STO-03203N05-R-E1 ERAVANT | Alldatasheet
Document overview
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Technical content
Advanced 1.5 STO-03203N05-R-E1 J-Band VNA Frequency Extender Receive (Rx) Module, 9.17 to 13.75 GHz Input STO-03203N05-R-E1 is a compact J-Band vector network analyzer (VNA) frequency extender receive (Rx) module that extends lower frequency VNA signals to 220 to 330 GHz. It is compatible with modern vector network analyzers such as Rohde & Schwarz ZNA, Anritsu VectorStar™, Keysight PNA-X Series, and Copper Mountain CobaltFx. The VNA needs dual sources to be extended. This frequency extender can be used to measure one-path transmission (S21 or S12) through DUT when paired with compatible transmitter. When Rx module is paired with Tx/Rx module, the setup can be used to measure reflection at input of DUT and transmission through DUT. An AC to DC Power adapter and Proxi-Flange™ Contactless Flanges (STQ-WG-03010-FB-CF and STQ-WG-03025-FB-CF), are included. The Eravant calibration kit (STQ-TO-03-S1-CKIT1) and Wave-Glide™ Rail System (STQ-TL-RW-S10-M1) are highly recommended to complete the J-Band VNA test set. VNA extender is packaged individually in a rugged equipment box with additional hardware and tools. Parameter Minimum Typical Maximum Frequency Range 220 GHz 330 GHz Input Attenuation Control Range 30 dB Test Port Input Power (Damage)* +10 dBm Dynamic Range** @ 10 Hz BW 80 dB Test Port Match 20 dB LO Source Input Frequency (RF±IF) 9.17 GHz 13.75 GHz LO Source Input Power 0 dBm +3 dBm +6 dBm IF Frequency Range 10 MHz 1000 MHz Multiplication Factor 24 Specification Temperature +20 ˚C +30 ˚C Operating Temperature 0 ˚C +50 ˚C Electrical Specifications ECCN
- 3A001.b.7
FEATURES
- Full Band Coverage
- Dynamic Range of 80 dB
- AC Power Input: 100 to 240 VAC
APPLICATIONS
- VNA Frequency Extension
- OTA Measurements
- Test Lab Instrumentation RECOMMENDED PAIRINGS
- Cal Kit: STQ-TO-03-S1-CKIT1
- Waveguide Quick Connects
- Cable: SCW-SMSM040-F1-A-PM RECOMMENDED RESOURCES
- Contactless WG Flange & mmW- THz Test Setup Applications
- VNA Extender Configuration Guide
- VNA Extenders & Cal Kits *Max input power is specified when attenuation level is minimum. Increasing attenuation level will increase power handling. **Measured with compatible Tx/Ref or Tx/Rx module. www.eravant.com | 424-757-0168 | support@eravant.com Copyright © 2023 by Eravant
Test Port WR-03 Waveguide with UG-387/U-M Anti-Cocking Flange LO Source Input Port SMA (F) IF Measure Port SMA (F) DC Power Receptacle LEMO EGG.0B.304.CLL Finish Black Anodized Weight (per Module) 2.1 lbs. Size (Without Adjustable Feet) 5.00” (L) x 3.75” (W) x 1.90” (H) [Without Attenuator] 6.26” (L) x 3.75” (W) x 1.90” (H) [With Attenuator] Outline TO-R03-A Mechanical Specifications Item Eravant Model Number Quantity Proxi-Flange™ Contactless Flange, 1.0” Long STQ-WG-03010-FB-CF 1 Proxi-Flange™ Contactless Flange, 2.5” Long STQ-WG-03025-FB-CF 1 Waveguide Screws, 3/32 Hex Head SWH-332-SS-10 1 (10 Screws Total) Waveguide Screwdriver, 3/32 Hex Head SWH-332-DS 1 SMA Connector Torque Wrench SCH-08008-S1 1 AC-to-DC Power Adapter STU-110006005-HF 1 Included Components: Connecting cables are not included. Eravant coaxial cable, model SCW-SMSM040-F1-A-PM, is highly recommended. Two (2) cables are required to connect this module with VNA. xN R L I DUT LO Multiplier LO Input IF (Meas) Output Adjustable Attenuator (Removable) Simplified Block Diagram www.eravant.com | 424-757-0168 | support@eravant.com Copyright © 2023 by Eravant
Unless otherwise specified, all dimensions are in inches [millimeters] STO-03203N05-R-E1
- To complete a frequency extension set, pair this Rx module with a compatible Tx/Ref or Tx/ Rx module listed in VNA Frequency Extenders page.
- Eravant reserves the right to change the information presented without notice.
- Exceeding absolute maximum ratings of the device will damage the extenders. wrench, model SCH-08008-S1, is highly recommended.
- Any foreign objects in the waveguide will cause performance degradation or damage the device. NOTE CAUTION www.eravant.com | 424-757-0168 | support@eravant.com Copyright © 2023 by Eravant