3D Model
RF-Lambda 43.5 GHz (V-band) Absorptive Coaxial SP16T Switch
This is a model of a RFSP16TA5M43G from RF-Lambda is an absorptive coaxial SP16T Switch that operates from 0.5 GHz to 43.5 GHz (V-band). It can handle up to 0.5 watts of CW power and has a switching speed
Job
Switch Matrix Board that maps 4 RF ports to 16 bidirectional RF ports, controlled via an I2C interface
Product Function
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C
3D Model
p125910530-rotor-rfq-20210309 rotor
THIS IS THE ROTOR
Designer
davidl1481
Electrical, Digital, and RF Engineer with over 20 years experience in most industries (Aerospace, Ph
MPSoC, RFSoC, and Versal. Decades of experience with Altium for schematic capture and high-speed/HDI PCB layout, including designs for > 100Gbps per lane PAM-4 digital transceivers as well as RF.
Designer
mustaphaj
Professional PCB Design Specialist | High-Density, Multilayer, and RF Boards
Designer
jeremyk3
RF/Microwave Hardware Engineer | PCB Design, Layout Review, Test Automation
I am a senior electrical and RF engineer with 15+ years of experience designing, building, testing, and troubleshooting RF and mixed-signal hardware. I am open to performing individual task based electrical
Designer
yohannest
PCB & Hardware Design Engineer | Altium + KiCad | Multilayer / RF / Industrial Electronics
development of high-performance, multi-layer circuit boards. - Complex System Integration: Combine RF, analog, and digital blocks into cohesive, functional designs. - Strict Quality Standards: Ensure optimal
3D Model
5G RF Front-End 6-Layer Multilayer PCB Design
Designed a 6-layer RF front-end PCB for a 5G telecommunications application while working with ACES – Advanced Communication & Electronic Systems. The project focused on high-frequency signal integrity
Designer
muhammadfaizank
Senior PCB Design Engineer | Circuit Designer | Embedded | Power | Analog | RF | Digital
is in circuit design, schematic capture, multilayer PCB layout, embedded systems, power electronics, RF and microwave circuits and analog circuits. I can do design reviews, hardware development, hardware
Designer
Mustaphas
RF & Digital Signal Processing Engineer | MATLAB / Python / C++ | Wireless Communications & SDR
and implement Digital Signal Processing (DSP) algorithms, Software-Defined Radio (SDR) receivers, and RF systems using MATLAB, C++, Python, and GNU Radio. I help clients develop reliable solutions for wireless