LAZY EYE GAMES
Train Your Brain & Eyes to Work Together!

Stk413-430 Circuit Diagram ((new)) File

Connected to +Vcc , -Vcc , and Ground . Proper decoupling with large electrolytic capacitors (often 2200µF or higher) is critical to prevent oscillation and handle peak power demands.

STK413-430 is a dual-channel (stereo) hybrid audio power amplifier IC developed by Sanyo (now part of ON Semiconductor/Sanken). It is primarily recognized as a

for optimal performance, though its absolute maximum supply voltage is Typical Application:

The external circuit diagram for an STK413-430 is relatively simple compared to discrete transistor amplifiers. The complexity is hidden inside the module. Below is a breakdown of the essential blocks found in the application circuit.

If your circuit produces no sound, hum, or distortion, follow this flowchart using a multimeter.

Below is a comprehensive technical report covering the for both series, as they share a nearly identical pinout and design philosophy.

Stk413-430 Circuit Diagram ((new)) File

You can download the games by clicking one of the image below


Lazy Eye Blocks | Lazy Eye Games


Lazy Eye Blocks

A Tetris-style game for amblyopia therapy. Falling blocks are visible to one eye, landed blocks to the other. Designed to encourage binocular cooperation and improve visual acuity.
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Lazy Eye Breaker | Lazy Eye Games


Lazy Eye Breaker

A brick-breaker game for vision therapy. Paddle, ball, and bricks are distributed between the two eyes using dichoptic color separation. Great for improving eye coordination and reaction time.
DOWNLOAD

Connected to +Vcc , -Vcc , and Ground . Proper decoupling with large electrolytic capacitors (often 2200µF or higher) is critical to prevent oscillation and handle peak power demands.

STK413-430 is a dual-channel (stereo) hybrid audio power amplifier IC developed by Sanyo (now part of ON Semiconductor/Sanken). It is primarily recognized as a

for optimal performance, though its absolute maximum supply voltage is Typical Application:

The external circuit diagram for an STK413-430 is relatively simple compared to discrete transistor amplifiers. The complexity is hidden inside the module. Below is a breakdown of the essential blocks found in the application circuit.

If your circuit produces no sound, hum, or distortion, follow this flowchart using a multimeter.

Below is a comprehensive technical report covering the for both series, as they share a nearly identical pinout and design philosophy.




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