MP2489 | Vin Max>44V | 6V-60V 1A Buck LED Driver with Hysteretic Control , DC and PWM Dimming Control | MPS | Monolithic Power Systems
MP4700 | Backlight Drivers (WLED) | Low-side BCM Mode WLED Buck Controller | MPS | Monolithic Power Systems
Buy 300W 20A DC-DC Buck Converter Step-down Module Constant Current LED Driver Module - RoboComp.in
LT3590 Datasheet and Product Info | Analog Devices
6.5 W, Low-Line Input, Non-dimmable, Non-Isolated Buck LED Driver - EEWeb
Conventional floating buck LED Driver with pulse width modulation (PWM)... | Download Scientific Diagram
MPQ7235-AEC1 | 36V, 3A, Synchronous Buck Automotive Infrared LED Driver, AEC-Q100 Qualified | MPS
LM3407 350-mA, Constant Current Output Floating Buck Switching Converter for High-Power LEDs datasheet (Rev. C)
Simple Buck LED Driver With PWM Input : 6 Steps (with Pictures) - Instructables
Buck-boost LED driver qualified for automotive
Boost-Buck LED Driver Topology for Automotive LEDs Operates with Low Input and Output Ripple | アナログ・デバイセズ
High Brightness LED Driver
China Low Price DC-DC Buck Converter Step Down Module LED Driver Module - Quotation - GNS COMPONENTS
Efficient 48V Buck Mode LED Driver Delivers 50mA | アナログ・デバイセズ
The Challenges of Choosing Offline LED Driver | DigiKey
Boost-Buck LED Driver Topology for Low Input and Output Ripple for Low EMI by Linear Technology — LED professional - LED Lighting Technology, Application Magazine
Transform a LED Driver from Buck to Boost for Enhanced Flexibility, Reduced BOM | アナログ・デバイセズ
lighting_led_48V_inverse_buck_qr_2.tsc - TINACloud
An Efficient Buck/Buck-Boost Reconfigurable LED Driver Employing SIN Reference
LM3405A 1.6-MHz, 1-A Constant Current Buck LED Driver With Internal Compensation in Tiny SOT and MSOP-PowerPAD™ Packages data
TPS92511 Constant Current Buck LED Driver - TI | Mouser
Boost-Buck LED Driver Topology for Low Input and Output Ripple for Low EMI by Linear Technology — LED professional - LED Lighting Technology, Application Magazine
Figure 1 from Single-Stage Buck-Derived LED Driver With Improved Efficiency and Power Factor Using Current Path Control Switches | Semantic Scholar
