• Precision 2-port microwave ECal module with high accuracy
• Frequency coverage from 300 kHz to 18 GHz or DC to 18 GHz (Option 0DC)
• Fast, easy, and accurate full two-port calibration
• Supports 7-mm connectors
• Direct control from Keysight vector network analyzers via USB

The Keysight N4696D microwave electronic calibration (ECal) module makes calibration of Keysight vector network analyzers fast, easy, and accurate. The N4696D is a precision 2-port ECal module that supports 7-mm connectors up to 18 GHz. The plastic storage case for the N4696D is included for securing your ECal module and accessories.

The N4696D Option 0DC extends the calibration frequency range down to DC, which is beneficial for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on the Keysight network analyzers.

This ECal module is an ideal solution for calibrating vector network analyzers. Performing a full two-port calibration takes less than half the time and number of connections versus traditional mechanical cal kits. The operator simply connects the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Wear and tear on connectors is reduced as well, lowering repair costs on both the test port connectors and calibration standards.

• Precision 2-port microwave ECal module with high accuracy
• Frequency coverage from 10 MHz to 67 GHz or DC to 67 GHz (Option 0DC)
• Fast, easy, and accurate full two-port calibration
• Supports 1.85 mm connectors
• Available in male/male (option M0M), female/female (option F0F), and male/female (option M0F) connector configurations
• Direct control from Keysight vector network analyzers via USB

The Keysight N4694D microwave electronic calibration (ECal) module makes calibration of Keysight vector network analyzers fast, easy and accurate. The N4694D is a precision 2-port ECal module that supports 1.85 mm connectors up to 67 GHz. Select either female-female, male-male, or female-male connectors. The plastic storage case for the N4694D is included for securing your ECal module and accessories.

The N4694D Option 0DC extends the calibration frequency range down to DC, which is beneficial for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on the Keysight network analyzers.

This ECal module is an ideal solution for calibrating vector network analyzers. Performing a full two-port calibration takes less than half the time and number of connections versus traditional mechanical cal kits. The operator simply connects the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Wear and tear on connectors is reduced as well, lowering repair costs on both the test port connectors and calibration standards.

• Precision 2-port microwave ECal module with high accuracy
• Frequency coverage from 10 MHz to 50 GHz or DC to 50 GHz (Option 0DC)
• Fast, easy, and accurate full two-port calibration
• Supports 2.4 mm connectors
• Available in male/male, female/female, and male/female connector configurations
• Direct control from Keysight vector network analyzers via USB

The Keysight N4693D microwave electronic calibration (ECal) module makes calibration of Keysight vector network analyzers fast, easy, and accurate. The N4693D is a precision 2-port ECal module that supports 2.4 mm connectors up to 50 GHz. Select either female-female, male-male, or female-male connectors. The plastic storage case for the N4693D is included for securing your ECal module and accessories.

The N4693D Option 0DC extends the calibration frequency range down to DC, which is beneficial for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on the Keysight network analyzers.

This ECal module is an ideal solution for calibrating vector network analyzers. Performing a full two-port calibration takes less than half the time and number of connections versus traditional mechanical cal kits. The operator simply connects the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Wear and tear on connectors is reduced as well, lowering repair costs on both the test port connectors and calibration standards.

• Waveguide to coax adapters, terminations, flush shorts,1/4 wavelength offsets
• WR-137 : 5.38 to 8.18 GHz
• WR-90 : 8.2 to 12.5 GHz
• WR-62 : 11.9 to 18 GHz
• WR-42 : 17.6 to 26.7 GHz
• Metric and imperial flange sizes available

N9911X is a collection of economical waveguide components well-suited for FieldFox CAT and VNA calibrations. The N9911X cal kit definitions are built-into FieldFox firmware, and can be downloaded from FieldFox's calibration kit website.

Component descriptions are listed in the Options tab.

For more information about cable and accessories for use with network analyzers, please visit Network Analyzer Accessories.

• Precision 2-port microwave ECal module with high accuracy
• Frequency coverage from 10 MHz to 40 GHz or DC to 40 GHz (Option 0DC)
• Fast, easy, and accurate full two-port calibration
• Supports 2.92 mm connectors
• Available in male/male (option M0M), female/female (option F0F), and male/female (option M0F) connector configurations
• Direct control from Keysight vector network analyzers via USB

The Keysight N4692D microwave electronic calibration (ECal) module makes calibration of Keysight vector network analyzers fast, easy and accurate. The N4692D is a precision 2-port ECal module that supports 2.92 mm connectors up to 40 GHz. Select either female-female, male-male, or female-male connectors. The plastic storage case for the N4692D is included for securing your ECal module and accessories.

