Zeroplus: Logic Cube LAP-C (16128)

€ 249,86 (€ 304,83) * € 356,94 * (30% Salvato)

Prezzo IVA esclusa (inclusa) più spese di spedizione.

Supplier lead time: 10 giorni lavorativi

  • 100272
  • MFMP-100272 (+ MFMP-SPESE_FISSE, opz. "codici del catalogo")
  • Zeroplus Technology
  • LAP-C16128
  • 0
  • 10 giorni lavorativi
The LAP-C is Zeroplus bestselling logic analyzer series. Launched in 2008, it won the ELEXCON... altro
Informazione prodotto "Zeroplus: Logic Cube LAP-C (16128)"

The LAP-C is Zeroplus bestselling logic analyzer series. Launched in 2008, it won the ELEXCON Excellent Product Award in 2008 and the Taiwan Excellence Award in 2009. It also became an immediate commercial success with more than 25,000 units sold to date. With functions, specifications and analysis tools that are remarkable for the price class, intuitive setup and software and a huge library of protocol decoders, many years after release the LAP-C still offers unparalleled value for money.


Features

The Buttons on the Logic Analyzer Hardware Own the Function of Sampling:

 There is a START button on the hardware of the Zeroplus Logic Analyzer, and pressing this button can make the Logic Analyzer sample signals when the software of Logic Analyzer is activated. Users can quickly capture data from the testing board by using the START button.

Compression

 Zeroplus Technology issues the patent technology of Waveform Compression which can capture more waveform data without adding the size of the RAM.

For example: The RAM Size is set as 1M, and the Sampling Frequency is set as 50MHz. When the Compression function is not activated, Zeroplus Logic Analyzer can only capture waveform data within 20.972ms; when the Compression function is activated, with the same RAM Size (1M) and Sampling Frequency (50MHz), the Logic Analyzer can prolong the waveform data to 3.999s. That is to say, the function of Waveform Compression can improve the amount of the captive data largely.

Signal Filter Delay

 Zeroplus Technology issues the patent technology of Signal Filter Delay. The function of the Signal Filter Delay can capture the signals conditionally. For example, the Filter Condition of channel A1 is set as High Level; the differences can be seen obviously by the horizontal windows, and the Filter Delay Setup can make the conditions of the Signal Filter more flexible; users can set the time of the Filter Delay as their requirements.

For example: Clients found Bugs in a group of DUT. The content of the Bug is that a read error may be presented while the program tries to read the data. At that moment, users can use the function of the Signal Filter Delay to capture signal conditionally and analyze the Bug further(the Status of the Read is 0X5A, the Command Period of the Read is 10us). According to the function of the Signal Filter Delay, Zeroplus Logic Analyzer can only capture the 10us Command Period to analyze the Bug when the Data of 0X5A is presented.

Trigger Page

 Zeroplus Logic Analyzer adds the patent technology of Trigger Page, in other words, the Trigger Page is to page the continuous and long signal data.

Take the set RAM Size as one page, and the position of the trigger point is the first page. After analyzing the data of the first page, users can set the Trigger Page as “2” and restart the Logic Analyzer when the data of the testing board are the same for each time and the setting of the trigger condition is not to be changed; when the Logic Analyzer stops capturing the data and completes the display, the content of the Waveform Display Area is the data of the second page which follows the data of the first page.

For example: The RAM Size is set as 32K; the Sampling Frequency is set as 200MHz; the Trigger Page is “1”. The end point of the captured signal is 147.465us and the former half part of the data is 0X47. When starting to capture with the same RAM Size and Sampling Frequency and setting the Trigger Page as “2”, the start point of the captured data is 147.465us which is the end point of the first page, and users can see the latter part of the data, 0X47.

Trigger Count

 Zeroplus Logic Analyzer adds the technology of Trigger Count. The Trigger Count function is suitable for this kind of tested signals which have more than one trigger signal according with the Trigger Condition. Users can decide the trigger position where the trigger signal accords with the Trigger Condition. When users want to trigger at the first time when the trigger signal accords with the Trigger Condition, the setting of Trigger Count should be “1” (it is the default); when users want to trigger at the third time when the trigger signal accords with the Trigger Condition, the setting of the Trigger Count should be “3”; the others can follow the former method.

The Max. Trigger Count can be set as “65535”.

Find Pulse Width

 Zeroplus Logic Analyzer adds the function of Find Pulse Width which can compare and search the pluse width. For instance, the period of some Pulse Width is 4.2us (the positive/ negative period is 2.1us respectively), but it can cause the period error sometimes; at that moment, it can use the function of Find Pulse Width to mark the error point, and it improves the efficiency for engineers to complete the Debug. 

The Analysis Example of Protocol Analyzer - The Decoding of Protocol Analyzer SPI

 The Protocol Analyzer SPI Analysis Module of Zeroplus Technology can help users to analyze the Protocol Analyzer SPI. The Data in signasl can be directly displayed on the screen according to the Analysis Module, the Protocol Analyzer SPI Analysis Module of Zeroplus Technology provides the function of setting Data Bit in the Custom Setting dialog box of the Protocol Analyzer SPI Setup for users. It won’t happen that it can’t decode when analyzing the SPI signal; users can set the range from 1bit to 28bit as their requirements.


