Siglent SDS2104X PLUS 4Ch, 100MHz, 2GSa/s, Super Phosphor Oscilloscope

(1 customer review)

£1050.00 (Β£1260.00 inc VAT)

4 in stock (can be backordered)

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Description

Siglent SDS2104X Plus Super Phosphor Oscilloscope

The SDS2104X PLUS is a 4CH, 100MHz Super Phosphor Oscilloscope and has a maximum sampling rate of 2GSa/s with a standard record length of 200Mpts. Siglent Technologies proudly presents the 3rd generation of their 2000 series of oscilloscopes. Five years after the introduction of the very successful SDS2000X, Siglent has continued to implement customer feedback and now present the new SDS2000X Plus Series. Designed to impress, the X Plus has a feature-rich standard configuration and options that make it a powerful and flexible tool for all general purpose tasks in the lab.

Features:

  • Bandwidth: 100MHz
  • Sample Rate (Max.): 2GSa/s (Interleaving Mode), 1GSa/s (Non-Interleaving Mode)
  • Memory Depth (Max.): 200Mpts/Ch (Interleaving Mode), 100Mpts/Ch (Non-Interleaving Mode)
  • Waveform Capture Rate (Max.): 120,000 wfms/s (Normal Mode), 500,000 wfms/s (Sequence Mode)
  • Vertical Resolution: 8-bit. 10-bit mode (with typical 100MHz bandwidth)
  • Trigger Type: Edge, Slope, Pulse, Window, Runt, Interval, Dropout, Pattern, Video and Serial
  • Serial Trigger and Decode: Standard = I2C, SPI, UART, CAN, LIN. Optional = CAN FD, FlexRay, I2S, MIL-STD-1553B
  • Measurements: More than 50 parameters, supports statistics with histogram and trend.
  • Math: 2 Traces, 2Mpts FFT, +, -, x, Γ·, d/dt, ∫dt, √, average, ERES, and formula editor
  • Data Processing and Analysis Tools: Search, Navigate, History, Mask test, Bode plot, Power Analysis (Optional) and Counter
  • Digital Channel (Optional): 16-Channel; Maximum sample rate up to 500MSa/s; record length up to 50Mpts/Ch
  • Waveform Generator (Optional): Single Channel, frequency up to 50MHz, 125MSa/s sample rate, 16kpts waveform memory
  • Interface: USB 2.0 Host x2, USB 2.0 Device, LAN, External trigger, Auxillary output (TRIG OUT, PASS/FAIL)
  • Probe (Standard): PP215, 200MHz, 1 probe supplied for each channel
  • Display: 10.1″ TFT-LCD with capacitive touch screen (1024×600)

Siglent SDS2000X Plus Oscilloscope Comparison Table

ModelChannelsBandwidthReal Time Sampling RateCapture RateMemory Depth
SDS2102X Plus2 + EXT100MHz2GSa/s (Interleaving Mode)120,000wfm/s (Normal Mode)200Mpts/CH (Interleaving Mode)
SDS2104X Plus4 + EXT100MHZ2GSa/s (Interleaving Mode)120,000wfm/s (Normal Mode)200Mpts/CH (Interleaving Mode)
SDS2204X Plus4 + EXT200MHz2GSa/s (Interleaving Mode)120,000wfm/s (Normal Mode)200Mpts/CH (Interleaving Mode)
SDS2354X Plus4 + EXT350MHz2GSa/s (Interleaving Mode)120,000wfm/s (Normal Mode)200Mpts/CH (Interleaving Mode)

Product Images

Product Videos

YouTube Video

Documentation

Datasheet

Siglent SDS2000X Plus Datasheet

 

Quick Start

Siglent SDS2000X Quick Start

 

Application Notes

Power Supply Design: Load Step Response with a SIGLENT DC Electronic Load

Programming Example: SDS Oscilloscope save a copy of a screen image via Python/PyVISA

Analysing GSM Radio Protocol with a Siglent SDS2000X Plus Oscilloscope

Programming Example: SDS Oscilloscope screen image capture using Python over LAN

SDS FFT performance on low frequency signals

Programming Example: List connected VISA compatible resources using PyVISA

 

