background image

 

 

© 2020 Virginia Diodes, Inc.

—All Rights Reserved—Rev: 3 April 2020 

 

Broadband Frequency Triplers 

 
Virginia Diodes, Inc. offers a broad range of millimeter-wave, passive frequency triplers based on planar GaAs Schottky diode 
technology. Frequency triplers can be used to extend the frequency coverage of microwave and millimeter-wave sources. VDI

’s 

broadband triplers have high efficiency across full waveguide bands without requiring any external DC bias. VDI offers broadband 
frequency triplers from WR-15 (50-75 GHz) to WR-0.34 (2200-3300 GHz). Custom frequency triplers that are optimized for 
specific applications may be available upon request.  
 

Safety and Operational Guidelines  

 

Read all instructions and information in this product manual before connecting the product to external equipment. 
Operational procedures must be followed for proper function. If you have questions, contact VDI before operating the 
product.  
 

VDI assumes the customer is familiar with microwave, millimeter wave and VDI products in general. The user and 
customer are expected to understand all safety guidelines, health hazards and general advisories that may exist and 
are associated with the use of this device. VDI is not responsible for any human hazards that may exist or may occur 
while using this device. 

  

Virginia Diodes, Inc. (VDI) accepts no liability for damage or injury resulting from or caused by: 

 

Improper use, disassembly or use for purposes other than those for which the product was designed; 

 

 

Use outside common safety, health or general advisories pertaining to microwave, millimeter wave and VDI products; 

 

Repairs carried out by persons other than VDI or its assigned agents. 

 
Waveguide Inspection / Test Port Care 

 

Inspect waveguide flanges for debris prior to making connections. 

 

Making a connection with metal debris between the waveguide flanges can damage the waveguide interface and prevent 
repeatable connections. 

 

If debris is present, clean the flange with pre-dampened lint free wipes or swabs (e.g. TexWipe TX1065). If these are not 
available, lint free cloths lightly dampened with ethanol may be used (e.g. TexWipe TX604). 

 

When device is not in use, cover appropriate waveguide flanges with provided dust cap or protective waveguide tape.  

 

Waveguide screws should be torqued between 20-50 cNm; greater values can damage the interface.  

 

Use a torque of 90 cNm when making coaxial connections. Avoid sharp bends in cables. 

 

General Operating Practices and Recommendations  

 

This manual applies to products shipping after March 24, 2020.  

 

Check with VDI before any use is attempted beyond those described in this manual, including uses that may exceed 
limitations stated here or commonly accepted standards of practice.  

 

Required Operating Procedures  

 

DO NOT exceed maximum input power limits (see product datasheet).

 

 

When attaching the tripler’s output port to an active device, the input return loss of the active device must not exceed 0dB.

 

 

 

Failure to follow these required operating procedures may damage or destroy the device and will void the product warranty.  

 
 
 
 
 
 

General Overview, Safety and Operational Guidelines

 

Sec-1 

Pg-3 

Содержание WR0.34X3

Страница 1: ...econd Street SE Suite 309 Charlottesville VA 22902 6172 USA Tel 434 297 3257 Fax 434 297 3258 www vadiodes com 2020 Virginia Diodes Inc All Rights Reserved Broadband Frequency Tripler Operational Manual 2020 ...

Страница 2: ...Section 2 Product Overview and Specifications Pages 4 6 Product Overview Page 4 5 Product Specifications Page 6 Appendix 1 Broadband Frequency Tripler Performance Pages 7 8 Performance WR15 and WR10 Page 7 Performance WR3 4 and WR2 2 Page 8 Appendix 2 Efficiency vs RF Input Power Pages 9 Efficiency vs RF Input Power Page 9 Addendum Product Updates and Company Contacts Page 10 Sec 1 Pg 2 Contents S...

Страница 3: ...ch the product was designed Use outside common safety health or general advisories pertaining to microwave millimeter wave and VDI products Repairs carried out by persons other than VDI or its assigned agents Waveguide Inspection Test Port Care Inspect waveguide flanges for debris prior to making connections Making a connection with metal debris between the waveguide flanges can damage the wavegui...

Страница 4: ...ng and corresponding dimensions are for a typical WR 5 1 frequency tripler Other triplers WR 5 1 to WR 1 5 will have similar configuration and dimensions High Frequency Broadband Frequency Triplers WR 1 2 to WR 0 34 These triplers will have a rectangular waveguide input The output port will be either a rectangular waveguide or an integrated horn antenna 25dBi The drawing and corresponding dimensio...

Страница 5: ... waveguide input and output flange The drawing and corresponding dimensions are for a typical WM 164 WR 0 65 frequency tripler Currently only the WM 164 WR 0 65 frequency tripler is available in this form factor General Operating Procedure RF input power must be applied to generate RF output power The RF output frequency is exactly three times the RF input frequency E Field 0 75 0 75 0 25 RF Outpu...

Страница 6: ...tions for Broadband Frequency Triplers VDI Part Number RF Output Frequency GHz RF Output Flange RF Input Frequency GHz RF Input Flange Typical Efficiency Input Power Options Input Power Range Damage Limit WR15X3 50 75 WR 15 16 67 25 2 9mm f 3 5 HP 100 500mW 625mW WR12X3 60 90 WR 12 20 30 2 9mm f 3 5 HP 75 400mW 500mW WR10X3 75 110 WR 10 25 36 7 2 9mm f 3 5 MP 40 220mW 275mW HP 60 360mW 450mW WR9 0...

Страница 7: ...ional data can be found on the VDI website or may be available upon request technical vadiodes com Measured efficiency data is shipped with each VDI broadband frequency tripler Performance WR15 and WR10 Appendix One 0 2 4 6 8 10 50 55 60 65 70 75 Efficiency Frequency GHz WR15 Efficiency Efficiency typ 0 2 4 6 8 10 75 80 85 90 95 100 105 110 Efficiency Frequency GHz WR10 Efficiency Efficiency typ A...

Страница 8: ...6 8 10 220 230 240 250 260 270 280 290 300 310 320 330 Efficiency Frequency GHz WR3 4 Efficiency Efficiency typ 0 1 2 3 4 5 6 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 Efficiency Frequency GHz WR2 2 Efficiency Efficiency typ Performance WR3 4 and WR2 2 ...

Страница 9: ...all VDI s broadband frequency triplers However the scale depends on the specific tripler design the operating frequency and other operating conditions for example temperature and impedance matching with the source and load Efficiency versus power data can be supplied for all shipped triplers at an additional cost Efficiency vs RF Input Power 0 1 2 3 4 5 6 7 8 9 10 0 50 100 150 200 250 300 350 400 ...

Страница 10: ...nually improve our products We also depend upon feedback from colleagues and customers Ideas to simplify component operations improve performance or add capabilities are always welcome Contact VDI Virginia Diodes Inc Web http www vadiodes com Email Technical vadiodes com Telephone 434 297 3257 Addendum Product Updates and Company Contacts Addendum Pg 10 ...

Отзывы: