Remote
Work location
Power Supply Unit 30KW - Schematics and Layout Development (ALTIUM) Ended
About the job
Development of Schematic and Layout in Altium Designer by a concept architecture pre-defined and already validated.
The development shall encompass a high-density 30kW Power Supply Unit (PSU) tailored for mission-critical infrastructure. Our project bridges high-voltage power paradigms (400V/800V DC) with ultra-high reliability and density requirements.
Key Responsibilities:
Translate pre-validated block diagrams and control architectures into comprehensive Altium Designer schematics.
Execute advanced PCB Layout with a strict focus on high-voltage DC rules (creepage/clearance), high-current routing, and rigorous thermal management.
Implement EMI/EMC best practices for high-frequency switching converters.
Generate full manufacturing documentation (Gerbers, ODB++, BOM, Pick & Place, 3D STEP models).
Ideal Candidate Profile:
Expert-level proficiency in Altium Designer (including advanced DRC setup and 3D clearance checking).
Proven track record designing high-power (>10kW) and high-voltage (up to 800V) boards, preferably in automotive (EV/BEV), renewable energy, or enterprise power domains.
Deep understanding of galvanic isolation and solid-state protection layout.
Screening Questions (Please answer when applying):
Briefly describe your experience designing PCBs for 400V or 800V environments. How do you manage strict creepage and clearance requirements within Altium's rule matrix?
What is your approach to thermal management on the PCB for c... read more
The development shall encompass a high-density 30kW Power Supply Unit (PSU) tailored for mission-critical infrastructure. Our project bridges high-voltage power paradigms (400V/800V DC) with ultra-high reliability and density requirements.
Key Responsibilities:
Translate pre-validated block diagrams and control architectures into comprehensive Altium Designer schematics.
Execute advanced PCB Layout with a strict focus on high-voltage DC rules (creepage/clearance), high-current routing, and rigorous thermal management.
Implement EMI/EMC best practices for high-frequency switching converters.
Generate full manufacturing documentation (Gerbers, ODB++, BOM, Pick & Place, 3D STEP models).
Ideal Candidate Profile:
Expert-level proficiency in Altium Designer (including advanced DRC setup and 3D clearance checking).
Proven track record designing high-power (>10kW) and high-voltage (up to 800V) boards, preferably in automotive (EV/BEV), renewable energy, or enterprise power domains.
Deep understanding of galvanic isolation and solid-state protection layout.
Screening Questions (Please answer when applying):
Briefly describe your experience designing PCBs for 400V or 800V environments. How do you manage strict creepage and clearance requirements within Altium's rule matrix?
What is your approach to thermal management on the PCB for c... read more
Development of Schematic and Layout in Altium Designer by a concept architecture pre-defined and already validated.
The development shall encompass a high-density 30kW Power Supply Unit (PSU) tailored for mission-critical infrastructure. Our project bridges high-voltage power paradigms (400V/800V DC) with ultra-high reliability and density requirements.
Key Responsibilities:
Translate pre-validated block diagrams and control architectures into comprehensive Altium Designer schematics.
Execute advanced PCB Layout with a strict focus on high-voltage DC rules (creepage/clearance), high-current routing, and rigorous thermal management.
Implement EMI/EMC best practices for high-frequency switching converters.
Generate full manufacturing documentation (Gerbers, ODB++, BOM, Pick & Place, 3D STEP models).
Ideal Candidate Profile:
Expert-level proficiency in Altium Designer (including advanced DRC setup and 3D clearance checking).
Proven track record designing high-power (>10kW) and high-voltage (up to 800V) boards, preferably in automotive (EV/BEV), renewable energy, or enterprise power domains.
Deep understanding of galvanic isolation and solid-state protection layout.
Screening Questions (Please answer when applying):
Briefly describe your experience designing PCBs for 400V or 800V environments. How do you manage strict creepage and clearance requirements within Altium's rule matrix?
What is your approach to thermal management on the PCB for components handling continuous high currents (e.g., >50A)?
Are you able to share a sanitized 3D render or generic layout screenshot of a past high-power converter you have designed? read less
The development shall encompass a high-density 30kW Power Supply Unit (PSU) tailored for mission-critical infrastructure. Our project bridges high-voltage power paradigms (400V/800V DC) with ultra-high reliability and density requirements.
Key Responsibilities:
Translate pre-validated block diagrams and control architectures into comprehensive Altium Designer schematics.
Execute advanced PCB Layout with a strict focus on high-voltage DC rules (creepage/clearance), high-current routing, and rigorous thermal management.
Implement EMI/EMC best practices for high-frequency switching converters.
Generate full manufacturing documentation (Gerbers, ODB++, BOM, Pick & Place, 3D STEP models).
