PC based USB 8~16Bit 100MSPS 40MHz Oscilloscope and Spectrum Analyzer
US$229.95
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Manual
Download and try the fully functional Multi-Instrument software using your sound card as the ADC and DAC device!
1. Instroduction
This is one of the second-generation USB DSO
(USB oscilloscopes) designed and developed by Virtins Technology. This generation of USB DSOs features Virtins Technology’s unique hardware-based DSP algorithm which enhances the performance and functionality dramatically without adding extra hardware cost. When used in conjunction with Multi-Instrument® software, the USB DSO converts any desktop, laptop, or tablet PC into a powerful oscilloscope, spectrum analyzer, multimeter, data logger, signal generator and so forth, all of which work simultaneously.
2. Package Contents
1) VT DSO-2810R unit with a hardware bundled
Multi-Instrument
Standard software license
2) 2 × 60MHz Oscilloscope Probe
P6060 with two switchable positions: × 1, × 10
3) USB cable (1.5 m)
4) CD
(contains the copy-protected Multi-Instrument Software and VT
DSO-2810R driver)
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3.
VT DSO-2810R Hardware Specifications
| Oscilloscope Horizontal
(Time) Axis |
| Real Time Sampling
Frequency (fs) |
Single Analog Channel
100 MHz
Single or Dual Analog Channels
50 MHz, 40 MHz, 20
MHz, 10 MHz, 5 MHz, 4 MHz,
2 MHz, 1 MHz, 500 kHz, 400 kHz,
200 kHz, 100 kHz,
50 kHz, 40 kHz, 20 kHz, 10 kHz, 5 kHz, 4
kHz, 2 kHz,
1 kHz, 500 Hz, 400 Hz, 200 Hz, 100 Hz, 50 Hz, 40
Hz,
20 Hz, 10 Hz, 5 Hz, 4 Hz, 2 Hz, 1 Hz |
| Equivalent Sampling
Frequency |
= [Real Time Sampling
Frequency] × [Number of Frames Persisted]. Maximum 20 GHz, for
repetitive signals whose maximum frequency is less than ¼ of the
real time sampling frequency. Not valid for the case of
post-trigger. |
| Buffer Size |
Normal Frame Mode |
Analog |
Single
Channel
40000 samples (8 bits)
20000 samples (16 bits)
Dual Channels
20000 samples / channel (8 bits, Non-ALT
mode)
10000 samples /
channel (16 bits, Non-ALT mode)
40000 samples / channel (8
bits, ALT mode)
20000 samples / channel (16 bits, ALT mode) |
Record Mode
(Streaming Mode) |
Limited only by hard disk
space available and maximum file size allowed by the operating
system.
Maximum sampling frequency for continuous streaming
is computer speed and software setting dependent and typically
10
MHz (single channel, 8 bit) in Multi-Instrument. |
Roll Mode
(Streaming Mode for Low
Frequency Signals) |
Limited only by the
computer memory available.
Roll Mode is allowed when fs ≤ 1MHz and [Record Length] ≥ 4 × [Roll Width]. Maximum sampling
frequency for continuous streaming is computer speed and
software setting dependent. |
| Sweep Time |
10 ns ~ 500 s
(Non-Streaming Mode) |
| Sampling Frequency Accuracy |
± 50 ppm |
| Oscilloscope Vertical
(Analog) Axes |
| Number of Channels |
2 (i.e. Ch. A and Ch. B) |
| ADC Bit Resolution |
8 Bits |
Enhanced ADC Bit Resolution
(available only when Sampling Frequency is less than 40 MHz) |
16 Bits
If this option
is selected, the effective bit resolution increases from 8 bits
to up to 16 bits as the sampling frequency goes down.
(Assuming white noise in the signal) |
| Sampling Frequency |
Effective Bit Resolution |
Sampling Frequency |
Effective Bit Resolution |
| ≥ 40 MHz |
8 Bits |
≤ 10 MHz |
9 Bits |
| ≤ 2.5 MHz |
10 Bits |
≤ 625 kHz |
11 Bits |
| ≤ 156 kHz |
12 Bits |
≤ 39 kHz |
13 Bits |
| ≤ 9.8 kHz |
14 Bits |
≤ 2.4 kHz |
15 Bits |
| ≤ 610 Hz |
16 Bits |
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| Bandwidth |
fs > 20 MHz |
40 MHz |
| fs ≤ 20 MHz |
8 Bits |
No Effective Bit Resolution
Enhancement |
40 MHz |
| Effective Bit Resolution
Enhancement |
6 ~ 10 MHz |
| 16 Bits |
Effective Bit Resolution
Enhancement |
about 0.443 fs |
Voltage Measuring Range
(Full Scale) |
± 50 mV,
± 100 mV, ± 200 mV, ± 500 mV, ± 1 V, ± 2 V, ± 5 V, ± 10 V, ± 20
V, ± 50 V |
| Max. Allowed Voltage |
± 100 V (DC + AC peak), derated above 100kHz |
| DC Accuracy |
±1% |
| Coupling Type |
AC / DC |
| Input Isolation |
No (Isolation can be
achieved through a USB isolator) |
| Terminal Type |
Referenced Single-Ended,
BNC |
| Input Impedance |
1 MΩ , 15 pF |
| Zero Calibration |
Through software.
Individually done at factory |
| Gain Calibration |
Through software.
