Part Details for CSD18503Q5A by Honest Han

This two phase synchronous buck converter allows smaller components with better distributed thermal performance than an equivalent single phase design. It achieves high efficiency: uses small inductors and easily fits in a small PCB area of 70mm x 70mm.

Ideal for automotive, outdoor, entertainment, retail, and decorative lighting applications, the Multi-String LED Lighting design implements independent multi-string LED lighting with high resolution dimming. The LED driver consists of a microcontroller-controlled DC/DC Sepic Power stage and eight

The PMP20175 reference design is a SEPIC converter that operates from 6.5V - 16Vin and supplies 7V@3A out (21W).  This low cost compact design operates at 600KHz with greater than 90.5% full load efficiency (Vin = 12V).  

此参考设计是一个 120Vac 到 17V 的反激式转换器，在次级侧上进行同步整流。初级侧上无损耗的无源钳位可帮助此参考设计实现高于 93% 的最大负载效率。与 PMP20172 结合时，此参考设计成为一个适用于 36W USB Type-C 双端口解决方案的完整解决方案。

此 PMP4695 采用通用准谐振隔离式反向，可从通用线路开始，提供 18V @ 830mA 电流。

This TI reference design showcases a Type-3: Class 6: 51-W active clamp forward converter for powered devices (PD) through PoE. The TPS23730 PD controller provides detection and classification while also containing a PWM controller. This design takes in a 37-V to 57-V PoE input: and outputs a 5-V rail for applications such as IP network cameras and wireless access points. 

PMP10653.1 is an Optimized Automotive Camera Module Design for Uncompressed Digital Video over Coax cable. The design is broadly divided into four Blocks. Power Block: This design support Wide Vin, i.e., 4.5V-36V. LM53601 is used for first stage DC/DC conversion, which can deliv

PMP20129 is an isolated synchronous flyback converter with a 3.3V/5A output.  The 36-60V input range is suitable for most telecom and Power over Ethernet (PoE) applications that require high efficiency.

This converter provides a high power PoE output of 5V/10A. The TPS2379 PD controller allows the use of an external hot swap FET for increased efficiency. The UCC2897A PWM controller is used to implement a high efficiency active clamp forward converter.

This two-phase synchronous buck operates from 24VDC and supplies an output of 15V@20A. Operation at 300KHz (per phase) delivers small size and greater than 96% efficiency.

The TIDA-00781 is a 12W SEPIC power supply reference design for industrial applications. It takes 12V nominal input voltage: and generates a 12V @ 1A output with 92% peak efficiency. The SEPIC converter topology allows voltage step-up and step-down conversion. The design covers a wide input range of 2.5V to 20V with a minimum start-up input voltage of 3.5V. When using a noisy 12V supply: the design can operate uninterrupted while maintaining a regulated 12V output. The reference design features the LM3481 as the SEPIC controller and uses a single coupled inductor to achieve compact solution size. The component area of the SEPIC is about 39 x 26 mm (1.5 x 1 inch). The reference board is layout-optimized for improved EMI performance.The design can also use the output voltage to operate: which means after the output voltage reaches 12V under normal operating conditions: the input voltage can be reduced to as low as 2.5V with the system still maintaining output voltage regulation within 5%. Note that at input voltage of 2.5V: the high input current causes the inductor to heat up to over 130 °C so this is not a recommended operating condition.

The TIDA-00160 reference design provides detailed data for evaluating and verifying a USB charger: which uses a USB charge controller: a buck controller and a shunt amplifier.This design demonstrates an automotive USB charging port that offers short-to-battery protection. With the help of the shunt amplifier: the design aims to compensate the effects on Vdroop when the smartphone/tablet is connected to the USB charger using a cable that is roughly 2-3 meters in length.

For developers currently using an FPGA or ASIC to connect to high speed data converters who need faster time to market with increased performance and significant reduction in cost, power, and size this reference design includes the first widely available processor integrating a JESD204B interface