Product model: SK90C Key benefits — why you need this product Flexible, adjustable DC output lets you match voltage needs precisely, reducing the need for multiple fixed supplies. Wide input range supports common DC sources (6–36.00V), so the module works with 12V and 24V systems, batteries, and many DC adapters. Up to 0–5A output current provides enough capacity for small motors, LED arrays, and moderate electronic loads while allowing fine control of current and voltage. What it does and how it solves problems Provides an adjustable DC output voltage from 0.5–36.00V when supplied with 6–36.00V input, enabling a single unit to multiple dedicated power supplies. Allows precise regulation of voltage and current to protect sensitive electronics during testing, development, or tasks. Simplifies troubleshooting and prototyping by letting you quickly change supply voltage and observe device behavior without swapping hardware. Important attributes Function: Adjustable DC power module with variable output voltage and current control (model SK90C). Compatibility: Operates from any DC input within 6–36.00V and supplies an adjustable output from 0.5–36.00V; output current range 0–5A. Performance: Wide voltage range and multiamp current capability for a variety of smalltomedium loads. Safety and control: Builtin ability to limit output current helps prevent damage to components during setup and testing. Practical use scenarios Electronics bench testing: Power microcontroller boards, sensors, and circuits at precise voltages while limiting current during initial tests. Automotive and vehicle systems: Use with 12V or 24V vehicle electrical systems to power accessories, test modules, or drive LED lighting within the module's rated ranges. LED and motor applications: Dim or set LED strings and run small DC motors with controlled voltage and current up to the 5A limit. Technical specifications (as provided) Output voltage: 0.5–36.00V Input voltage: 6–36.00V Output current: 0–5A Product model: SK90C Notes Use the module within the specified input and output ranges to ensure proper operation and to avoid overloading.