Part Details for BAV99 by Yangzhou Yangjie Electronics Co Ltd

The PMP5194 reference design uses the UCC28061 interleaved transition mode PFC controller to convert a universal AC input to a 460V/1A DC bus. This design achieves a peak efficiency of over 96%.

The PMP4986 reference design uses the UCC2581 PWM controller to generate an isolated 3.3V/300mA output. Three TPS62110 converters are used to create +/-2.5V and 1.2V outputs from the 3.3V output. A TPS54060 is used on the primary side to create a non-isolated 3.3V/12mA output. The TPS62110 converters can be synchronized to an external 1MHz clock. The UCC2581 and TPS54060 supplies can be synchronized to an external 125kHz clock through the ISO7242.

This reference design provides 400W of power from a universal AC input with power factor correction. The UCC28019A controls a PFC boost front end: while the UCC25600 LLC resonant-half bridge converts the PFC output to isolated 40V: 33V: and 27V outputs. The total system efficiency is over 89% with a 230VAC input and over 85% with an 115VAC input.

The PMP5967 reference design provides a 12V/38A output with over 94% efficiency from a 380VDC input. This design uses the UCC25600 to control the resonant LLC converter. The UCC24610 synchronous rectifier controller is used to control two banks of CSD18501Q5A MOSFETs: eliminating the need for heat sinks on the output rectifiers.

isolated automotive flyback to supply TI DSP

PMP8571 is an easy to use power solution designed using integrated inductor power modules for Altera’s Cyclone 5 FPGA. This design used TPS84621 and TPS84320 along with TPS51200 to generate 5 rails to power the FPGA.

PMP9385 is a Single-Phase Synchronous Boost Converter which accepts an input voltage of 12.5Vin to 15.5Vin and provides an output of 24Vout capable of supplying a maximum of 8A of current to the load. Design uses an LM5122 Synchronous Boost controller and CSD18531Q5A FETs.

对于具有较高输出额定功率的电源转换设备而言，并联 IGBT 变得很有必要，因为在这类应用中，单个 IGBT 无法提供所需的负载电流。此 TI 设计采用一个增强型隔离式 IGBT 栅极控制模块来驱动半桥配置中的并联 IGBT。并联 IGBT 在栅极驱动器级（驱动强度不足）以及系统级均会带来挑战：难以在两个 IGBT 中保持相等电流分布的同时确保更快的导通和关断。此参考设计使用增强型隔离式 IGBT 栅极驱动器，这种器件具有多种集成特性，如去饱和检测和软关断（以便在故障情况下保护 IGBT）。外部 BJT 电流增压级可提高栅极驱动电流 (15A)，而不必牺牲软关断特性。此外，该设计展示了在 IGBT 并联运行时避免栅极电流回路的机制。

An offline isolated flyback AC-to-DC converter that accepts an input voltage of 100VAC to 240VAC and provides an isolated output of 5Vout capable of delivering 0.5A. This design features a very low standby current with pulse skipping.

此 PMP5643 采用通用电源准谐振隔离反向，可提供 51W 峰值功率和 37W 平均功率（ 13.65V 电压）。此转换器得益于“级联”拓扑，可进一步减少无负载损失，实现超快启动时间。

The PMP5089 reference design uses the UCC28600 green-mode controller to generate a 12V/40W regulated output. The quasi-resonant switching of the UCC28600 allows this low-cost design to achieve a maximum load efficiency is over 87%: while the no load losses are less than 250mW.

The PMP5666 is a two outputs: +/-12V (+800mA and -250mA): isolated flyback working in continuous conduction mode thus reducing peak currents. The loop is closed to the +12V main output. The input voltage range is 18V…60V.

low cost: isolated non synchronous PoE Flyback provides 3.3V @1.8A

PMP6711 电压电平转换器件可在不到 1 平方英寸的电路板空间中通过 120VAC/60Hz 输入提供隔离式 5.5V（250mA 时）。此设计在具有初级侧稳压的隔离式 SEPIC 拓扑中采用 TPS40210，节省了额外的空间和与光耦合器反馈有关的成本。SEPIC 钳位电容器可减少 MOSFET 漏极上的振铃并重新获得泄漏的能量以提高效率。

PMP10514 is a High-Efficiency Single-Phase Synchronous Buck Converter using the LM25117 controller IC. The design accepts an input voltage of 30.4Vin to 33.6Vin (32Vin Nominal) and provides an output of 20 Vout capable of supplying 15A of continuous current to the load.

