XTW6009 BOOST MODULE Key benefits - Core technology: XL6009E1 third generation switching core for strong conversion performance - Higher efficiency and load capability than LM2577 based modules; LM2577 modules are being phased out - Ultra wide input voltage range from 3 V to 32 V, with best operating range 5 V to 32 V - Ultra wide output voltage range from 5 V to 40 V - Built-in 4 A MOSFET switch delivering up to 94% efficiency for higher load applications - Compact boost design suitable for a variety of projects with no unnecessary complexity Core technology and performance - Core chip: XL6009E1, third generation switching technology - Type: Boost converter module - Maximum switch current: 4 A - Efficiency: up to 94% under favorable conditions - Advantage over LM2577: higher current capability, better efficiency, lower cost Electrical specifications - Input voltage: 3 V to 32 V - Best input voltage: 5 V to 32 V - Output voltage: 5 V to 40 V - Output current: up to 4 A (switching current) - Efficiency: up to 94% (depends on load and voltage differential) Compatibility and notes - Designed to replace LM2577 based modules; LM2577 modules are being phased out - Intended for boost operation; ensure the input supply can provide the required current for the expected load Applications and use scenarios - Scenario 1: Portable electronics and embedded projects Use 3-32 V sources such as batteries or power packs to generate 9-12 V for motors, regulators, or sensors - Scenario 2: LED and display backlighting Boost from a lower voltage source to 24-40 V to power LED strings or display backlights - Scenario 3: Automotive and mobile power systems Convert a car or other 12 V source to higher voltages (up to 40 V) for compatible loads and experiments Tips for integration - Plan for the load current to ensure the input source can supply enough current without excessive voltage drop - Use appropriate wiring and proper layout to maintain efficiency and minimize losses