Keysight E8363A Network Analyzer: High-Performance RF and Microwave Testing Solution

2025-07-23
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Keysight E8363A Network Analyzer: High-Performance RF & Microwave Testing Solution

I. Product Overview

The Keysight E8363A is a high-performance vector network analyzer (VNA) from the PNA series, designed for RF, microwave, and millimeter-wave device testing. It is widely used in wireless communications, aerospace, defense electronics, and semiconductor testing, offering high-precision S-parameter measurements, time-domain analysis, and noise figure testing.

This article provides a detailed introduction to the E8363A from three perspectives: key specifications, operating instructions, and typical applications, helping users quickly master its capabilities and optimize testing workflows.

e8363a


II. Key Specifications of E8363A

1. Frequency Range & Dynamic Performance

ParameterSpecification
Frequency Range10 MHz ~ 40 GHz (extendable to 67 GHz)
Dynamic Range>130 dB (typical)
Measurement SpeedFastest 5 μs/point (rapid sweep mode)
Output Power-50 dBm ~ +13 dBm (adjustable)

2. Measurement Accuracy & Stability

ParameterSpecification
Amplitude Accuracy±0.03 dB (after calibration)
Phase Accuracy±0.3° (after calibration)
Trace Noise<0.002 dB RMS (1 kHz IFBW)
Temperature Stability±0.01 dB/°C (typical)

3. Other Key Features

  • Port Configuration: 2-port (standard), expandable to 4-port

  • Calibration Methods: SOLT (Short-Open-Load-Thru), TRL, LRM

  • Data Interfaces: GPIB, LAN, USB 2.0

  • Display Resolution: 12.1-inch touchscreen (1024×768 pixels)


III. Operating Instructions

1. Hardware Connections

(1) Device Under Test (DUT) Connection
  • Use high-quality RF cables (e.g., 3.5mm or N-type) to connect the E8363A’s Port 1 and Port 2 to the DUT.

  • For differential devices (e.g., balanced filters), use differential probes or baluns.

(2) Calibration Procedure
  1. Select Calibration Kit: Match the calibration kit model (e.g., 85052D) in the instrument menu.

  2. Perform SOLT Calibration: Connect Short, Open, Load, and Thru standards sequentially.

  3. Verify Calibration: Check if S11/S22 reflection coefficients are close to 0 dB (ideal match).

2. Basic Measurement Operations

  1. Set Frequency Range

    • Press 【FREQ】, then enter Start and Stop frequencies (e.g., 1 GHz ~ 20 GHz).

  2. Select Measurement Parameters

    • Press 【S-Parameter】 to choose S11 (reflection), S21 (transmission), etc.

  3. Adjust Sweep Points & IF Bandwidth

    • Increase points (e.g., 1601) for higher resolution; reduce IF BW (e.g., 10 Hz) to minimize noise.

  4. Save & Export Data

    • Supports **.CSV**, **.S2P** formats for post-processing (e.g., ADS simulation).

3. Advanced Functions

(1) Time-Domain Analysis (TDR/TDT)
  • Purpose: Locate impedance discontinuities in transmission lines (e.g., PCB defects).

  • Steps:

    1. Press 【Transform】→【Time Domain】.

    2. Set time-domain gating to isolate specific reflections.

(2) Noise Figure Testing (Option Required)
  • Application: Evaluate noise performance of amplifiers/mixers.

  • Required Option: N4000A Noise Figure Test Kit.

(3) Mixer Testing (Option Required)
  • Purpose: Measure conversion loss, isolation, etc.

  • Required Option: S93080B Mixer Test Software.


IV. Typical Applications

1. Wireless Communication Device Testing

  • Devices: Filters, amplifiers, antennas, couplers

  • Key Metrics:

    • S11/S22 (return loss >15 dB)

    • S21 (insertion loss <3 dB)

2. Aerospace & Defense Electronics

  • Devices: Radar components, satellite comms modules

  • Requirements:

    • High dynamic range (>120 dB) for weak signal detection

    • Phase stability (±0.5°) for beamforming systems

3. Semiconductor Device Characterization

  • Devices: GaN HEMT, SiC power devices

  • Notes:

    • Use DC bias modules (e.g., N469x series) for gate/drain voltage.

    • Avoid overdrive (Output Power ≤ 0 dBm) to prevent damage.

4. High-Speed Digital Signal Integrity

  • Devices: PCB traces, connectors

  • Methods:

    • TDR for impedance consistency analysis.

    • Eye diagram generation (requires BERT/oscilloscope).


V. Conclusion

The Keysight E8363A is a high-precision, multifunctional VNA suitable for R&D, production, and QA. Its wide bandwidth, low noise, and high dynamic range make it ideal for 5G, mmWave, radar, and semiconductor applications.

Selection Guide

  • Basic RF Testing: E8363A (2-port) + 85052D Cal Kit.

  • Complex Systems: E8363A (4-port) + N4000A Noise Option.

  • mmWave Extension: Pair with VDI frequency extenders (up to 67 GHz).

