Tektronix P6451

     DESCRIPTION:

The P6451 Data Acquisition Probe is a 8-Channel probe for use with 7D01, 7D01F, 7D01F2 & 7D02 Option 01.

    Tektronix  P6470

    Description:

The P6434 is a 34 channel probe with quick connect/disconnect and a positive latching mechanism to ensure a secure, reliable connection.
An optional low-profile adapter for low-clearance applications is also available. This probe is recommended for all high-density applications. The compression to P6434 adapter allows P6434 Mictor Probes to connect to the compression footprint. Probe Cable Length - 1.5 m (5ft.).

Tektronix A6302 20 Amp Current Probe

Rent me for $100 a month

   The Tektronix A6302 is a DC to 50 MHz current probe designed for use with the AM503 family of current probe amplifiers and with the 11A16 plug-in. With the AM503 family, the A6302 can measure currents to 20 A (DC + peak AC), and up to 50 A peak current (while not exceeding the amp-second rating). With the 11A16 plug-in, the A6302 can measure currents to 10.5 A.

AEMC 6500 Amp Flexible Current Probe

For the AEMC 3945 Power Quality Analyzer

Rent me for $150 a month

Set of three color-coded 36" Flexible 6500A AmpFlex Sensors Model 193-36 for use with AEMC 3945 PowerPad Power Quality Instruments. Extends the range of measurement to 6500 amps for those big jobs. Flexible design allows easy placement in confined spaces. These probes cover the frequency range of 40-69 hertz.
 

AEMC MR411 Dual Range 600/60 Amp AC/DC Current Probe

The MR411 is a general purpose 600ADC current probe designed for use with DMMs, loggers or oscilloscopes and other instruments that have voltage inputs. The MR411 offers dual ranges of 60 and 600ADC. The MR411 has an integral 5 ft (1.5m) lead terminated by shrouded banana plugs.

Features

Measurement range of 600ADC

Conforms to EN 61010, 600V Cat. III

Low phase shift for power measurements

Designed for DMMs, recorders, oscilloscopes, power and harmonic meters

Applications

DC motors

Batteries

Automobile engine testing

Power measuring quality analysis

Power load monitoring

 

AEMC SL-261 AC/DC Current Probe

Rent me for $50 a month

   The Model SL261 is a portable 100A peak current probe with insulated BNC output cable that can accurately measure AC or DC current waveforms. The unit has proportional mV output for direct readings on oscilloscopes. Three position slide switch on handle selects ranges and ON/OFF. These work with any device with a BNC input. They are a perfect match for the Sentinel Current Logger Model SDL A402 four-channel datalogger.  

Features

The Agilent 1142A Probe Control and Power Module can power and control the 1141A Differential Probe, 1144A 800 MHz Active Probe and the 1145A 750 MHz Active Probe for SMD. If the instrument does not have an internal 50-ohm termination, an external termination can be used with high-impedance inputs.

Features

Agilent 11664A Detector

with option 001 APC-7 Connector

The 11664A Detector is designed to operate with the 8757, 8756, and 8755 Series Scalar Analyzers in ac mode only.

• Frequency Range: 10MHz to 18GHz
• Dynamic Range: +16 to -60 dBm

   The Agilent/HP 85024A High-Frequency Probe makes it easy to perform in-circuit measurements. An input capacitance of only 0.7 pF shunted by 1 megohm of resistance permits high frequency probing without adversely loading the circuit under test. Excellent frequency response and unity gain guarantee high accuracy in swept measurements with this probe. High probe sensitivity and low distortion levels allow measurements to be made while taking advantage of the full dynamic range of RF analyzers. Spectrum Analyzers that supply probe power from the front panel include the 8568B, 8590B, 8591A,8560A, 8561B, 8562A/B and 71100A. RF Network Analyzers such as the 8733D, 8752C, 8751A, 3577A, and 4195A are also directly compatible. You can use this probe with other instruments by using the 1122A Probe Power Supply (sold separately) or any dual ±15V, 130 mA supply.

Features

   Specifications (Terminated with 11880-60001 Type-N Adapter) Specifications describe the warranted performance over the temperature range of 25° C ±5° C (except where noted). Supplemental characteristics are intended to provide information useful in applying the instrument by giving unwarranted performance parameters. These are denoted as typical, nominal, or approximate.

• Input capacitance (at 500 MHz) < 0.7pF (nominal)
• Input resistance 1 M ohm (nominal)
• Bandwidth 300 kHz to 3 GHz (nominal)
• Usable to 100 kHz
• Average gain 0 dB ± 1.25 dB Average gain is defined as the average of the maximum and minimum gains over the frequency range of 300 kHz to 1 GHz (maximum gain + minimum gain)/2.
• Frequency response (relative to Average Gain): 300 kHz to 1 GHz ±1.25 dB 1 GHz to 3 GHz ±2.5 dB
• Average noise level < 1 mV, 10 Hz to 10 MHz
• Input voltage for <1 dB compression 0.3 V

Supplemental Characteristics

• Noise figure Below 100 MHz < 50 dB 100 MHz to 3 GHz < 25 dB
• Pulse transition time 200 psec
• Distortion (at 0.3 V) < 30 dBc
• Maximum safe input Probe alone ±1.5 V peak RF, ±50 V DC Probe with 10:1 divider ±15 V peak RF, ±200 V DC
• 10:1 divider characteristics
• Input capacitance < 0.7 pF
• Input resistance 1 M ohm
• Input voltage for 1 dB compression 3 V
• Power supplied by certain Agilent instruments or Agilent 11899A probe power supply +15 V/130 mA, 12.6 V/45 mA
• Weight Net 0.255 kg (0.563 lb), Shipping 1.49 kg (3.3 lb) Dimensions Probe assembly length 1245 mm (49 in)
  
  
  

Agilent/HP 1122A External Probe Power Supply

The HP 1122A is a regulated probe power supply that provides all power requirements for simultaneous operation of up to four active probes.

For use with active FET probes

• 1123A Active Probe
• 1120A Active Probe
• 85024A Active Probe

Agilent/HP 1131A 3.5 GHz InfiniiMax Probe Amplifier

Rent me for $350 a month

Agilent/HP 1145A 750 MHz 2 Channel Active Oscilloscope Probe

Rent me for $100 a month

Features

• 2 channels per assembly
• dc to 750 MHz probe bandwidth
• 10X attenuation
• Powered directly by Agilent 54520, Agilent 54522, Agilent 54540, and Agilent 54542 oscilloscopes
• Use the Agilent 1142A external power supply with any other instrument with 50-ohm inputs

Agilent/HP 1147A Infiniium Current Probe

Rent me for $150 a month

   The Agilent/HP 1147A is a wide bandwidth, active current probe for 54800 Series Infiniium, DSO5000 Series and DSO/MSO6000 Series oscilloscopes. The probe features flat bandwidth (DC to 50 MHz), low noise (<2.5 mA rms) and low circuit insertion loss. The 1147A is ideal for capturing transient current signals such as those found in motor controllers, in switching power supplies, inverters and current amplifiers driving inductive loads. The 1147A is compatible with Agilent's AutoProbe interface, which completely configures the oscilloscope for the probe. Probe power is provided by the scope, so there is no need for an external amplifier or power supply. A snap-on BNC connector simplifies connecting the probe to the scope.

Features

• Wide bandwidth: DC to 50 MHz
• High S/N ratio, low current measurement capability
• 15 A continuous, 50 A peak dc + ac pulse current
• Easy protect function at excessive input
• Demagnetizing switch to remove any residual magnetism that builds up in the magnetic core
• AutoProbe interface compatible

   A Degauss function allows the removal of any residual magnetism that has built up in the magnetic core due to power on/off switching or excessive input. In addition, voltage offset or temperature drift on the 1147A probe can be easily corrected by using the zero adjustment dial.

Agilent/HP 1154A 500 MHz Differential Probe

Rent me for $200 a month

For the Infiniium Series Oscilloscopes

   The 1154A is a wide-band differential active probe. The probe features low noise, low input capacitance, high common mode rejection, and Field Effect Transistor (FET) buffered inputs in the probe head. User-selectable offset gives the probe flexibility to measure a large range of signal types. Plug-on attenuators and AC coupling accessories further extend the application range. Included interconnect accessories allow connection to surface mount and through-hole components with minimal signal degradation. The input receptacles in the probe head are compatible with standard 0.025" (0.635 mm) square pins, which provide a convenient low-cost method of creating device characterization test fixtures. The 1154A is ideal for acquiring high speed differential signals such as those found in disk drive read channels, differential LAN, video, etc. The high impedance characteristics of both inputs allow the probe to be used as a FET probe to make single-ended measurements in digital systems without introducing a ground loop as a conventional FET probe would.

   The 1154A Differential Probe is a high input impedance amplifier. A characteristic of differential amplifiers is the ability to reject signals that are common to the two inputs. The common mode rejection ratio (CMRR) is the measurement of this ability. It is expressed as the ratio between the amplitudes of the common mode and differential signals that produce equal outputs. These measurements can be referred to the probe input, if the differential gain is known. The CMRR is usually expressed in dB: The CMRR is only specified for unity Gain. The ability to reject common mode signals depends on the balance designed into the probe amplifier. As the frequency of the common mode signal increases, it becomes harder to balance the amplifier parasitic parameters. This leads to degradation of the CMRR.

   The CMRR of the 1154A Differential probe is specified from the probe tip. This method of specifying the probe CMMR eliminates the effects of source impedance, provided the connections from the probe tip to the signal source are symmetrical.

Agilent/HP 1159A 1 GHz Differential Probe

Rent me for $250 a month

for the Infiniium Series Oscilloscopes

   The Agilent/HP 1159A is a wide-band differential active probe. The probe features low noise, low input capacitance, high common mode rejection, and Field Effect Transistor (FET) buffered inputs in the probe head. User-selectable offset gives the probe flexibility to measure a large range of signal types. Plug-on attenuators and AC coupling accessories further extend the application range. Included  interconnect accessories allow connection to surface mount and through-hole components with minimal signal degradation. The input receptacles in the probe head are compatible with standard 0.025" (0.635 mm) square pins, which provide a convenient low-cost method of creating device characterization test fixtures. The 1159A is ideal for acquiring high speed differential signals such as those found in disk drive read channels, differential LAN, video, and so on. The high impedance characteristics of both inputs allow you to use the probe as a FET probe to make single-ended measurements in digital systems without introducing a ground loop as a conventional FET probe would.

Features

• AutoProbe interface compatible
• Low noise and low input capatitance
• External attenuators and ac coupler
• Superior tolerance to ESD
• Small size and rugged attenuation

Agilent/HP 1160A 500 MHz Passive Oscilloscope Probe

Features

• Kevlar-reinforced cable and durable probe hook
• Compatible with Infiniium scope AutoProbe interface
• System bandwidth (scope + probe): 500 MHz
• 10/1 Probe

   The 1160A family probes are compatible with the AutoProbe interface, which completely configures the Infiniium oscilloscope for the probe. A snap-on BNC connector simplifies attaching the probe to the scope. Leads are available for connecting to a wide variety of test points.

