FLUX_AND_CODE
; CORE INTERRUPT SERVICE ROUTINE NMI_ISR: PHA ; 48 Save Accumulator TXA ; 8A Transfer X to A PHA ; 48 Save X TYA ; 98 Transfer Y to A PHA ; 48 Save Y LDA $DD0D ; AD 0D DD Read CIA2 ICR AND #$02 ; 29 02 Check NMI bit BEQ .EXIT ; F0 03 Branch if zero JSR SYNC_LOOP ; 20 00 C0 Jump to PLL sync .EXIT: PLA ; 68 Restore Y TAY ; A8 PLA ; 68 Restore X TAX ; AA PLA ; 68 Restore Accumulator RTI ; 40 Return from Interrupt INIT_VECTORS: SEI ; 78 Disable IRQs LDA #NMI_ISR ; A9 C0 High byte of ISR STA $FFFB ; 8D FB FF CLI ; 58 Enable IRQs RTS ; 60
SYSTEMS_STATUS: ONLINE

High-Stakes Power
Electronics. Solved.

The Liability Buffer for engineering teams. Bridging the "no-man's land" between <200W power conversion and Assembly-level firmware.

Initiate Rescue Mission
> Power Integrations Pedigree > In-House Lab-Verified

LDA #$01 ; LOAD SERVICE_HIERARCHY

The "Fixer" Ladder

LVL_01

The Rescue Mission

3–5 day deep-dive forensic diagnostics for critical failures: overheating, MOSFET destruction, or control loop instability in active prototypes.

  • + Transient Analysis
  • + Stability Margin Audit
  • + Thermal Stress Testing
LVL_02

Architectural Oracle

Topology selection and structural audits for high-volume designs. We catch the architectural flaws before the PCB is ever routed.

  • + Flyback/LLC Selection
  • + GaN/SiC Viability
  • + Component Derating
LVL_03

Diagnostic Prototyping

Full-cycle Simulation to validation for low-volume, high-complexity systems. Proof of concept rooted in hard data, not guesswork.

  • + PLECS / Simplis Simulation
  • + Custom Firmware Dev
  • + Deterministic State-Machines
LDX #$FF ; INIT INFRASTRUCTURE

The Unfair
Advantage.

Internal teams rarely have the budget for edge-case diagnostics. We operate a state-of-the-art lab dedicated purely to validation, stress-testing, and breaking what shouldn't break.

✓
High-Bandwidth 4 & 8-Channel Oscilloscopes
Simultaneous capture of logic, gate drives, and high-voltage nodes.
✓
High-End AC/DC Sourcing & Loads
Programmable transient injection and boundary condition testing.
✓
PLECS & Simplis Environments
Cycle-by-cycle simulation correlating directly to physical bench data.
TERMINAL_OUTPUT CH1_ACTIVE

> INIT SYSTEM_SCAN...

> DETECTING_TRANSIENT [V_DS_MAX: 650V]

> LOOP_STABILITY_MARGIN: WARNING (32deg)

> APPLYING_COMPENSATION_NETWORK...

> RECALCULATING...

> LOOP_STABILITY_MARGIN: OPTIMAL (65deg)

JSR $C000 ; JUMP TO HYBRID_ENTITY

Bridging the Gap.

Most bugs hide in the "no-man's land" between hardware and firmware. We possess the rare dual-competency to debug high-speed transients on an oscilloscope while simultaneously optimizing Assembly-level control loops.

< 200W
Power Conversion
GaN/SiC
Integration
C/Asm
Embedded Control
Verilog
RTL Logic
Control
Loop Stability

Project Intake

Submit your failure mode. If it's a fit, we move from "stuck" to "decided" in under 10 days.

Direct connection for urgent Rescue Missions:
toine.werner@fluxandcode.com +44 7748 474011