Micsig STO1104C 100MHz 4 Channels Handheld Oscilloscope

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Description


Micsig STO1104C Handheld Oscilloscope

Micsig STO1104C 100MHz 4 Channel Smart Oscilloscope introduces innovative operation by combining touch screen with button and knob operation, bringing you a new user experience. It is not a traditional bench oscilloscope any more, with large capacity lithium batteries (plus Models) makes it a very good choice in-field Oscilloscope using up to 28Mpts Memory Depth and with a maximum 80,000wfm/s Capture Rate to help you solve more problems.

Features:

  • Bandwidth – 100MHz
  • Channels – 4
  • Sample Rate – 1GSa/sec (Single Channel)
  • Memory Depth – 28Mpts (Single Channel)
  • Max Capture Rate – 80.000 wfm/sec
  • I/O Ports – Wi-Fi, LAN, HDMI, USB Host, USB Device, DC Power, AUX Out
  • Dimensions – 280 x 180 x 50 mm
  • Easy to install large capacity lithium batteries and robust design, not only for lab, but also for field using
  • 8 inches full touch capacitive screen and high quality button and knobs make the operation more simple and smart
  • Support APP (iOS and Android ) to remote control oscilloscope
  • Support Wi-Fi data real-time transmission and HDMI high-definition display
  • Support video recording and built-in 8G storage capacity
  • Maximum bandwidth 100 MHz, sampling rate 1GSa/s
  • Memory depth is up to 28Mpts, 2/4 channels selectable
  • Waveform capture rate is up to 130,000 frames per second.
  • Supports 256-level intensity grading and colour temperature display

Included As Standard:

  • 4 x P130A 200MHz x10 passive probes
  • Power supply
  • BNC caps
  • BUS decoding
  • I/O ports: Wi-Fi, LAN, HDMI, USB Host, USB Device, DC Power, Aux out.
Vertical System
Bandwidth limitation20MHz
Hardware FilteringHigh pass (30KHz~ maximum bandwidth)
Low pass (maximum bandwidth ~30KHz)
Input couplingDC、AC、GND
Input impedances1MΩ±1%||15pF±3pF
Vertical resolution8 bit
DC gain accuracy (Amplitude accuracy)<±2%(1MΩ input )
Vertical scale factor500uV/div~5V/div (1MΩ input, 500uV/div bandwidth 20MHz)
Channel-to-channel isolation DC to maximum bandwidth≥40dB(100:1)
Offset range± 2.5V (with probe multiple X1, <500mV/div), ±120V (with probe multiple X1, ≥500mV/div)
Noise≤1mV
Maximum input voltageCAT I 300V(1MΩ input)
Horizontal System
Time base range2ns/div~1ks/div
Time base delay range-14divisions to 14ks
Clock drift≤±5ppm/year
Time base accuracy±20ppm
Roll mode200ms/div~1ks/div
Sampling System
Sampling modeReal time sample rate
Peak sampling
Sample rate 1G Sa/s
All the sampling glitches in scanning rate are narrow to single channel 1 ns, dual channel 2 ns .four channel 4ns
Max duration in the max sampling rate1GSa/s: 28ms
500MSa/s: 56/28ms
250MSa/s: 56/28ms
AverageAverage of sampling for N times
N is chosen from 2, 4, 8, 16, 32, 64, 128, 256
EnvelopeEnvelope of sampling for N times
N is chosen from 2, 4, 8, 16, 32, 64, 128, 256, ∞
Trigger System
Trigger modeNormal、Auto、and Single
Trigger couplingDC、AC、HF reject(>50KHz)、LF reject(<50KHz)、noise reject
Trigger hold off range200ns~10s
Trigger level ranges±10 grids from the center of the screen
Trigger type
EdgePositive, negative, or either slope on any channel input. Coupling includes DC, AC, HF reject, LF reject, and noise reject.
Pulse WidthTrigger on width of positive or negative pulses that are>,<, =, ≠, or inside/outside a specified period of time (8ns~10s).
LogicTrigger when any logical pattern of channels goes false or stays true for specified period of time (8ns~10s). Any input can be used as a clock to look for the pattern on a clock edge. Pattern (AND, OR, NAND, NOR) specified for all input channels defined as High, Low, or Don’t Care
Nth EdgeTrigger on the Nth rising/falling edge of the waveform
RuntBy setting high and low thresholds, triggering pulses that span a level that does not cross another level captures positive and negative pulses
SlopeTrigger when the waveform’s time from one level to another matches the set time condition
Time OutStarting from the intersection of the signal and the trigger level,Trigger when the trigger level is above (or below) the duration and reaches the set time
Video TriggerThe triggering method for video signals is different depending on the video format. Generally, there are PAL/625, SECAM, NTSC/525, 720P, 1080I, 1080P, etc.
BusTrigger for the set bus, including UART, I2C, SPI, CAN, LIN, 1553B, 429 bus UART: start bit, stop bit, data, 0: data, 1: data, x: data, parity error
I2C: Start condition, stop condition, acknowledge loss, restart, address field no acknowledgement, frame type 1, frame type 2, EEPROM data read and write, 10-bit write frame
SPI: CS, data, X data
CAN: frame start, remote frame ID, data frame ID, remote/data frame ID, data frame ID and data, error frame, all errors, acknowledgment errors, overload frames
LIN: Synchronous rising edge, frame ID, frame ID and data
1553B: instruction/status word sync header, data word sync header, instruction/status word, remote terminal address, Manchester code error, data word, odd parity error, all errors
429: word start, word end, LABEL, SDI, DATA, SSM, LABEL+SDI, Label+Data, Label+SSM, word error, word gap error, check error, all errors, all 0 bits, all 1 bit
General Specifications
Power source voltage100~240V AC,50/60Hz
Power consumption<60W
Fuse12V DC,5A
Built-in Battery7.4V, 7500mAh
TemperatureOperating: 0℃~45℃
Non-Operating: -40℃~60℃
Humidity Operating: 5%to 85%,25℃Non-Operating: 5% to 90%,25℃
Altitude Operating: <3000mNon-Operating: <12000m
Dimensions280mm*180mm*50mm
Weight2CH: 1340g, 4CH: 1425g

Note*

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

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