Agilent/HP 1161A 500 MHz Passive Oscilloscope Probe

Features

• Kevlar-reinforced cable and durable probe hook
• Compatible with Infiniium scope AutoProbe interface
• System bandwidth (scope + probe): 500 MHz
• 10/1 Probe

   The 1161A family probes are compatible with the AutoProbe interface, which completely configures the Infiniium oscilloscope for the probe. A snap-on BNC connector simplifies attaching the probe to the scope. Leads are available for connecting to a wide variety of test points.

Agilent/HP 1165A 500 MHz Passive Oscilloscope Probe

Features

• Kevlar-reinforced cable and durable probe hook
• Compatible with Infiniium scope AutoProbe interface
• System bandwidth (scope + probe): 500 MHz
• 10/1 Probe
• 10 Mohm input resistance
• Oscilloscope compensation range: 12-14 pF
• Max input voltage: 300V (dc + peak ac) CAT II

   The 1165A family probes are compatible with the AutoProbe interface, which completely configures the Infiniium oscilloscope for the probe. A snap-on BNC connector simplifies attaching the probe to the scope. Leads are available for connecting to a wide variety of test points.

Agilent/HP 11945A EMI Close Field Probe Set

Rent me for $400 a month

Agilent/HP 11940A Probe Specifications

• Frequency Range: 30 MHz to 1 GHz
• Maximum Input Power: 0.5 watts
• Temperature Range: Variation over 0 °C to +40 °C
• Dielectric Breakdown: ±1 kV, typical
• Connector Type: SMA, replaceable barrel
• VSWR: <3:1, typical
• Antenna Factor Accuracy: Individually calibrated to within ±2 dB in a 377 ohm field impedance

Agilent/HP 11941A Probe Specifications

• Frequency Range: 9 kHz to 30 MHz
• Maximum Input Power: 0.5 watts
• Temperature Range: Variation over 0 °C to ±40 °C
• Dielectric Breakdown: ±1 kV, typical
• Connector Type: SMA, replaceable barrel
• VSWR: <3:1
• Antenna Factor Accuracy: Individually calibrated to within ±2 dB in a 377 ohm field impedance

Agilent/HP 8447F Specifications

• Frequency Range: 9 kHz to 50 MHz 100 kHz to 1.3 GHz
• Noise Figure: <7.0 dB 8.5 dB
• Gain: 28 dB 26 dB
• Gain Flatness: ±2.0 dB ±1.5 dB
• Connector: Type-N (f) Type-N (f)

Agilent/HP 16089D Alligator Clip Lead

Rent me for $200 a month

 

The Agilent 16089D makes it possible to measure odd-shaped components that cannot be measured with conventional fixtures. It is equipped with four alligator clips.

Features

Agilent/HP 34134A 50 Amp AC/DC Current Probe

Rent me for $100 a month

 

   The Agilent/HP Technologies 34134A current probe measures low DC or AC from 10 mA to 50 Amps DC and up to 40 Amps AC. This battery-powered clamp-on probe can be used with digital multimeters, voltmeters, or other voltage-measuring instruments. The probe jaws clamp around the conductor under test, allowing current measurements without breaking the circuit. Hall sensor technology senses the magnetic field produced by the current measured and generates a millivolt DC or AC output signal. The narrow jaw is designed for optimum use in crowded wiring in industrial and automotive environments.

   The 34134A current probe is compatible with any DMM, or other voltage measuring instrument which has the following features:

• Range and resolution capable of displaying 1 mV of input.
• Voltmeter accuracy (uncertainty) of 0.75% or better to take full advantage of the accuracy of the probe.
• Minimum input impedance of 100 kΩ (1 V/A range) or 10 kΩ (10 mV/A range).
• Input jacks that accept 4mm shrouded banana plugs.

Electrical Specifications

• Current Range DC: 10 mA to 2 A DC: 100 mA to 80 A

• AC: 10 mA to 1.5 A AC: 100 mA to 60 A

• Output Signal (AC/DC) 1 mV/mA (2 V @ 2 A) 10 mV/A

• Accuracy* ±2% reading ±5mA 500 mA to 50 A DC/40 A AC: ±4% reading ±20 mA

• 50 to 80A DC: ±12% reading

• 0 to 60A AC: ±12% reading

• Frequency Range DC to 8 kHz @ ¿3 dB DC to 8 kHz

• Phase Shift DC to 65 Hz: 1° DC to 65 Hz: 1°

• Minimum Input Resistance 100 kΩ 100 kΩ of Instrument

• Noise DC to 1 Hz: 1.5 mV DC to 1 Hz: 15μV, 1 Hz to 10 kHz: 14 mV 1 Hz to 10 kHz: 140μV, 0 kHz to 100 kHz: 18 mV 0 kHz to 100 kHz: 180μV

• Slew Rate @ 5 A 120 mV/ μs 5.5 mV/ μs

* Accuracies are given for an ambient temperature of 23 °C ±3 °C, relative humidity of 20 to 75%, conductor centered in jaw window, probe zeroed, no hysteresis in DC, DC to 40 to 100Hz sine wave (1mV/mA range) or DC and 40 to 1 kHz sine wave (10mV/A range), 1 minute warm-up, battery at 9V, appropriate load impedance, magnetic field <40A/m and no common mode.

Agilent/HP 41800A 5 Hz to 500 MHz Active Probe 

Rent me for $200 a month

   The Agilent/HP 41800A Active Probe provides high input impedance from 5 Hz to 500 MHz. The Agilent/HP 41800A is a valuable tool when used with a network and spectrum analyzer for circuit signal analysis. Output is 50 ohm impedance and the unit requires a probe power source. This is standard on many Agilent Products.

   The Agilent/HP 41800A active probe provides high input impedance from 5 Hz to 500 MHz. The 41800A is a valuable tool when used with a network and spectrum analyzer for circuit signal analysis. The 41800A improves your circuit design and evaluation for audio, video, HF, and VHF bands. The low input capacitance offers probing with negligible circuit loading, making it effective for precise in-circuit measurements.

Agilent/HP 85025D 10 MHz to 50 GHz Detector

Rent me for $150 a month

   The Agilent/HP 85025D detector is designed specifically for operation with the 8757D scalar network analyzer and is not compatible with the 8756 or the 8755. The Agilent 85025D detects either a modulated (ac) or an unmodulated (dc) microwave signal. The D in the part number indicates a 2.4 mm male connector. Features a 5 pin DIN style connector.

Agilent/HP E2668A InfiniiMax connectivity kit for single-ended measurements

Features

• Single-ended browser probe head and ergonomic handle
• Single-ended socketed probe heads
• Single-ended solder-in probe heads

Agilent/HP N2772A 20 MHz Differential Probe

Rent me for $100 a month

Use the Agilent N2772A Differential Probe with any Agilent oscilloscope to safely measure floating circuits with the oscilloscope grounded. With 20 MHz bandwidth and switchable attenuation of 20:1 and 200:1, it provides the versatility for a broad range of applications including high-voltage circuits, motor speed controls, power supply design, and electronic high-power converters.

This probe requires a 9 V battery or Agilent N2773A power supply.

Features

• Measure up to 600 V CAT III
• 20:1 and 200:1 switchable attenuation
• Supplied with a retractable hook, sharp probe tips and alligator clips
• Bandwidth: 20 MHz
• Risetime: 17.5 ns
• Attenuation ratios: 20:1 and 200:1, selectable via switch on probe
• High CMRR, 80 dB at 60 Hz, 50 dB at 1 MHz
• Input impedance between inputs: 10 M ohm, 5 pF

   The N2772A differential probe allows you to safely measure floating circuits, as high as 600V dc peak to ground, with the oscilloscope grounded. It is ideal for many applications such as motor speed controls, power supply designs and electronic high-power converters.

   With 20 MHz bandwidth, switchable attenuation of 20:1 and 200:1, and a maximum voltage input of 600V, it provides the versatility for a broad range of applications including high-voltage circuits. Each probe comes with sharp probe tips for use on small components and in tight places and alligator clips for connecting to larger cables. The probe is powered by a 9V battery or by using a separate power supply.

Compatibility

The N2772A differential probe is compatible with any oscilloscope that has the following features:

• 1 M input impedance

• Can display 30V peak input

• Has BNC input

   The Electro-Metrics EM-6992 Hand Held Probe Set is designed to assist in pinpointing the specific source of emissions during the diagnostic testing phase of an EMI compliance investigation. A selection of probes of varying sensitivities is provided for both E-field and H-field analysis up to 1000 MHz.

   When used with an EMI or Spectrum Analyzer, the EM-6992 set allows easy identification of emission sources.

   The probe set contains all of the units shown below and a custom carrying case, which has space for all probes in the set. Nominal working impedance is 50 ohms for all probes

Model #      Description    Response (Field)

EM-6993      6 cm Loop            H Field

EM-6994      3 cm Loop            H Field

EM-6995      1 cm Loop            H Field

EM-6996      3.2 cm Ball            E Field

EM-6997      Stub                      E Field

Fluke 80I-1010 Current Probe

Features

• Current Range: 0.1 to 1000A DC or 0.1 to 700A AC
• Basic Accuracy (DC to 1kHz): 100mV/A setting= 50mA to 10A +/- 3% of reading + 50mA ; 10mV/A setting= 50mA to 40A +/- 4% of reading + 50mA , 40A to 80A +/- 12% of reading + 50mA, 80 to 100A +/- 15% of reading.
• Output Signal: 10A range: 100mV/A | 100A range: 10mV/A
• Bandwidth: 1Hz to 20kHz
• Working Voltage: 600V AC rms
• Maximum Conductor Size: 11.8 mm (.46 inch) diameter
• Safety Rating: IEC 1010 and CSA-C22.2 No. 1010-1 Installation Category II, Working Voltage 600V

The Fluke 80I-1010 is a battery-powered Hall-effect clamp-on probe measures AC current to 700A, DC current to 1000A. Thumbwheel ZERO control compensates for residual core magnetism, improving the accuracy of DC measurements down to 1A. Output is 1 mV per Amp DC or AC. Maximum conductor size: one 1.18" (30 mm) or two 0.98" (25 mm). Accuracy: +/- (2%+1A), 1A to 100A, DC to 62 Hz. Useable to 440 Hz
 

Fluke i2000 2000 Amp flex AC Current Clamp

 Rent me for $50 a month

The i2000 is an AC current probe utilizing the Rogowski principle. It can be used to measure currents up to 2000A when used in conjunction with multimeters, recorders or data loggers. The flexible and lightweight measuring head allows quick and easy installation in hard to reach areas.

Features

• Three ranges: 20A, 200 A & 2000 A, 1 mV, 10 mV & 100 mV/A output
• Ideal for current measurement on thick and hard to reach conductors without breaking the circuit
• Maximum conductor diameter 178 mm
• CAT III 600V safety rating

 

Electrical specifications
Current ranges	20 A   200 A   2000 A   AC rms
Load impedance	100 kΩ minimum
Accuracy	at +25 °C ± 1 % of range (45 Hz to 65 Hz)
Linearity	10 % to 100 % of range ± 0.2 % of reading
Frequency range	10 Hz to 20 kHz (-3 dB)

Agilent 1143A Probe Offset Control and Power Module

The Agilent 1143A provides power and independent offset control for two Agilent 54700-series probes. The probe's offset can be controlled via a 9-pin, D-subminiature connector on the rear panel of the Agilent 1143A. Additionally, the ±50 V offset capability extends the dynamic range of the probe measurement system beyond that of many test and measurement instruments.

