RF MILITARY ELECTRONICS NEWS
MtronPTI Announces Electronically Compensated OCXO, XO5503-100 MHz7/27/2023
MtronPTI today introduced the XO5503-100, a 100 MHz, high-performance Electronically Vibration Compensated OCXO. The XO5503 series OCXO is designed for applications where dynamic phase noise performance is very critical.
RF MILITARY ELECTRONICS FEATURED DATASHEETS
The XO5503 Series comprises 100 MHz sinewave electronically vibration compensated OCXOs for use in airborne satellite communications and shipboard radar applications. These OCXOs incorporate an SC-cut quartz resonator and electronic vibration compensation resulting in 0.02 ppb/g g-sensitivity.
The DRF3182 offers heterogenous FPGA processing with explosive A/D & D/A speeds of 51.2 GSPS, Ku band frequency coverage from 2-18 GHz and six 100 GigE interfaces with an aggregate throughput of 75 GB/sec.
PETS is a rapidly deployable EW threat simulator for short-range (dockside or runway) testing of EW receivers for operational readiness validation.
Times Microwave's M8M™ interconnection system is an addition to the high-performance M8 family of multiport interconnects. The system works up to 40 GHZ to meet the needs of high-frequency applications and is compatible with all of our M8 multiport shells to maximize existing infrastructure.
RF MILITARY ELECTRONICS FEATURED ARTICLES
I’m Going As A Nobel Prize Winner For Halloween
This year’s batch of Nobel Laureates all seem to be fine scientists, researchers, authors, and leaders who don’t seem to have anything to do with Halloween. But don’t worry, we found some past award winners who do!
Case Study: Secure Electronic Warfare Systems9/20/2023
The most advanced microelectronics technology is critical for the aerospace and defense industry. For this customer, that meant state-of-the-art heterogeneous processing.
Getting the Signal With Digital Twin - Leonardo Deploys Digital Twin To Capture In-Flight Behavior of Helicopter Radar8/1/2023
Discover how Leonardo utilized Altair's digital twin solution to optimize helicopter radar performance, correlating deformation, tracking changes, and calculating electromagnetic signatures for faster, cost-effective, and insightful antenna development.