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Logic Probes
Analyze the logic state of a digital circuit.
- TEAM SOLUTIONS, INC.
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Acute 4GS/s 68 Channel Logic Analyzer With 32Gb Memory
Acute LA3068B+
*LA3000E+/B+ series logic analyzer*PC-based*68 / 136 channels*USB 3.0 interface, 12V power adaptor*4GHz Timing Analysis / 250MHz State Analysis*32Gb RAM*Active Probes*Logic, State, Protocol triggers
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Logic Probes
Logic probes allow you to capture signals using the logic portion of a mixed signal instrument. Yokogawa offers low and high voltage, isolated and non-isolated logic probes.
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Logic Probes
Logic probes are used to analyze the logic states (high/true: logic 1 or low/false: logic 0) of digital signals. To verify and debug today’s high-speed, low-voltage digital signals, you need logic probes that can accurately acquire signals from a wide variety of electronic designs, while protecting signal fidelity. Tektronix logic analyzer probes contain a variety of connectivity options that are engineered to ensure that signal acquisition is a true reflection of your design's performance. Compare and learn more about Tektronix logic analyzer probe solutions below.
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Logic Probe
HH2601
Handy, quick and easy to use tool. For DTL, TTL and CMOS testing. High frquency response. Instant indication. Pulse memory function. Size: 180mm x 30mm x 20mm
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Logic Analyzer Probe
FS2510AB
The FS2510AB is a logic analyzer probe used to test DDR4 DIMM memory. When used with the triggering and analysis capabilities of Keysight’s U4154A/B/64A logic analyzer modules, it gives the user an effective tool for debugging, testing and verifying DDR4 DIMMs.
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Logic Analyzer Probe
FS2512
The FS2512 is a logic analyzer probe used to test DDR4 SO-DIMM memory. When used with the triggering and analysis capabilities of Keysight’s U4154A/B/64A logic analyzer modules, it gives the user an extremely effective tool for debugging, testing and verifying DDR4 SO-DIMMs.
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Logic Analyzer Probes
FS2354 & FS2355
The FS2354 and FS2355 are logic analyzer probes used to test DDR3 SO-DIMM memory modules. When used with the triggering and analysis capabilities of Keysight’s Logic Analyzer modules, it gives the user an extremely effective tool for debugging, testing and verifying DDR3 SO-DIMM systems.
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Logic Analyzer Probe
FS2521
The FS2521 is a logic analyzer probe used to test DDR4 SO-DIMM memory. When used with the triggering and analysis capabilities of Keysight’s U4164A logic analyzer modules, it gives the user an extremely effective tool for debugging, testing and verifying DDR4 SO-DIMMs. Now qualified at 3200MT/s
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Logic Analyzer Probes
Three probe types are available for GoLogicXL logic analyzers: flying leadset, Mictor, and Pinpoint probes. The Mictor and Pinpoint probes are compatible with similar Keysight/Agilent "soft touch" and Tektronix "connectorless" probes. All GoLogicXL probes are coaxially shielded and use passive termination inputs to prevent loading the device under test. Both differential and single-ended input signals are supported by all probes. Input voltage swings small as 300 mV are supported in single-ended mode, and 150 mV for differential signals.
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Logic Analyzer Probe
FS2600A
The FS2600A is our newest and fastest logic analyzer probe used to test DDR5 RDIMM and LRDIMM memory. It is designed to work exclusively with 4 Keysight U4164A logic analysis modules operating in either Quad Sample State or Quarter Channel 10GHz timing modes. This gives the user an extremely effective tool for debugging, testing and verifying DDR5 RDIMM/LRDIMMs and DDR5 Memory Channels.
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Logic Analyzer Probe
FS2520
The FS2520 is our newest and fastest logic analyzer probe used to test DDR4 DIMM memory. It is designed to work exclusively with 3 Keysight U4164A logic analysis modules operating in either Quad Sample State or Quarter Channel 10GHz timing modes. This gives the user an extremely effective tool for debugging, testing and verifying DDR4 DIMMs running above 4000MT/s. It’s like having a 100 channel scope.