The Agilent 54701A, with the Agilent 1143A Probe Offset Control and Power Module, is versatile enough to be used with any test and measurement equipment with a 50 ohm input.

Features

Agilent 1152A 2.5 Ghz Active Probe

Rent me for $200 a month

 The Agilent 1152A active probe's bandwidth, superior accuracy, and reliability make it an ideal companion for the Agilent 54845A 1.5 GHz bandwidth oscilloscope. The low input capacitance of the active probe eliminates distortion caused by excessive loading. As frequency increases, probe tip capacitance decreases the impedance of the probe by Xc=1/(2pi*fC), resulting in measurement error, depending on the source impedance of the output device. The Agilent 1152A's low tip capacitance becomes a distinct advantage as frequency increases. Nonintrusive, reliable probing provides faithful reproduction of signals. 

Features 

• 2.5 -GHz bandwidth 
• 140 ps rise time 
• 1% long-term flatness 
• ±0.5% dc gain accuracy 
• 200 Vac max input tolerance 
• ±12 kV ESD tolerance 
• Pliable, replaceable probe tips 
• Input Voltage ±5 V dc + peak ac 
• AutoProbe interface compatible 
• Bandwidth (-3 dB): >2.5 GHz 
• Risetime (10% to 901%): <140 ps (calculated from tr=0.35/bandwidth) 
• Attenuation factor: 10:1 
• dc Input resistance: 100 kÙ ±1% 
• Input capacitance: 0.6 pF (typical) 
• Maximum input voltage: ±40 V (dc + peak ac(<20 MHz))

 

Kaltman Creations Hyperlog 30100 380 MHz-10 GHz EMC Antennas

Rental and lease options are available please call

Look at the Price!  

   One of the main advantages of the these antennas is that they are not "naked" (directly exposed to the atmospheric elements). The antenna houses their gold plated, Teflon elements in a specially constructed, high technology Radom housing. This Radom housing was designed in such a way that its shape, material and special coating have virtually no influence on measurements; not even in the case of dew or humidity collection on the surface. And of course the Radom housing helps to prevent oxidation, fissures, and general physical damage.

   Professional broadband measurement antennas have one distinct disadvantage, they are extremely expensive. The HyperLOG® series of antennas offers a cost-effective alternative while maintaining above industry specifications and standards. Whatever your antenna needs - point to point communication, fixed receiving, voice, data, machine control, or for use with Spectran RF Spectrum Analyzers - the HyperLOG antennas represents a true cost effective alternative!

Features

• Only one single broadband antenna is required for the 380MHz to 18GHz frequency range (various other model ranges available) 
•   Complete ISO calibration certificate (optional)
•   Top-quality, high-tech TEFLON coated Gold elements
•   High-tech Radom with a modern, aesthetic design
•   Freely align able polarization
•   Calibration data can be saved and read-back from an IC within the antenna
•   Excellent forward / backward ratio
•   Excellent symmetry of radiation patterns
•   Integrated 5/8" tripod socket
•   Suitable for mobile use
•   Suitable for outdoor installation
•   Robust, splash proof design
•   Small, lightweight design
• Well suited for EMC measurements with spectrum analyzers
   

Antenna package includes:

• HyperLOG antenna  
• Standard calibration data (model specific, in 10MHz steps)  
• Aluminum carrying case with custom padding  
• Detachable pistol-grip handle which converts into a mini-tripod stand  
• Sturdy, multi-purpose aluminum tripod with spirit-level  
• Special SMA tool with over-torque protection

Kaltman Creations Hyperlog 30180 380 MHz-18 GHz EMC Antennas

Rental and lease options are available please call

Look at the Price!  

   One of the main advantages of the these antennas is that they are not "naked" (directly exposed to the atmospheric elements). The antenna houses their gold plated, Teflon elements in a specially constructed, high technology Radom housing. This Radom housing was designed in such a way that its shape, material and special coating have virtually no influence on measurements; not even in the case of dew or humidity collection on the surface. And of course the Radom housing helps to prevent oxidation, fissures, and general physical damage.

   Professional broadband measurement antennas have one distinct disadvantage, they are extremely expensive. The HyperLOG® series of antennas offers a cost-effective alternative while maintaining above industry specifications and standards. Whatever your antenna needs - point to point communication, fixed receiving, voice, data, machine control, or for use with Spectran RF Spectrum Analyzers - the HyperLOG antennas represents a true cost effective alternative!

Features

• Only one single broadband antenna is required for the 380MHz to 18GHz frequency range (various other model ranges available) 
•   Complete ISO calibration certificate (optional)
•   Top-quality, high-tech TEFLON coated Gold elements
•   High-tech Radom with a modern, aesthetic design
•   Freely align able polarization
•   Calibration data can be saved and read-back from an IC within the antenna
•   Excellent forward / backward ratio
•   Excellent symmetry of radiation patterns
•   Integrated 5/8" tripod socket
•   Suitable for mobile use
•   Suitable for outdoor installation
•   Robust, splash proof design
•   Small, lightweight design
• Well suited for EMC measurements with spectrum analyzers
   

Antenna package includes:

• HyperLOG antenna  
• Standard calibration data (model specific, in 10MHz steps)  
• Aluminum carrying case with custom padding  
• Detachable pistol-grip handle which converts into a mini-tripod stand  
• Sturdy, multi-purpose aluminum tripod with spirit-level  
• Special SMA tool with over-torque protection

Kaltman Creations Hyperlog 4040 400 MHz-4 GHz EMC Antennas

Rental and lease options are available please call

Look at the Price!  

   One of the main advantages of the these antennas is that they are not "naked" (directly exposed to the atmospheric elements). The antenna houses their gold plated, Teflon elements in a specially constructed, high technology Radom housing. This Radom housing was designed in such a way that its shape, material and special coating have virtually no influence on measurements; not even in the case of dew or humidity collection on the surface. And of course the Radom housing helps to prevent oxidation, fissures, and general physical damage.

   Professional broadband measurement antennas have one distinct disadvantage, they are extremely expensive. The HyperLOG® series of antennas offers a cost-effective alternative while maintaining above industry specifications and standards. Whatever your antenna needs - point to point communication, fixed receiving, voice, data, machine control, or for use with Spectran RF Spectrum Analyzers - the HyperLOG antennas represents a true cost effective alternative!

Features

• Only one single broadband antenna is required for the 380MHz to 18GHz frequency range (various other model ranges available) 
•   Complete ISO calibration certificate (optional)
•   Top-quality, high-tech TEFLON coated Gold elements
•   High-tech Radom with a modern, aesthetic design
•   Freely align able polarization
•   Calibration data can be saved and read-back from an IC within the antenna
•   Excellent forward / backward ratio
•   Excellent symmetry of radiation patterns
•   Integrated 5/8" tripod socket
•   Suitable for mobile use
•   Suitable for outdoor installation
•   Robust, splash proof design
•   Small, lightweight design
• Well suited for EMC measurements with spectrum analyzers
   

Antenna package includes:

• HyperLOG antenna  
• Standard calibration data (model specific, in 10MHz steps)  
• Aluminum carrying case with custom padding  
• Detachable pistol-grip handle which converts into a mini-tripod stand  
• Sturdy, multi-purpose aluminum tripod with spirit-level  
• Special SMA tool with over-torque protection

Kaltman Creations Hyperlog 4060 400 MHz-6 GHz EMC Antennas

Rental and lease options are available please call

Look at the Price!  

   One of the main advantages of the these antennas is that they are not "naked" (directly exposed to the atmospheric elements). The antenna houses their gold plated, Teflon elements in a specially constructed, high technology Radom housing. This Radom housing was designed in such a way that its shape, material and special coating have virtually no influence on measurements; not even in the case of dew or humidity collection on the surface. And of course the Radom housing helps to prevent oxidation, fissures, and general physical damage.

   Professional broadband measurement antennas have one distinct disadvantage, they are extremely expensive. The HyperLOG® series of antennas offers a cost-effective alternative while maintaining above industry specifications and standards. Whatever your antenna needs - point to point communication, fixed receiving, voice, data, machine control, or for use with Spectran RF Spectrum Analyzers - the HyperLOG antennas represents a true cost effective alternative!

Features

• Only one single broadband antenna is required for the 380MHz to 18GHz frequency range (various other model ranges available) 
•   Complete ISO calibration certificate (optional)
•   Top-quality, high-tech TEFLON coated Gold elements
•   High-tech Radom with a modern, aesthetic design
•   Freely align able polarization
•   Calibration data can be saved and read-back from an IC within the antenna
•   Excellent forward / backward ratio
•   Excellent symmetry of radiation patterns
•   Integrated 5/8" tripod socket
•   Suitable for mobile use
•   Suitable for outdoor installation
•   Robust, splash proof design
•   Small, lightweight design
• Well suited for EMC measurements with spectrum analyzers
   

Antenna package includes:

• HyperLOG antenna  
• Standard calibration data (model specific, in 10MHz steps)  
• Aluminum carrying case with custom padding  
• Detachable pistol-grip handle which converts into a mini-tripod stand  
• Sturdy, multi-purpose aluminum tripod with spirit-level  
• Special SMA tool with over-torque protection

Kaltman Creations Hyperlog 60100 680 MHz-10 GHz EMC Antennas

Rental and lease options are available please call

Look at the Price!  

   One of the main advantages of the these antennas is that they are not "naked" (directly exposed to the atmospheric elements). The antenna houses their gold plated, Teflon elements in a specially constructed, high technology Radom housing. This Radom housing was designed in such a way that its shape, material and special coating have virtually no influence on measurements; not even in the case of dew or humidity collection on the surface. And of course the Radom housing helps to prevent oxidation, fissures, and general physical damage.

   Professional broadband measurement antennas have one distinct disadvantage, they are extremely expensive. The HyperLOG® series of antennas offers a cost-effective alternative while maintaining above industry specifications and standards. Whatever your antenna needs - point to point communication, fixed receiving, voice, data, machine control, or for use with Spectran RF Spectrum Analyzers - the HyperLOG antennas represents a true cost effective alternative!

Features

• Only one single broadband antenna is required for the 380MHz to 18GHz frequency range (various other model ranges available) 
•   Complete ISO calibration certificate (optional)
•   Top-quality, high-tech TEFLON coated Gold elements
•   High-tech Radom with a modern, aesthetic design
•   Freely align able polarization
•   Calibration data can be saved and read-back from an IC within the antenna
•   Excellent forward / backward ratio
•   Excellent symmetry of radiation patterns
•   Integrated 5/8" tripod socket
•   Suitable for mobile use
•   Suitable for outdoor installation
•   Robust, splash proof design
•   Small, lightweight design
• Well suited for EMC measurements with spectrum analyzers
   

Antenna package includes:

• HyperLOG antenna  
• Standard calibration data (model specific, in 10MHz steps)  
• Aluminum carrying case with custom padding  
• Detachable pistol-grip handle which converts into a mini-tripod stand  
• Sturdy, multi-purpose aluminum tripod with spirit-level  
• Special SMA tool with over-torque protection

Kaltman Creations Hyperlog 60180 680 MHz-18 GHz EMC Antennas

Rental and lease options are available please call

Look at the Price!  

