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

TriLight Microwave representing PPI (Passive Plus, Inc), who is known for their outstanding Customer Service, high quality product line, competitive pricing, and quick delivery times. PPI is committed to being able to deliver customers needs as quickly as possible. As PPI tries to keep a full inventory in stock, depending on the capacitor and quantities needed, delivery times can be stock to 2-4 weeks.

Available in 100% RoHS Tin or Tin/Lead terminations (90% Sn 10% Pb solder, SnPb 90/10)

Engineering Design Kits for the 0505C/P and 1111C/P cases sizes are available in magnetic and non-magnetic terminations. For other case sizes, samples are available.

Please contact us at TriLight Microwave for your capacitor needs!

Passive Plus, Inc. (PPI), a Modelithics® Vendor Partner (MVP), is now offering design engineers a Free 90-Day Trial license for the Modelithics PPI Component Library. This will provide PPI customers access to extremely accurate scalable simulation models for Passive Plus capacitors with advanced features that enable a more precise and rapid design process.

The Modelithics® Vendor Partner (MVP) Program promoted collaboration and open communication between Passive Plus and Modelithics during the development of advanced data sets and Modelithics Microwave Global Models ™ for Passive Plus capacitors. Through the MVP Program, Passive Plus is also sponsoring free trials of these models to approved customers.

The Microwave Global Models include every part value in a series and permit users to input substrate thickness, dielectric constant, and loss tangent, as well as mounting pad layout dimensions. Selected models also include capacitor orientation – vertical or horizontal – as an input. Engineers can request FREE use of the models, by either visiting the Passive Plus Resources page (http://passiveplus.com/addldocs_resources.php) or the Passive Plus MVP page on the Modelithics® website ( http://www.modelithics.com/mvp/PassivePlus/) by clicking on “FREE TRIAL”.

A big thank you to all customers, suppliers and visitors to the TriLight Microwave booth at the EuMW exhibition in Paris! We had very interesting and productive few days with a lot of good discussions with current and new potential customers.  TriLight Microwave goes full steam ahead and strengthened after the positive feedback and comments during the show.

Again, thank you from the TriLight European team!

 

Paris is approaching!

On October 1-3, we are excited to meet and greet our friends and
colleagues in the business and also looking for new opportunities
on the European market.

So; make sure to visit the TriLight Microwave booth (# A2020).
We are looking forward meeting you there!

 

 

TriLight Microwave is pleased to offer a family of unmatched
RF transistors made on GaN on SiC  technology from Iconic RF.
The product portfolio consists of 6, 12, 25, 50 and 90W  chips
(output power at P3dB level) 0.25 um  process,  28 (12-32) Volt,
9-13 dB gain.

One of the smallest chip outlines and compatible with best offers
from industry. The products could be matched for operations up
to 14 GHz or just above. Well suited for C, X, Ku band operations
with efficiency up to 60% in C band.

We are happy to announce a new member to TriLight Microwave;
Andreas recently joined the team operating in our Sales and Marketing division.

His background includes sales development for many years in the electronic component industry as well as sales management positions in the FMCG/consumer electronics industry. With his 20+ year experience in sales development and management in different industries we believe Andreas will become a valuable addition to TriLight Microwave and our expansion of the business and further penetration of the European market demand for RF high end and electronic component applications.

Andreas’ contact details;
Mail. ag@trilightmw.com
Mobile. +46 707107732