Active Probe

Accurate high-frequency measurements with reduced probe loading.

For testing high-impedance, high-frequency circuit elements which
demand minimal loading, our portfolio of active probes provides the
proper signal bandwidth and reduced probe loading to capture single-
ended, ground referenced signals. A Tektronix active probe is a better
choice for small geometry applications that would be seriously loaded   
with passive probing solutions.

 Active Probe

Models in the Active Probe Series:

 
   Model            Attenuation          Bandwidth      Input Impedance
   Maximum Voltage
•    P6243   10X   1 GHz   1 MΩ / ≤1 pF   ±15 V (DC + pk AC)  
•   P6205   10X   750 MHz   1 MΩ / ≤2 pF
   ±40 V (DC + pk AC)
•   P6245   10X   1.5 GHz   1 MΩ / ≤1 pF   ±15 V (DC + pk AC)
•   TAP1500   10X   ≥1.5 GHz   1 MΩ / ≤1 pF   ±15 V (DC + pk AC)
•   TAP2500   10X   ≥2.5 GHz   40 kΩ / ≤0.8 pF   ±30 V (DC + pk AC)
•   P7225   10X   2.5 GHz   40 kΩ / ≤0.8 pF   ±30 V (DC + pk AC)
•    TAP3500   10X   ≥3.5 GHz   40 kΩ / ≤0.8 pF   ±30 V (DC + pk AC)
•    P7240   5X   4.0 GHz    20 kΩ / <1 pF   ±30 V (DC + pk AC) 

 

 

Current Probe

In today's electronic designs, making accurate current amplitude
measurements is critical to achieve maximum power efficiency. Tektronix
current probe solutions provide industry-leading measurement sensitivity
to a minimum of 1mA, which is critical for accurately measuring low level
currents and frequency components. The latest Tektronix oscilloscopes
paired with our current probes automatically scale to amps and greatly
improve measurement setup time.

 Current Probe

Models in the Current Probe Series:

 
   Model            Maximum Current          Minimum
  Current   		   Bandwidth
   Rise Time
•    A621   2000 A Peak   100 mA   5 Hz - 50 kHz   -  
•   A622   100 A Peak   50 mA   DC - 100 kHz
   -
•   CT2   Peak: 36 A; Continuous: 2.5 A   1 mA   1.2 kHz - 200 MHz   500 ps
•   CT1   Peak: 12 A; Continuous: 450 mA   200 μA   25 kHz - 1 GHz   350 ps
•   CT6   Peak: 6 A; Continuous: 120 mA   200 μA   250 kHz - 2 GHz   200 ps
•   TCP305   High-current Sensitivity – DC: 50 A RMS: 35.4 A Peak: 50 A
  Low-current Sensitivity – DC: 25 A RMS: 17.7 A Peak: 50 A		   5 mA   DC - 50 MHz   ≤7 ns
•    P6021   15 A Peak   1 mA   120 Hz - 60 MHz   5.8 ns
•    P6022   6 A Peak   1 mA    935 Hz - 120 MHz   2.9 ns 
•    TCP312   High-current Sensitivity – DC: 30 A RMS: 21.2 A Peak: 50 A
  Low-current Sensitivity – DC: 5 A RMS: 3.5 A Peak: 50 A		   1 mA   DC - 100 MHz   ≤3.5 ns
•    TCP202A   15 A DC + Peak AC, 50 A Peak Pulse   10 mA   50 MHz   ≤7 ns
•    TCPA400   -   -   DC - 50 MHz   -
•     TCPA300   -   -   DC - 100 MHz   -
•    TCP2020   20 A RMS, 100 A Peak Pulse   10 mA   50 MHz   ≤7 ns
•    TCP0020   20 A RMS, 100 A Peak Pulse   10 mA   50 MHz   ≤7 ns
•    TCP303   High-current Sensitivity – DC: 150 A RMS: 150 A Peak: 500 A
  Low-current Sensitivity – DC: 25 A RMS: 17.7 A Peak: 500 A		   5 mA   DC - 15 MHz   ≤23 ns
•    TCP0030    RMS: 30 A Peak: 50 A    1 mA   DC - ≥120 MHz    ≤2.92 ns
•     TCP404XL   High-current Sensitivity – DC: 500 A RMS: 500 A Peak: 750 A    1 A    DC - 2 MHz    ≤175 ns 
•     TCP0150    RMS: 150 A Peak: 500 A    5 mA    DC - ≥20 MHz    ≤17.5 ns

 

 

Differential Probe

High-speed differential probe solutions for digital design debug
and verification.

