LOTO OSCH02H 2 Channel USB PC Virtual Digital Oscilloscope 100MHz Bandwidth 1GSa/s Sampling Rate Logic Analyzer

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LOTO OSCH02H 2 Channel USB PC Virtual Digital Oscilloscope 100MHz Bandwidth 1GSa/s Sampling Rate Logic Analyzer

Name: LOTO OSCH02H 2 Channel USB PC Virtual Digital Oscilloscope 100MHz Bandwidth 1GSa/s Sampling Rate Logic Analyzer
Brand: LOCKPICKWEB
SKU: LOTO OSCH02H
Price: 427.0 USD
Availability: InStock

LOCKPICKWEBSKU: LOTO OSCH02H

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Features:

Hand-held portable, 153(L) x 93(W) x 30(H) mm

1G/250M Maximum sampling rate, 100M bandwidth,2 channels.

8 Bit ~ 13 Bit vertical resolution.

Open source hardware interface to support expansion modules.

USB 2.0 interface, USB powered.Comes with PWM output.

72 hours long time data logger.

Optional logic analyzer, Signal generator,and isolated differential input support module.

Waveform recording and playback review.

Support waveform image import as the comparison reference for real-time waveform.

Support Serial bus decoding (RS-232,RS-485/422, I²C, CAN,SPI).

Supports a variety of current clamps and other physical volume custom probes.

Support buffer waveform preview and mouse wheel operations.

Historical change trend statistics and analysis functions.

Pass / Fail detection.

Support spectrum analysis and frequency response curve mapping.

Support FIR Digital Filtering function.

Application:

General-purpose and precision testing.

Embedded in industrial testing equipment for use.

Embedded electronics courses for the educational market.

Ripple and noise measurements for power supply characterization.

Multi-sensor systems and Serial bus decoding.

Car inspection and maintenance.

Current/Voltage recording and analysis System for Solar Power Supply and Lighting System.

Diagnosis device for field engineers.

Basic equipment for DIY makers to develop their own modules.

Specifications:

Connector type :	2 channels with BNC sockets, 20 mm spacing.
Vertical resolution:	8 Bit ~ 13 Bit .
Maximum sampling rate (S/s):	250M (real time), 1G (equivalent)
Bandwidth ( −3 dB):	100MHz
Input coupling:	AC/DC.
Input characteristics:	1MΩ \|\| 25pF.
PC OS requirements:	Windows XP, Win 7, Win 8.1, Win10 (32 bit and 64 bit).
Over-voltage protection:	±60.0v (x1), ±600.0v (x10). (DC + AC peak)
Triggering type:	Rising/falling edge according to trigger level, Pulse width trigger.
Triggering mode:	None, auto, normal, single.
Pre-trigger capture:	1%~99% of capture size.
Automatic measurements:	Maximum, minimum, average, RMS, frequency, period, positive pulse width, negative pulse width, duty cycle, rise time, peak-to-peak value.
Frequency response mapping	Scanning the frequency, record the process frequency and magnification data, and draw the frequency response curve.
Measurement statistical curve:	The historical trend of the automatically measured quantities can be plotted for statistics and analysis.
Pass / Fail detection:	You can set the upper and lower limits of the measurement quantity, and perform Pass / Fail detection and fault alarm function on the measured signal.
Deep measurement:	With this function, the waveform jump points are automatically numbered and marked, and the time difference between the two adjacent numbers is automatically displayed.
Samples Interpolation:	Linear or sin(x)/x.
FFT:	1024 ~ 16K points.
FFT window function:	Rectangle, Hanning, Hamming, Blackman.
Math:	A+B, A-B, AxB, X-Y.
Acquisition Modes:	Normal mode / High Resolution mode / Peak detect mode.
Waveform recording and playback:	File format :	*.oscxxx.
	Record depth:	50 ~ 450 frames.
	File size:	6 MB ~ 20GB.
Save as file:	txt, csv, excel, oscxxx, jpg.
Comparison reference:	Support waveform image import and real-time waveform comparison reference. It can import waveform pictures, set gray level and transparency, move up and down, and zoom in and out horizontally and longitudinally.
Data logger Sampling Interval:	1 second to 1 hour.
Data logger Record Duration:	1 minute ~ 72 hours.
Temperature range:	Operating: 0 °C to 40 °C (20 °C to 30 °C for stated accuracy). Storage: −20 °C to +60 °C.
Reference Output:	1K Hz, 1.5 V square wave output with 50% duty cycle. Software-configurable PWM output with adjustable frequency and duty cycle.
Size:	153(L) x 93(W) x 23(H) mm.
Languages (full support):	English, Chinese (simplified).
Compliance:	CE, FCC.

Net weight:		210 g.
Input sensitivity (10 vertical divisions):		20 mV/div to 2 V/div.
Input ranges( probe x1):		±100 mV to ±5 V full scale, in 7 ranges.
Timebase selection (10 horizontal divisions):		5 ns/div ~ 60 s/div, in 32 ranges.
Typical noise (peak to peak voltage):	20 mV/div	2 mV
	50 mV/div	5.8 mV
	100 mV/div	8 mV
	200 mV/div	22 mV
	500 mV/div	38.8 mV
	1 V/div	88.2 mV
Memory depth (byte /Ch):		64K	≤50 ms/div
		258K	200 ms/div
		645K	500 ms/div
		2M	1 s/div
		8M	2 s/div
		10M	10 s/div
		20M	20 s/div
		30M	30 s/div
		40M	40 s/div
		50M	50 s/div
		60M	60 s/div
Trigger type:		Hardware
Trigger source:		Channel A
Power consumption:		5 v \|\| (248~279) mA
Protocols decoding:		UART/RS-232/485/422, I²C,CAN,SPI
FIR Filtering:		Band-pass, Band-stop
Custom probes		Support two-point calibration of any current clamp on the market.

Model:	OSCH02H
Detail:	OSCH02F+ Isolated differential input model.
Input channels:	2
Maximum sampling rate (S/s):	1G
Bandwidth (−3 dB):	100MHz
FFT:	√
Data logger:	√
I/O extension:	√
Serial bus decoding:	√
Hardware trigger:	√
Pulse width triggersupport:	√
Signal generator module support:	√
Logic analyzer module :	√
Android Phone/ Tablet support	√
Isolated differential input model	√
Custom probes	√
Frequency response mapping	√