MICROWAVE · INSTRUMENTS · BOARDS · MODULESgeorge@hportek.com

Vector Network Analyzers

SYVNA-2P-T67GDual-Port Vector Network Analyzer

The SYVNA-2P-T67G is a low-cost, high-performance, compact bench-top dual-port VNA covering 100 MHz to 67 GHz, with open interfaces for secondary development.

  • Low cost, high performance, bench-top
  • Integrated 10.1" LCD touchscreen
  • User-friendly interface
  • Dual-channel, dual-path full S-parameter
  • Open interface, secondary development

TECHNICAL DATA

Technical specifications

Specifications correspond to the product catalogue. Contact our technical team for configuration and operating conditions.

SYVNA-2P-T67G Technical specifications
ParameterSpecification / typical value
Functional Specifications
Independent S-parameter measurementSupported
Swept/fixed-frequency modes; time-domain analysis (cable fault distance, reflection distance)Supported
Friendly display & control softwareSupported
Technical Specifications
Frequency Range100MHz~67GHz
Frequency Accuracy±5×10-6
Frequency Resolution50Hz
Output Power-50dBm~0dBm
Sweep Points2 to 100001 points
IF Bandwidth10Hz~300kHz
Dynamic Range≥100dB
Transmission Coeff. Accuracy±0.2dB/±2°(0dB~10dB);±0.1dB/±2°(-45dB~ 0dB);±0.2dB/±2°(-65dB~-45dB);±1dB/±6°(- 70dB~-65dB)
Reflection Coeff. Accuracy±0.5dB/±4°(-15dB~0dB);±1.5dB/±10°(-25dB~- 15dB);±5.5dB/±30°(-35dB~-25dB)
Trace Noise0.004dBrms
Temperature Dependency0.04dB/℃
Effective Directivity35dB
Effective Source Match30dB
Effective Reflection Tracking±0.5dB
Effective Load Match28dB
Effective Transmission Tracking±0.5dB
Burn-out Power+25dBm
Ext. Ref. Frequency20MHz
Ext. Ref. Power0dBm~5dBm
Output Ref. Frequency20MHz
Output Ref. Power0dBm~5dBm
General Specifications
Dimensions638.5mm×484mm×245mm
Weight≤30kg
Power SupplyAC 220V
Operating Temperature-10℃~+55℃
Storage Temperature-40℃~+70℃

Specifications are subject to change without notice. Contact our technical team for full conditions, interface definitions, and ordering information.

Handling notes

  • Take anti-static precautions and ensure device ports are clean before use.
  • Use a torque wrench to tighten coupling nuts where applicable.
  • Check connector pin depth before calibration to avoid damage to calibration devices.

EXPLORE MORE

Related products

Explore category

LET’S CONNECT

Find the right product for your next breakthrough.

Talk to our team about your measurement, signal processing, and system integration requirements.

Contact our team