Specifications

Sample Rate

  • Internal Clock (Timing Mode) 100 Hz ~ 200 MHz
  • External Clock (State Mode) 100 MHz

  Threshold Voltages

  • Bandwidth:75 MHz
  • Working Range: -6V~+6V
  • Accuracy: ±0.1V

Memory

  •  Memory:4 Mbits
  • Depth(Per Channel):128 Kbits (Max 32 Mbits for compression)

Trigger

  •  Condition: Pattern/Edge
  • Trigger Channel : 16 CH
  • Post Trigger: YES
  • Trigger Level: 1 Level
  • Trigger Count: 1~65535  

Software Functions

  • Data Compression : Max 128 K bits x 256
  • Time Base Range : 5ps~10Ms
  • Language : Chinese (Traditional/Simplified) English
  • Maximum Trigger Page : 8192 Pages
  • Waveforrm Data Display
  • Filter&Filter Delay
  • Trigger Delay
  • Unlimited lncreasing Bar
  • Automatic Attaching Bar
  • Automatic Software Upgrade
  • Data Statistic
  • Auto-Save
  • Filter Bar
  • Protocol Analysis
  • Protocol Packet List
  • File Export
  • Data Contrast : Not support
  • Latch Function: Not support
  • Protocol Analyzer Trigger: parallel
  • Pulse Width Trigger Module : option

Other

  •  Power :USB (DC 5V, 500mA)
  • Operating System: Windows 2000 / XP(32bits) / Vista / Win 7
  • Phase Errors: < 1.5ns
  • Maximum Input Voltage: ±30V
  • Impedance:500KΩ/10pF
  • Safety Certification: FCC / CE / WEEE / RoHS / REACH

Extending Channel Capture

  •  Not supported

Double Mode

  • Channels:16 channels
  • RAM Sizes: 256K

Electric Specifications

Item Min Typical Max

Working Voltage DC 4.5V DC 5V DC 5.5V

Current at Rest 200mA

Current at Work 400mA

Power at Rest 1W

Power at Work 2W

Error in Phase Off - 1.5ns + 1.5ns

Vinput of Testing Channels - DC30V + DC30V

Vreference - DC6V + DC6V

Impedance 500KΩ/10pF

Working Temperature 5 ℃ 70 ℃

Storage Temperature -40 ℃ 80 ℃


How it Works

Example: Decoding of Protocol Analyzer SPI

STEP 1

 Plug the testing cable into the signal connectors of the Logic Analyzer, and connect the other ends of the testing cable to the testing board; users can use the probe in the package to connect with the testing board according to the different conditions of the testing board.

STEP 2

 Set the conditions of the Logic Analyzer according to the Chapter 3 of the Installation Guide, and then activate the Logic Analyzer’s software and send out the signal of the testing board to start capturing; the captured signal appears as below.

PS: The sampling frequency of Logic Analyzer should be more than 4 times higher than that of the testing board to make sure the signal is accurate.

STEP 3

 Group the unanalyzed channels into Bus: press the CTRL key on the keyboard continuously, and use the mouse to click the unanalyzed channels to highlight them; when the selection is completed, click the Right Key on the mouse to select the option of “Group into Bus”; there will be a Bus added in the Bus/Signal column.

PS: When starting the Bus Analysis, set the number of channels according to the tested Protocol Analyzer, for instance, the Protocol Analyzer IIC needs two channels to start the analysis, and the Protocol Analyzer UART needs one channel to start the analysis.

STEP 4

 Select Bus1, and press the Right Key on the mouse; click Bus Property to open the Bus Property dialog box, and then select the desired Protocol Analyzer. There is a corresponding Parameters Configuration setting for each Protocol Analyzer; users can set the relative contents of the Protocol Analyzer in the Parameters Configuration dialog box according to the tested Protocol Analyzer. Below is an example.

PS: The Protocol Analyzer SPI Analysis Module of Zeroplus Logic Analyzer can analyze the MOSI and MISO synchronously, and only two groups of Protocol Analyzer SPI need setting to start analyzing.

STEP 5

 When the setting is completed, the packet data of the Protocol Analyzer SPI will be displayed on the screen.

PS: The software of Zeroplus Logic Analyzer owns other powerful functions to help users to start the Bus analysis, such as Packet List, Find Data Value, Find Pulse Width, and so on.


