Longwei 1GS/s Economical Digital Storage Oscilloscope (LW2102L)
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Price:
Negotiable
- minimum:
- Total supply:
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Delivery term:
The date of payment from buyers deliver within days
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seat:
Guangdong
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Validity to:
Long-term effective
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Last update:
2017-11-04 14:33
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Browse the number:
262
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Dongguan Longwei Electronic Technology Co., Ltd.
- Contactaixin:
Mr. Edison Huang(Mr.)
- Email: telephone: phone:
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Arrea:
Guangdong
Address:No. 45 2f. Duozai Ling, North Station, Linvillage, Tangxia Town, Dongguan, Guangdong, China 523710
- Website:
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LW2102L :100MHz, dual channel,7 inch LCD display digital oscilloscope
Specifications
Sampling | ||
Sampling type | Real time sampling | equivalent sampling |
Sampling rate | 1GS/s | 50GS/s |
TEST METHOD: |
Real-time |
Equivalent |
AVERAGE VALUE | after all the channels have carry out N times sampling,the number can be selected between 2:4:8:16:32:64:128 and 256. |
input | |
Input coupling | (DC:AC:GND) |
Input impedance | 1±2%MΩ 24±3pF in parallel |
Probe attenuation ratio setting | 1×,10×,100×,1000× |
Maximum input voltage | 400V(DC+AC Vpp:1MΩ Input impedance) |
Time delay between channels(typical) | 150p |
level | |
Waveform interpolation | Sin(x)/x |
Record length |
2×600k sampling point |
Storage depth | Signal channel is 25k, dual channel is 12.5K |
Scanning range(s/div) | 2ns/div-50s/div Follow 1-2-5 step |
Sample rate and delay time precision | ±50ppm(any ≥1msTime interval) |
Time interval (△T)measure precision (full bandwidth) | sole:±(1 sampling interval time +100ppm×reading+0.6ns) >16 average value:±(1 sampling interval time +100ppm×reading+0.4ns) |
Vertical | |
Analog digital converter (A/D) | 8-bit resolution with synchronous sampling for 2 channels |
Scope of deflection coefficient (V/div) |
1mV/div ~20V/div(in input BNC) |
Displacement range | ≥±10 div |
More meaning | 100 MHz,80MHz,60 MHz,40 MHz |
A single bandwidth | 100 MHz,80MHz,60 MHz,40 MHz |
(Typical) optional band width limitation | 20 MHz |
Low-frequency response (AC coupling, -3dB) |
≤10Hz(in BNC) |
Rise time(typical in BNC) | 3.5 ns respectively in bandwidth or less (100 MHz, 80 MHz, 60 MHz, 40 MHz) |
DC gain precision (by adopting sampling or sampling mode of average value) |
±5% if the vertical sensitivity is 1mV/div or 2mV/div; ±4% if the vertical sensitivity is 5mV/div; ±3% if the vertical sensitivity is 10mV/div to 20V/div; |
DC measurement precision (by adopting average sampling mode) |
If vertical displacement is 0 and N≥16: ±(5%×reading+0.1 grid+1mV) by selecting 1mV/div or 2mV/div; ±(4%×reading+0.1 grid+1mV) by selecting 5mV/div; ±(3%×reading+0.1 grid+1mV) by selecting 10mV/div to 20V/div; If vertical displacement is not 0 and N≥16: ±\u12304X(3%×(reading+vertical displacement reading)+(1%×vertical displacement reading)+0.2div; To add 2mV when setting from 5mV/div to 200mV/div: To add set value by 50mV when setting from 200mV/div to 20V/div; |
Measurement precision of voltage difference (△V) (by adopting sampling mode of average value) |
Voltage difference between any 2 points on the waveform after calculating average value for at least 16 captured waveform under the same setup and environment conditions: ±(3%×reading+0.05div |
Trigger | |
Trigger sensitivity | Internal Trigger:≤1div EXT trigger:≤0.2V |
Trigger level scope |
Away screen center±8div |
(Typical) precsion of trigger level for signal of which RiseTime or DescendTime is not less than 20ns |
±(0.3div×V/div)(within scope of ±4div from screen center) |
Pre-trigger ability | Normal mode/scanning mode, pre-trigger/delay trigger with adjustable pre-trigger depth |
Inhibition scope | 100ns - 1.5s |
(Typical) level set to 50% |
Operation if frequency of input signal is not less than 50Hz |
Edge trigger | |
Edge type | Ascend, descend, ascend & descend |
Pulse width trigger | |
Trigger mode | To be more than, less than or equivalent to positive/negative pulse width; |
Pulse width scope | 20ns-10s |
Alternate trigger | |
CH1 trigger | Edge, pulse width |
CH2trigger | Edge, pulse width |
Measurement | ||
Cursor | Manual mode | Voltage difference (△V ) between cursors; Time difference (△T ) between cursors; Reciprocal of △T ( 1/△T ) |
Tracing mode | Voltage and time of waveform point | |
Automatic measurement mode |
It is allowed to display cursor during automatic measurement. | |
Automatic measurement |
Peak value, amplitude, the maximum value, the minimum value, top value, bottom value,middle value, average value, root-mean-square, overshoot, preshoot, frequency, cycle,Rise Time, Descend Time, positive pulse width, negative pulse width, positive duty cycle, negative duty cycle and delay |
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Specify parameter measurement | Three kinds | |
Mathematical operation |
+, -,×, ÷ | |
Stored waveform | Internal:20 groups of waveform and 20 kinds of setup USB:200 pairs of waveform storage storage, 200 groups of interface |
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FFT | Window | Hanning,Hamming,Blackman-Harris,Rectangle |
Sampling point | 1024 points | |
Lissajous's figure | phase difference | ±3degrees |
Trigger frequency meter | |
Reading resolution | 6 |
Trigger sensitivity | ≤30Vrms |
(Typical) precision | ±51ppm (+1 word) |
Display | |
Display type | Diagonal with diagonal of 178mm (7 inches) |
Display resolution |
800 (horizontal) ×RGB×480 (vertical pixels) |
Display color | color |
Waveform display area | Level 12, 25 dot/div; 8 vertical, 25 dot/div |
Contrast (typical) | adjustment |
(Typical) backlight strength |
300nit |
Category of display language |
Simplified Chinese, traditional Chinese, English, Spanish, Portuguese, French |
Interface functions | |
Standard configuration | 1USB OTG |
Power | |
Power voltage | 100-240VACRMS,45-440Hz,CAT II |
Power consumption |
To be less than 30VA |
Fuse | F1.6AL 250V on power board in the machine. |
environment | |
Temperature range | operation:0ºC~+40ºC Non-operation:-20ºC~+60ºC |
Cooling method | Fan force to cool |
Humidity range | <+35ºC:≤90%RH +35ºC~+40ºC:≤60%RH) |
altitude |
Operation: less than 3,000m Non-operation: less than15,000 |