The N4692D Option 0DC extends the calibration frequency range down to DC, which is beneficial for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on the Keysight network analyzers.

This ECal module is an ideal solution for calibrating vector network analyzers. Performing a full two-port calibration takes less than half the time and number of connections versus traditional mechanical cal kits. The operator simply connects the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Wear and tear on connectors is reduced as well, lowering repair costs on both the test port connectors and calibration standards.

• Precision 2-port microwave ECal module with high accuracy
• Frequency coverage from 300 kHz to 26.5 GHz or DC to 26.5 GHz (Option 0DC)
• Fast, easy, and accurate full two-port calibration
• Supports 3.5 mm connectors
• Available in male/male (option M0M), female/female (option F0F), and male/female (option M0F) connector configurations
• Direct control from Keysight vector network analyzers via USB

The Keysight N4691D microwave electronic calibration (ECal) module makes calibration of Keysight vector network analyzers fast, easy and accurate. The N4691D is a precision 2-port ECal module that supports 3.5 mm connectors up to 26.5 GHz. Select either female-female, male-male, or female-male connectors. The plastic storage case for the N4691D is included for securing your ECal module and accessories.

The N4691D Option 0DC extends the calibration frequency range down to DC, which is beneficial for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on the Keysight network analyzers.

This ECal module is an ideal solution for calibrating vector network analyzers. Performing a full two-port calibration takes less than half the time and number of connections versus traditional mechanical cal kits. The operator simply connects the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Wear and tear on connectors is reduced as well, lowering repair costs on both the test port connectors and calibration standards.

• Precision 2-port microwave ECal module with high accuracy.
• Frequency coverage from 300 kHz to 18 GHz or DC to 18 GHz (Option 0DC).
• Fast, easy and accurate full two-port calibration.
• Supports type-N 50-ohm connectors.
• Available in male/male (option M0M), female/female (option F0F), and male/female (option M0F) connector configurations.
• Direct control from Keysight vector network analyzers via USB.

The Keysight N4690D microwave electronic calibration (ECal) module makes calibration of Keysight vector network analyzers fast, easy and accurate. The N4690D is a precision 2-port ECal module that supports 50-ohm type-N connectors up to 18 GHz. Select either female-female, male-male, or female-male connectors. The plastic storage case for the N4690D is included for securing your ECal module and accessories.

The N4690D Option 0DC extends the calibration frequency range down to DC, which is beneficial for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on the Keysight network analyzers.

This ECal module is an ideal solution for calibrating vector network analyzers. Performing a full two-port calibration takes less than half the time and number of connections versus traditional mechanical cal kits. The operator simply connects the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Wear and tear on connectors is reduced as well, lowering repair costs on both the test port connectors and calibration standards.

• Frequency: 500 MHz to 40 GHz
• Amplitude re-correction to (typically): ±0.05 dB
• Phase re-correction to (typically): ±1.5°
• Directivity re-correction to (typically): -38 dB
• 2.92 mm connectors
• PNA Firmware Options 301 and 304 are no longer required for use with standard CalPods 

CalPods provide a new and unique way to quickly and easily refresh a network analyzer calibration, at the push of a button and without removing the DUT or re-connecting standards.

CalPods operate with the following PNA family of network analyzers: PNA-X N524xB, PNA N522xB, and PNA-L N523xB, and PXIe vector network analyzers: M937xA. Operation of the CalPods requires specific CalPod firmware for the PNA or M937xA, an 85523B CalPod Controller, and to control more than four CalPods the 85556A fan-out cable splitter is required.

The 85540B is used for ambient temperature operation and provides accurate re-correction capabilities over the temperature range of +20 °C to +30 °C. Up to 48 CalPods can be controlled, but only four CalPods at a time can be recorrected.

The CalPods can be characterized with an ECal module to function as an ECal module in the measurement environment. This capability is particularly useful when making multi-port and multi-path measurements, as it greatly simplifies calibrations for these types of measurements. The CalPods as ECal feature allows a one-port calibration to be performed on each port of a multi-port DUT. Then with any two one-port calibrations, and one unknown thru path measurement, the corresponding full two-port 12 term error correction model can be determined for that corresponding thru path.

• Frequency: 500 MHz to 40 GHz
• Amplitude re-correction to (typically): ±0.05 dB
• Phase re-correction to (typically): ±1.5 °
• Directivity re-correction to (typically): -38 dB
• Operates in thermal-vacuum environments
• 2.92 mm connectors
• PNA Firmware Options 302 and 304 are no longer required for use with TVAC CalPods

CalPods provide a new and unique way to quickly and easily refresh a network analyzer calibration, at the push of a button and without removing the DUT or re-connecting standards. Very useful in thermal-vacuum chamber testing, where it is desired to remove the thermal effects of the test cables and connectors from the DUT’s response, and where it is impractical to stop the testing to perform a normal re-calibration.

