFT measure
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Harmonic(1-7), SNR, SINAD, ENOB, THD, SFDR
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Filter processing
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FIR filter supports arbitrary range of frequency sampling method , and Rectangle, bartlett, triangular, cosine, hanning, bartlett_hanning, hamming, blackman, blackman_Harris, tukey, Nuttall, FlatTop, Bohman, Parzen, Lanczos, kaiser, gaussand dolph_chebyshev, window method design.
IIR filter support "Butterworth", "Chebyshev I", "Chebyshev II", "Elliptic" type of filter design
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Data recorder
|
Channel
|
2
|
Impedance
|
1MΩ 25pF
|
Coupling
|
AC/DC
|
Vertical resolution
|
8Bit
|
Gain range
|
-6V ~ 6V (probe X1)
-60V ~ 60V (probe X10)
|
Sample
|
1 channel : 1K~24M Hz
2 channel : 1K~16M Hz
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Save File
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The maximum 4G, recording time associated with the sampling rate
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DDS
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Wave
|
Sine, Square(Duty circle variable),Triangle,Up Sawtooth,Down Sawtooth
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Amplitude
|
≥9Vp-p(no load)
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Impedance
|
200Ω±10%
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Offset
|
±2.5V
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Frequency range
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1Hz ~ 16MHz(Sine), 1Hz ~ 2MHz(Others)
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Frequency resolution
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1Hz
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Frequency steadiness
|
±1×10-3
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Frequency precision
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±5×10-3
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Triangular wave linearity
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≥98% (1Hz~10kHz)
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Sine wave distortion
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≤0.8% (1kHz)
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Square wave rising/falling time
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≤100ns
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Square wave duty circle
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1%~99%
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SWEEP
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Sweep range
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Fs to Fe
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Sweep time range
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0.1 ~10 s
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Amplitude
|
0.5Vp-p ~ 10Vp-p
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Sweep
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Sweep Style
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Linear Sweep, Log Sweep
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Linear Sweep Range
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1Hz-16MHz, Min 1Hz step
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Log Sweep Range
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1Hz-10MHz, 1,10,100....Logarithmic step
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Note:
DDS signal source, with increasing frequency, most significant output becomes smaller, tThe maximum amplitude of each frequency segment as shown below:
Frequency/Vpp
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<1 MHz
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2 MHz
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5 MHz
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10 MHz
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20 MHz
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Sine
|
9.26v
|
8.48v
|
6.16v
|
2.64v
|
0.63v
|
Square
|
9.36v
|
9.36v
|
--
|
--
|
--
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Triangle, Up Sawtooth, Down Sawtooth
|
9.12v
|
7.36v
|
5.08v
|
--
|
--
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Package (airbubble envelop)
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1 x isds205B oscilloscope
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2 x oscilloscope probe
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1 x USB cable
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1 x BNC to Clip cable
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1 x CD (manual etc.)
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