Product Information 

The UI-192A series of digital m ↑odules for the VXIbus provides the ÷₽••basis for a complete∏ δ state-of-the-art di∑≠gital solution at the subsystem le↓♠£★vel. The UI-192A is the soluti→ on for both legacy di<‌​λgital replacement and new test stations∏↔ to be built for digita☆×≥$l test including aircraft/avionics,‌∞ weapons systems, spacecraft, semicon& "ductors and medical devices. 

We exploit the VXI 3.0 and 4.0 platforΩβ ms to produce highly-capable and  ©‍&reliable digital subsystem₽εs that are backed by our proprietary d✘$✘igital sequencer arc₩>hitecture. 

The UI-192A has been designed "¥≠✘using Field Programmable Gate Array÷Ωs (FPGA) and pin-driver technoloΩ₽gies plus an advanced sequencγ£ $er, providing a choice of fix✘λ♠♥ed or variable driver/•δγ♦receiver personality modules to creaγδλte flexible digital instrumentation.₩ ' 

Bus-Emulation Meets Stimulus/

Response

For years, the test engineer face≠φ✘‌d less than

desirable alternatives↔σ>‍ when selecting a

digital resource. Early digitaΩ>β®l products were

basic stimulus/response arch↕βitectures,

were expensive, consumed abundant&nbsΩ©₹σp;

realestate,and were power-hungry ↑. They also

required extensive progra★φ©mming to emulate

a relatively simple digital interface.≤ש→

For many applications, thes§×e bus emulation

products significantly reλ™↕duced cost, realestate,

power, and programmin↑‍g requirements.

However, the another question for §‌§the test 

engineer: Does the test system requ λire bus 

emulation or a traditional&↕±↔ stimulus/response

 digital resource?

The United Instruments™ UI-✔©♦β192A solves

this dilemma by integrating both bus-em"σ∞ulation

and stimulus/response architectur&Ω‌πes

into a single resource for the ★ VXIbus.

Advanced Features for Modern Digital ♦®Test Development 

The UI-192A’s innovative design is suit>☆☆able for today’s challengi∑§∑$ng digital test system applications. ₹ The flexible FPGA desig↕✘&σn enables the 192A to λ™'εmeet special user and legacy req©∑φuirements. The high-speed data seque©₽≈ncer provides control over tes∑¶‌§t patterns, timing, and ε§format.