Analog/Mixed-Signal IC Design Intern: High-Impact Circuits

Omni Design Technologies, Inc.; Milpitas (CA); Sur place; USD 28 000 - 41 000; Temps partiel

Résumé du poste

Omni Design Technologies, Inc. in Milpitas, CA invites an Analog/Mixed-Signal Design Intern to work on key circuit blocks for a variety of applications including LiDAR, wireless and 5G.

The role centers on transistor-level circuit design to meet ADC/DAC specs, with emphasis on high-performance, low-noise designs. The ideal candidate is pursuing an MS or PhD in Electrical Engineering, has strong knowledge of bandgap references, amplifiers, and switched-capacitor circuits, and is comfortable using

Qualifications

• Pursuing MS or PhD in Electrical Engineering with focus on analog/mixed-signal circuit design.
• Strong understanding of bandgap references, amplifiers, feedback-OTAs, comparators, and switched-capacitor circuits.
• Familiarity with ADC/DAC design, PLLs and oscillators is a plus.
• Strong transistor-level circuit design intuition including noise and mismatch analysis.
• Experience with Cadence, Virtuoso, Spectre and/or HSPICE tools.
• Ability to work independently and adhere to schedules.
• Strong written and verbal communication skills; proactive in seeking help.

Responsabilités

• Design high-performance transistor-level circuits for ADC/DAC specifications.
• Develop analog/mixed-signal building blocks for LiDAR, wireless, and 5G applications.

Connaissances

Analog/Mixed-Signal design

Circuit-level design

Problem solving

Formation

MS or PhD in Electrical Engineering

Outils

Cadence

Virtuoso

Spectre

HSPICE

Description du poste

Omni Design Technologies, Inc. in Milpitas, CA invites an Analog/Mixed-Signal Design Intern to work on key circuit blocks for a variety of applications including LiDAR, wireless and 5G.

The role centers on transistor-level circuit design to meet ADC/DAC specs, with emphasis on high-performance, low-noise designs. The ideal candidate is pursuing an MS or PhD in Electrical Engineering, has strong knowledge of bandgap references, amplifiers, and switched-capacitor circuits, and is comfortable using