The PMP10352 reference design is a flyback converter with a 10-14Vdc input and 48V/360mA output. This design is well suited to provide power for Type 1 (15W) Power over Ethernet (PoE) Power Source Equipment (PSE) switches. It can also be used for any application operating from a 12V bus that needs an isolated 48V output.

The PMP9044 reference design uses the UCC28720 primary-side regulated flyback controller to generate a 3.3V/0.5A output from a 3-phase univeral AC input. A bipolar transistor is used as the switch on the primary side to minimize the circuit cost.

100W lowest profile boost converter to supply sensitive: but constant RF load

The EBV designed Cyclone III development platform is targeted at processor applications. Its modular concept enables customers to pick a base board and add customized modules which extend the functionality.

PMP5067 参考设计使用 UCC28600 环保模式控制器通过 100Vdc 至 650Vdc 的极宽泛输入电压生成隔离式 12V/3.4A 输出。UCC28600 的准谐振开关有助于该设计实现高达 88% 的最大负载效率，空载损耗不足 550mW。

This reference design generates a 1.2V output from a 12V input, using the TPS562209 synchronous buck converter.  This converter uses the DCAP2 control method to minimize output capacitance while eliminating feedback compensation components and still providing an excellent load transient resp

The CC8521 and CC8531 USB Dongle Reference design shows how to design a PurePath Wireless USB dongle with either CC8521 or CC8531. Only one voltage regulator (TPS76933) and passive components are used in addition to the PurePath Wireless RFIC. The design features a compact PCB antenna and integr

The PMP5803 reference design uses the UCC28610 green-mode flyback controller to generate an isolated 12V/1.2A from a universal AC input source. The maximum load efficiency is over 82%, while the no load power consumption is less than 200mW.

This reference design demostrates a high effeiciency DC power module solution that converts 18V-36V input to isolated 3.3V4.5A. Full feature PWM controller LM5020 and S.R controller UCC24610 are used in the solution to achieve high efficiency of up to 92.4%@full load. The overall size is 1"x2"x0.

The PMP8673 reference design is a synchronous boost converter optimized for high efficiency while maintaining a small form factor. This reference design has a voltage input range of 34.5-37.5V (35V nominal) and provides an output voltage of 55.5V. The synchronous boost topology enables efficienci

This reference design uses the BQ24640 super cap charging controller to charge a large bank of super caps to a voltage below the input bus voltage. During an input bus dropout, the energy from the super caps is used to power a boost converter that can supply 10A of output current at 26.2V. This o

The PMP9637 4-phase boost power supply enables high-efficiency boost dc/dc conversion of an 8.5V to 18V input Automotive battery voltage to 44V output at 17 Amperes in a compact form factor for Audio applications. The TPS40090 4-phase PWM controller is used with two (2) UCC27324D 4A dual FET driv

PMP7285 参考设计使用 TPS51621 以便在高达 10A 时生成 1V。此设计针对狭小空间进行了优化，同时仍保留了良好的性能。PMP7285 是一项优异的离散设计，可以降低模块成本并提高模块性能。

PMP15002 是一款通用的交流输入至 5V/3A 输出高效参考设计，适用于经过成本优化的适配器和充电器应用。此拓扑为初级侧调节型准谐振反激式拓扑，同时具有同步整流功能。它采用初级侧调节，因此无需使用光耦合器和其他外部补偿组件。此设计符合 EN55022 B 类传导和辐射 EMI 标准。此设计的效率和空载功耗符合欧盟行为守则第 5 版第 2 级标准。

PMP6833 参考设计使用 UCC28600 绿色环保模式控制器生成 12V/15W 稳压输出。UCC28600 的准谐振开关使该低成本设计可达到 83% 以上的最大负载效率，无负载损失小于 200mW。

This low-cost (0.75W) isolated flyback regulator produces a 5V output from a low 10V – 20V input voltage range. A full-load efficiency of 83% was achieved from a 12V nominal input.