   One of the main advantages of the these antennas is that they are not "naked" (directly exposed to the atmospheric elements). The antenna houses their gold plated, Teflon elements in a specially constructed, high technology Radom housing. This Radom housing was designed in such a way that its shape, material and special coating have virtually no influence on measurements; not even in the case of dew or humidity collection on the surface. And of course the Radom housing helps to prevent oxidation, fissures, and general physical damage.

   Professional broadband measurement antennas have one distinct disadvantage, they are extremely expensive. The HyperLOG® series of antennas offers a cost-effective alternative while maintaining above industry specifications and standards. Whatever your antenna needs - point to point communication, fixed receiving, voice, data, machine control, or for use with Spectran RF Spectrum Analyzers - the HyperLOG antennas represents a true cost effective alternative!

Features

• Only one single broadband antenna is required for the 380MHz to 18GHz frequency range (various other model ranges available) 
•   Complete ISO calibration certificate (optional)
•   Top-quality, high-tech TEFLON coated Gold elements
•   High-tech Radom with a modern, aesthetic design
•   Freely align able polarization
•   Calibration data can be saved and read-back from an IC within the antenna
•   Excellent forward / backward ratio
•   Excellent symmetry of radiation patterns
•   Integrated 5/8" tripod socket
•   Suitable for mobile use
•   Suitable for outdoor installation
•   Robust, splash proof design
•   Small, lightweight design
• Well suited for EMC measurements with spectrum analyzers
   

Antenna package includes:

• HyperLOG antenna  
• Standard calibration data (model specific, in 10MHz steps)  
• Aluminum carrying case with custom padding  
• Detachable pistol-grip handle which converts into a mini-tripod stand  
• Sturdy, multi-purpose aluminum tripod with spirit-level  
• Special SMA tool with over-torque protection

Kaltman Creations Hyperlog 7060 700 MHz-6 GHz EMC Antennas

Rental and lease options are available please call

Look at the Price!  

   One of the main advantages of the these antennas is that they are not "naked" (directly exposed to the atmospheric elements). The antenna houses their gold plated, Teflon elements in a specially constructed, high technology Radom housing. This Radom housing was designed in such a way that its shape, material and special coating have virtually no influence on measurements; not even in the case of dew or humidity collection on the surface. And of course the Radom housing helps to prevent oxidation, fissures, and general physical damage.

   Professional broadband measurement antennas have one distinct disadvantage, they are extremely expensive. The HyperLOG® series of antennas offers a cost-effective alternative while maintaining above industry specifications and standards. Whatever your antenna needs - point to point communication, fixed receiving, voice, data, machine control, or for use with Spectran RF Spectrum Analyzers - the HyperLOG antennas represents a true cost effective alternative!

Features

• Only one single broadband antenna is required for the 380MHz to 18GHz frequency range (various other model ranges available) 
•   Complete ISO calibration certificate (optional)
•   Top-quality, high-tech TEFLON coated Gold elements
•   High-tech Radom with a modern, aesthetic design
•   Freely align able polarization
•   Calibration data can be saved and read-back from an IC within the antenna
•   Excellent forward / backward ratio
•   Excellent symmetry of radiation patterns
•   Integrated 5/8" tripod socket
•   Suitable for mobile use
•   Suitable for outdoor installation
•   Robust, splash proof design
•   Small, lightweight design
• Well suited for EMC measurements with spectrum analyzers
   

Antenna package includes:

• HyperLOG antenna  
• Standard calibration data (model specific, in 10MHz steps)  
• Aluminum carrying case with custom padding  
• Detachable pistol-grip handle which converts into a mini-tripod stand  
• Sturdy, multi-purpose aluminum tripod with spirit-level  
• Special SMA tool with over-torque protection

Kaltman Creations NF3010 10 Hz-400 KHz EMF Field Analyzer

Rental and lease options are available please call

Look at the Price!  

   Exposure limit calculation used to be a complex and awkward procedure even for the professional, as most of the time, a chaotic mixture of an abundance of different frequencies, modulations and signal strengths is present. The indispensible, highly complex calculation of frequency-dependant exposure limits can ONLY be performed CONFORMING TO STANDARDS by a spectrum analyser with high-performance software. Not a problem for SPECTRAN® units: They can calculate even several authoritative exposure limits, precautionary limits and recommendations at lightning speed (simply selectable via a button) and display these overruns as a practical bargraph display (including convergence display in percent!), while the measurement is running. For achieving this, often thousands of complex calculations have to be performed per second, and a steady scan of the entire frequency range needs to be performed. A true nightmare for every processor. In our test case, the graphic display shows an approximation towards the ICNIRP limit by 6,06%. You can even cover the total ICNIRP-banwidth (depending on frequency). Hence, even the novice can perform exposure limit calculations ACCORDING TO STANDARDS without having to use complex tables and calculators. It really can't get any simpler.

Features
 

• Big graphics display (pixel display) with 51x25 pixels (can be used for complex spectrum and exposure limit display, convenient menu navigation, etc.)
• HUGE numeric display (4 digits, max. 9999)
• Large, high-resolution bargraph (50 segments) for very responsive trend display
• Various function and mode indication display blocks (AUDIO, MODE, MEMORY etc.)
• Large multi-function text display (6 text fields / e.g. for displaying units, service information, etc.)
• Three further big numeric displays (4 digits each, each max. 9999 / e.g. for simultaneous display of MIN, MAX, AVG values, 3 marker values, etc.)
• Triple multi-function text displays (Next to each of the previously described numeric displays / 3x3 text fields each / used e.g. for unit display for markers, etc.)
• Three more multi-function text displays (directly beneith the previously described displays / 3x6 text fields each / e.g. ADDITIONAL values AND unit display for markers, etc.)
• Battery status and charging display (incl. "CHARGING" and "LOW")
• 6 numerical displays for flexible bargraph scaling (incl. multiplication factor and percentage display)
   

Kaltman Creations NF5010 10 Hz-1 MHz EMF Field Analyzer

Rental and lease options are available please call

Look at the Price!  

   Exposure limit calculation used to be a complex and awkward procedure even for the professional, as most of the time, a chaotic mixture of an abundance of different frequencies, modulations and signal strengths is present. The indispensible, highly complex calculation of frequency-dependant exposure limits can ONLY be performed CONFORMING TO STANDARDS by a spectrum analyser with high-performance software. Not a problem for SPECTRAN® units: They can calculate even several authoritative exposure limits, precautionary limits and recommendations at lightning speed (simply selectable via a button) and display these overruns as a practical bargraph display (including convergence display in percent!), while the measurement is running. For achieving this, often thousands of complex calculations have to be performed per second, and a steady scan of the entire frequency range needs to be performed. A true nightmare for every processor. In our test case, the graphic display shows an approximation towards the ICNIRP limit by 6,06%. You can even cover the total ICNIRP-banwidth (depending on frequency). Hence, even the novice can perform exposure limit calculations ACCORDING TO STANDARDS without having to use complex tables and calculators. It really can't get any simpler.

Features
 

• Big graphics display (pixel display) with 51x25 pixels (can be used for complex spectrum and exposure limit display, convenient menu navigation, etc.)
• HUGE numeric display (4 digits, max. 9999)
• Large, high-resolution bargraph (50 segments) for very responsive trend display
• Various function and mode indication display blocks (AUDIO, MODE, MEMORY etc.)
• Large multi-function text display (6 text fields / e.g. for displaying units, service information, etc.)
• Three further big numeric displays (4 digits each, each max. 9999 / e.g. for simultaneous display of MIN, MAX, AVG values, 3 marker values, etc.)
• Triple multi-function text displays (Next to each of the previously described numeric displays / 3x3 text fields each / used e.g. for unit display for markers, etc.)
• Three more multi-function text displays (directly beneith the previously described displays / 3x6 text fields each / e.g. ADDITIONAL values AND unit display for markers, etc.)
• Battery status and charging display (incl. "CHARGING" and "LOW")
• 6 numerical displays for flexible bargraph scaling (incl. multiplication factor and percentage display)
   

Lecroy OE425 Multimode Optical to Electrical Converter

Rent me for $250 a month

Specifications  

¿ Frequency range to 5 GHz (6 GHz optical)
¿ 62.5 µm multi-mode fiber input
¿ Broad wavelength range 500 nm ¿ 870 nm
¿ High responsivity: 1.1 V/mW
¿ Low noise: 1.1 µW rms

Lecroy OE455 Multimode Optical to Electrical Converter

Rent me for $250 a month

Specifications  

¿ Frequency range to 5 GHz (6 GHz optical)
¿ 62.5 µm multi-mode fiber input
¿ Broad wavelength range 950 nm ¿ 1630 nm
¿ High responsivity: 1.1 V/mW
¿ Low noise: 1.1 µW rms

Lecroy TF-USB USB Test Fixture

Rent me for $150 a month

The software and fixture combine to perform the following measurements for USB2.0 hosts, hubs, and devices. No software comes with the text fixture.

Host tests

• HS signal quality

• HS packet parameters

• HS chirp timing

• HS suspend/resume/reset

• HS disconnect

• FS downstream signal quality

• LS downstream signal quality

Device tests

• HS signal quality

• HS Far-end for tethered devices

• HS Near-end for untethered devices

• HS packet parameters

• HS chirp timing

• HS suspend/resume/reset

• HS Receiver Sensitivity

• FS upstream signal quality

• LS upstream signal quality (USB 1.1 devices only)

• Inrush current.

Madell AZ530-E E Field Monopole Probe

Among the three Madell probes the E field monopole probe has the highest sensitivity. It is high enough to be used as an antenna to receive radio or TV signals. It can be used to test circuit or equipment radiation leakage.

RFI filters can be evaluated with this probe. The E field probe can also be used for related measurements of compliance testing. Makes it easier to pass the certification process.

Impedance is 50 ohms. The maximum frequency is 1 Ghz

Madell AZ530-H High Impedance Probe

This is a high impedance probe can directly contact joint points or routes on printed circuit boards to test for RF interference (RFI). The probe has very high resistance (similar to insulation resistance value of PCB) and only 2pF load to the testing point (80 ohms at 1GHz) so it can directly contact the circuit without influence to the circuit.

It can be used to measure the effectiveness of metal shielding. The individual pins of IC can be considered as RFI sources. This probe can be used to trace the problem positions on PCB. With this high impedance probe, the circuit can be connected to 50 ohm input of a spectrum analyzer directly. The maximum frequency is 1 Ghz.

Madell AZ530-M Magnetic Field Probe

This magnetic field probe gives a voltage result of the value of the magnetic field strength. This probe can be used to find RF interference sources, detect cable leak areas or wire conduct interference, and determine the effect of metal shielding.