CalPods operate with the following PNA family of network analyzers: PNA-X N524xB, PNA N522xB, and PNA-L N523xB, and PXIe vector network analyzers: M937xA. Operation of the CalPods requires specific CalPod firmware for the PNA or M937xA, an 85523B CalPod Controller, and to control more than four CalPods the 85556A fan-out cable splitter is required.

The 85542B temperature characterized and thermal-vacuum environment CalPods provide accurate re-correction capabilities over the temperature range of -30 °C to +80 °C. Up to 48 CalPods can be controlled, but only four CalPods at a time can be recorrected.

The CalPods can be characterized with an ECal module to function as an ECal module in the measurement environment. This capability is particularly useful when making multi-port and multi-path measurements, as it greatly simplifies calibrations for these types of measurements. The CalPods as ECal feature allows a one-port calibration to be performed on each port of a multi-port DUT. Then with any two one-port calibrations, and one unknown thru path measurement, the corresponding full two-port 12 term error correction model can be determined for that corresponding thru path.

• Frequency: 500 MHz to 40 GHz
• Amplitude re-correction to (typically): ±0.05 dB
• Phase re-correction to (typically): ±1.5 °
• Directivity re-correction to (typically): -38 dB
• Temperature compensation from -30 to +80 °C
• 2.92 mm connectors
• PNA Firmware Options 302 and 304 are no longer required for use with temperature-characterized CalPods 

CalPods provide a new and unique way to quickly and easily refresh a network analyzer calibration, at the push of a button and without removing the DUT or re-connecting standards. Very useful in thermal chamber testing, where it is desired to remove the thermal effects of the test cables and connectors from the DUT’s response, and where it is impractical to stop the thermal testing to perform a normal re-calibration.

CalPods operate with the following PNA family of network analyzers: PNA-X N524xB, PNA N522xB, and PNA-L N523xB, and PXIe vector network analyzers: M937xA. Operation of the CalPods requires specific CalPod firmware for the PNA or M937xA, an 85523B CalPod Controller, and to control more than four CalPods the 85556A fan-out cable splitter is required.

The 85541B temperature characterized CalPods provide accurate re-correction capabilities over the temperature range of -30 °C to +80 °C. Up to 48 CalPods can be controlled, but only four CalPods at a time can be recorrected.

• Calibrates UXR-Series Oscilloscopes with 13 to 33 GHz of bandwidth
• Ruggedized 3.5 mm Female probe head
• AutoProbe II interface
• 3.5 mm Male RF Cable input
• Probe Head Torque: 8 in-lb
• Calibration cycle: 1-year

Regular calibration is required to ensure your high-performance measurement equipment is operating to its specified performance. However, annual calibration cycles can come up at inconvenient times and encroach on project schedules or impact productivity. The Infiniium UXR-Series offers an optional self-calibration module capable of performing a full factory quality frame calibration. No longer do you have to lose productivity or time associated with sending your Infiniium UXR-Series oscilloscope in for calibration.

Calibrate one or more channels of your 13 to 33 GHz UXR oscilloscopes with N2127A, UXR’s 3.5 mm calibration module. It enables full factory quality frame calibration under the same environmental conditions as your DUT. An Indium Phosphide (InP) chipset, it generates a high-speed step to calibrate your channel. Time scale calibration is optionally supported with additional equipment. Included with the calibration module is a calibration certificate, 3.5 mm female to female adapter, and 40 GHz 50-Ohm SK-straight-Male SK-straight-Male coax cable.

• Calibrates UXR-Series Oscilloscopes with 40 to 70 GHz of bandwidth
• Ruggedized 1.85 mm Female probe head
• AutoProbe III interface
• 3.5 mm Male RF Cable input
• Probe Head Torque: 8 in-lb
• Calibration cycle: 1-year

Regular calibration is required to ensure your high-performance measurement equipment is operating to its specified performance. However, annual calibration cycles can come up at inconvenient times and encroach on project schedules or impact productivity. The Infiniium UXR-Series offers an optional self-calibration module capable of performing a full factory quality frame calibration. No longer do you have to lose productivity or time associated with sending your Infiniium UXR-Series oscilloscope in for calibration.

Calibrate one or more channels of your 40 to 70 GHz UXR oscilloscopes with N2126A, UXR’s 1.85 mm calibration module. It enables full factory quality frame calibration under the same environmental conditions as your DUT. An Indium Phosphide (InP) chipset, it generates a high-speed step to calibrate your channel. Time scale calibration is optionally supported with additional equipment. Included with the calibration module is a calibration certificate, 3.5 mm female to female adapter, and 40 GHz 50-Ohm SK-straight-Male SK-straight-Male coax cable.