This PMP5513 is a general purpose quasi-resonant isolated flyback: starting from high line and supplying two outputs: 24V @ 2.65A and 8V @ 0.25A. The main loop is closed to the 8V output.

This power supply replaces a small PoE module and delivers 12V @ 600mA. The board layout has been routed by separating the module into two parts: the input filter and bridge from the power stage.

The PMP5067 reference design uses the UCC28600 green-mode controller to generate an isolated 12V/3.4A output from a very wide 100Vdc to 650Vdc input range. The quasi-resonant switching of the UCC28600 allows this design to achieve a maximum load efficiency up to 88%: while the no load losses are less than 550mW.

The PMP4820 reference design use the UCC28600 green-mode controller with a synchronous rectifier to provide good efficiency at heavy loads while maintaining low power consumption at light loads. The maximum load efficiency is over 87%: and the no load losses are less than 150mW.

This low-cost (5W) isolated flyback regulator produces a USB 5V output from a low-voltage input: such as automotive. A full-load efficiency of 83% was achieved from a 12V nominal input.

Simple: low cost: industrial and isolated flyback 5V @700mA w/ TPS40210

This reference design contains two duplicate LED drivers. Each circuit drives a 10V to 40V series connected string of LEDs at 350mA. The input range is 50VDC to 60VDC. The TPS40210 boost controller is used in an

This low-cost (6.5W) isolated synchronous discontinuous flyback regulator produces a 6.5V output from a low-voltage (18V – 36V) input. A full-load efficiency of nearly 90% was achieved from a 24V nominal input.

The PMP6583 reference design uses the UCC28600 green-mode controller to generate a 13.7V/17W regulated output. The quasi-resonant switching of the UCC28600 allows this low-cost design to achieve a maximum load efficiency is over 85%: while the no load losses are less than 250mW.

The PMP5709 15.0V @ 0.9A isolated flyback converter generates one output voltage from a 14-24V input. The input voltage range makes it ideal for industrial applications.

This reference design provides 12V at 12A from a wide range 18V-75V telecom input with greater than 94% efficiency. This design uses the UCC2897A active clamp controller with synchronous rectifiers for an efficient: yet cost effective solution that can operate from either a 24VDC or 48VDC input bus.

This design is a LED driver providing an ouput current of 730mA within an voltage range of 16-32V. The input voltage range is 9-19V.

This reference design drives two series connected white LEDs at 700mA. The steady-state input range is 8VDC to 16VDC: but the circuit is designed to survive a 52VDC input transient condition. The TPS40211 boost controller is used in an

The PMP4844 reference design provides an isolated 24V output at 120W from an 18V to 54V telecom input with up to 94% efficiency. This design uses the UCC2897A active clamp controller along with an ISO721 digital isolator and TPS28225 to drive synchronous rectifiers. The circuit is built in an industry standard Half-Brick footprint.

PMP4729 is a wide input voltage range (8024V) LED driver for automotive application. It supplies a string of 3-4 LEDs (13.5 .. 18V) with a current of 1.2A. The converter with TPS40211 is in sepic configuration: has a dimming input (100..200 Hz PWM) and additional circuitry for input protection (transient protection: active reverse polarity protection).

The Bidirectional 400V-12V DC/DC Converter Reference Design is a microcontroller-based implementation of an isolated bi-directional DC-DC converter.  A phase shifted full-bridge (PSFB) with synchronous rectification controls power flow from a 400V bus/battery to the 12V battery in step-down

The PMP4909 reference design uses the TPS23754 PoE controller to control an active clamp forward converter that delivers up to 25W at 12V. This design uses synchronous rectifiers to achieve efficiencies over 92%.

