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Tektronix 5 Series B MSO: Unleash the Power of 8/64 Channels, 1 GHz, and 6.25 GS/s for Precision Signal Analysis
Rp32,946.00
Tektronix 5 Series B MSO: Capture complex signals with ease using this 8/64-channel, 1 GHz, 6.25 GS/s mixed signal oscilloscope, featuring advanced triggering, deep memory, and comprehensive analysis tools.
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Tektronix 6 Series B MSO: Unleash the Power of Mixed Signal Analysis with 4/32 Channels, 1 GHz Bandwidth, and 25 GS/s Sample Rate
Rp23,514.00
Tektronix 6 Series B MSO: Capture complex signals with this 4/32-channel, 1 GHz, 25 GS/s mixed signal oscilloscope, featuring advanced triggering, deep memory, and comprehensive analysis tools.
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Tektronix P6243: Precision SMD Active Probe for High-Frequency Measurements
Rp2,151.00
Tektronix P6243 Active Probe for SMDs: 1 GHz, 10X, Single-Ended TekProbe for precise measurements on surface-mount devices (SMDs), ensuring signal integrity and accurate analysis.
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Tektronix P7625: Unveil the Ultimate TriMode Probe for Precision Measurements
Rp22,675.00
Tektronix P7625 Low Noise TriMode Probe: 25 GHz bandwidth, TekConnect interface, exceptional signal integrity, versatile probing modes, includes accessories for comprehensive testing.
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Tektronix P7633: Unleash Precision with the Low Noise TriMode Probe for 33 GHz Measurements
Rp29,393.00
Tektronix P7633 Low Noise TriMode Probe: 33 GHz bandwidth, TekConnect interface, low noise, high accuracy, versatile probing modes, includes accessories and case.
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Tektronix TAP3500: 3.5 GHz Active Probe with TekVPI Interface for Precision Measurements
Rp5,472.00
Tektronix TAP3500 Active Probe: 3.5 GHz bandwidth, TekVPI interface, high impedance, low capacitance, wide dynamic range, ideal for high-speed signal acquisition and analysis.
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Unlock Precision: Keysight N2751A InfiniiMode 3.5 GHz Active Differential Probe
Rp4,651.00
Keysight N2751A InfiniiMode 3.5 GHz Active Differential Probe: Capture high-speed signals with precision and accuracy. Its wide bandwidth, low noise, and high CMRR make it ideal for debugging and characterizing differential circuits.
