2015 est DSLogic logic analyzer 16 s 400M sampling USB-based debugging logic analyzer

of DSlogic Plus:16 digital sUp to 400MHz sample rateUp to 256Mbits hardware memoryUp to 16G sample depth (stream mode)Adjustable Threshold (0.1V Step)Shielded fly wiresUnibody aluminum case3-year warrantyConnectivityUSB Type-C interface (USB 2.0 device port)27mm dupont female connector (Host device)54mm dupont female connector (Fly wires)Power SourcePower source voltage: 5VDC±5%Power consumption: 2 W maximumInput output portsDirectionDescriptionsProtected Voltage RangeUSB 2.0 portInOutConnect to host computer4.75v ~ 5.25vCH0 ~ CH15InputConnect to under test signals-30v ~ 30v (with fly wires)CKInputClock input at state sample mode0v ~ 3.3vTIInputExternal trigger signal input0v ~ 3.3vTOOutputExternal trigger signal output-Designed to make your work enjoyable

DSLogic Plus is an USB-based logic analyzer, which has a portable size (79x74x9mm), but powerful performance (up to 400MHz sample rate). With the easy-to-use and cro platform , DSView, you can use your favorite computer to debug and analysis your circuits, observe the digital wave and decoder various protocols at anywhere and anytime.

Technical SpecificationsInput Voltage and Thresholds

Operation voltage range: -0.9v ~ 6vThreshold voltage: 0v ~ 5v (0.1v step)Work with most of logic voltage level (such as: 5v, 3.3v, 2.5v, 1.8v, 1.5v, 1.2v, 1.0v, etc.)ESD protected

Input Impedance

2KΩ / ~10pF

Max Sample Rates

er mode: 400MHz when using 4 s, 200MHz when using 8 s, 100MHz when using 16 sStream mode: 100MHz when using 3 s, MHz when using 6 s, 25MHz when using 12 s, 20MHz when using 16

Max Sample Depth

er mode (without RLE compreion): 256Mer mode (with RLE compreion): 16GStream mode: 16G

Error/Accuracy

Minimum acquisition : 5nsAcquisition Accuracy: ±sample interval (for example: ±10ns@100M sample rate, ±1us@1M sample rate)

Noise Immunity

Each provides independent shielding ground.

System RequirementsWindows XP, Vista, Win7, Win8 & Win10Mac OS X 10.8 or aboveLinux: recent Ubuntu, Fedora, Arch, etc.USB 2.0 Host portDifferent of DSlogic and DSlogic Pluss of DSlogic:- Mode:stream+er- er mode:400M@4 s200M@8 0M@16 s- Maximum sampling rate:- stream mode:100M@3 sM@6 s25M@12 s20M@16 s- The max depth:16G@stream;256K@er- Hardware storage:256Kbits- Trigger:Simple trigger+- Sixteen level hardware trigger+- Protocol trigger- Threshold value:Fixed threshold:0-5v adjustable- Voltage range:+-30V- Input impedance:2K--7pFProduct Details:- State sampling:the max 30M state sampling- The max sampling rate:400MHz- It can collect and observe digital signal within 100MHz.- Overvoltage protection,electrostatic protection,long life- Support double mode:stream mode,USB real-time transmiion to PC,ultra large sampling depth;er mode,wide bandwidth hardware storage,ultra high sampling rate- Adjustable threshold value:support various voltage:1.2V/1.8V/2.5V/3.3V/5.0V- All metal shell- 360 degree noise shielding,quick heat diipation,circuit operation is more stable.- USB tYPE-C interface- The max support 16G depth- 100M sampling rate can collect 160 seconds wave form- 20M sampling rate can collect 13minutes wave form- 1M sampling rate can collect 4 hours wave form- Window system(xp/vista/win7/win8/win10)- Multilayer protocol,date is more intuitive- Support Protocol content triggeringDSLogic different from the logic analyzer features other entry level are mainly the following aspects:- 256Mbit onboard memory to ensure that real-time sampling data up to 1.6Gbps storage. Entry-level logic analyzer Metropolitan bandwidth or memory depth indicators compromise, while greatly reducing the usefulne of such a logic analyzer. For example, real-time transmiion through ae USB memory to store data utilizing the host computer, a good solution to the problem of memory depth, but because of USB bandwidth is limited, can only reach 200-300Mbps sampling bandwidth; Open Workbench Logic Sniffer is used the internal FPGA BRAM as storage space, also has a sampling 1.6Gbps bandwidth, but the memory depth is only 216Kbit.- 16 Stage Combined advanced triggering functions, easy to set complex trigger conditions. As a logic analyzer trigger the most ant characteristics of a direct impact on the accuracy of the sampling location. Most entry-level logic analyzers do not have the advanced triggering functions, allowing users to find and locate the problem in a lot of usele information, wasting valuable time.- Continuously adjustable threshold level. Based on the level of high-speed comparator sampling circuit, not only can adjust the level of the threshold level to accommodate different signal standards (1.2V / 1.5V / 1.8V / 3.3V / 5.0V), and can determine the level of accuracy to the level of le than 100mV for maximum noise margin, greatly reduces the poibility of false positives and sampling burrs. Most entry-level logic analyzer using a standard interface chip fixed voltage level judgment, can not guarantee the accuracy of the sampling results.- Use shielded cable fly line connector. Shielded cable is standard on high-end logic analyzer, you can ensure the integrity of the sampled signal circuits, reducing the extent of the sampled signal distortion. Most entry-level logic analyzer using ordinary DuPont cable to connect the logic analyzer and the measured signal, impedance discontinuities and ground bounce probl make a serious distortion of the signal, which affects the logic analyzer on the measured signal level judgment.Our PC uses the same open-source architecture, now support up to 44 kinds of protocol analysis capabilities. Under the support of the open source community, this number will continue to grow. Everyone thought that this free protocol parsing library to make their own contribution.