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Logic Analyzers

What are logic analysers and what are they used for?

Logic analysers are used to measure and test digital signals over a defined period of time. They are practical tools for error tracking of circuits and provide information about the functionality of the examined electronic circuits. The display of the logic analyser shows the low and high levels of the logic gates over time. In this way, the behaviour of each individual element of the digital circuit can be closely observed.

Compared to other measuring instruments such as oscilloscopes, logic analysers have a significantly higher number of inputs. They are capable of acquiring and evaluating a large number of different electrical signals simultaneously and identifying deviations. This means that even complicated and obscure error scenarios can be analysed and solved in no time at all. At the same time, logic analysers help to make hardware and software more efficient.

What are logic analysers and what are they used for? Logic analysers are used to measure and test digital signals over a defined period of time. They are practical tools for error tracking of... read more »
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Logic Analyzers

What are logic analysers and what are they used for?

Logic analysers are used to measure and test digital signals over a defined period of time. They are practical tools for error tracking of circuits and provide information about the functionality of the examined electronic circuits. The display of the logic analyser shows the low and high levels of the logic gates over time. In this way, the behaviour of each individual element of the digital circuit can be closely observed.

Compared to other measuring instruments such as oscilloscopes, logic analysers have a significantly higher number of inputs. They are capable of acquiring and evaluating a large number of different electrical signals simultaneously and identifying deviations. This means that even complicated and obscure error scenarios can be analysed and solved in no time at all. At the same time, logic analysers help to make hardware and software more efficient.

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Accessories | Spare Test Lead Set for LA1034 Accessories | Spare Test Lead Set for LA1034
Intronix
IX-XLA-PROBE

Spare test lead set for LA1034, practical for changing projects
Content 1 piece(s)
€55.00 *
Logic Analyser | 500 MHz, 34 channels Logic Analyser | 500 MHz, 34 channels
Intronix
IX-LA1034

USB logic analyser for PC, 500 MHz, 34 channels, -6 V - 6 V, CAN, I2C, RS232
Content 1 piece(s)
€499.00 *
2 in 1 Analyzer | Triggers & Analyzer software sets included I, II 2 in 1 Analyzer | Triggers & Analyzer software...
Acute Technology Inc.
AE-TL4134B

2 GHz Sampling Rate, 34 Channels,4 GB Memory, Bus Trigger I-II, Protocol Analyzer I-II
Content 1 piece(s)
€2,400.00 *
2 in 1 Analyzer | Triggers & Analyzer software sets included I, II, III 2 in 1 Analyzer | Triggers & Analyzer software...
Acute Technology Inc.
AE-TL4234B

2 GHz Sampling Rate, 34 Channels, 8 GB Memory, Bus Trigger I-III, Protocol Analyzer I-III
Content 1 piece(s)
€3,400.00 *
2 in 1 Analyzer | Bus Trigger, Protocol Analyzer I 2 in 1 Analyzer | Bus Trigger, Protocol Analyzer I
Acute Technology Inc.
AE-TL4134E

2 GHz Sampling Rate, 34 Channels, 4 GB Memory, Bus Trigger I, Protocol Analyzer I
Content 1 piece(s)
€1,400.00 *
Accessories | Mictor connector for Intronix LA1034 Accessories | Mictor connector for Intronix LA1034
Intronix
IX-MA134A

Mictor connector MA134A for Intronix LA1034, rugged design, direct plug-in
Content 1 piece(s)
€198.00 *
Accessories | Microprobe for LA1034 Accessories | Microprobe for LA1034
Intronix
IX-XKM

Micro probe for LA1034, direct plug-on, signal acquisition in hard-to-reach places
Content 1 piece(s)
€2.20 *
Logic Analyser | 68 Channel Logic Analyser | 68 Channel
Acute Technology Inc.
AE-LA3068Ep

68 channel, bus trigger I (e.g. I²C, UART,...), protocol analyser I (e.g. I²C, SPI, UART,...)
Price on request
Logic Analyser | 68 channel, extended Logic Analyser | 68 channel, extended
Acute Technology Inc.
AE-LA3068Bp

68 channel, Bus Trigger I & II (e.g. I²C, SD 3.0,...), Protocol Analyser I & II (e.g. I²C, CAN FD, PWM,...)
Price on request
Logic Analyser | 136 Channel, extended Logic Analyser | 136 Channel, extended
Acute Technology Inc.
AE-LA3136Bp

136 channel, bus trigger I & II (e.g. I²C, SD 3.0,...), protocol analyser I & II (e.g. I²C, CAN FD, PWM,...)
Price on request
Logic Analyser | 136 Channel Logic Analyser | 136 Channel
Acute Technology Inc.
AE-LA3136Ep

136 channel, bus trigger I (e.g. I²C, UART,...), protocol analyser I (e.g. I²C, SPI, UART,...)
Price on request
Protocol & Logic Analyser | BusFinder Protocol & Logic Analyser | BusFinder
Acute Technology Inc.
AE-BF7264B

2 in 1 analyser (protocol & logic), PC-based, 64 channel, USB 3.0, 12V, memory 32 GB
Price on request

What are sampling rate, memory depth and trigger?

  • The sampling rate how many inputs can be acquired by the analyser per second.
  • The memory depth describes the number of signal inputs that can be acquired simultaneously within one measurement run.
  • Trigger defines the temporal start of the measurement and an event that triggers the measurement cycle of the logic analyser.

The terms sampling rate and memory depth are explained in detail under Oscilloscopes.

Do you want to get to the bottom of the error? Do you already have a product on your shortlist?

Our high-end analyser range is ideal for getting to the bottom of the error. They are available with:

  • Timing / status analysis of up to 4 GHz
  • Up to 136 channels (can be interconnected for more channels)
  • Up to 32 GB RAM

We also offer a wide range of:

  • Bus triggers (incl. SD3.0/eMMC4.5, etc.)
  • Protocol analysers (incl. eSPI, SD3.0, etc.)

Are you price-conscious but still interested in high-performance models?

Opt for a 2-in-1 model. This way you get a logic and a protocol analyser with 19 channels and 200 MHz timing / status analysis in one instrument.
They possess:

  • An I2C port with Schmitt trigger
  • A differential CAN, RS485 / RS422
  • A ProfiBus port

USB-controlled logic analysers

As with the USB oscilloscopes, there are also models of logic analysers that are PC-controlled via USB 3.0 and can optionally be connected together with a digital signal oscilloscope (DSO) to form a mixed signal oscilloscope (MSO).

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