LX-POD-V1 SERIES

LEXORA POD MANUAL

The LX-POD-V1 Is A Compact, High-Efficiency Laboratory Power Supply Designed For Prototyping And Academic Research. It Features Real-Time Digital Telemetry & A Ruggedized Composite Chassis, And Precision Voltage Regulation For Sensitive Electronics.

Input

12V DC

Output

0.1V - 12V

Current

3.0A Max

ENGINEERING DIVISION

LEXORA STORE

PRE CHECKLIST

STEP 1

Inspect Source

Ensure Input Source Is A Regulated DC Adapter (12V Recommended). Verify Center-Positive Polarity Before Connection.

STEP 2

Safety Lock

Toggle Master Switch To OFF (0). Disconnect All Load Wires Prior To Applying Input Power.

STEP 3

Visual Check

Inspect External Casing For Signs Of Thermal Deformation Or Damage. Confirm All Cooling Vents Are Clear And Unobstructed.

STEP 4

Zero Calibration

Rotate Voltage Control Knob Fully Counter-Clockwise (Minimum Voltage) To Eliminate Risk Of Accidental Over-Voltage At Startup.

SYSTEM ARCHITECTURE

Digital Panel Meter

Dual-Channel LED Telemetry Module. Displays Real-Time Output Voltage (Red, ±0.1V) And Load Current (Blue, ±0.01A) With A 200ms Refresh Rate.

Precision Buck Regulator

High-Efficiency Step-Down Converter With A Multi-Turn Potentiometer For Fine Voltage Tuning. Regulates Input Power With >92% Thermal Efficiency.

Output Binding Posts

Standard 4mm Terminals For Secure Load Connection. Compatible With Banana Plugs, Spade Lugs, Or Bare Wire. Red = Positive, Black = Ground.

WIRING TOPOLOGIES

SCENARIO A: MICROCONTROLLER

LX-POD-V1

5.0V

ARDUINO

Engineering Note: Digital Logic Is Sensitive To Noise. Place A 100µF Capacitor Across The Arduino's VIN/GND Pins.

SCENARIO B: INDUCTIVE LOAD

LX-POD-V1

12.0V

MOTOR

Critical Warning: Motors Create Reverse Voltage Spikes. You MUST Install A Flyback Diode Across The Motor Terminals.

LOGIC REFERENCE

3.3V

ESP32 / NodeMCU

5.0V

Arduino / TTL

9.0V

DC Gear Motors

12.0V

LED Strips

Safety Limits

Reverse Polarity Unit Has NO Output Protection. Connecting +/- Backwards Destroys The Load Instantly.
Short Circuit Do Not Short Leads For >10 Seconds. Internal MOSFETs Will Overheat.
Water / IP20 Indoor Laboratory Use Only. Keep Away From Conductive Liquids.

ENGINEERED FOR LEARNING & INNOVATION