Included Accessories

  • 16 channel testing cable packagpe (25cm)  
  • USB cable  
  • Probe(testing hooks): 20 pieces
  • Install Disk
  • Installation Guide
  • Carry Bag

Included Protocol Decoders (free)

Automotive

CAN 2.0B DSI Bus FlexRay 2.1A LIN 2.1
MVB WTB    

PC System

AMD_SVI2 DDC EDID GPIB FWH
IDE Low Pin Count LPC-SERIRQ LPT
PCI PECI PS/2 Serial GPIO IBPI
SVID USB 1.1 USB 2.0  

IC Interface

BDM HPI 1-WIRE JTAG 2.0
MCU-51 DECODE 3-WIRE I2C MDDI
MICROWIRE MIPI DSI SPI SLE4442
SSI Interface SPI PLUS ST7669 UART(RS-232C/422/485)
1-Wire(Advanced) Serial Wire Debug(SWD)    

Digital Audio

AC97 AES_EBU DSA Interface DP AUX Channel 1.1
HD Audio HDMI CEC I2S MHL-CBUS
MIDI MIPI_CSI-2 PCM PSB Interface
S/PDIF STBus    

Basic Logic Application

ARITHMETICAL LOGIC DIGITAL LOGIC JK FLIP-FLOP UP DOWN COUNTER
       

Memory

Compact Flash 4.1 eMMC I2C(EEPROM 24L) I2C(EEPROM 24LCS61/24LCS62)
MICROWIRE(EEPROM 93C) SPI Compatible(Atmel Memory) Quad SPI SAMSUNG K9(NAND Flash)
SD2.0/SDIO SD3.0 UNI/O  

Optoelectronics

7-SEGMENT LED CCIR656 CMOS IMAGE LCD12864
DALI Interface DM114/DM115 DMX512 LCD1602
LED Pitch Array LG4572 RGB Interface S2Cwire/AS2Cwire
SCCB      

Infrared rays

IRDA NEC PD6122 Philips RC-5 Philips RC-6
PT2262/PT2272      

Power

BMS HDQ PMBus 1.1 QI
SDQ SMBus 2.0    

Wireless

Differential Manchester DigRF ISO7816 UART KEELOQ Code Hopping
MANCHESTER MII SIGNIA 6210 MILLER
MIL-STD-1553 MODIFIED MILLER SWP WIEGAND
WWV/WWVH/WWVB      

Other

DS1302 DS18B20 IO-Link Line Code
HART KNX ModBus MODIFIED SPI
OPENTHERM 2.2 PROFIBUS SHT11 YK-5
Link correlati a "Zeroplus: Logic Cube LAP-C (16128)"
Leggere, scrivere e discutere recensioni... altro
Valutazione cliente per "Zeroplus: Logic Cube LAP-C (16128)"
Scrivi una valutazione
Le valutazioni vengono attivate dopo la verifica.
Inserisci questi caratteri nel campo di testo sottostante.

I campi contrassegnati con * sono obbligatori.

Article image Digilent: Flywires (310-064)
€ 8,12 (€ 9,91) *
Article image Digilent: 410-151
€ 243,11 (€ 296,59) *
Article image Digilent: 410-151
€ 324,42 (€ 395,79) *
Zeroplus: Logic Cube LAP-C (16064) Zeroplus: Logic Cube LAP-C (16064)
€ 161,97 (€ 197,60) * € 202,46 *
Zeroplus: Logic Cube LAP-C (16032) Zeroplus: Logic Cube LAP-C (16032)
€ 99,04 (€ 120,83) * € 113,02 *
NUOVO
Zeroplus: Logic Educator Zeroplus: Logic Educator
€ 126,03 (€ 153,76) *
Teltonika: FMB920 Teltonika: FMB920
€ 37,80 (€ 46,12) *
Article image Digilent: Zybo Academic (410-279)
€ 101,63 (€ 123,99) *
Teltonika: TGM250 Teltonika: TGM250
€ 250,00 (€ 305,00) *
Teltonika: FM3612 Teltonika: FM3612
€ 66,15 (€ 80,70) *
Teltonika: FM3622 Teltonika: FM3622
€ 85,05 (€ 103,76) *
Teltonika: FM6320 Teltonika: FM6320
€ 113,40 (€ 138,35) *
Digilent: Zybo Z7-10  (410-351-10) Digilent: Zybo Z7-10 (410-351-10)
€ 161,80 (€ 197,40) *
Teltonika: FMA120 Teltonika: FMA120
€ 43,20 (€ 52,70) *
Trenz Electronic: TEF1001 (TEF1001-01) Trenz Electronic: TEF1001 (TEF1001-01)
Da € 698,00 (€ 851,56) *
XILINX: EK-U1-ZCU102-G XILINX: EK-U1-ZCU102-G
€ 2.474,35 (€ 3.018,71) *
Xilinx: EK-K7-KC705-G Xilinx: EK-K7-KC705-G
€ 1.669,06 (€ 2.036,25) *
Article image Trenz Electronic: 27229
Da € 119,00 (€ 145,18) *
Article image Digilent: Nexys4 DDR (410-292)
€ 129,28 (€ 157,72) *
Article image Digilent: Basys 3 (410-183)
€ 121,15 (€ 147,80) *
Article image Digilent: ZedBoard Academic (410-248)
€ 259,37 (€ 316,43) *
Article image Digilent: Nexys4 DDR (410-292)
€ 260,18 (€ 317,42) *
Article image Digilent: Zybo (410-279)
€ 153,67 (€ 187,48) *
Visto