Keysight E8363A Network Analyzer: High-Performance RF and Microwave Testing Solution
2025-07-23

Keysight E8363A Network Analyzer: High-Performance RF & Microwave Testing Solution

I. Product Overview

The Keysight E8363A is a high-performance vector network analyzer (VNA) from the PNA series, designed for RF, microwave, and millimeter-wave device testing. It is widely used in wireless communications, aerospace, defense electronics, and semiconductor testing, offering high-precision S-parameter measurements, time-domain analysis, and noise figure testing.

This article provides a detailed introduction to the E8363A from three perspectives: key specifications, operating instructions, and typical applications, helping users quickly master its capabilities and optimize testing workflows.

e8363a


II. Key Specifications of E8363A

1. Frequency Range & Dynamic Performance

ParameterSpecification
Frequency Range10 MHz ~ 40 GHz (extendable to 67 GHz)
Dynamic Range>130 dB (typical)
Measurement SpeedFastest 5 μs/point (rapid sweep mode)
Output Power-50 dBm ~ +13 dBm (adjustable)

2. Measurement Accuracy & Stability

ParameterSpecification
Amplitude Accuracy±0.03 dB (after calibration)
Phase Accuracy±0.3° (after calibration)
Trace Noise<0.002 dB RMS (1 kHz IFBW)
Temperature Stability±0.01 dB/°C (typical)

3. Other Key Features

  • Port Configuration: 2-port (standard), expandable to 4-port

  • Calibration Methods: SOLT (Short-Open-Load-Thru), TRL, LRM

  • Data Interfaces: GPIB, LAN, USB 2.0

  • Display Resolution: 12.1-inch touchscreen (1024×768 pixels)


III. Operating Instructions

1. Hardware Connections

(1) Device Under Test (DUT) Connection
  • Use high-quality RF cables (e.g., 3.5mm or N-type) to connect the E8363A’s Port 1 and Port 2 to the DUT.

  • For differential devices (e.g., balanced filters), use differential probes or baluns.

(2) Calibration Procedure
  1. Select Calibration Kit: Match the calibration kit model (e.g., 85052D) in the instrument menu.

  2. Perform SOLT Calibration: Connect Short, Open, Load, and Thru standards sequentially.

  3. Verify Calibration: Check if S11/S22 reflection coefficients are close to 0 dB (ideal match).

2. Basic Measurement Operations

  1. Set Frequency Range

    • Press 【FREQ】, then enter Start and Stop frequencies (e.g., 1 GHz ~ 20 GHz).

  2. Select Measurement Parameters

    • Press 【S-Parameter】 to choose S11 (reflection), S21 (transmission), etc.

  3. Adjust Sweep Points & IF Bandwidth

    • Increase points (e.g., 1601) for higher resolution; reduce IF BW (e.g., 10 Hz) to minimize noise.

  4. Save & Export Data

    • Supports **.CSV**, **.S2P** formats for post-processing (e.g., ADS simulation).

3. Advanced Functions

(1) Time-Domain Analysis (TDR/TDT)
  • Purpose: Locate impedance discontinuities in transmission lines (e.g., PCB defects).

  • Steps:

    1. Press 【Transform】→【Time Domain】.

    2. Set time-domain gating to isolate specific reflections.

(2) Noise Figure Testing (Option Required)
  • Application: Evaluate noise performance of amplifiers/mixers.

  • Required Option: N4000A Noise Figure Test Kit.

(3) Mixer Testing (Option Required)
  • Purpose: Measure conversion loss, isolation, etc.

  • Required Option: S93080B Mixer Test Software.


IV. Typical Applications

1. Wireless Communication Device Testing

  • Devices: Filters, amplifiers, antennas, couplers

  • Key Metrics:

    • S11/S22 (return loss >15 dB)

    • S21 (insertion loss <3 dB)

2. Aerospace & Defense Electronics

  • Devices: Radar components, satellite comms modules

  • Requirements:

    • High dynamic range (>120 dB) for weak signal detection

    • Phase stability (±0.5°) for beamforming systems

3. Semiconductor Device Characterization

  • Devices: GaN HEMT, SiC power devices

  • Notes:

    • Use DC bias modules (e.g., N469x series) for gate/drain voltage.

    • Avoid overdrive (Output Power ≤ 0 dBm) to prevent damage.

4. High-Speed Digital Signal Integrity

  • Devices: PCB traces, connectors

  • Methods:

    • TDR for impedance consistency analysis.

    • Eye diagram generation (requires BERT/oscilloscope).


V. Conclusion

The Keysight E8363A is a high-precision, multifunctional VNA suitable for R&D, production, and QA. Its wide bandwidth, low noise, and high dynamic range make it ideal for 5G, mmWave, radar, and semiconductor applications.

Selection Guide

  • Basic RF Testing: E8363A (2-port) + 85052D Cal Kit.

  • Complex Systems: E8363A (4-port) + N4000A Noise Option.

  • mmWave Extension: Pair with VDI frequency extenders (up to 67 GHz).