The TIDA-00661 reference design features signal processing front-end subsystem for electronic trip units (ETU) used in air circuit breakers (ACB) or molded case circuit breakers (MCCB). This subsystem consists of Delta-Sigma ADC with 24-Bit resolution and fast startup (< 3ms), ±2.5V reg

The Texas Instruments bq40z60 device is a Battery Pack Manager that integrates battery charging control output, gas gauging, and protection for completely autonomous operation of 2-series to 4-series cell Li-Ion and Li-Polymer battery packs. The architecture enables internal communication between

Dynamic transmit-power control is critical for improving spectral efficiency and reducing adjacent channel interference in wireless local area networks (WLANs). In addition, regulatory agencies worldwide require that transmit power be limited to certain level to reduce interference with other com

This design is a boost converter for automotive applications to boost the battery voltage to 9.5V @ 1.5A during cranking. It can withstand input peaks up to 40V.

This reference design enables up to 4 Resistor Temperature Detectors (RTD) to be connected through one ADC in manner such that the solution is both compact and modular. Communication from the ADC to the processor is though an SPI interface. If 8 RTDs are required for an application, simply connec

PMP5089 参考设计使用 UCC28600 绿色环保模式控制器生成 12V/40W 稳压输出。UCC28600 的准谐振开关使该低成本设计可达到 87% 以上的最大负载效率，无负载损失小于 250mW。

The PMP6933 reference design provides 9.6V at 15.6A (150W) from a wide range 18V-60V telecom input with greater than 94% efficiency. This design uses the UCC2897A active clamp controller with self-driven synchronous rectifiers to achieve high efficiency.

This reference design is a complete automotive USB charger solution from the car battery.From a 9V to 40V DC input,  this design generates a 5V/2.1A output for smart phones and tablets.

PMP5761 is designed for hybrid filber/coax system with nominal 40VAC-90VAC input and generate a 24V/3.5A output. A cascade PFC and LLC-SRC two stage system is applied in this design to guarantee high power factor is achieved in nominal input range. Transition mode PFC controller UCC28051 and resonant converter controller UCC25600 are applied to PFC and LLC-SRC: respectively. With PFC output set to 300V: PMP5761 is able to keep out in regulation with input up to 200VAC. 80% converter efficiency is achieved at 40VAC and 87% converter efficiency is achieved at 115VAC.

该汽车升压转换器可在通过 3.3V 输入电压提供 5V 电压（电流为 350mA）。

The PMP5353 reference design provides a non-isolated 3.3V at 40mA and 15V at 2mA from a 120VAC/60Hz input in less than 1 square inch of board space. This design uses the UCC38C44 to control a SEPIC topology. The SEPIC clamping capacitor reduces ringing on the drain of the MOSFET and recaptures leakage energy to improve efficiency. A TPS72901 LDO is used to minimize noise on the 3.3V output.

This automotive reference design has an input voltage range of 16V to 34V and provides an output voltage of 13.2V @ 2.0A. It's using only ceramic capacitors on the output as well as on the input which enables the use for a wide temperature range.

The PMP5298 reference design provides an isolated 5V at 250mA from a 120VAC/60Hz input in less than 1 square inch of board space. This design uses the UCC3813-5 in a non-isolated SEPIC topology. The SEPIC clamping capacitor reduces ringing on the drain of the MOSFET and recaptures leakage energy to improve efficiency.

TIDA-01370 是一款具有以下用途的 TI 设计：在存在通过光学旋转增量编码器获取的闭环反馈的情况下，在由 DRV8880 驱动的步进电机中进行失速检测。该参考设计显示如何使用闭环算法检测失速。

This design is a two-switch buck boost converter which generates an output voltage of 28.0V @ 2.5A from an input voltage range of 10..32V.

This quad-channel analog outputs module delivers voltage and current outputs using the highly integrated DAC8775 analog front-end. Integrated adaptive power management minimizes the power dissipation of the chip. Additionally: an external protection circuit is implemented to provide immunity to the IEC61000-4 suite of tests.