Differential signaling used in high speed serial standards requires very
accurate characterization. The industry-leading bandwidth and signal
fidelity found in a Tektronix differential probe ensures that you see every
possible detail. Our TriMode™ architecture streamlines measurement
acquisition by enabling you to make differential, single-ended, and
common mode measurements with a single DUT connection point.

 Differential Probe

Models in the Differential Probe Series:

 
   Model            Attenuation        Bandwidth   Input Impedance
   Maximum Voltage
•    P5200A   50X / 500X   50 MHz   Differential: 10 MΩ, 2 pF; Ground: 5 MΩ, 4 pF   1000 V CAT II 
•   P5202A   20X / 200X   100 MHz   Differential: 5 MΩ, 2 pF; Ground: 2.5 MΩ, 4 pF
   450 V CAT I, 300 V CAT II
•   P5205A   50X / 500X   100 MHz   Differential: 10 MΩ, 2 pF; Ground: 5 MΩ, 4 pF   1000 V CAT II
•   TMDP0200   25X / 250X   200 MHz   Probe Tip: 5 MΩ, <2 pF   550 V CAT I, 300 V CAT III
•   THDP0200   50X / 500X   200 MHz   Probe Tip: 10 MΩ, <2 pF   1000 V CAT II, 600 V CAT III
•   ADA400A   -     ≥1 MHz   1 MΩ   -
•    P5210A   100X / 1000X   50 MHz   Differential: 40 MΩ, 2.5 pF; Ground: 20 MΩ, 5 pF   2300 V CAT I, 1000 V CAT III
•    THDP0100   100X / 1000X   100 MHz    Probe Tip: 40 MΩ, <2.5 pF   2300 V CAT I, 1000 V CAT III 
•    TDP0500   5X / 50X     500 MHz   1 MΩ / <1 pF   ±100 V (DC + pk AC)
•    P6246   1X, 10X   400 MHz   200 kΩ / <1 pF   ±25 V (DC + pk AC)
•    TDP1000   5X / 50X   1 GHz   1 MΩ / <1 pF   ±100 V (DC + pk AC)
•     P6247   1X, 10X   1.0 GHz   200 kΩ / <1 pF   ±25 V (DC + pk AC)
•    P6251   5X / 50X   1 GHz   1 MΩ / <1 pF   ±100 V (DC + pk AC)
•    TDP1500   1X / 10X   ≥1.5 GHz   200 kΩ / ≤1 pF   ±25 V (DC + pk AC)
•    P6248   1X, 10X     1.5 GHz   200 kΩ / <1 pF   ±25 V (DC + pk AC)
•    TDP3500   5X   ≥3.5 GHz   100 kΩ / ≤0.3 pF    ±15 V (DC + pk AC)
•     P6330   5X     3.5 GHz    100 kΩ    ±25 V (DC + pk AC) 
•     P7330    5X    3.5 GHz    100 kΩ    ±25 V (DC + pk AC)
•   P7504   5X / 12.5X   >4 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7340A   5X / 25X   >4 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7506   5X / 12.5X   >6 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7360A   5X / 25X   >6 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7508   5X / 12.5X   >8 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7380SMA   2.5X / 12.5X   >8 GHz   100 Ω   ±5 V (DC + pk AC)
•   P7380A   5X / 25X   >8 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7313SMA   2.5X / 12.5X   >13.0 GHz   100 Ω   ±5 V (DC + pk AC)
•   P7513A   5X / 12.5X   >13 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7313   5X / 25X   >12.5 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7516   5X / 12.5X   >16 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7520A   5X / 12.5X   >20 GHz   100 kΩ   ±15 V (DC + pk AC)
•   P7350   6.25X   5.0 GHz   100 kΩ   ±25 V (DC + pk AC)

 

 

High Voltage Probe

Safe high voltage probe solutions for ground-referenced
voltage testing.

It is critical to safely and accurately capture real-time signal information
from "elevated" or "floating" voltage systems. Our portfolio of high voltage
probes provides the safety you need for single-ended, differential or
isolated measurements.

 High Voltage Probe

Models in the High Voltage Probe Series:

 
   Model            Bandwidth        Input Impedance   Maximum Voltage
•    P5122   200 MHz   100 MΩ / 4.0 pF   1000 V RMS CAT II
•   P5100A   500 MHz   40 MΩ / 1.5 pF   2.5 kV Peak, 1000 V RMS CAT II
•   P5150   500 MHz   40 MΩ / 3.8 pF   2.5 kV Peak, 1000 V RMS CAT II
•   TPP0850   800 MHz   40 MΩ / 1.5 pF   2.5 kV Peak, 1000 V RMS CAT II
•   P6015A   75 MHz   75 MΩ / 3 pF   20 kV
•   TDP0500   500 MHz     1 MΩ / <1 pF   ±100 V (DC + pk AC)
•    TDP1000   1 GHz   1 MΩ / <1 pF   ±100 V (DC + pk AC)

 

 

Logic Analyzer Probe

Accurate digital debug with connectivity suited to your specific
board or chip configuration.