50Ω input impedance. Frequency range to 1 Ghz

Tektronix P6247 1 Ghz Differential Probe

Rent me for $200 a month

 The P6248, P6247 and P6246 enable users to make time domain or frequency domain measurements on high-bandwidth signals commonly found in disk drive, digital IC design (RAMBUS) and communication applications (Gigabit Ethernet, IEEE-1394 Firewire and Fibre Channel). The P6248 includes accessories that allow RAMBUS via probing and IEEE-1394 interconnect access. The small probe head geometry and assorted probe tip accessories allow these probes to easily accommodate manual probing of surface mount devices while maintaining high CMRR.

  The P6246, P6247 and P6248 are ideal for design verification of disk drive read, channel electronics and timing analysis for troubleshooting ground bounce problems associated with high-speed logic. They can also be used for pulse shape or cross talk compliance testing of highspeed communication signals.
 

Description
 

• 1.7 GHz (Typical Probe Only <27°C) 1X Mode
• 1.5 GHz Bandwidth (Guaranteed)
• 1.85 GHz (Typical Probe Only <27°C) 10X Mode
• For use with Tek oscilloscopes w/TEKPROBE II interface
• Square Pin Receptacle (Female)
• Electrostatic Discharge Tolerant
• >60db(1000:) CMRR

Characteristics

Bandwidth (guaranteed)

• P6248: DC to 1.5 GHz.

• P6247: DC to 1.0 GHz.

• P6246: DC to 400 MHz.

• Rise Time (specified) ¿ <265 ps (P6248), <350 ps (P6247), <875 ps (P6246).

• DC Attenuation Accuracy ¿ ±2%.

• Common Input Voltage Range ¿ ±7.0 V, 1X; ±7.0 V, 10X.

• Differential Input Voltage Range ¿ ±850 mV, 1X; ±8.5 V, 10X.

• Max. Nondestruct Input Voltage ¿ ±25 V (DC + peak AC).

• Electrostatic Immunity ¿ >15 kV.

TEKPROBE® Interface ¿ Probe power, autoscaling, auto-termination with TDS oscilloscopes.

Bandwidth Limit ¿ Switchable, 200 MHz (P6246 and P6247). DC Reject ¿ 0.4 Hz, 1X; 4.0 Hz, 10X (P6246 and P6247).

Typical Specifications

Input C

• <1 pF (differential mode),

• <2 pF (common mode).

Input R

• 200 kohm (differential mode),

• 100 kohm (common mode).

Tektronix 200 Meter Fiber Optic Cable

 Part of the Discontinued A6906S System

   This is the Fiber Optic Cable that goes with the A69T06 that is the transmitter for the A6906S System. It is used to link the transmitter and the receiver together. We have a system that was separated and are selling the individual items of the A6906S set.

Tektronix A6303 

Description: 

The A6312, A6302 and A6303 offer a wide range of current measurement capability for the lab and bench environment. The A6312 covers frequencies from DC to 100 MHz while the A6302 covers DC to 50 MHz. Both clip onto conductors up to 3.81 mm (0.15 in.) and measure continuous currents up to 20 A and peak currents up to 50 A as long as they do not exceed the amp*second product of 100 A'ps. The larger A6303 measures 20A continuous/500A peak, DC-15Mhz, 2 meter cable, measures upto (21.1mm) 0.83in. dia conductor.

Tektronix A69B04 Battery Pack

 Part of the Discontinued A6906S System

   The A69B04 is the battery charger for the A6906S System. We have a system that was separated and are selling the individual items of the A6906S set. It is a slightly older version of the A69C04.

Tektronix A69T06 Fiber Optic Transmitter

 Part of the Discontinued A6906S System

   The A69T06 is the transmitter for the A6906S System. We have a system that was separated and are selling the individual items of the A6906S set. The A69T06 Transmitter is an electrical-to-optical (E/O) converter; it converts an input electrical signal into an optical signal. System gain is controlled by an attenuator that is set in a 1¿2¿5 sequence. The A69T06 is also provided with a variable-gain amplifier for self-calibration to maintain measurement precision. The A69T06 is powered by an internal sealed rechargeable lead-acid battery pack.

   The A69T06 Transmitter is powered from a battery pack. To charge the battery pack, you need to remove it from the A69T06 Transmitter. It takes 12 hours to charge a battery pack that has been fully discharged. You cannot use a battery pack to power the A6906S while the battery pack is charging, but you can use a second battery pack to operate the A69T06 while charging a battery pack using the A69C06.

Tektronix AM503 

Description :
Tektronix AM503 The AM503 Current Probe Amplifier allows display of current on any oscilloscope having 10 mV/div sensitivity, 50 ohm or 1 Mohm input.

Tektronix AM503B Current Probe Amplifier

Rent me for $100 a month

Require additional probe, power module and oscilloscope

   The AM503B amplifier is the heart of the AM503S measurement system.  All functions are microprocessor controlled, providing significant improvement in ease of use and functionality.  A single pushbutton controls degauss and auto-balance functions.  An additional significant improvement is that individual A6302/A6303 probes no longer need to be calibrated with a specific amplifier, but can be interchanged between AM503Bs.  The AM503B supports the new XL Series of current probes.  (The AM503 and AM503A do not support the XL Series)  Requires one slot in TM500 or TM5000 series mainframes. The AM503S Current Probe System is the most versatile current measurement system available. Since the probes incorporate both a transformer and a Hall Effect device, broadband AC/DC current can be measured simultaneously. Depending on the probe used, current from DC to 100 MHz and up to 700 A can be measured by clipping the split-core probes around the conductor. The AM503S is truly a system, consisting of an AM503B Current Probe Amplifier, a TM502A two-wide Power Module and an A6302 Current Probe.

Features

• Manual Current Probe Amplifier
• Push Button Auto Balance/Degauss
• Bright LED Current/Division Display
• Plugs into TM500/5000 Power Modules
• AC/DC Measurements
• With A6302 Probe:
  • DC to 50 MHz
  • 20 A Continuous/50 A Peak
  • Max. Conductor Diameter: 0.15 in.
• With A6303 Probe:
  • DC to 15 MHz
  • 100 A Continuous/500 A Peak
  • Max. Conductor Diameter: 0.83 in.
• With A6304XL Probe:
  • DC to 2 MHz
  • 500 A Continuous/700 A Peak
  • Max. Conductor Diameter: 0.83 in.
• With A6312 Probe:
  • DC to 100 MHz
  • 20 A Continuous/50 A Peak
  • Max. Conductor Diameter: 0.15 in.

Tektronix CT-4 Current Probe

Rent me for $150 a month

The CT4 is a robust clip-on high current transformer that extends the measurement capability of the P6021, A6302/XL, A6302, A6312 and TCP202 clip-on current probes. Maximum low frequency performance down to 0.5 Hz is obtained using the AM 503S. Current amplitudes to 20,000 A may be measured using the A6302/XL, P6021, A6302, A6312 or TCP202 (with passive termination), provided the amp*second ratings are not exceeded.

The CT4 may be used with the P6021 for measurements at normal line frequency and above. (The P6022 and A6303 are not compatible with the CT4.)

The CT4 has receptacles for current probes in either 20:1 or 1000:1 step-down ratios.

The 1.5 in. square split-core opening makes it possible to clip onto large conductors without breaking the circuit under test. Insulated core and shield assemblies allow measurements on bare wires to 3000 V_P (1000 V_RMS CAT III) and to 14 kV with the included high voltage bushing.

Tektronix P2221 X10 200 MHz Oscilloscope Probe

   The Tektronix P2221 200 MHz passive voltage probes permit selection of 1x or 10x attenuation, using a switch located on the probe head.

   The P2220 probe is compatible with TDS200, TDS1000, TDS1000B, TDS2000, TDS2000B, and TPS2000 Series oscilloscopes. The P2220 probe also provides floating measurement capability up to 30 V_RMS with TPS2000 Series oscilloscopes only. (Note: Do not float with TDS2000, TDS2000B, TDS1000, TDS1000B, or TDS200 Series oscilloscopes.) The P2221 is compatible with MSO2000 and DPO2000 Series oscilloscopes.

Features

• 1x/10x Attenuation
• 200 MHz Bandwidth
• 1.5 m Length
• UL3111-1, CSA1010.1, EN61010-1, EN61010-2-031, and IEC61010-2-031

Applications

• Relative Low-frequency Measurements
• Low-frequency Computer and Telecom Measurements
• Power Supplies
• Low-frequency Amplifiers

Characteristics

  10x Position

• Bandwidth DC to 200 MHz

• Probe Length 1.5 m

• Attenuation Ratio 10:1

• Compensation Range 10 to 25 pF

• Input Capacitance P2221: 17.0 pF (typ)Input Resistance 10 MΩ

• Maximum Input Voltage 300 V CAT II

• Maximum Voltage Between Reference Lead and Earth Ground 30 VRMS

  1x Position

• Bandwidth DC to 6 MHz

• Probe Length 1.5 m

• Attenuation Ratio 1:1

• Compensation Range All oscilloscopes with 1 MΩ input

• Input Capacitance 110 pF (typ)

• Input Resistance 1 MΩ

• Maximum Input Voltage 150 V CATII

• Maximum Voltage Between Reference Lead and Earth Ground 30 VRMS

Tektronix P5100 High Voltage Probe

Features

• DC to 250 MHz
• 1000V CAT III (2500 V DC + Peak AC)
• 100X with Readout Coding
• UL3111-1, EN61010-1, IEC61010-2-031, CSA1010.1, CSA1010.2.031
• 7-30 pF Compensation Range

Applications

• Power Supply Design
• Design Motor Drive
• Electronic Ballast
• Power Semiconductors
• Switch Mode Control
• UPS Systems
• Power Converters

P5100 High Voltage Probe

The P5100 is a low-input capacitance High Voltage Probe (2.5 kV) designed for higher frequency applications. The probe can be compensated to match plug-ins and oscilloscopes with nominal input capacitances of 7-30 pF. A variety of screw-on accessories provide easy connection to the device under test.

Tektronix P5102 High Voltage Probe

Features P5102 - for THS700 Series

• 100 MHz Bandwidth
• Up to 1,000 V_RMS
• 10X Attenuation
• Safety UL 3111-1, IEC 61010-2-031, CSA 1010.1, CSA 1010.2.031, EN61010-2-031

Applications

• Power Supply Design
• Design Motor Drive
• Electronic Ballast
• Power Semiconductors
• Switch Mode Control
• UPS Systems
• Power Converters

In many applications, it is important to be able to isolate the measurement from earth ground and also to isolate the common voltage between channels. With the P5102 and the THS700 Series handheld digital storage oscilloscopes, you have not only the isolation for the measurement from earth ground, but you also have full isolation between the two channels. The P5102 was designed to give you 600 V CATII (float) isolated channel performance for up to 1000 V AC RMS CATII on the 100 MHz probe. A variety of screw-on accessories provides easy connection to the device under test.

Characteristics

Nominal Length - 2 m.

Attenuation - 10X.

Bandwidth - 100 MHz.

Rise Time - ≤3.5 ns.

Loading - 5 MΩ/11.2 pF.

Max Input V - 1000 V AC RMS, CAT II.

Max Float - 600 V AC RMS, CAT II.

Compensation Range - 24 to 28 pF

 

Tektronix P5205 High Voltage Differential Probe

The P5205 is a 100 MHz Active Differential Probe capable of measuring fast rise times of signals in floating circuits. This 1,300 V differential probe can measure safely voltages in IGBT circuits such as motor drives or power converters. It is specifically designed to operate on Tektronix oscilloscopes with TEKPROBE® interface.

