Signal Integrity Engineer – High-Speed Interconnects

Amphenol Corporation; Santa Clara (CA); On-site; USD 95,000 - 150,000; Full time

Benefits offered by this job

Benefits from day 1 medical/dental/vis

401K matching

Paid holidays

Life insurance

Job summary

Amphenol Corporation is seeking a Signal Integrity Engineer for the Santa Clara, CA location. You will evaluate high-speed interconnects, perform design, simulation, characterization, and support customers across telecom, data center, and industrial sectors.

You will join a team of engineers focused on component development and new product introductions, applying SI theory, TDR/VNA measurements, and SI toolchains in a collaborative environment.

Qualifications

• BS in Electrical Engineering or Physics.
• Experience with frequency- and time-domain SI characterization.
• Experience with SI measurements using TDR, VNA, pattern generators.

Responsibilities

• Assist customers with high-speed data transmission solutions.
• Identify and resolve signal integrity issues in PCB layouts.
• Design, simulate, characterize, and apply high-speed connectors and cable interconnects.
• Support Sales Engineers to develop product strategies based on SI expertise.
• Apply circuit theory and high-speed transmission concepts to designs.
• Collaborate on multi-disciplinary teams for next-generation backplane interconnects.

Skills

Signal integrity

Test & calibration

PCB layout analysis

EM principles

Frequency-domain & time-domain

Education

B.S. in Electrical Engineering or Physics

MS/PhD in Electrical Engineering or Physics

Tools

Ansys HFSS

HFSS Designer

CST Microwave

HSPICE

MATLAB

ADS

Job description

Amphenol Corporation is seeking a Signal Integrity Engineer for the Santa Clara, CA location. You will evaluate high-speed interconnects, perform design, simulation, characterization, and support customers across telecom, data center, and industrial sectors.

You will join a team of engineers focused on component development and new product introductions, applying SI theory, TDR/VNA measurements, and SI toolchains in a collaborative environment.