Interfejs XZL024 zgodny z oprogramowaniem USBee AX
oscyloskop i analizator stanów logicznych
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:
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Oscyloskop cyfrowy z analizatorem stanów logicznych Mixed Signal Oscilloscope (MSO) Logic Analyzer and Oscilloscope
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Oscyloskop cyfrowy
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Analizator stanów logicznych
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Dekoder popularnych protokołów
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Generator cyfrowych sygnałów
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PWM Controller
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Remote Controller
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Data Logger
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Digital Voltmeter
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Frequency Counter
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Pulse Counter
Wybrane parametry:
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Liczba analogowych kanałów: 2
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Liczba cyfrowych kanałów: 16
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Maksymalna częstotliwość próbkowania przy wykorzystaniu wszystkich kanałów: 8MSa
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Maksymalna częstotliwość próbkowania przy wykorzystaniu 1 kanału: 16MSa
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Długość rekordu: 200 + milion próbek – używa pamięci RAM / dysk twardy
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Maksymalne napięcia wejściowe dla analogowych wejść: +/- 10V
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Rozdzielczość przetwornika ADC: 8bit
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Zakres napięć wejściowych dla wejść cyfrowych: 0-5V
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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
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zasilanie interfejsu z portu USB
Oscyloskop:
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| 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 |
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Analizator stanów logicznych:
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| 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 |
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Mixed Signal Oscope/Logic Analyzer
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| 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.
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I2C Decoder Specifications
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| 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 |
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Digital Voltmeter
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|
| 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 |
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I2C Decoder Specifications
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| 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 |
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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 |
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SPI Decoder Specifications
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| 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 |
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Data Logger Specifications
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| Digital Channels Logged |
8 |
| Analog Channels Logged |
2 |
| Sample Rates |
250ms to 300sec |
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Frequency Counter
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| 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 |
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Remote Controller
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Remote Controller Specifications
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Digital Channels Controlled
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8
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Analog Channels Controlled
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0
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Control Mechanism
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Toggle Button per channel
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Channel Output Drive Current
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4mA
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Output Low Level
|
< 0.8V
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Output High Level
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> 2.4V
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PWM Controller
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Digital Channels Controlled
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8
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Analog Channels Controlled
|
0
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Resolution
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256 steps
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PWM Frequency
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1.46kHz
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Control Mechanism
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Slider Switch
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Channel Output Drive Current
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4mA
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Output Low Level
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< 0.8V
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Output High Level
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> 2.4V
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Frequency Generator
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Digital Channels Controlled
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8
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Analog Channels Controlled
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0
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Sets of Frequencies
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6
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Set 1
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1MHz, 500kHz, 250kHz, 62.5kHz,31.25kHz, 15.625kHz, 7.8125kHz
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Set 2
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32kHz, 16kHz, 8kHz, 4kHz, 2kHz, 1kHz, 500Hz, 250Hz
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Set 3
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750kHz, 375kHz, 187.5kHz, 93.75kHz, 46.875kHz, 23.4375kHz, 11.1875kHz, 5.5893kHz
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Set 4
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19.2kHz, 9600Hz, 4800Hz, 2400Hz, 1200Hz, 600Hz, 300Hz, 150Hz
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Set 5
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64Hz, 32Hz, 16Hz, 8Hz, 4Hz, 2Hz, 1Hz, 0.5Hz
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Set 6
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1920Hz, 960Hz, 480Hz, 240Hz, 120Hz, 60Hz, 30Hz, 15Hz
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Channel Output Drive Current
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4mA
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Output Low Level
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< 0.8V
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Output High Level
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> 2.4V
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I2C Controller
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I2C Clock Speed
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2.2 KHz average
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I2C Control Method
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Text Script
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I2C Script Tokens
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Start, Stop, Ack, Nak, Read, Write, Data
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Script Edit Functions
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Cut, Copy, Paste, Save, Open, New
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I2C Output Format
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Text File (includes read data and Ack state)
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Channel Output Drive Current
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4mA
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Output Low Level
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< 0.8V
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Output High Level
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Open Collector (requires external pull-up resistor)
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Pulse Counter
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Digital Channels Measured
|
8
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Analog Channels Measured
|
0
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Minimum Pulse Width [1]
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83.3nS
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Pulse Count Control
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Clear, Start and Stop
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Display Mode
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Pulse or Edge Count
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External Gate Signals
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up to 7
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Gate Conditions
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High or Low
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usbee ax pro opinie xzl024 http://www.usbee.com/ax.html
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