Acquisition System
Sample Rate2 GSa/s (interleaving mode)，1 GSa/s (non-interleaving mode)
Memory depth200 Mpts/ch (interleaving mode) * 3， 100 Mpts/ch (non-interleaving mode)
Waveform capture rateNormal mode: 120,000 wfm/s max.
Sequence mode: 500,000 wfm/s max
Trace intensity256 grades
Peak detect1 ns minimum detectable pulse
Sequence90,000 frames max.; Interval between triggers = 2 ΞΌs min.
History90,000 frames max
InterpolationSin(x)/x, x
Horizontal System
Time scale1 ns/div – 1000 s/div
0.5 ns/div – 1000 s/div when 500 MHz bandwidth option is installed
Horizontal range10 divisions
Display modeY-T, X-Y, Roll (β‰₯50 ms/div)
Skew CH1~CH4οΌ‰<100 ps
Time base AccuracyΒ±1ppm initial; Β±1ppm 1st year aging; Β±3.5ppm 10-year aging
Vertical System
Analogue channelsSDS2354X Plus: 4 + EXT
SDS2204X Plus: 4 + EXT
SDS2102/4X Plus: 2/4 + EXT
Bandwidth (-3dB)
@ 50 Ξ©		SDS2354X Plus: 350 MHz (standard), 500 MHz (optional)
SDS2204X Plus: 200 MHz
SDS2102/4X Plus: 100 MHz
Rise time (typical)
@ 50 Ξ©		SDS2354X Plus: 1 ns (standard)
800 ps (optional)SDS2204X Plus: 1.7 ns
SDS2102/4X Plus: 3.5 ns
Resolution8-bit. 10-bit mode (with typical 100 MHz bandwidth)
Vertical range8 divisions
Vertical scale
(probe 1X)		1MΞ©: 500 ΞΌV/div – 10 V/div
50 Ξ©: 500 ΞΌV/div – 1 V/div
DC gain accuracy≀ 3.0%
Offset accuracyΒ±(1.5%*offset+1.5%*full scale+1 mV)
Offset range (probe 1X)500 ΞΌV/div ~ 100 mV/div: Β± 2 V
102 mV/div ~ 1 V/div: Β± 20 V
1.02 V/div ~ 10 V/div: Β± 200 V
Bandwidth flatness
@ 50 Ξ©		10 kHz ~ BW/10: Β±0.5 dB
BW/10 ~ BW/3: Β±0.8 dB
BW/3 ~ BW2/3: +1.0 dB, -1.2 dB
BW2/3 ~ BW: +2.0 dB, -2.5 dB
Bandwidth limit20 MHz (-0, +20%)
200 MHz (-0, +20%)
Low frequency response
(AC coupling -3 dB)		5 Hz (typical)
Overshoot (150ps fast
edge input @50Ξ©)		<12% (typical)
CouplingDC, AC, GND
Impedance(1 MΞ© Β±2%) || (17 pF Β±2 pF)
50 Ξ©: 50 Ξ© Β±1%
Max. Input voltage1 MΞ© ≀400 Vpk(DC + AC), DC~10 kHz
50 Ξ© ≀5 Vrms, Β±10 V Peak
SFDRβ‰₯40 dB
CH to CH Isolation
@ 50Ω		DC～100 MHz: >40 dB
100 MHz ~ BW: β‰₯34 dB
Probe Attenuation1X, 10X, 100X, Custom
Trigger System
ModeAuto, Normal, Single
LevelInternal: Β±4.1 div from the center of the screen
EXT: Β±0.61 V, EXT/5: Β±3.05 V
Hold off rangeBy time：8 ns ～ 30 s (8 ns step)
By event：1 ~ 10
CouplingCH1~CH4
DC: Passes all components of the signal
AC: Blocks DC components and attenuates signals below 20 Hz
LFRJ: Attenuates the frequency components below 1.2 MHz
HFRJ: Attenuates the frequency components above 600 kHz
Noise RJ: Increases the trigger hysteresis
EXT
DC: Passes all components of the signal
AC: Blocks DC components and attenuates signals below 8 Hz
LFRJ: Attenuates the frequency components below 33 kHz
HFRJ: Attenuates the frequency components above 967 kHz
Accuracy (typical)CH1～CH4: ±0.2 div
EXT: Β±0.3 div
SensitivityCH1 ～ CH4:
Noise RJ = OFF Noise RJ = ON
>10 mV/div: Β±0.13 div Β±0.33 div
5 mV/div~10 mV/div: Β±0.26 div Β±0.33 div
≀ 2 mV/div: Β±0.5 div Β±0.5 div
EXT:
200 mVpp, DC ～ 10 MHz
300 mVpp, 10 MHz ～ 300 MHz
EXT/5:
1 Vpp, DC ～ 10 MHz
1.5 Vpp, 10 MHz ～ 300 MHz
JitterCH1～CH4: <10 ps rms, 6 divisions pk-pk, 2 ns edge
EXT: <200 ps rms
DisplacementPre-Trigger: 0 ~ 100% memory
Delay-Trigger: 0 ~ 5,000 div
ZoneUp to 2 zones; Source: CH1~CH4; Property: Intersect, Not Intersect
Edge Trigger
SourceCH1~CH4/EXT/(EXT/5)/AC Line/D0~D15
SlopeRising, Falling, Rising & Falling
Slope Trigger
SourceCH1~CH4
SlopeRising, Falling
Limit range≀, β‰₯, in range, out of range
Time range2 ns ～ 20 s，1 ns resolution
Pulse Width Trigger
SourceCH1~CH4/D0~D15
Polarity+wid, -wid
Limit range≀, β‰₯, in range, out of range
Time range2 ns ～ 20 s，1 ns resolution
Video Trigger
SourceCH1~CH4
StandardNTSC，PAL，720p/50，720p/60，1080p/50，1080p/60，1080i/50，1080i/60，Custom
SynchronizationAny, Select
Trigger ConditionLine, Field
Window Trigger
SourceCH1~CH4
Window typeAbsolute, Relative
Interval Trigger
SourceCH1~CH4/D0~D15
SlopeRising, Falling
Limit range≀, β‰₯, in range, out of range
Time range2 ns ～ 20 s，1 ns resolution
Dropout Trigger
SourceCH1~CH4/D0~D15
Timeout typeEdge, State
SlopeRising, Falling
Time range2 ns ～ 20 s，1 ns resolution
Runt Trigger
SourceCH1~CH4
PolarityPositive, Negative
Limit range≀, β‰₯, in range, out of range
Time range2 ns ～ 20 s，1 ns resolution
Pattern Trigger
SourceCH1~CH4/D0~D15
Pattern SettingDon’t Care, Low, High
LogicAND, OR, NAND, NOR
Limit range≀, β‰₯, in range, out of range
Time range2 ns ～ 20 s，1 ns resolution
Serial Trigger
SourceCH1~CH4/D0~D15
ProtocolStandard: I2C、SPI、UART、CAN、LIN
Optional: CAN FD、FlexRay、I2S、MIL-STD-1553B
I2C TriggerType: Start, Stop, Restart, No Ack, EEPROM, Address & Data, Data Length
SPI TriggerType: Data
UART TriggerType: Start, Stop, Data, Parity Error
CAN TriggerType: All, Remote, ID, ID+Data, Error
LIN TriggerType: Break, Frame ID, ID+Data, Error
CAN FD Trigger (Optional)Type: Start, Remote, ID, ID+Data, Error
FlexRay trigger
(optional)		Type: TSS, Frame, Symbol, Errors
I2S trigger (optional)Type: Data, Mute, Clip, Glitch, Rising Edge, Falling Edge
MIL-STD-1553B trigger
(optional)		Type: Transfer, Word, Error, Timing
General Specifications
Input Voltage &
Frequency		100 ～ 240 Vrms 50/60Hz
100 ～ 120 Vrms 400Hz
Power consumption80 W max., 50 W typical, 4 W typical in standby mode
TemperatureOperating: 0 Β°C ~ 40 Β°C
Non-operating: -20 Β°C ~ 60 Β°C
HumidityOperating: 85% RH, 40 Β°C , 24 hours
Non-operating: 85% RH, 65 Β°C, 24 hours
AltitudeOperating: ≀3,000 m
Non-operating: ≀15,266 m
Display Type10.1”TFT LCD with capacitive touch screen
Resolution1024Γ—600
Contrast500:1 typical
Backlight500 nit typical
DimensionsLength x Height x Width = 352 mmΓ—224 mmΓ—111 mm
WeightNet Weight: 3.3 kg (2-ch); 3.9 kg (4-ch)
Gross Weight: 4.8 kg (2-ch); 5.4 kg (4-ch)