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Computer Safe Automotive Logic Probe
TE6-0718
Hangzhou Tonny Electric & Tools Co., Ltd.
*For use on 6V, 12V and 24V DC systems*Tests high and low voltages on all vehicle circuits, including computerized engine and body controls*Dual color LED indicates red for power and green for ground
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Logic Analyzer Probe, 20 MHz, 4VDC to 18VDC
72-190
A compact and lightweight probe for the analysis and troubleshooting of logic circuits. The probe will recognise high, intermediate and low level pulses in DTL, TTL, HTL and CMOS logic circuits. Works as a pulse detector, pulse stretcher and a pulse memory.
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Logic Analyzer
FS2352B
The FS2352B is a logic analyzer probe used to test DDR3 DIMM memory. When used with the triggering and analysis capabilities of Keysight’s Logic Analyzer modules, it gives the user an effective tool for debugging, testing and verifying DDR3 DIMMs. This logic analyzer probe has a CKE qualification circuit that allows for the use of older Keysight logic analysis modules when testing systems using power saving modes.
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Electrical Testers
This hand-held digital logic probe provides convenient and precise use in the measurement of logic circuits. It displays logic levels (high or low), pulses and voltage transients down to 25 nanoseconds. High intensity LED readouts provide instant response to the logic state. Tests all logic families TTL/LSI, and CMOS/MOS digital circuits.
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DIMM Interposer Probe
FS2361
The FS2361 is a logic analyzer probe used to test DDR3 DIMM memory. When used with the triggering and analysis capabilities of Keysight’s U4154/64 Logic Analyzer modules, it gives the user an extremely effective tool for debugging, testing and verifying DDR3 DIMMs.
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Logic Analyzers
Verification and debug of today's high speed, low voltage digital signals requires probing solutions that can accurately acquire from a wide variety of electronic designs and protect signal fidelity. Tektronix logic analyzer probes contain a variety of connectivity options that are engineered to ensure that signal acquisition is a true reflection of your design's performance. Compare and learn more about Tektronix logic analyzer probe solutions.
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Probing Adaptors
Accessories primarily enable the connection between an industry standard logic analyzer footprint (D-Max, Mictor, P6860, etc) and an instrument probe. For example, a connection between a D-Max footprint and the digital channels of an MSO (Mixes Signal Oscilloscope). They can also enable the interconnect of a probe to a different industry standard footprint. Adding flying leads to a probe designed for a mictor footprint and a probe tester are also some of the accessories that are available.
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Logic Analyzer
TLA7000
The modular TLA7000 Logic Analyzer Series provides the speed and flexibility you need to capture logic detail on today's fastest microprocessors and memory designs. Pinpoint the source of elusive errors and gain the visibility you want with large easy-to-read displays, fast data throughput, and time-correlated views of analog and digital signals through the same probe.
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Active Interposer
FS2660A
The FS2660A is our newest and fastest logic analyzer probe used to test DDR5 RDIMM or LRDIMM memory. It is designed to work exclusively with 2 Keysight U4164A logic analysis modules operating with CHA + CHB independent busses. This gives the user an extremely effective tool for debugging, testing and verifying DDR5 RDIMM/LRDIMMs and DDR5 Memory Channels.
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DDR5 Logic Analyzer
FS2602
The FS2602 is our the latest logic analyzer probe used to test DDR5 SO-DIMM memory. It is designed to work exclusively with 4 Keysight U4164A logic analysis modules operating in either Quad Sample State or Quarter Channel 10GHz timing modes. This gives the user an extremely effective tool for debugging, testing and verifying DDR5 SO-DIMMs running at ~4000MT/s.
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DDR5 Logic Analyzer
FS2601
The FS2601 is one of our newest and fastest logic analyzer probes used to test DDR5 memory. It is designed to work exclusively with 4 Keysight U4164A logic analysis modules operating in either Quad Sample State or Quarter Channel 10GHz timing modes. This gives the user an extremely effective tool for debugging, testing and verifying DDR5 UDIMMs running above 4000MT/s.
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Eclipse Test Development Environment
The Eclipse Test Development Environment automatically creates tests that are used to bring up new products in the lab. Failures can be quickly debugged using software tools such as the Eclipse Timing Diagram Analyzer and the Schematic Logic Probe.