This single-channel: power-isolated: analog output module reference design delivers current and voltage outputs using the highly-integrated DAC8771 digital-to-analog converter (DAC). The high integration of the DAC8771 coupled with the LM25180 primary-side regulated flyback converter lead to a compact: isolated design with 52-mm × 40-mm board dimensions and a maximum component height of 4 mm. Additionally: the design features external circuitry to provide transient protection for electromagnetic interference (EMI) and electromagnetic compatibility (EMC).

This quad-channel: analog output module delivers voltage and current outputs using the highly integrated DAC8775 digital-to-analog converter (DAC). Integrated adaptive power management: along with the LM5166 buck converter: reduces the total power dissipation of the reference design to less than 1 W: even when driving all four channels at 20 mA simultaneously.

This magnetic-free (no transformer/inductor): small form-factor: LED driver circuit is ideal for use in LED lamps: downlights: and fixtures.  The design takes advantage of relatively new high forward-voltage (22V): low-current (20mA) white LEDs to realize a compact design producing >800 lumens from about 9W of input power.  The novel floating switch architecture produces low LED current ripple comparable to single-stage SMPS based designs while providing excellent compatability with a wide range of common household wall dimmers.

This reference design shows a complete power tree for automotive infotainment systems. The LM74700-Q1 provides reverse battery protection to the system and provides immunity to automotive transients specified in ISO 7637-2 and ISO 16750-2. The pre-booster with LM5150-Q1 provides a stable supply voltage of 10.5V during cranking for the dual-synchronous buck converter with LM5140-Q1: that provides an output voltage of 3.3V for a load current of 6.0A and an output voltage of 7.5V for a load current of 2.5A.

This reference design generates an isolated 12V/100W output from a high voltage DC input. This design is intended to operate from the output of a PFC front end regulator. The UCC2897A is used to control an active clamp forward converter. Self-driven synchronous rectifiers allow for over 91% efficiency. An accurate current limit is provided by directly sensing the output current. A clock pulse output is also provided for synchronizing with other converters.

This reference design generates an isolated 5V/100W output from a high voltage DC input. This design is intended to operate from the output of a PFC front end regulator. The UCC2897A is used to control an active clamp forward converter. Self-driven synchronous rectifiers allow for 91% efficiency. An accurate current limit is provided by directly sensing the output current. A clock pulse output is also provided for synchronizing with other converters.

This reference design generates an isolated 28V/100W output from a high voltage DC input. This design is intended to operate from the output of PFC front end regulator. The UCC2897A is used to control an active clamp forward converter. Self-driven synchronous rectifiers allow for over 92% efficiency. An accurate current limit is provided by directly sensing the output current. A clock pulse output is also provided for synchronizing with other converters.

具有高输出电压和低电流的非同步升压转换器。

This design is a Solar charger and energy harvester using a highly integrated power management solution that is well-suited for ultra-low power applications, like those enabled by MSP430 FRAM microcontrollers (online onl

此参考设计在非隔离式反向拓扑中使用 UCC28C42 生成 5V 电压（0.8A 电流时），由 US line AC 输入供电。这项低成本、紧凑型设计在最大负载下可实现超过 70% 功效。

This reference design generates an isolated 12V/160W output from a high voltage DC input. This design is intended to operate from the output of PFC front end regulator. The UCC2897A is used to control an active clamp forward converter. Texas Instruments CSD18531Q5A synchronous rectifiers allow this design to achieve over 92% efficiency. An accurate current limit is provided by directly sensing the output current. A clock pulse output is also provided for synchronizing with other converters.

The TIDA-00178 reference design is an EMC compliant industrial interface to Sin/Cos position encoders. Applications include industrial drives: which require accurate speed and position control.The design utilizes a 16-bit dual sample ADC with drop-in compatible 14- or 12-bit versions available: allowing for optimization of performance and cost. TIDA-00178 provides a direct connection to Sitara AM437x using SPI and QEP. For quick evaluation it features a 60-pin connector which directly fits the AM437x IDK. An example firmware for Sitara AM437x IDK is provided: which outputs the measured angle from the Sin/Cos encoder with up to 28-bit resolution through the Sitara’s USB virtual COM port.

