Test, Lab, Medical equipment » Logic Analyzers

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26

Used dynamic testing system in Northern Line

  • Trusted Seller
    Tektronix TLA7S16

    Tektronix TLA7S16

    • Manufacturer: Tektronix
    • Model: TLA7S16
    • Channels number: 16 pcs

    8/16 Channel Serial Analyzer Modules with 32M 8b/10b Symbols Memory Depth per Channel 2.5 Gb/s and 5 Gb/s Acquisition Speed for PCI Express 1.0 and PCI Express 2.0 Frequency Margining at 2.5 Gb/s +/- 10% or 5.0 G...

    New Smyrna Beach, FL
  • Trusted Seller
    Tektronix TLA7S08

    Tektronix TLA7S08

    • Manufacturer: Tektronix
    • Model: TLA7S08
    • Channels number: 8 pcs

    8/16 Channel Serial Analyzer Modules with 32M 8b/10b Symbols Memory Depth per Channel 2.5 Gb/s and 5 Gb/s Acquisition Speed for PCI Express 1.0 and PCI Express 2.0 Frequency Margining at 2.5 Gb/s +/- 10% or 5.0 G...

    New Smyrna Beach, FL
  • Trusted Seller
    Tektronix P6960

    Tektronix P6960

    • Manufacturer: Tektronix
    • Model: P6960
    • Channels number: 96 pcs

    7.5 Vp-p Dynamic Range Supports a Broad Range of Logic Families Connectorless Probing System Eliminates Need For On-board Connectors and is Ideal for Differential Signal Applications 0.5 pF Typical Input Capacita...

    Cary, NC
  • Trusted Seller
    Tektronix P6980

    Tektronix P6980

    • Manufacturer: Tektronix
    • Model: P6980

    7.5 Vp-p Dynamic Range Supports a Broad Range of Logic Families Connectorless Probing System Eliminates Need For On-board Connectors and is Ideal for Differential Signal Applications 0.5 pF Typical Input Capacita...

    Cary, NC
  • Trusted Seller
    Tektronix P6982

    Tektronix P6982

    • Manufacturer: Tektronix
    • Model: P6982

    LA PROBE; LOGIC ANALYZER PROBE, 17 CHANNEL, DIFFERENTIAL, HIGH-DENSITY WITH D-MAX PROBING TECHNOLOGY, OPTIMIZED FOR 2X DEMUX The Tektronix P6982 17-channel (Optimized for half channel mode) Differential High-dens...

    Cary, NC
  • Fluke 9000A-80180

    Fluke 9000A-80180

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    This Interface Pod is one of more than 50 microprocessor specific Interface Pods for use with the 9000 series or 9100 series mainframe. It functions as the test interface between a suspect circuit board's micropr...

    Webster, MA
  • Fluke 9000A-9900

    Fluke 9000A-9900

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    This unit is one of more than 50 microprocessor-specific Interface Pods that are used with the 9000-series or the 9100-series mainframe. It will function as the test interface between a suspect circuit boards mic...

    Webster, MA
  • Fluke 9000A-8086

    Fluke 9000A-8086

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    This Interface Pod is one of more than 50 microprocessor specific Interface Pods for use with the 9000 series or 9100 series mainframe. It functions as the test interface between a suspect circuit board's micropr...

    Webster, MA
  • Fluke 9000A-8048

    Fluke 9000A-8048

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    This Interface Pod is one of more than 50 microprocessor specific Interface Pods for use with the 9000 series or 9100 series mainframe. It functions as the test interface between a suspect circuit board's micropr...

    Webster, MA
  • Fluke 9000A-8080

    Fluke 9000A-8080

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    This Interface Pod is one of more than 50 microprocessor specific Interface Pods for use with the 9000 series or 9100 series mainframe. It functions as the test interface between a suspect circuit board's micropr...

    Webster, MA
  • Fluke 9000A-6802

    Fluke 9000A-6802

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    The Fluke 9000A-6802 is one of more than 50 microprocessor-specific Interface Pods that are used with the 9000-series or 9100-series mainframe. It functions as the test interface between a suspect circuit board's...

    Webster, MA
  • Fluke 9000A-6502

    Fluke 9000A-6502

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    The Fluke 9000A-6502 is one of more than 50 microprocessor-specific Interface Pods that are used with the 9000-series or 9100-series mainframe. It functions as the test interface between a suspect circuit board's...

    Webster, MA
  • Fluke 9000A-6800

    Fluke 9000A-6800

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    The Fluke 9000A-6800 is one of more than 50 microprocessor-specific Interface Pods that are used with the 9000-series or 9100-series mainframe. It functions as the test interface between a suspect circuit board's...

    Webster, MA
  • Fluke 9000A-80186

    Fluke 9000A-80186

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    This Interface Pod is one of more than 50 microprocessor-specific Interface Pods that are used with the 9000-series or the 9100-series mainframe. It functions as the test interface between a suspect circuit board...

    Webster, MA
  • Fluke 9000A-80188

    Fluke 9000A-80188

    • Manufacturer: Fluke
    • Model: 9000A
    • Channels number: 16 pcs

    This Interface Pod is one of more than 50 microprocessor specific Interface Pods for use with the 9000 series or 9100 series mainframe. It functions as the test interface between a suspect circuit board's micropr...

    Webster, MA
12

Overview

Logic analyzers are essential tools for engineers and technicians who need to capture and analyze digital signals in complex electronic systems. They provide detailed insights into signal timing, logic states, and protocol analysis, making them invaluable for debugging and validating digital circuits and communication protocols.

FAQ

What should I consider when buying a used logic analyzer?

Consider the number of channels, sample rate, memory depth, and supported protocols. Also, check the condition of the probes and any included accessories.

How do I ensure the logic analyzer is shipped safely to my location?

Use a reputable shipping service that specializes in electronic equipment. Ensure that the logic analyzer is well-protected with anti-static packaging and cushioned to prevent damage.

What is the maintenance schedule for a logic analyzer?

Regular maintenance includes cleaning the unit, inspecting and calibrating the probes, and updating the firmware. Refer to the manufacturer’s manual for specific maintenance instructions.