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.

 Logic Analyzer Probe

Models in the Logic Analyzer Probe Series:

 
   Model            Instrument Series      
•    P6410   TLA5000
•   P5910   TLA6400
•   P5934   TLA6400
•   P6450   TLA5000
•   P5960   TLA6400
•   P6960   TLA7000 / TLA6200
•    P6982   TLA7000
•    P6860   TLA7000
•    P6962   TLA7000  
•    P6810
  TLA6200 / TLA7000
•    P6864   TLA7000
•     P6980   TLA7000
•    P6880   TLA7000
•    P6964   TLA7000
•    P6962DBL   TLA7000  

 

 

Low Capacitance Probe

Low capacitance probe solutions for testing low voltage signals on
ECL, CMOS and other logic circuits.

Low capacitance probe solutions from Tektronix are ideal for testing low
voltage signals on ECL, CMOS and other logic circuits, when it is
important to use a low capacitance probe to capture an accurate signal
with minimal loading effects on the device under test.

 

Low Capacitance Probe

Models in the High Voltage Probe Series:

 
   Model            Attenuation        Bandwidth   Input Impedance
   Maximum Voltage
•    P6158   20X   3 GHz   1 kΩ / 1.5 pF   22 V RMS
•   P6150   1X / 10X   3 GHz / 9 GHz   50 Ω; 500 Ω / ≤0.15 pF
   Oscilloscope max
  input voltage / 12.5 V RMS

 

 

Optical Probe

Depend on Tektronix to provide you with performance you can count on.
In addition to industry-leading service and support, this optical probe
comes backed by a three-year warranty as standard.

  • Broad Wavelength Response 500 to 950 nm or 1100 to 1700 nm
  • High-bandwidth DC up to 1.2 GHz
  • High Gain 1 V/mW
  • Low Noise <11 pW/√Hz
  • Probe Connects to DPO7000*1 and DPO/DSA/MSO70000*2 Series
  • SONET/SDH and Fibre Channel Reference Receiver Performance
  Optical Probe

Models in the High Voltage Probe Series:

 
   Model           Bandwidth  
•    P6703B   ≥1.2 GHz
•   P6701B   ≥1.0 GHz

 

 

Passive Probe

Passive probe solutions provide high reliability and testing
accuracy for basic oscilloscope measurements.

Consistently making electronic measurements on an oscilloscope
requires a probe that is durable and has appropriate signal fidelity.
Our portfolio of passive probes offers wide dynamic range, large
input resistance and a robust mechanical design to provide you
with a cost-effective passive probing solution.

Passive Probe

Models in the High Voltage Probe Series:

    Model     Attenuation     Bandwidth     Input Impedance     Maximum Voltage  
•    TPP0101     10X   DC - 100 MHz     10 MΩ / 12 pF   300 V CAT II
•   TPP0100   10X   DC - 100 MHz   10 MΩ / 12 pF   300 V CAT II
•   TPP0200   10X   DC - 200 MHz   10 MΩ / 12 pF   300 V CAT II
•   TPP0201   10X   DC - 200 MHz   10 MΩ / 12 pF   300 V CAT II
•   P2220   1X / 10X   DC - 200 MHz   1 MΩ / 110 pF // 10 MΩ / 17 pF     150 V CAT II / 300 V CAT II
•   P2221   1X / 10X   DC - 200 MHz   1 MΩ / 110 pF // 10 MΩ / 17 pF   150 V CAT II / 300 V CAT II
•   P6101B   1X   15 MHz   1 MΩ / 100 pF   300 V RMS CAT I
•   P3010   10X   100 MHz   10 MΩ / 13 pF   400 V RMS CAT I, 300 V RMS CAT II
•   P6139B   10X   500 MHz   10 MΩ / 8 pF   300 V CAT II
•   P5050B   10X   500 MHz   10 MΩ / 8 pF   300 V CAT II
•   TPP0502   2X   500 MHz   2 MΩ / 12.7 pF   300 V CAT II
•   TPP0500   10X   500 MHz   10 MΩ / 4 pF   300 V CAT II
•   TPP1000   10X   1 GHz   10 MΩ / 4 pF   300 V CAT II

 

 

Temperature Probe

The TP750 probe is manufactured using a coil suspension element
design for increased shock and vibration resistance.
The mineral-insulated sheath provides a minimum bend radius of
19 mm for flexibility and durability.
The TP750 temperature probe is compatible with
the DMM4050 digital multimeter.

Temperature Probe