Features

• Bandwidth up to 100 MHz
• Up to 1,300 V Differential (DC + pk AC)
• Overrange Indicator
• Safety Certified
• Switchable Attenuation
• Switchable Bandwidth Limit

Applications

• Floating Measurements
• Switching Power Supply Design
• Motor Drive Design
• Electronic Ballast Design
• CRT Display Design
• Power Converter Design and Service
• Power Device Evaluation

Specifications		P5205
Bandwidth (-3 dB)		100 MHz
Differential Mode Voltage (RMS or DC) (between positive and negative input leads)		1000 V CAT II
Differential Mode Voltage (Peak)*1 (between positive and negative input leads)		1300 V
Common Mode Voltage (RMS or DC + Pk AC) (between positive lead and ground or negative lead and ground)		1000 V CAT II 600 V CAT III
Attenuation (switchable)		50X/500X
CMRR @ 60 Hz/1 MHz (typical)		80 dB/50 dB

 

Rent me for $150 a month

   The Tektronix P5210 is a Differential Probe that is capable of measuring floating voltages up to 5,600 V (DC + peak AC) safely and has a bandwidth up to 50 MHz. It is supplied with two sizes of hook tips and has an over range visual and audible indicator which warns the user when they are exceeding the linear range of the probe. Can be used with any Tektronix TEKPROBE interface oscilloscopes directly or with any oscilloscope with the use of the 1103 TEKPROBE Power Supply. Please check your oscilloscopes operating manual. Tektronix models TDS7154B, TDS7254B, TDS7404B, TDS6404, TDS6604, CSA7154, and CSA7404B require a TCA-1MEG Buffer Amplifier

Features

• Maximum Differential Input Voltage 5.6 kV (DC + peak AC)
• 50 MHz Bandwidth
• Probe Connects Directly to TDS Scope through TekProbe Interface
• Double Insulated Probe Head
• Easy Connection to Power Devices, Discrete Components, and Bus Bars
• Make Safe Floating Measurements with Grounded Scope
• Safety Certified

Applications

• Floating Measurements
• Switching Power Supply Design
• Motor Drive Design
• Electronic Ballast Design
• CRT Display Design
• Power Converter Design and Service
• Power Device Evaluation

   The Tektronix P5210 can be used with any oscilloscope and enables users to safely make measurements of floating circuits with their oscilloscope grounded. The P5210 Active Differential Probe converts floating signals to low-voltage ground referenced signals that can be displayed safely and easily on any ground referenced oscilloscope. WARNING: For safe operation, do not use the P5210 High Voltage Differential Probe with oscilloscopes that have floating inputs (isolated inputs), such as the Tektronix TPS2000 Series oscilloscopes and THS700 Series oscilloscopes. The P5210 High Voltage Differential Probe requires an oscilloscope or other measurement instrument with grounded inputs. The P5210 is a Differential Probe that is capable of measuring floating voltages up to 5,600 V (DC +pk AC) safely and has a bandwidth up to 50 MHz. It is supplied with two sizes of hook tips and has an over range visual and audible indicator which warns the user when they are exceeding the linear range of the probe.

Tektronix P6015A 40 KV Oscilloscope Probe

Rent me for $250 a month 

 

Features

• High Voltage - 20 kV DC/40 kV Peak (100 ms Pulse Width)
• High Bandwidth - 75 MHz
• Silicone Dielectric
• Optional 1,000X Coding
• Wide Compensation Range (7-49 pF)
• Heavy Duty Versatile Ground Lead and Clip

   For heavy-duty high-performance measurements of voltages over 2.5 kV, the P6015A is the industry standard. You can measure DC voltages up to 20 kV and pulses up to 40 kV. The 75 MHz bandwidth enables you to capture fast, high-voltage signals.

   The P6015A uses an environmentally safe silicone compound for a dielectric and never needs refilling. Other features include: A 7-49 pF compensation range, small compensation boxes which fit on adjacent amplifier inputs and a readout option for use with Tektronix digital scopes. With the readout option, displayed voltage amplitude values will be the actual signal value rather than understated by a factor of 1,000. Using the readout version with other than Tektronix digital scopes may result in an erroneous readout display.

   The Tektronix P6046 is a self-contained active differential system consisting of a differential probe, amplifier and power supply. Active FET amplifiers at the dual-inputs reduce circuit loading. Combined with the differential processing occuring in the probe head, the P6046 provides superior common mode rejection ratios (CMRR) at high frequencies typically 10,000:1 out to 50 kHz, derating to 5,000:1 at 1 MHz. Since the P6046 is self-contained, it provides a differential output into a single oscilloscope channel. System controls enable you to select AC or DC coupling, adjust the DC balance and select mV/div from 1 to 200mV (10mV to 2V with attenuator head) in standard 1,2,5 steps. A slip-on 10X attenuator is also included which increases the maximum input voltage from +/-25V to +/-250V and the common mode dynamic range from +/-5V to +/-50V.

Features

• CMRR - With deflection factors of 1 to 20 mV/div: at least 10,000: 1 at 50 kHz, 5000: 1 at 1 MHz, and 1000: 1 at 50 MHz (DC coupled).
• Common Mode Linear Dynamic Range - ±5 V, ±50 V with 10x attenuator
• Bandwidth - DC to 100 MHz (-3 dB)
• Rise Time - 3.5 ns or less
• Deflection Factor Range - 1 to 200 mV/div in 8 calibrated steps, 1-2-5 sequence (with an oscilloscope deflection factor of 10 mV/div).  Input RC 1 M ohm paralleled by 10 pF or less.
• Input Coupling - AC or DC, selected by a switch on the probe.   Low frequency response AC-coupled is -3 dB at 20 Hz, 2 Hz with 10x attenuator.
• Displayed Noise - Typically 450 mV or less.
• Maximum Input Voltage - ±25 V (DC peak AC), ±250 V with 10x attenuation, derated with frequency.
• Output Impedance - 50 ohms through a BNC-connector. 50 ohm termination supplied with amplifier for use with 1 M ohm systems.
• Probe Cable - 6 ft. long, terminated with special nine-pin connector.

Tektronix P6056 X10 3.5 GHz Oscilloscope Probe

NOTE: The following electrical specifications apply when the probe is operating into a 50 Ω oscilloscope input or a 50 Ω termination.

ELECTRICAL

• Attenuation: (Includes ±2% Input Resistance of Oscilloscope) , 10X within 3%
• Input Resistance: (Within 3%) P6056, 500 Ω DC to 300 MHz, decreasing to 250 Ω at 1 GHz
• Input Capacitance: P6056 Approximately 1 pF
• Bandwidth (-3 dB): (Calculated from Risetime) P6056: DC to 3.5 GHz (probe only), DC to approximately 500 MHz with 7A19 and 7904
• Risetime: P6056: 100 ps (probe only)
• Maximum Input Voltage: P6056: 16 V DC or RMS (AC or pulse) to 800 MHz, decreasing to 9 V at 1 GHz
• Signal Delay Time: P6056 and P6057: 8.2 ns (6 ft probe), 12.3 ns (9 ft probe), each within 35 ps.
• Weight: 6 ft probe - 2 ounces, 9 ft. probe - 3 ounces (complete with accessories, except Instruction Manual). Shipping: 6 ft probe - 12 ounces, 9 ft probe - 13 ounces.
• Dimensions: Nominally 6 ft. and 9 ft. long (Calibrated for signal delay time)
• Environmental: Probe will operate within specifications over the following ranges:
  
  Temperature - From -15°C to +55°C.
  Altitude - To 15,000 feet..

Tektronix P6120 X10 60 MHz Oscilloscope Probe

  Good Basic Low Cost Probe

• 10X Passive Voltage Probe
• 10X, 10 MegOhm
• Compensator and mini tip
• 2 meters long, BNC

Features & Benefits

• Attenuation Adjustable to 10X
• 10,000: 1 CMRR on 11A33 Differential Comparator; 20,000: 1 on 7A13 Differential Amplifier
• ±500 V Maximum Common Mode Voltage
• Matched Pair

Applications

• Power Supplies
• Disk Drives
• Electronic Ballast
• Intelligent Motion
• Adjustable Speed Drives

P6135A Differential Probe Pair

The P6135A differential probe pair is very carefully matched to minimize differences in impedance and signal delay.

With differential amplifiers the P6135A provides CMRR ratios up to 20,000:1. Since a single 10X probe with accuracy of 1% or less gives a scope-to-probe CMRR of no better than 50:1, the P6135A is essential to obtain accurate results from your differential amplifier. Three pairs of carefully matched, precision-engineered hybrid tips enable the P6135A to be specifically matched with all Tektronix 11000, 7000 and 5000 Series differential amplifiers and comparators. It also provides excellent performance when used with plug-in amplifiers or oscilloscopes having input impedances of 1 MÙ/13-15 pF, 1 MÙ/18-22 pF and 1 MÙ/45-49 pF.

Tektronix P6137 400 MHz X10 Oscilloscope Probe

   The P6137 family of oscilloscope probes sets the standard for high performance passive voltage probes. Continued growth of the family paces Tektronix' new series of high performance bench top oscilloscopes, the TDS500/600/700/3000/7000 Series and high performance portable oscilloscopes and the TDS400 Series. These probes feature modular construction, HYBRID/SMT circuitry, a smaller probe head/cable assembly than traditional passive probes, 10X attenuation readout encoding and a full complement of attachment accessories. Smaller probe tips and lightweight cable assemblies allow easy negotiation of dense circuitry or tight spaces.

Bandwidth (MHz)	400
Risetime (ns)	0.88 Typical
Switchable	No
Attenuation	X10
Input Impedance (Mohms)	10
Input Capacitance (pF)	10.8
Compensation Range (pF)	12-18
Interface	BNC
Readout	Yes
Ground Reference	No
Cable Length inches (meters)	60 (1.5)
Max. Voltage (VDC + AC Max.)	500V
Tip/Head Style	3.5mm Compact
Includes	Adjustment tool; retractable hook tip; 2 in. ground lead; 6 in. ground lead with 0.025 in. square-pin receptacle; 6 in. ground lead with alligator clip; SMT KlipChip adapter; low inductance lead ground collar; 4 pairs of colored cable market; instruction sheet

Bandwidth (with TDS3054 or TDS500 series): 500 MHz

Bandwidth (with TDS3012): 100 MHz

Attenuation : 10X ±0.5% at DC

Input Resistance : 10 Mohm ±0.5%

Input Capacitance : 8.0 pF ± 0.8 pF

Scope Input Resis : 1 Mohm

Compensation Range : 8pF to 12pF

Readout Pin : YES

Ground Ref : NO

ID Button : NO

Max Rated Voltage : 400 VRMS (CAT I)

300 VRMS (CAT II)

150 VRMS (CAT III)

Cable Length : 1.3 meters

Net Weight : 0.24 lb (110 g)

Scope Compatibility : TDS 500 & TDS 3000 Series

   This family of oscilloscope probes sets the standard for high performance passive voltage probes. Continued growth of the family paces Tektronix' new series of high performance bench top oscilloscopes, the TDS400/500/600/700/3000B/5000/7000B Series high performance portable oscilloscopes. These probes feature modular construction, HYBRID/SMT circuitry, a smaller probe head/cable assembly than traditional passive probes, 10X attenuation readout encoding and a full complement of attachment accessories. Smaller probe tips and lightweight cable assemblies allow easy negotiation of dense circuitry or tight spaces. The compact probe head/tip assembly is compatible with the full line of compact accessories. When the Subminiature/Compact-to-miniature probe tip adapter (013-0202-03) is installed over the probe head/tip, the P5050, P6138A and P6139A probes are fully compatible with all miniature tip accessories.