Note*

Specifications are liable to change. For the full list of Specifications, please see the products datasheet located under the ‘Documentation’ tab.

1 review for Siglent SDS2104X PLUS 4Ch, 100MHz, 2GSa/s, Super Phosphor Oscilloscope

  1. bmcintosh (verified owner) –

    Purchased the Siglent SDS2104X Plus as a replacement for my 2014 model Rigol DS2072A. Very happy with the Rigol apart from the font used for all on screen measurement being so small that I was needing a magnifier to read it. PC software access never worked nicely. I suspect the latest Rigols are better. It served me well but the Siglent is a big leap forward. Yes it costs a bit more but the user interface is stunning in comparison, and whilst tech specs are obviously a key to selecting a purchase, it is the UI that you use every day that can make it either a misery or a pleasure to use.

    Large screen (and with VNC on my double width 30 inch PC monitor I reckon you can see the font sizes in Timbuctoo!). Touch, mouse or use the physical buttons – all work intuitively smoothly.
    The specs speak for themselves so not much to say here but I have two gripes. Keep them in perspective as I have nevertheless rated the scope 4 star (might have been 5 otherwise). One is that the cooling fan, although much quieter than most test gear I have used, has a tiny little clicking sound, noted by many on EEVBlog. Not worth a warranty return since it seems most of them do this and its not exactly loud, just ever so slightly noticeable. In a commercial lab you wouldn’t actually notice, but if you’re in a quiet place working from home where it’s the only test instrument in use then marginally irritating. A much bigger gripe for me is that there is no β€œAverage” mode on the Acquisition menu. I am used to hitting one button to try a smoothed out trace which I may continue to use or take off again. On the Siglent you need to set up the channel, go into Math, set up a math function on your chosen channel, then go back to your channel, hide it so only the math is on the screen. Sinc the math is post processing there is a pause after each sweep while it does the average. Oh, and there are only two math channels anyway to share between all all four inputs. Grrrrr ! To be fair, a real nice feature is that once in the math menu, the UI again is really nice with a great custom function building screen.

    A review wouldn’t be complete without mentioning the attention given by the crew at Telonic – attentive and helpful – a model of customer service which I put to the test because of some delivery hiccoughs with the courier. Effective and efficient – thanks team Teloonic.

    In summary, check the spec, if it matches your needs don’t hesitate to buy this well designed instrument. Look at some of the online tear-down videos of Siglent scopes and spectrum analisers if you are in any doubt about build quality – its really good.

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