Oscilloscope digital, DSO, Channels 2, Band 100MHz, 1Gsps, ≤3.5ns - 316.11 EUR : acdcshop.gr


Παλμογράφος - Oscilloscope digital, DSO, Channels 2, Band 100MHz, 1Gsps, ≤3.5ns	Κωδικός: 39270
PDF	DSO2D10

Κάντε Κλικ για Μεγέθυνση Oscilloscope digital, DSO, Channels 2, Band 100MHz, 1Gsps, ≤3.5ns

Τιμή χωρίς ΦΠΑ:	316.11 €
Αξία ΦΠΑ:	75.87 €
Τελική με ΦΠΑ:	391.97 €
Ποσότητα:
* Αποστολή σε 2-3 εργάσιμες ημέρες.

Specifications
Manufacturer	HANTEK
Type of oscilloscope	digital
Kind of oscilloscope	DSO
Number of channels	2
Band	100MHz
Sampling	1Gsps
Memory record length	4Mpts/ch
Kind of display used	colour, TFT 7"
Trigger modes	automatic, normal, single
Trigger	CAN/LIN, falling-edge, IIC, impulse width, interval, overtime, pattern, rising-edge, slope, SPI, UART, video signal, window
Time base	2n...1ks/div
Max. input voltage	300V
Vertical resolution	12bit
Input coupling	AC, DC, GND
Interface	USB
Series	DSO2000
Rise time	≤3.5ns
Input impedance	1MΩ/20pF
Additional functions	arbitrary waveform generator
Waveforms	arbitrary, DC, exponential, noise, ramp, rectangular, sinus
Waveform frequency range	0,1Hz...1MHz (ramp waveform), 0,1Hz...10MHz (rectangular waveform), 0,1Hz...25MHz (sinus waveform), 1µHz...25MHz (arbitrary waveform)
Kind of modulation	AM, FM
Maximum waveform frequency	25MHz
Arbitrary waveform	record length: 4096
Power supply	100...120V AC, 45...440Hz, 120...240V AC, 45...66Hz
Conform to the norm	EN61010 300V CAT II
Operating temperature	0...50°C
Weight	1.9kg
Body dimensions	318x110x150mm
Gross weight	3000 g

Generators features

Measuring instrument features

automatically measures frequency, period, peak to peak, RMS, MIN, MAX, MEAN values
FFT analysis: Hanning, Flattop, Rectangular, Bartletta, Blackman, Hamming
mathematical functions: addition, subtraction, division, multiplication and FFT
measurements by means of cursors
protocols analyse: I2C, SPI, RS232/UART, CAN, LIN
supports SCPI

Standard equipment

Διαθεσιμότητα: Με παραγγελία

Σχετικά Προϊόντα

Παλμογράφος - Oscilloscope digital, DSO, Channels 2, Band 100MHz, 1Gsps, ≤3.5ns