Tektronix P6150 50 Ω Divider (Zo) Low Capacitance

Features

Low Impedance Zo TDR Passive Probes

• Low Capacitive Loading to Extremely High Frequencies
• Interchangeable Attenuator Tip Assemblies: 1X, 10X (P6150)

Applications

• High-speed Device Characterization in Microwave Communication, Signal Processing and Logic Applications
• Propagation Delays for ECL, GaAs and Other Logic Circuitry and Devices
• Circuit Board Impedance Testing (TDR)
• High-speed Sampling Systems

P6150 DC to 9 GHz

The P6150 is a 9 GHz bandwidth, 10X attenuation, low impedance probe designed for use with the SD2X family of Sampling/TDR plug-ins. The probe consists of interchangeable, screw-in attenuator tip assemblies (1X and 10X) and an SMA-to-SMA probe cable. An assortment of circuit and grounding attachments is included to optimize attachment to the device under test while maintaining high signal integrity.

Tektronix P6201

Description:

DC-900 MHz FET Probe.
An active FET probe that provides unity gain and DC to 900 MHz bandwidth. The low probe-tip capacitance permits coupling of high-frequency signals to an oscilloscope with minimum loading on the circuit being tested. Plug-in attenuator heads provide higher input resistance and reduced input capacitance.

Tektronix P6203 1 Ghz Active Probe

P6203 DC to 1 GHz FET Probe

• P6203 10 kohm / 2 pF, 10X
• DC Offset
• Identify Button Allows remote Sequencing of Oscilloscope Programs
• Automatic 50 ohm Termination
• Easily Replaceable Probe Tips / Probe Heads

Tektronix P6204 1 Ghz 10x FET Probe

Rent me for $150 a month

Features

▪ DC to 1 GHz
▪ 1.9 picofarad Input Capacitance
▪ 10 Megaohm Input Resistance
▪ DC Offset
▪ Identify Button
▪ 1.5m w/ID and Tekprobe Connector▪

   Rent me for $200 a month

The P6217 is an active FET probe for use with Tektronix CSA (Communication Signal Analyzers), DSA (Digitizing Signal Analyzers), 11000 Series and the TDS500/600/700 family of oscilloscopes. Power is supplied through the TekProbe(TM) BNC interface. It is a 10x probe and has a high input impedance of 100 kilo ohms. It uses the TEKPROBE 2 interface. Please check your oscilloscopes manual to verify compatibility with your oscilloscope.

Features

Active FET Probe
▪ Provides a 10X attenuation
▪ 4 GHz at - 3dB bandwidth
▪ Typical input capacitance of 0.40 pF
▪ Input resistance of 100 kΩ
▪ 1.5 meters of cable length

Rent me for $100 a month

   The Tektronix P6245 Active FET probe achieves high-speed signal acquisition by solving three traditional problems:

• Lower DUT loading (1 pF/1 Mohm probe loading)
• Direct and easy access to SMDs
• Access DUT signals and scope bandwidth for TDS600/700/3000/5000/6000/7000 and CSA7000 scopes up to 1 GHz bandwidths

   The Tektronix P6245 and P6243 Active probes provide the electrical and mechanical performance required for today's digital systems designs. No additional power supplies or cables are required when used with TEKPROBE BNC oscilloscopes. The P6245 achieves high-speed signal acquisition and low circuit loading, required for solving today's problems faced by designers. The small compact probe head and versatile attachment accessories allow direct connection to the device under test.

   The Tektronix P6245 Active Probe provides scope bandwidth at the probe tip for the TDS500/600/700 and any other Tektronix Oscilloscope with a TEKPROBE interface. A Tektronix 1103 interface may be used for instruments without the TEKPROBE interface.

• 1.5 GHz Bandwidth (Typical, Probe Only)
• 1 pF Input Capacitance
• 1 Mohm Input Resistance
• Direct Access to SMDs as Small as 0.5 mm Pitch
• Measures CMOS, BiCMOS, ECL, GaAs and TTL Logic

Tektronix 1.5 Ghz P6248 Differential Probe

Rent me for $200 a month

   The Tektronix P6248 enable users to make time domain or frequency domain measurements on high-bandwidth signals commonly found in disk drive, digital IC design (RAMBUS) and communication applications (Gigabit Ethernet, IEEE-1394 Firewire and Fibre Channel). The P6248 includes accessories that allow RAMBUS via probing and IEEE-1394 interconnect access. The small probe head geometry and assorted probe tip accessories allow these probes to easily accommodate manual probing of surface mount devices while maintaining high CMRR. The P6248 are ideal for design verification of disk drive read, channel electronics and timing analysis for troubleshooting ground bounce problems associated with high-speed logic. They can also be used for pulse shape or cross talk compliance testing of high speed communication signals.

Features

• 1.7 GHz (Typical Probe Only <27°C) 1X Mode
• 1.5 GHz Bandwidth (Guaranteed)
• 1.85 GHz (Typical Probe Only <27°C) 10X Mode
• For use with Spectrum, Network Analyzers
• Square Pin Receptacle (Female)
• Electrostatic Discharge Tolerant
• Connects to TEKPROBE
• >60db(1000:) CMRR

Characteristics

Bandwidth (guaranteed)

• P6248: DC to 1.5 GHz.

• P6247: DC to 1.0 GHz.

• P6246: DC to 400 MHz.

• Rise Time (specified) ¿ <265 ps (P6248), <350 ps (P6247), <875 ps (P6246).

• DC Attenuation Accuracy ¿ ±2%.

• Common Input Voltage Range ¿ ±7.0 V, 1X; ±7.0 V, 10X.

• Differential Input Voltage Range ¿ ±850 mV, 1X; ±8.5 V, 10X.

• Max. Nondestruct Input Voltage ¿ ±25 V (DC + peak AC).

• Electrostatic Immunity ¿ >15 kV.

TEKPROBE® Interface ¿ Probe power, autoscaling, auto-termination with TDS oscilloscopes.

Typical Specifications

Input C

• <1 pF (differential mode),

• <2 pF (common mode).

Input R

• 200 kÙ (differential mode),

• 100 kÙ (common mode).

Rent me for $100 a month

   Selecting the right probe for your application is key to attaining the best signal fidelity in your measurements. Active probes provide truer signal reproduction and fidelity for high frequency measurements. Tektronix provides you a wide range of 4 GHz active probes to select from for your application. The P6249 and P6241 have similar performances to the P7240. Primarily used for the TDS694C and TDS794D performance scopes, the P6249 probes may also be used with conventional BNC interfaces via the Tektronix 1103 TekProbe Power Supply. The P6249 provides 4 V_p-p dynamic range. A full complement of versatile probe tip accessories helps users connect to the wide range of devices faced by digital designers. For use w/TEKPROBE II interface.

Applications

• High-speed Digital Systems Design
• Component Design/Characterization
• Signal Integrity, Jitter and Timing Analysis
• Manufacturing Engineering and Test
• Signals with Voltage Swings up to 8 V_p-p
• Measures 3.0 V Logic, InfiniBand, PCI Express, DDR, Rambus Data Lines, Gigabit Ethernet

Features

• <120 ps Rise Time (Guaranteed)
• 4 GHz Bandwidth
• <1 pF Input Capacitance
• Small Form Factor Probe Head
• +/-2V Dynamic Range
• Attenuation 5X
• Direct Access to SMDs

Tektronix P6330 3 Ghz Probe

Rent me for $200 a month

Features

• 5 GHz to 3.5 GHz Bandwidths (Typical)
• Low Input Capacitance:
• 60 dB (1000:1) Common Mode Rejection Ratio (CMRR) at 1 MHz P6330 typical)
• Small Probe Head Allows Easy Probing of SMDs

Applications

• Communications (Gigabit Ethernet, Fibre Channel, InfiniBand)
• Semiconductor Characterization & Validation (PCI-Express, Serial ATA, IEEE 1394, USB 2.0, RAMBUS, DDR)
• Disk Drive Design

Tektronix¡¯ proven expertise in probes brings you the highest fidelity in high-speed differential probing.  The P6330 high BW differential probes offer excellent signal fidelity, meeting the needs of engineers in design & debug of technologies with very fast clock speeds and edge rates.  They provide high-bandwidth, low circuit loading, low noise differential probing solutions for high-speed circuit designers.

    The P6330 enable users to make time domain or frequency domain measurements on high bandwidth signals commonly found in digital IC designs, communication applications, and disk drive applications. The P7330 and P6330 provide high-bandwidth, low circuit loading, and low noise differential probing solutions. The small probe head geometry and assorted probe tip accessories allow these probes to easily accommodate manual probing of surface mount devices.

Tektronix P6339A 500 Mhz Buffered Passive Probe

Rent me for $200 a month

Features

• 300 V_RMS CAT II Maximum Input Voltage
• 8 pF Input Capacitance
• 10 MΩ Input Resistance
• Scope Controlled Parameters
• Connects to TEKPROBE¿ III Interface Instruments
• Compact Probe Tip Compatible with a Wide Range of Tektronix Accessories and Adapters
• TEKPROBE III Interface Allows Control of Key Probe Parameters
  • Input Gain
  • AC/DC Coupling
  • Bandwidth Limiting
  • DC Offset

Applications

• General Purpose
• Digital Design
• Power Device Characterization
• Mixed Signal

Designed for TEKPROBE III, TDS794D and TDS694C

The P6339A 500 MHz Buffered Passive Probe is a revolutionary leap in probe technology. The P6339A's wide dynamic range makes it ideal for general purpose measurement applications.

To facilitate SMD probing, the P6339A comes standard with a set of SureFoot® adapters. The compact probe head/tip assembly is compatible with the full line of 3.5 mm (compact) accessories. The P6339A probe is designed exclusively for the TDS794D and TDS694C instruments.

Tektronix P6407 Word Recognizer Probe

   The Tektronix P6407 Word Recognizer Probe is a 16-bit probe for use with analog and digital storage oscilloscopes. It allows the oscilloscope to trigger on user-defined logic states (rather than on analog levels), thus extending the utility of the oscilloscope into digital troubleshooting and debug applications.