Ideal Candidate Profile:
Expert-level proficiency in Altium Designer (including advanced DRC setup and 3D clearance checking).
Proven track record designing high-power (>10kW) and high-voltage (up to 800V) boards, preferably in automotive (EV/BEV), renewable energy, or enterprise power domains.
Deep understanding of galvanic isolation and solid-state protection layout.
Screening Questions (Please answer when applying):
Briefly describe your experience designing PCBs for 400V or 800V environments. How do you manage strict creepage and clearance requirements within Altium's rule matrix?
What is your approach to thermal management on the PCB for components handling continuous high currents (e.g., >50A)?
Are you able to share a sanitized 3D render or generic layout screenshot of a past high-power converter you have designed? read less
Development of Schematic and Layout in Altium Designer by a concept architecture pre-defined and already validated.
The development shall encompass a high-density 30kW Power Supply Unit (PSU) tailored for mission-critical infrastructure. Our project bridges high-voltage power paradigms (400V/800V DC) with ultra-high reliability and density requirements.
Key Responsibilities:
Translate pre... read more
The development shall encompass a high-density 30kW Power Supply Unit (PSU) tailored for mission-critical infrastructure. Our project bridges high-voltage power paradigms (400V/800V DC) with ultra-high reliability and density requirements.
Key Responsibilities:
Translate pre... read more
Development of Schematic and Layout in Altium Designer by a concept architecture pre-defined and already validated.
The development shall encompass a high-density 30kW Power Supply Unit (PSU) tailored for mission-critical infrastructure. Our project bridges high-voltage power paradigms (400V/800V DC) with ultra-high reliability and density requirements.
Key Responsibilities:
Translate pre-validated block diagrams and control architectures into comprehensive Altium Designer schematics.
Execute advanced PCB Layout with a strict focus on high-voltage DC rules (creepage/clearance), high-current routing, and rigorous thermal management.
Implement EMI/EMC best practices for high-frequency switching converters.
Generate full manufacturing documentation (Gerbers, ODB++, BOM, Pick & Place, 3D STEP models).
Ideal Candidate Profile:
Expert-level proficiency in Altium Designer (including advanced DRC setup and 3D clearance checking).
Proven track record designing high-power (>10kW) and high-voltage (up to 800V) boards, preferably in automotive (EV/BEV), renewable energy, or enterprise power domains.
Deep understanding of galvanic isolation and solid-state protection layout.
Screening Questions (Please answer when applying):
Briefly describe your experience designing PCBs for 400V or 800V environments. How do you manage strict creepage and clearance requirements within Altium's rule matrix?
What is your approach to thermal management on the PCB for components handling continuous high currents (e.g., >50A)?
Are you able to share a sanitized 3D render or generic layout screenshot of a past high-power converter you have designed? read less
The development shall encompass a high-density 30kW Power Supply Unit (PSU) tailored for mission-critical infrastructure. Our project bridges high-voltage power paradigms (400V/800V DC) with ultra-high reliability and density requirements.
Key Responsibilities:
Translate pre-validated block diagrams and control architectures into comprehensive Altium Designer schematics.
Execute advanced PCB Layout with a strict focus on high-voltage DC rules (creepage/clearance), high-current routing, and rigorous thermal management.
Implement EMI/EMC best practices for high-frequency switching converters.
Generate full manufacturing documentation (Gerbers, ODB++, BOM, Pick & Place, 3D STEP models).
Ideal Candidate Profile:
Expert-level proficiency in Altium Designer (including advanced DRC setup and 3D clearance checking).
Proven track record designing high-power (>10kW) and high-voltage (up to 800V) boards, preferably in automotive (EV/BEV), renewable energy, or enterprise power domains.
Deep understanding of galvanic isolation and solid-state protection layout.
Screening Questions (Please answer when applying):
Briefly describe your experience designing PCBs for 400V or 800V environments. How do you manage strict creepage and clearance requirements within Altium's rule matrix?
What is your approach to thermal management on the PCB for components handling continuous high currents (e.g., >50A)?
Are you able to share a sanitized 3D render or generic layout screenshot of a past high-power converter you have designed? read less
Things to know
Expert
Skill Level
Open budget
Fixed-rate
Full-time
Job type
1-3 months
Job duration
Areas of expertise
Altium Designer
Circuit Schematic Design
Engineering Design
Hardware Design
PCB Assembly
PCB Design
PCB Engineering
PCB Layout
Power Electronics
Power Electronics Design
Power Supply Design
Schematic Design
+9 more
Job categories
Electronics Design Service
PCB Design Services
Electrical Engineering
Electrical Circuit Design Services
Engineering Design
+2 more
About the client
Payment not ready
Brazil (06:20 pm)
Posted
Active
Job activity
12 Applicants
0 interviews in progress
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