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LPDDR3 178-ball BGA Interposer For Logic Analyzers
W3301A
The W3301A LPDDR3 rigid BGA interposer for LPDDR3 178-ball DRAM enables capture of simultaneous read and write traffic at data rates in excess of 1866 Mb/s. E5406A Soft Touch probes and U4201A cables connect the W3301A LPDDR3 BGA interposer into the U4164A logic analyzer module. The W3301A LPDDR3 178-ball rigid BGA interposer allows signal access to the LPDDR3 signals critical to your debug and validation effort through a U4164A logic analyzer. The probe works in existing designs and eliminates the need for up-front planning or redesign. The probe connects directly to the balls of the DRAM using a LPDDR3 178-ball riser (included) or an optional 3rd party socket (not provided), enabling operation and acquisition of LPDDR3 signals.
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Logic Analyzer Cable
The logic analyser cable plugs in to the AUX port of the SmartScope, providing 8 shielded probe pins for each of the digital inputs, as well as the external trigger input. Each digital probe has its own ground connector and embeds a small passive filter close to the header, allowing for digital probing without signal cross-talk on the cable
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JTAG Probe
MAJIC
MAJIC (Multi-Architecture JTAG Interface Controllers) JTAG Probes are small, stand-alone, processor-based systems that provide an intelligent connection between host-based development tools (the debugger) and an embedded processor via its standardized JTAG debug logic IP macrocell.
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Active Probe, 2 GHz
N2796A
The N2796A is a new generation of low-cost, single-ended active probe with the AutoProbe interface. The probe integrates many of the characteristics needed for today’s general-purpose, high-speed probing - especially in digital system design, component design/characterization, and educational research applications. Its 1MΩ input resistance and extremely low input capacitance (1 pF) provide ultra low loading of the DUT. This, accompanied with superior signal fidelity, makes this probe useful for most of today’s digital logic voltages. And with its wide dynamic range (±8 V) and offset range (±12 V), the probe can be used in a wide variety of applications.
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Active Probe, 1 GHz
N2795A
The N2795A is a new generation of low-cost, single-ended active probe with the AutoProbe interface. The probe integrates many of the characteristics needed for today’s general-purpose, high-speed probing - especially in digital system design, component design/characterization, and educational research applications. Its 1MΩ input resistance and extremely low input capacitance (1 pF) provide ultra low loading of the DUT. This, accompanied with superior signal fidelity, makes this probe useful for most of today’s digital logic voltages. And with its wide dynamic range (±8 V) and offset range (±8 V), the probe can be used in a wide variety of applications.
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RC BGA Interposer, LPDDR4 200-ball, Rigid, Connects Using 2x U4207A
W6602A
The W6602A LPDDR4 rigid RC BGA interposer for LPDDR4 200-ball DRAM enables capture of simultaneous read and write traffic at data rates and has been tested to 3200 MT/s. Two U4207A zero Ω, 34-channel, soft touch pro, single-ended, 4 x 160-pin direct connect probes are required to connect the W6602A LPDDR4 BGA interposer into two U4164A logic analyzer modules. The W6602A LPDDR4 rigid RC BGA interposer allows signal access to the LPDDR4 signals critical to your debug and validation effort through a U4164A logic analyzer system. The probe works in existing designs and eliminates the need for up-front planning or redesign. The probe connects directly to the balls of the DRAM using a LPDDR4 200-ball riser (included) or an optional 3rd party socket (not provided), enabling operation and acquisition of LPDDR4 signals.
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Active FET Probe Kit 1.2 GHz, 10x, ±40 V
CT4121
The CT4121 is a compact FET probe with very high input resistance and low input capacitance. With a 1.2 GHz bandwidth, this probe is ideal for timing analysis or troubleshooting high speed logic circuits, for design verification of disk drives, as well as for wireless and data communication design. The CT4121 can measure up to ±40 V (DC + AC peak). Compatible with oscilloscopes from all major manufacturers, the probe is powered by the included 9 V battery or direct from the oscilloscope using the included USB power lead.
