Oferowany interfejs USB XZL024 zbudowany jest w oparciu o mikrokontroler CY7C68013a produkcji Cypress. Możliwa jest współpraca urządzenia z oprogramowaniem USBee AX.
Urządzenie podłączane jest z komputerem za pomocą interfejsu USB 2.0 i wykorzystuje jego maksymalną prędkość transmisji, dzięki temu mamy możliwość wykorzystania zasobów komputera w celu przechwycenia i kontroli cyfrowych i analogowych informacji, transmisji.

Funkcje interfejsu:

• Oscyloskop cyfrowy z analizatorem stanów logicznych Mixed Signal Oscilloscope (MSO) Logic Analyzer and Oscilloscope
• Oscyloskop cyfrowy
• Analizator stanów logicznych
• Dekoder popularnych protokołów
• Generator cyfrowych sygnałów
• PWM Controller
• Remote Controller
• Data Logger
• Digital Voltmeter
• Frequency Counter
• Pulse Counter

Wybrane parametry:

• Liczba analogowych kanałów: 2
• Liczba cyfrowych kanałów: 8
• Maksymalna częstotliwość próbkowania przy wykorzystaniu wszystkich kanałów: 8MSa
• Maksymalna częstotliwość próbkowania przy wykorzystaniu 1 kanału: 16MSa
• Długość rekordu: 200 + milion próbek – używa pamięci RAM / dysk twardy
• Maksymalne napięcia wejściowe dla analogowych wejść: +/- 10V
• Rozdzielczość przetwornika ADC: 8bit
• Zakres napięć wejściowych dla wejść cyfrowych: 0-5V
• Dekodery protokołów: In-Line Bus Decoders, USB Decoder, I2C, SPI, Async Decoder, CAN, I2S, 1-wire, SM Bus, PS/2, Serial Decoder, Parallel Decoder, Custom Decoder API, Bus Data Extractors
• zasilanie interfejsu z portu USB