Specifications

• -0.5V to 5.5V Peak Max
• 20µA MAX at 2.7V
• 0.6mA MAX at 0.5V17-bit, TTL Compatible
• Up to 10MHz without External Clock
• 20MHz With External Clock
• For A or B Triggers
• Option 09 for 24XX Series Oscilloscope
   

     Tektronix P6487

       Description:

High Speed Data Acquisition Probe. 10 Data Channels Plus 4 Clock Channels and 4 Qualifier Channels For PRISM 3000, 30MPX, 3001MPX

Tektronix P6701B Optical/Electrical Probe

Features

• 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/squareroot Hz
• Probe Connects Directly to TDS7000/5000/3000/500/600/700 Series Scope (TEKPROBE¿) or Other 50 Ω Instruments with 1103 TEKPROBE® Power Supply
• SONET/SDH and Fibre Channel Reference Receiver Performance: TDS500C/700C (Opt. 3C or 4C) P6701B: Fibre Channel up to 1063 Mb/s, P6703B: SONET/SDH up to 622 Mb/s

Applications

• Eye-pattern Testing of Optical Communication Signals (SONET/SDH and Fibre Channel)

The Tektronix P6700 Series optical-to-electrical (O/E) converters change optical signals into electrical signals for convenient analysis on Tektronix TDS7000/5000/3000/500/600/700 Series oscilloscopes equipped with the TEKPROBE interface, or any other oscilloscope when used with the 1103 TEKPROBE power supply. The P6700 Series O/E converters are ideal for optical source characterization in the development, manufacture or service of optical communication systems and devices.

Small, conveniently packaged P6701B and P6703B optical-to-electrical analog converters provide an accurate interface for optical pulse shape measurements. The high gain, large dynamic range and stable output offset of these O/E converters make them ideal for performing eye-pattern analysis and extinction measurements.

The P6701B/P6703B optical input is a one meter, 62.5μ multimode fiber with an FC/PC connector. Using the standard assortment of hybrid fiber optic mating sleeves, these O/Es can accommodate the various industry connector standards.

The TEKPROBE interface provides power, auto-scaling, auto-termination and correct units (microwatts) when used with Tektronix TDS500/600/700 Series oscilloscopes.

SONET/SDH and Fibre Channel Reference Receiver Performance

The P6701B and P6703B can be transformed into ITU G.957 or ANSI FC-PH reference receivers when they are either ordered as an option (3C - P6701B, 4C - P6703B) to the latest Tektronix TDS500C/700 Series digitizing oscilloscopes or as a stand-alone hardware solution (nominal).

Tektronix P7260 6 GHz Active Probe

Rent me for $500 a month

   The Tektronix P7260 is the fastest active probe in the world. It provides high-bandwidth, low circuit loading, low noise and accurate probing solutions for high-speed circuit designers. This probe has a small probe head for accessing connection points in tight physical constraints and with today's fine pitch circuitry. The Tektronix P7260 is the world's first probe to be developed with silicon germanium (SiGe). It features a toggle/switch that offers the choice of using the probe at either 1.5 V_p-p or 6 V_p-p dynamic range.

   The TekConnect® interface takes probe intelligence to the next level, providing probe power, automated signaling of scale factor and offset voltage. It also adds automatic bandwidth adjustment and voltage measurement. The TekConnect interface extends useful bandwidth and signal fidelity out to 18 GHz. A full complement of versatile probe tip accessories helps connect to the wide range of devices faced by digital designers.

Features

• 6 GHz Bandwidth
• Switchable Attenuation Provides up to 6 V_p-p Dynamic Range
• Low Input Capacitance <0.5 pF
• Provides 6 GHz System Bandwidth at Probe Tip with TDS6604B TekConnect® Oscilloscope
• Connect and Adapt to Various Circuit Designs with Small Probe Head and Numerous Connection Accessories
• TekConnect Interface

Applications

• High-speed Digital Systems Design
• Component Design/Characterization
• Manufacturing Engineering and Test

*¹ Requires firmware version 2.1 or higher for TDS/CSA7000 Series.

Tektronix P7330 High Performance Differential Probe

Rent me for $300 a month

    For the CSA/TDS8200, CSA/TDS8000, TDS/CSA7000/B, and TDS6000/B/C mainframes

   Tektronix¿ proven expertise in probes brings you the highest fidelity in high-speed differential probing.  The P7330 differential probes offer excellent signal fidelity, meeting the needs of engineers in design & debug of technologies with very fast clock speeds and edge rates. They provide high-bandwidth, low circuit loading, low noise differential probing solutions for high-speed circuit designers. The P7330  enable users to make time domain or frequency domain measurements on high bandwidth signals commonly found in digital IC designs, communication applications, and disk drive applications. The P7330 and P6330 provide high-bandwidth, low circuit loading, and low noise differential probing solutions. The small probe head geometry and assorted probe tip accessories allow these probes to easily accommodate manual probing of surface mount devices.

Features

• <100 ps Risetime (P7350 Guaranteed)
• 5 GHz to 3.5 GHz Bandwidths (Typical)
• Low Input Capacitance:
• <0.3 pF Differential (P7350 Typical)
• ≥60 dB (1000:1) Common Mode Rejection Ratio (CMRR) at 1 MHz (P7330, P6330 typical)
• Small Probe Head Allows Easy Probing of SMDs

Applications

• Communications (Gigabit Ethernet, Fibre Channel, InfiniBand)
• Semiconductor Characterization & Validation (PCI-Express, Serial ATA, IEEE 1394, USB 2.0, RAMBUS, DDR)
• Disk Drive Design

Tektronix P7380 8 GHz Differential Probe

Rent me for $300 a month

   Tektronix' active probe architecture preserves high bandwidth while providing improved connectivity with low loading. The Z-Active architecture is a hybrid approach composed of a distributed attenuator topology feeding an active probe amplifier. With Z-Active architecture, the P7380 uses a passive probe tip element that is separate from the amplifier, extending the usable reach of the probe. The P7380 architecture maintains high DC input resistance and a higher AC impedance than previous probe architectures while providing significant length between the probe body and the probe attachment point to the DUT. This architecture provides the best of both worlds, high DC impedance along with the stable high frequency loading of Z0 probes.

   The Tektronix P7380 differential probes can help you probe in tight places while preserving high bandwidth and improving connectivity with low loading. Key features include:

• 
  Bandwidth>8.0 GHz (typical) P7380
• 
  Rise time 10--90%<55 ps (guaranteed) P7380
• 
  Interchangeable probe Tip-Clip Assemblies
• 
  Solder down capability
• 
  Variable space compliant handheld adapter
• 
  Fixturing with an adapter
• 
  Small probe head for easy probing of SMDs
• 
  TekConnect Interface

 Input resistance

• 
  100 KÙ differential
• 
  50 KÙ per side

Signal Fidelity

   You can be confident in the signal fidelity of your measurements because the Z-Active¿ architecture provides:

• High bandwidth

• Excellent step response

• Low loading

• High CMRR

Connectivity

   This family of probes uses Tip-Clip¿ assemblies, an interchangeable probe tip system that enables customers to configure their probe with the optimal tip for their application. These detachable assemblies make it possible to replace a tip for a fraction of the cost formerly associated with such hardware changes. The several lengths and variable spacing of the assemblies provide flexibility for adapting to other test points of differing sizes. With Tektronix Tip-Clip assemblies, Monday¿s solder-in probe can become Tuesday¿s handheld tool, simply by switching tips. The Z-Active probe design allows the probe to easily switch between solder, handheld or fixtured applications.

Tektronix TAP3500 3.5 GHz Active Probe

Rent me for $300 a month

For the Tektronix TekVPI probe interface used on the DPO7000 and DPO4000 Series oscilloscopes

   Selecting the right probe for your application is key to attaining the best signal fidelity in your measurements. Active probes provide truer signal reproduction and fidelity for high frequency measurements. With our ultra-low input capacitance and unique interface, the TAP2500 and TAP3500 Single-ended Active FET probes provide excellent high-speed electrical and mechanical performance required for today¿s digital system designs.

   Specifically designed for use and direct connection to the TekVPI probe interface used on the DPO7000 and DPO4000 Series oscilloscopes, the TAP2500 and TAP3500 Active FET probes achieve high-speed signal acquisition and measurement fidelity by solving three traditional problems:

Available for rentals please call

TCA-SMA Adapters (50 Ω only)

   The high-speed SMA adapters allow a more direct connection to the signal under test requiring SMA connections without losing performance by adding other external conversion adapters. Bandwidth is rated to 18 GHz.

TekConnect Interface Delivers Superior Signal Fidelity, Unparalleled Versatility and Ease-of-use

   The TekConnect interface ensures superior signal fidelity with useful bandpass up to 18 GHz at the oscilloscope input, while offering unparalleled versatility with the world’s widest array of accessory signal acquisition solutions for high-performance, real-time oscilloscopes. This interface delivers a more robust oscilloscope interface for next-generation products with multi-GHz analog bandwidths, overcoming many of the inherent bandwidth limitations of BNC-based interfaces. The TekConnect interface preserves a low voltage standing wave ratio (VSWR) 50 Ω environment as well as a reliable electrical connection. A convenient, one-button release and locking mechanism provides quick, easy installation and removal of probes, amplifiers and adapters.

Tektronix TCP202 Current Probe

Rent me for $150 a month

Features

• Easy Current Measurements
• Probe Connects Directly to TDS Scope through TEKPROBE¿ BNC Interface
• Split Core Construction for Easy Circuit Connection
• DC to 50 MHz Bandwidth
• 15 Amps DC + Peak AC Current
• 50 Amps Peak Pulse Current
• 500 x 10-6 Ampere-Sec Product
• Safety Certified

Applications

• Motor Drives
• Switching Power Supplies
• Disk Drive
• Electronic Ballasts
• Inverters
• Avionics

TCP202 DC Coupled Current Probe

When combined with a Tektronix TDS oscilloscope, the TCP202 enables users to make direct readout DC and AC current measurements, resulting in accurately displayed and recorded measurements.

The TCP202 is a general-purpose probe for displaying and measuring current in electronic circuits. It is ideal for power supply and motor drive design, and for device testing.

Characteristics

• Bandwidth - DC to 50 MHz.
• Max DC + Peak AC Current - 15 A.
• Max Peak Pulse Current - 50 A.
• Minimum Sensitivity - 10 mA/div.
• DC Accuracy -
• ±1% (with probe calibrator).
• ±3% (without probe calibrator).
• Max Bare Wire Voltage - 300 V (CAT I).

Typical Characteristics

• Insertion Impedance -0.002 Ù at 1 kHz. 0.1 Ù at 5 MHz.
• Propagation Delay - 17 ns.
• Max Conductor Diameter - 3.8 mm (0.15 in.).

Recommended Oscilloscopes

TDS520B; TDS520C; TDS520D; TDS540B; TDS540C; TDS540D; TDS580C; TDS580D; TDS654C, TDS680C, TDS684C, TDS694C, TDS724A; TDS724C; TDS724D; TDS744A (S/N B040100 or higher); TDS754A; TDS754C; TDS754D; TDS784A (S/N B040100 or higher); TDS784C; TDS784D; TDS794D; TDS3000 Series; TDS3000B Series, TDS5000 Series; TDS5000B Series; TDS6000 Series and TDS6000B Series with TCA-BNC adapter; TDS7000 Series and TDS7000B Series with TCA-BNC adapter.

Tektronix YT5100 X10 100 MHz Passive Oscilloscope Probe

   The Tektronix YT5100 Switchable X1/X10 Oscilloscope probe that offers Tektronix legendary reliability with a mass market price. Works with any oscilloscope that has a bandwidth of 100 MHz or less.