The TIDA-00901 TI Design is a three-phase brushless DC motor drive designed to operate in 12-V automotive applications such as HVAC blowers. The board is designed to drive motors in the 200-W range and can handle currents up to 20A. Utilizing either sensorless operation or external Hall Effect se

The PMP40355 reference design is designed for evaluating a non-isolated 13W buck  PD converter system using the IEEE 802.3at PoE interface and dc/dc controller TPS23753A. The converter is capable of supporting the 13W maximum IEEE 802.3at power requirements with low BOM cost. It presents good efficiency: load regulation and related electrical performance.

Low voltage brushed DC drives are used in many applications. TI offers a rich family of brushed DC motor driver solutions with flexible control interface options for one or more brushed DC motors up to 60V.  For applications which require higher torque and power: often voltages above 60VDC are used. The TIDA-00365 protected full-bridge operates at nominal 75VDC input and 10A output current and features bipolar high-side current sensing leveraging a 100V full-bridge gate driver SM72295 with integrated amplifiers and four 100V NexFET power MOSFETs with ultra-low gate charge and small SON5x6 package with low thermal resistance. The power stage is protected against over-temperature: over-current and short-circuit between the motor terminals and motor terminals to ground. Onboard power supplies provide a 12V and a 3.3V rail for the gate driver and signal chain. The host processor interface is 3.3V I/O to connect a host MCU like C2000 Piccolo MCU for brushed DC motor current control.

This reference design is for a multiparameter front end of a patient monitor that measures vital sign parameters like ECG: heart rate: SpO2 and respiration.it uses biosensing front end integrated circuits like the AFE4403 and ADS1292R devices: to measure these parameters. It also uses three TMP117 sensors to accurately measure skin temperature. This design can interface with the pace detection module to detect the pace pulse. The design also uses an isolated UART connection to transfer data to a computer. The entire front end subsytem runs on a rechargeable 3.7V li ion battery.

Stepper drives are used in many applications operating typically from 12VDC to 48VDC. TI offers a rich family of stepper motor driver solutions with industry standard step/direction and parallel control interfaces. For applications which require higher torque and power: often voltages above 48VDC: up to 100VDC are used. The TIDA-00210 provides a solution for such stepper drives. The TIDA-00210 uses two protected full-bridge power stages based on TIDA-00365 in parallel configuration. Each full-bridge operates nominal 75VDC and 10Arms phase current and features bipolar high-side current sensing leveraging a 100V full-bridge gate driver SM72295 with integrated amplifiers and four 100V NexFET power MOSFETs with ultra-low gate charge and small SON5x6 package with low thermal resistance. The power stage is fully protected against over-temperature: over-current and short-circuit between the motor terminals and motor terminals to ground. Onboard power supplies provide a 12V and a 3.3V rail for the gate driver and signal chain. The host processor interface is 3.3V I/O to connect a host MCU like C2000 Piccolo for stepper motor control.

The goal of this reference design is to show the total system performance when using the switched-cap fast charge topology in a smart phone application. The system includes using a smart wall adapter that supports USB Power Delivery (PD) Programmable Power Supply (PPS) specifications to reduce losses over the charging cable as well as reduce losses and the temperature rise in the smart phone. The bq25970 is the first switched-capacitor charger from TI that is capable of delivering up to 8A of charge current to a battery.

This reference design describes an 18W power supply for driving a string of 13 LEDs (3.3V) at 420mA. The targeted application for this design is T8 fixtures transitioning from standard fluorescent tubes to more efficient LEDs. With an operating efficiency of over 87%, an input voltage range of 90

This reference design delivers a very low input voltage high current boost application with a combination of the TPS61088 and the TLV61220. The TLV61220 is a low-input voltage boost converter. Its minimum input voltage is 0.7V. Setting the TLV61220’s output voltage to 5.5V to supply the TPS

此参考设计使用 TPS62510 1.5MHz 同步降压转换器从 3.3V 电源产生 2.5V/0.5A 输出电流。这种紧凑型设计的效率可达 95%，且输出波纹电压低于 10mVpp。