SUPPORTIVE CONNECTION: the waveform window and the analysis result window can be linked, making it easier to find waveforms and data in different ways Flexible and easy to use: the sampling data can be exported to .txt, .cSV, .bin and other format files that can be opened, displayed or edited with other software, e.g. B. with Excel to open CSV to search and organize data, and use Matlab to import bins for further analysis, etc. Display format of decoded data: supports binary, decimal, hexadecimal, ASCII and hexadecimal data, easy to observe and analyze Easy interface: intuitive and clear interface for trigger adjustment. Trigger conditions include signal transition edge, high and low level, or a combination of both, etc. Adjustable threshold value: compatible with various level standards, such as 5VTTL, 5 CMOS, 3.3V CMOS, 3.0V CMOS, 2.5VCM0S, 1.8V CMOS, 1.5V CMOS, 1.2V CMOS, 0.9V CMOS, etc. › See more product details; Product description 1. SUPPORTIVE CONNECTION: the waveform window and the analysis result window can be linked, making it easier to find waveforms and data in different ways 2. Flexible and easy to use: the sampling data can be exported to .txt, .cSV, .bin and other format files that can be opened, displayed or edited with other software, e.g. B. with Excel to open CSV to search and organize data, and use Matlab to import bins for further analysis, etc. 3. Display format of decoded data: supports binary, decimal, hexadecimal, ASCII and hexadecimal data, easy to observe and analyze 4. Easy interface: intuitive and clear interface for trigger adjustment. Trigger conditions include signal transition edge, high and low level, or a combination of both, etc. 5. Adjustable threshold value: compatible with various level standards, such as 5VTTL, 5 CMOS, 3.3V CMOS, 3.0V CMOS, 2.5VCM0S, 1.8V CMOS, 1.5V CMOS, 1.2V CMOS, 0.9V CMOS, etc. Specification: Item Type: Logic Analyzer Model Number:LA2016 Number of channels: 16. Supported modes: normal mode (the data is collected and then transferred to the computer, the sampling rate is higher); Streaming mode (the collected data is transmitted to the computer at the same time, the sampling time is longer) Maximum sampling rate: normal mode: 200M (16 channels) Streaming mode: 100M (3 channels), 50M (6 channels), 20M (16 channels) Highest signal frequency that can be detected: 40 MHz Minimum detectable pulse width: 12.5 ns Built-in hardware storage capacity: 1 Gbits Maximum hardware memory depth (ensure the sampling depth available): 50 MB Maximum compression sampling depth (not guaranteed to reach the sampling depth): 10G (lossless; Product description 1. SUPPORTIVE CONNECTION: the waveform window and the analysis result window can be linked, making it easier to find waveforms and data in different ways 2. Flexible and easy to use: the sampling data can be exported to .txt, .cSV, .bin and other format files that can be opened, displayed or edited with other software, e.g. B. with Excel to open CSV to search and organize data, and use Matlab to import bins for further analysis, etc. 3. Display format of decoded data: supports binary, decimal, hexadecimal, ASCII and hexadecimal data, easy to observe and analyze 4. Easy interface: intuitive and clear interface for trigger adjustment. Trigger conditions include signal transition edge, high and low level, or a combination of both, etc. 5. Adjustable threshold value: compatible with various level standards, such as 5VTTL, 5 CMOS, 3.3V CMOS, 3.0V CMOS, 2.5VCM0S, 1.8V CMOS, 1.5V CMOS, 1.2V CMOS, 0.9V CMOS, etc. Specification: Item Type: Logic Analyzer Model Number:LA2016 Number of channels: 16. Supported modes: normal mode (the data is collected and then transferred to the computer, the sampling rate is higher); Streaming mode (the collected data is transmitted to the computer at the same time, the sampling time is longer) Maximum sampling rate: normal mode: 200M (16 channels) Streaming mode: 100M (3 channels), 50M (6 channels), 20M (16 channels) Highest signal frequency that can be detected: 40 MHz Minimum detectable pulse width: 12.5 ns Built-in hardware storage capacity: 1 Gbits Maximum hardware memory depth (ensure the sampling depth available): 50 MB Maximum compression sampling depth (not guaranteed to reach the sampling depth): 10G (lossless; 1. SUPPORTIVE CONNECTION: the waveform window and the analysis result window can be linked, making it easier to find waveforms and data in different ways 2. Flexible and easy to use: the sampling data can be exported to .txt, .cSV, .bin and other format files that can be opened, displayed or edited with other software, e.g. B. with Excel to open CSV to search and organize data, and use Matlab to import bins for further analysis, etc. 3. Display format of decoded data: supports binary, decimal, hexadecimal, ASCII and hexadecimal data, easy to observe and analyze 4. Easy interface: intuitive and clear interface for trigger adjustment. Trigger conditions include signal transition edge, high and low level, or a combination of both, etc. 5. Adjustable threshold value: compatible with various level standards, such as 5VTTL, 5 CMOS, 3.3V CMOS, 3.0V CMOS, 2.5VCM0S, 1.8V CMOS, 1.5V CMOS, 1.2V CMOS, 0.9V CMOS, etc. Specification: Item Type: Logic Analyzer Model Number:LA2016 Number of channels: 16. Supported modes: normal mode (the data is collected and then transferred to the computer, the sampling rate is higher); Streaming mode (the collected data is transmitted to the computer at the same time, the sampling time is longer) Maximum sampling rate: normal mode: 200M (16 channels) Streaming mode: 100M (3 channels), 50M (6 channels), 20M (16 channels) Highest signal frequency that can be detected: 40 MHz Minimum detectable pulse width: 12.5 ns Built-in hardware storage capacity: 1 Gbits Maximum hardware memory depth (ensure the sampling depth available): 50 MB Maximum compression sampling depth (not guaranteed to reach the sampling depth): 10G (lossless
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