During these unprecedented times, Trilight Microwave wanted to ensure continued supply of our components to all customers. We have completed due diligence with our suppliers and are happy to inform you that for the time being the supply of products on order, and future orders will be uninterrupted. This of course is subject to any future directions given by the Swedish government regarding the flow of goods in to and out of the country, and of any governments with jurisdiction at the point of manufacture.

Trilight have instigated social distancing in the office and appropriate cleaning methods are being employed in any shared areas in the office / warehouse. Where possible home working is now the norm to minimise personnel in the office, and travel has been minimised to only absolutely essential journeys.

If you would like added security in supply, Trilight offer stocking capabilities, ensuring the components will reside in Europe, and a fast turn around for customers. In addition, if you have future planned demand, Trilight will be able to investigate current stock levels for additional security of supply for you. Please contact your local Trilight employee for further information.

Passive Plus Inc. (PPI) has expanded its Broadband Capacitor line to include the industry’s smallest .010”x.005” Broadband part characterized for RF performance. The 01005BB104 (100nF) Broadband multilayer ceramic capacitor specifications:

For more information reg PPI or your capacitor needs, please contact TriLight Microwave.

CX Thin Films are a high quality thin Film manufacturing company with an enviable record of manufacturing Thin Film tiles in volume and to competitive pricing.

CX Thin Films have been manufacturing for the Microwave and Optical industries for more than 10 years and have built up a loyal customer base across the world.

Their capabilities include:

  • 100% Electrical/ Laser Part Test and Trim available with full mapping and Read and Record data
  • Photolithography- Patterning, Wet and Dry Etching
  • Nickel and Gold Plating
  • Dicing
  • RF and DC Sputtering
  • Repackaging
  • Die Handling: Semi-Automatic Tape to Waffle Pack Die Pickers
  • Tape and Reel, Waffle Pack, Gel Pack, Film Frame Die Handling
  • Singulation of Silicon, Alumina, Quartz, Beryllium Oxide, and Aluminum Nitride
  • Full in-house Design Capability
  • 100% Visual and DC Electrical Inspection per MIL-PRF-55342
  • Complete MIL-PRF-55342 Testing Capabilities
  • Element Evaluation per MIL-H-38534, Class H and K

For more information or request for quotation please contact TriLight Microwave.

You can download the CX Thin Films catalog here.

You can now download from below link the 2020 Passive Plus (PPI) catalog for High Q/Low ESR capacitors range.

If you would like a printed copy of the catalog sent to you or have any inquiries and questions reg PPI assortment please contact us at TriLight Microwave.

PPI Catalog 2020

 

 

 

Evans Capacitor Company, the 2018 SBA National Subcontractor of the year, has received $7 million in follow on orders from Northrop Grumman to produce high power capacitors.

Read more;

https://www.prweb.com/releases/evans_capacitor_company_awarded_contracts_totaling_7_million_for_capacitors_providing_dc_storage_for_state_of_the_art_airborne_radar/prweb16703255.htm#

For information on Evans Caps or request for quotation please contact TriLight Microwave.

PPI 1209 Broadband Resistors are specifically designed to operate at frequencies up to 67 GHz.  With special microwave laser-trimming used to ensure a tight tolerance at high frequencies, these Broadband Resistors are wire bondable, solderable, and can be used in a flip-chip configuration. Available in full or recessed pad.

Applications: Optical Transceiver Modules, Broadband Receiver, TOSA/ROSA, Broadband Test Equipment, Low Noise Amplifiers, MMIC Amplifiers, 5G

Markets: Opto-Electronics, Telecom, Broadband, Military, Satellite Communication

For more information please contact TriLight Microwave.

PPI – BB Resistors 1209

 

Vanguard has released its new line of space grade high current low profile (SHILO) planar inductors. We have 5 case sizes and more in development. Each size features a low profile, high current rating and ultra low DCR. These features are unmatched in our industry. We already have flight heritage. See the full line here (custom and customized ratings are available as well)

For more information please contact us for product information or quotation.

TriLight Microwave would like to thank all customers and suppliers for a fruitful co-operation the past year and at the same time wish all of you a very Merry Christmas. We are looking forward expanding our business together with you and we are confident of a prosperous 2020 !

 

PPI 2010 Case Size Broadband Resistors are specifically designed to operate at frequencies up to 50 GHz. With special microwave laser-trimming used to ensure a tight tolerance at high frequencies, these Broadband Resistors are wire bondable, solderable, and can be used in a flip-chip configuration.

Applications: Optical Transceiver Modules, Broadband Receiver, TOSA/ROSA, Broadband Test Equipment, Low Noise Amplifiers, MMIC Amplifiers, 5G
Markets: Opto-Electronics, Telecom, Broadband, Military, Satellite Communication

Download press release for more info;
PPI BB Resistors 2010

—Integra Technologies is one of very few manufacturers which offer volume production of GaN, LDMOS and Si Bipolar as in-house standard processes.

Several active device semiconductor technologies are available today to amplify pulsed and continuous-wave (CW) signals across narrow or wide bandwidths from HF/VHF/UHF to L-, S-, C-, and X-band frequencies and beyond
But while more recent power-transistor technologies such as GaN are dominating new system designs, knowledge and insight on well-established, legacy semiconductor technologies such as silicon bipolar, Si LDMOS/VDMOS transistors are still invaluable to any high power amplifier (HPA) designer today.

Thermal management becomes the common denominator between the two, and although different types of RF/microwave power transistors are capable of high-power efficiency, no power transistor is 100% power efficient, as some DC and RF power supplied to a power transistor will always be lost as heat. Amplifying CW signals, or long-pulse length and/or high-duty-cycle pulses, will result in more heat from one transistor technology than another and will vary when compared to handling short pulses or low-duty-cycle pulses. So, in many cases, certain proven silicon devices are still the most ideal choice.
So, while the silicon bipolar junction transistor (Si BJT) might be recognized as legacy technology in comparison to today’s more advanced gallium nitride on silicon carbide (GaN-on-SiC) RF power semiconductor technology, it is by no means an obsolete technology. For example, Si BJT amplifiers have the smallest and lowest-cost circuits and only need a single positive supply voltage.

For more information please visit;
https://www.integratech.com/resources/int-3304-tech-brief-17.pdf