• Calibrates UXR-Series Oscilloscopes up to 110 GHz
• Ruggedized 1.0 mm Female probe head
• AutoProbe III interface
• 3.5 mm Male RF Cable input
• Probe Head Torque: 10 in-lb
• Calibration cycle: 1-year

Regular calibration is required to ensure your high-performance measurement equipment is operating to its specified performance. However, annual calibration cycles can come up at inconvenient times and encroach on project schedules or impact productivity. The Infiniium UXR-Series offers an optional self-calibration module capable of performing a full factory quality frame calibration. No longer do you have to lose productivity or time associated with sending your Infiniium UXR-Series oscilloscope in for calibration.

Calibrate one or more channels of your 80 to 110 GHz UXR oscilloscopes with N2125A, UXR’s 1.00 mm calibration module. It enables full factory quality frame calibration under the same environmental conditions as your DUT. An Indium Phosphide (InP) chipset, it generates a high speed step to calibrate your channel. Time scale calibration is optionally supported with additional equipment. Included with the calibration module is a calibration certificate, 3.5 mm female to female adapter, and 40 GHz 50-Ohm SK-straight-Male SK-straight-Male coax cable.

• Precision 4-ports RF ECal module with high accuracy
• Frequency coverage from DC/300 KHz to 26.5 GHz
• Fast, easy, and accurate full 4-ports calibration
• Supports 3.5 mm connectors. Connectors selection covers both female and male connectors type.
• Direct control from Keysight vector network analyzers via USB

The Keysight N4433D RF electronic calibration (ECal) module makes calibration of Keysight vector network analyzers fast, easy and accurate. The N4433D is a precision 4-ports ECal module that supports selection of 3.5 mm connector and can be mixed up to 26.5 GHz. Select either female-female, male-male, or female-male connectors.

The N4433D Option 0DC extends the calibration frequency range down to DC, which is beneficial for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on the Keysight network analyzers.

This ECal module is an ideal solution for calibrating vector network analyzers. Performing a full 4-ports calibration takes less than half the time and number of connections versus traditional mechanical cal kits. The operator simply connects the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Wear and tear on connectors are reduced as well, lowering repair costs on both the test port connectors and calibration standards.

Fast, Easy, and Accurate Calibration of Vector Network Analyzers

The Keysight N4432D is a precision 4-port ECal module that supports selection of Type-N and 3.5 mm connectors mixed up to 18 GHz. Select either female-female, male-male, or female-male connectors.

Option 0DC extends the calibration frequency range down to DC for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on Keysight network analyzers.

Perform a full 4-port calibration in less than half the time and number of connections when compared to traditional mechanical cal kits. Simply connect the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Reduce wear and tear on connectors and lower repair costs on the test port connectors and calibration standards.

• Precision 4-port RF ECal module with high accuracy
• Frequency coverage from DC/300 kHz to 18 GHz
• Fast, easy, and accurate full 4-ports calibration
• Supports multiple connectors mixed of Type-N, and 3.5 mm connectors. Connectors selection covers both female and male connectors type.
• Direct control from Keysight vector network analyzers via USB

• Precision 4-ports RF ECal module with high accuracy.
• Frequency coverage from DC to 13.5 GHz.
• Fast, easy, and accurate full 4-ports calibration.
• Supports multiple connectors mixed of Type-N, 3.5 mm, 7-16 and 4.3-10 connectors. Connectors selection covers both female and male connectors type.
• Direct control from Keysight vector network analyzers via USB.

The Keysight N4431D RF electronic calibration (ECal) module makes calibration of Keysight vector network analyzers fast, easy and accurate. The N4431D is a precision 4-ports ECal module that supports multiple selection of connectors like Type-N, 3.5 mm, 7-16 and 4.3-10 connectors and can be mixed up to 13.5 GHz. Select either female-female, male-male, or female-male connectors.

The N4431D extends the calibration frequency range down to start at DC, which is beneficial for broadband device modeling or time domain and signal integrity analysis using enhanced time domain-analysis on the Keysight network analyzers.

This ECal module is an ideal solution for calibrating vector network analyzers. Performing a full 4-ports calibration takes less than half the time and number of connections versus traditional mechanical cal kits. The operator simply connects the ECal module to the vector network analyzer via USB and the firmware controls the rest, thus reducing the chance for operator error. Wear and tear on connectors are reduced as well, lowering repair costs on both the test port connectors and calibration standards.