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Probes, 80 " Cable Length

Introduction:
Active voltage probes provide digital phosphor oscilloscopes and other instrumentation the ability to faithfully acquire real time signal information from today's high-speed designs. Active probes provide a wide signal acquisition bandwidth and ensure reduced device under test (DUT) loading. An active probe is the best choice when your application involves high impedance, high frequency circuit elements that demand minimal loading.
FET Probes include active components (field effect transistors or other active devices) rather than passive components. The FET input results in a higher input impedance without loss of signal, i.e. low input capacitance (typically <0.4 pF to <2.0 pF) and high input resistance values (typically > 100 kΩ). Some FET probes include an offset control that allows a substantial increase in the active probe's linear dynamic range. Since FET probes have a 50 Ω output impedance, they can drive a 50 Ω cable. This capability allows the distance from the probe tip to the instrument to be increased within the practical limits of the probe amplifier system and the limitations of the coaxial cable.

Truest Signal Reproduction and Fidelity

World's Fastest Active Probe — 6 GHz Bandwidth

Ultra-Low Input Capacitances — <0.5 pF

Easy Access For SMD — Small Size, Variety of Attachments

Service, Durability and Reliability — 1 Year Warranty, WW Service

Can Be Used with CSA/TDS8000 Series Via 80A03 TekConnect Interface Adapter

Application	High-speed digital systems design, component design?characterization, signal integrity, jitter and timing analysis, manufacturing engineering and test
Attenuation	5X
Bandwidth	4 GHz
Brand/Series	P7 Series
Capacitance, Input	1 pF (Max.)
Resistance, Input	20 Kiloohms
Time, Rise	120 ps (Max.)
Voltage, Input Offset	±5 V
关键词

Application High-speed digital systems design, component design?characterization, signal integrity, jitter and timing analysis, manufacturing engineering and test  Tektronix Application High-speed digital systems design, component design?characterization, signal integrity, jitter and timing analysis, manufacturing engineering and test  Oscilloscope Probes Application High-speed digital systems design, component design?characterization, signal integrity, jitter and timing analysis, manufacturing engineering and test  Tektronix Oscilloscope Probes Application High-speed digital systems design, component design?characterization, signal integrity, jitter and timing analysis, manufacturing engineering and test   Attenuation 5X  Tektronix Attenuation 5X  Oscilloscope Probes Attenuation 5X  Tektronix Oscilloscope Probes Attenuation 5X   Bandwidth 4 GHz  Tektronix Bandwidth 4 GHz  Oscilloscope Probes Bandwidth 4 GHz  Tektronix Oscilloscope Probes Bandwidth 4 GHz   Brand/Series P7 Series  Tektronix Brand/Series P7 Series  Oscilloscope Probes Brand/Series P7 Series  Tektronix Oscilloscope Probes Brand/Series P7 Series   Capacitance, Input 1 pF (Max.)  Tektronix Capacitance, Input 1 pF (Max.)  Oscilloscope Probes Capacitance, Input 1 pF (Max.)  Tektronix Oscilloscope Probes Capacitance, Input 1 pF (Max.)   Resistance, Input 20 Kiloohms  Tektronix Resistance, Input 20 Kiloohms  Oscilloscope Probes Resistance, Input 20 Kiloohms  Tektronix Oscilloscope Probes Resistance, Input 20 Kiloohms   Time, Rise 120 ps (Max.)  Tektronix Time, Rise 120 ps (Max.)  Oscilloscope Probes Time, Rise 120 ps (Max.)  Tektronix Oscilloscope Probes Time, Rise 120 ps (Max.)   Voltage, Input Offset ±5 V  Tektronix Voltage, Input Offset ±5 V  Oscilloscope Probes Voltage, Input Offset ±5 V  Tektronix Oscilloscope Probes Voltage, Input Offset ±5 V