Oscyloskop:
	Analog Inputs 2 Analog Channels 1 Maximum Analog Sample Rate [1] 16 Msps Analog Bandwidth 3 MHz Input Impedance 1M Ohm/30 pF Input Voltage Range -10V to +10V Analog Sensitivity 78mV Analog Resolution 256 steps Channel Buffer Depth [2] >1 Million Volts per Division Settings 100mV to 5V in 6 steps Time per Division Settings 100ns to 2s in 23 steps Trigger Modes Auto, Normal, Single Trigger Voltage Between -10V and +10V Cursors 2 Time and 2 Voltage Voltage Display Offset Up to maximum inputs Time Display Offset Up to available buffer depth Trigger Position Setting 10% to 90% Measurements Min, Max, Top Bottom, Freq, Period Reference Waveform Save and compare
Analizator stanów logicznych:
Digital Channels 8 Maximum Digital Sample Rate [1] 24 Msps Internal Clocking Yes External Clocking Yes Trigger Levels 4 Trigger Qualifiers Rising Edge, Falling Edge, High,Low Number of Samples [2] 1 million samples up to PC RAM Sample Rates [1] 1Msps to 24 Msps Trigger Prestore Yes Trigger Poststore Yes Sample Clock Output Yes Maximum Input Voltage +5.5V Input Low Level < 0.8V Input High Level > 1.4V Cursors Trigger position, X and O Measurements Hex value, Period, Frequency
Mixed Signal Oscope/Logic Analyzer
	Analog Inputs 2 Analog Channels 1 Maximum Analog Sample Rate [1] 16 Msps Analog Bandwidth 3 MHz Input Impedance 1M Ohm/30 pF Analog Input Voltage Range -10V to +10V Analog Sensitivity 78mV Analog Resolution 256 steps Channel Buffer Depth [2] >1 Million Volts per Division Settings 100mV to 5V in 6 steps Time per Division Settings 100ns to 2s in 23 steps Trigger Modes Auto, Single, Digital Triggers Analog Trigger Voltage Between -10V and +10V Cursors 2 Time and 2 Voltage Voltage Display Offset Up to maximum inputs Time Display Offset Up to available buffer depth Trigger Position Setting 10% to 90% Measurements Min, Max, Top Bottom, Freq, Period Digital Channels 8 Maximum Digital Sample Rate [1] 16 Msps Internal Clocking Yes External Clocking No Digital Trigger Levels 4 Digital Trigger Qualifiers Rising Edge, Falling Edge, High,Low Trigger Prestore Yes Trigger Poststore Yes Sample Clock Output Yes Maximum Digital Input Voltage +5.5V Digital Input Low Level < 0.8V Digital Input High Level > 1.4V [1] Maximum sample rate depends on your PC hardware CPU speed and USB 2.0 bus utilization. For the fastest possible sample rates, follow these simple steps: Disconnect all other USB devices not needed from the PC Do not run other applications while capturing or generating samples. [2] Maximum buffer size depends on your PC available RAM at the time the application is started.
I2C Decoder Specifications
I2C Clock Speed up to 12MHz I2C Data Decoded Start,Stop,Ack,Nak,Data Decoder Output Format Text File Decoder Location Logic Analyzer and Mixed Signal Scope
Digital Voltmeter
	Analog Channels Displayed 2 Analog Input Voltage Range -10V to +10V Minimum Measurable Resolution 78mV Analog Resolution 256 steps Update Rate 3 samples per second Logging Function Store data to text file
I2C Decoder Specifications
I2C Clock Speed up to 12MHz I2C Data Decoded Start,Stop,Ack,Nak,Data Decoder Output Format Text File Decoder Location Logic Analyzer and Mixed Signal Scope
Digital Signal Generator
	Digital Output Channels 8 Maximum Digital Sample Rate [1] 24 Msps Internal Clocking Yes External Clocking No Number of Samples [2] 1 million samples up to PC RAM Sample Rates [1] 1Msps to 24 Msps Sample Clock Output Yes Channel Output Drive Current 4mA Output Low Level < 0.8V Output High Level > 2.4V Looping Yes External Trigger Signal Yes
SPI Decoder Specifications
SPI Clock Speed up to 12MHz Async Baud Rate up to 12Mbaud in 1baud steps Decoder Output Format Text File Decoder Location Logic Analyzer and Mixed Signal Scope
Data Logger Specifications
	Digital Channels Logged 8 Analog Channels Logged 2 Sample Rates 250ms to 300sec
Frequency Counter
Digital Channels Measured 8 Analog Channels Measured 0 Maximum Measured Frequency [1] 12MHz Maximum Digital Input Voltage +5.5V Resolution 1Hz Gate Time 1 sec
Remote Controller
	Remote Controller Specifications Digital Channels Controlled 8 Analog Channels Controlled 0 Control Mechanism Toggle Button per channel Channel Output Drive Current 4mA Output Low Level < 0.8V Output High Level > 2.4V
PWM Controller
Digital Channels Controlled 8 Analog Channels Controlled 0 Resolution 256 steps PWM Frequency 1.46kHz Control Mechanism Slider Switch Channel Output Drive Current 4mA Output Low Level < 0.8V Output High Level > 2.4V
Frequency Generator
	Digital Channels Controlled 8 Analog Channels Controlled 0 Sets of Frequencies 6 Set 1 1MHz, 500kHz, 250kHz, 62.5kHz,31.25kHz, 15.625kHz, 7.8125kHz Set 2 32kHz, 16kHz, 8kHz, 4kHz, 2kHz, 1kHz, 500Hz, 250Hz Set 3 750kHz, 375kHz, 187.5kHz, 93.75kHz, 46.875kHz, 23.4375kHz, 11.1875kHz, 5.5893kHz Set 4 19.2kHz, 9600Hz, 4800Hz, 2400Hz, 1200Hz, 600Hz, 300Hz, 150Hz Set 5 64Hz, 32Hz, 16Hz, 8Hz, 4Hz, 2Hz, 1Hz, 0.5Hz Set 6 1920Hz, 960Hz, 480Hz, 240Hz, 120Hz, 60Hz, 30Hz, 15Hz Channel Output Drive Current 4mA Output Low Level < 0.8V Output High Level > 2.4V
I2C Controller
I2C Clock Speed 2.2 KHz average I2C Control Method Text Script I2C Script Tokens Start, Stop, Ack, Nak, Read, Write, Data Script Edit Functions Cut, Copy, Paste, Save, Open, New I2C Output Format Text File (includes read data and Ack state) Channel Output Drive Current 4mA Output Low Level < 0.8V Output High Level Open Collector (requires external pull-up resistor)
Pulse Counter
	Digital Channels Measured 8 Analog Channels Measured 0 Minimum Pulse Width [1] 83.3nS Pulse Count Control Clear, Start and Stop Display Mode Pulse or Edge Count External Gate Signals up to 7 Gate Conditions High or Low

usbee ax pro opinie xzl024 http://www.usbee.com/ax.html

Zestaw zawiera:

• interfejs XZL024 USB zgodny z USBee AX
• kabel połączeniowy
• 10szt. chwytaków pomiarowych na przewodzie
• kabel USB

Zdjęcia:

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