CURRENT MANUFACTURER OFFERS - Simple Switcher® Power Modules

LMZ10504DEMO - Simple Switcher® Power Module 5.5Vin, 4A Demonstration Board The SIMPLE SWITCHER® power module demonstration board is optimized for peak performance and small footprint. The output voltage and fast transient response can be adjusted by replacing the small passive components. The good thermal performance of the power modules is showcased using a 2-layer 1oz copper PCB. Features • Integrated shielded inductor (inside the module) • Up to 96% efficiency (LMZ10504) • 2.5V output (output voltage is adjustable by changing 1 or 2 resistors) • θJA = 20°C/W, θJC = 1.9°C/W thermal performance • Uses 0603 passives on back side showcasing production ready layout • 2.3 in. x 1.7 in. (5.8 cm x 4.3 cm) 2-layer PCB. Uses 1oz copper on top and bottom LMZ10504EVAL - Simple Switcher® Power Module 5.5Vin, 4A Eval Board The SIMPLE SWITCHER® power module evaluation board is optimized for peak performance and increased flexibility. By incorporating additional ceramic and an aluminum filter capacitor, the power module EVAL board demonstrates the low output ripple, fast transient response, and low conducted and radiated EMI performance of the device. Adjusting the output voltage, optimizing the control loop circuitry, and fine-tuning the filter capacitance is ease, with convenient size and placement of the passive components on the board. Finally, the excellent thermal performance of the power modules is enhanced using a 4-layer 1oz copper PCB Features • Integrated shielded inductor (inside the module) • Up to 96% efficiency (LMZ10504) • 2.5V output (output voltage is adjustable by changing 1 or 2 resistors) • θJA = 20°C/W, θJC = 1.9°C/W thermal performance • Uses 0805 passives on front side for easy modification of values to match requirements • 2.25 in x 2.25 in (5.8 cm x 5.8 cm) 4-layer PCB. Uses 1oz copper on top and bottom, 1/2 oz copper on inner layers LMZ12003DEMO - Simple Switcher® Power Module 20Vin, 3A Demonstration Board The SIMPLE SWITCHER® power module demonstration board is optimized for peak performance and small footprint. The output voltage and fast transient response can be adjusted by replacing the small passive components. The good thermal performance of the power modules is showcased using a 2-layer 1oz copper PCB. Features • Integrated shielded inductor (inside the module) • VIN = 4.5V to 20V • Precision enable UVLO - 6V • 1.8V output (output voltage is adjustable by changing 1 or 2 resistors) • Operates at full load up to 80°C ambient at 12V input • Up to 92% efficiency (LMZ14203/LMZ12003 • θJA = 20°C/W, θJC = 1.9°C/W thermal performance • Uses 0603 passives on back side showcasing production ready layout • 2.3 in. x 1.7 in. (5.8 cm x 4.3 cm) 2-layer PCB. Uses 1oz copper on top and bottom LMZ12003EVAL - Simple Switcher® Power Module 20Vin, 3A Eval Board The SIMPLE SWITCHER® power module evaluation board is optimized for peak performance and increased flexibility. By incorporating additional ceramic and an aluminum filter capacitor, the power module EVAL board demonstrates the low output ripple, fast transient response, and low conducted and radiated EMI performance of the device. Adjusting the output voltage, optimizing the control loop circuitry, and fine-tuning the filter capacitance is ease, with convenient size and placement of the passive components on the board. Finally, the excellent thermal performance of the power modules is enhanced using a 4-layer 1oz copper PCB. Features • Integrated shielded inductor (inside the module) • VIN = 4.5V to 20V • Precision enable UVLO - 4.5V • 1.8V output (output voltage is adjustable by changing 1 or 2 resistors) • Operates at full load up to 80°C ambient at 12V input • Up to 92% efficiency (LMZ14203/LMZ12003 • θJA = 20°C/W, θJC = 1.9°C/W thermal performance • Uses 0805 passives on front side for easy modification of values to match requirements • 1.705 in. x 3.03 in. (5.8 cm x 5.8 cm) 4-layer 1oz copper PCB LMZ14203DEMO - Simple Switcher® Power Module 42Vin, 3A Demonstration Board The SIMPLE SWITCHER® power module demonstration board is optimized for peak performance and small footprint. The output voltage and fast transient response can be adjusted by replacing the small passive components. The good thermal performance of the power modules is showcased using a 2-layer 1oz copper PCB. Features • Integrated shielded inductor (inside the module) • VIN = 6V to 42V • Precision enable UVLO - 8V • 3.3V output (output voltage is adjustable by changing 1 or 2 resistors) • Operates at full load up to 80°C ambient at 12V input • Up to 92% efficiency (LMZ14203/LMZ12003 • θJA = 20°C/W, θJC = 1.9°C/W thermal performance • Uses 0603 passives on back side showcasing production ready lay • 2.3 in. x 1.7 in. (5.8 cm x 4.3 cm) 2-layer PCB. Uses 1oz copper on top and bottom LMZ14203EVAL - Simple Switcher® Power Module 42Vin, 3A Eval Board The SIMPLE SWITCHER® power module evaluation board is optimized for peak performance and increased flexibility. By incorporating additional ceramic and an aluminum filter capacitor, the power module EVAL board demonstrates the low output ripple, fast transient response, and low conducted and radiated EMI performance of the device. Adjusting the output voltage, optimizing the control loop circuitry, and fine-tuning the filter capacitance is ease, with convenient size and placement of the passive components on the board. Finally, the excellent thermal performance of the power modules is enhanced using a 4-layer 1oz copper PCB. Features • Integrated shielded inductor (inside the module) • VIN = 6V to 42V • Precision enable UVLO - 8V • 3.3V output (output voltage is adjustable by changing 1 or 2 resistors) • Operates at full load up to 80°C ambient at 12V input • Up to 92% efficiency (LMZ14203/LMZ12003 • θJA = 20°C/W, θJC = 1.9°C/W thermal performance • Uses 0805 passives on front side for easy modification of values to match requirements • 1.705 in. x 3.03 in. (5.8 cm x 5.8 cm) 4-layer 1oz copper PCB Want to apply for any of these boards? Non members click here to register for Board Club Membership Members click here to apply for the board