Individually done at factory |
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Oscilloscope Trigger |
| Trigger Detection Method |
Digital |
| Trigger Source |
Ch. A, Ch. B, ALT |
| Trigger Mode |
Auto, Normal, Single, Slow |
| Trigger Edge |
Rising, Falling |
| Trigger Level |
Adjustable within full scale |
| Pre-Trigger |
-100% ~ 0% of Record Length |
| Post-Trigger |
0 ~ 100% of Record Length |
| Trigger Frequency Rejection |
Nil: No Rejection
HFR: High
Frequency Rejection, cut off at 0.11fs
NR0: Noise Rejection,
hysteresis = 1% of half of full scale
NR1: Noise Rejection,
hysteresis = 2% of half of full scale
NR2: Noise Rejection,
hysteresis = 4% of half of full scale
NR3: Noise Rejection,
hysteresis = 8% of half of full scale
NR4: Noise Rejection,
hysteresis = 16% of half of full scale
HN0: HFR + NR0
HN1:
HFR + NR1
HN2: HFR + NR2
HN3: HFR + NR3
HN4: HFR + NR4
HNX: selectable HFR + adjustable hysteresis = 0% ~ 25% of half
of full scale
Note: The specified hysteresis may be modified
internally to ensure [Trigger Level (%)] – [Hysteresis (%)] ≥ -100% at rising edge, or [Trigger Level (%)] + [Hysteresis (%)] ≤ 100% at falling edge. |
|
Oscilloscope Dynamic
Performance (Typical) |
| THD |
fs=100 kHz, f=1 kHz, from 2nd to 20th
order, full-scale input:
8 bits (without bit resolution
enhancement): ≤ -55 dB
8 bits (with bit resolution enhancement): ≤ -56 dB
16 bits: ≤ -59 dB |
| IMD (250 Hz + 8 kHz, 4:1) |
fs=100 kHz, from 2nd to 3rd order,
full-scale input:
8 bits (without bit resolution
enhancement): ≤ -51 dB
8 bits (with bit resolution enhancement): ≤ -52 dB
16 bits: ≤ -57 dB |
| IMD (19 kHz +20 kHz, 1:1) |
fs=100 kHz, 2nd order only, full-scale
input:
8 bits (without bit resolution enhancement): ≤ -65 dB
8 bits (with bit resolution enhancement): ≤ -65 dB
16 bits: ≤ -78 dB |
| SFDR |
fs=100 kHz, f=1 kHz, full-scale input:
8 bits (without bit resolution enhancement): ≥ 61 dB
8 bits (with bit resolution enhancement): ≥ 61 dB
16 bits: ≥ 62 dB |
| Crosstalk |
≤ -45 dB (at the same voltage measuring range for full bandwidth) |
| Noise |
For voltage measuring ranges ± 50 mV
and above:
8 bits (without bit resolution enhancement): ≤ ± 3 counts (± 1%)
8 bits (with bit resolution
enhancement, fs =100 kHz): ≤ ± 2 counts (± 0.8%)
16 bits (fs =100 kHz): ≤ ± 0.3 8-bit count (± 0.1%)
For voltage measuring
ranges ± 10 mV and ± 20 mV:
8 bits (without bit resolution enhancement): ≤ ± 15 counts (± 6%)
8 bits (with bit resolution
enhancement, fs =100 kHz): ≤ ± 9 counts (± 4%)
16 bits (fs =100 kHz): ≤ ± 1 8-bit count (± 0.4%) |
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Signal Generator General
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| Number of Channels |
1 (digital signal only) |
| Coupling Type |
DC |
|
Output Isolation |
No |
| Terminal Type |
Referenced Single-Ended, probe
calibration connector |
| Output Impedance |
About 600 Ω |
| Overvoltage
Protection |
± 35 V |
|
Signal Generator - Digital
(when Signal Generator is not running) |
| Voltage Range |
0 ~ 3.3 V, not adjustable |
| Output Signal Frequency
Accuracy |
± 50 ppm |
| Bandwidth |
13 MHz |
| Rise Time (10% ~ 90%) |
< 50 ns |
| Waveform |
Square |
Signal Frequency |
25 MHz / N, (N=1, 2, 3, ….25000) |
| MLS |
Sampling Frequency |
25 MHz / N, (N=1, 2, 3, ….25000) |
|
General |
| Interface |
USB 2.0 High Speed / USB
1.1 Full Speed / USB Isolator |
| Device Category in
Multi-Instrument |
ADC Device |
VT DAQ 1 |
| DAC Device |
Not Applicable |
| Firmware Upgradable |
Yes |
| Power |
Bus powered by USB port, no
external power source required. |
| Power Consumption |
Max. 1.5W |
| Dimensions |
111 mm (L) × 70 mm (W) ×
24 mm (H), anodized aluminum case |
| System Requirement |
Windows XP, Vista, 7, 8 or
above, 32 bit or 64 bit |
| Operating Temperature |
0° C ~50° C |
4. P6060 Oscilloscope Probe Hardware
Specifications
| Attenuation Ratio |
× 1, × 10 |
| Bandwidth |
DC ~ 60 MHz (× 10), DC ~ 6 MHz (× 1) |
| Input Impedance |
1 MΩ (× 1, with VT DSO connected)
10
MΩ (× 10, with VT DSO connected) |
| Input Capacitance |
18.5 pF ~ 22.5 pF (× 10), 85 pF ~ 120
pF (× 1) |
| Input Capacitance Compensation Range |
15 ~ 45 pF |
| Length |
1.2 m |
Accessories include: a 12 cm snap-on rotating ground lead, a sprung
hook, two marker rings, a probe compensation adjustment tool, two probe
tip caps.
5. Examples
1)
Measurements of PAL Composite Video Signals
2) Measurements of a 500Hz sine wave and a 1kHz square wave under ALT
trigger mode
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