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Price & Stock for: BAV99

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View this part on Avnet Americas 0 1
  • 1 $0.0390
View this part on Newark 0 12,000 TAPE & REEL FULL
  • 12,000 $0.0390
View this part on Newark 0 1,000 TAPE & REEL CUT
  • 1,000 $0.0480
View this part on Schukat electronic 1,946,000 500
  • 500 $0.0733
  • 3,000 $0.0582
  • 9,000 $0.0506
  • 18,000 $0.0483
View this part on element14 Asia-Pacific 0 100 Reel
  • 100 $0.1080
  • 1,000 $0.0810
  • 3,000 $0.0650
  • 9,000 $0.0550
  • 24,000 $0.0470
  • 45,000 $0.0420

Purchasing Insights: BAV99

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Risk Rank

Risk Rank is a proprietary algorithm Supplyframe has developed to quantify component risk rank using multiple data points. This ranking helps engineers and buyers determine whether alternates should be sought for parts that are deemed as high risk.

Risk Rank Example

Risk Rank is determined by a combination of factors such as product lifecycle status, price & inventory votality, current inventory availability, and much more. Even the availability of manufacturer specifications and part documentation, such as datasheets and reference designs, have an impact on determining the overall riskiness of a part.

The risk is characterized across three product phases:

  • Design
  • Production
  • Long Term

For Purchasing Risk Rank, we focus on the Production and the Long Term Phases on FindChips in our evaluation of Risk.

Production Phase

The production phase is when the product is being assembled. Sourcing parts reliably is the essential task during this phase, as it determines whether the product can continue production. During the production phase, there is no time to test new components if something goes awry – the design is the locked-in and a primary risk factor is the component availability in the marketplace. It is possible to utilize alternative parts if things go wrong during this phase, but they need to be FFF (form, fit, function) compatible. Therefore, if a part is available in the online marketplace and has available FFF components, it will be listed as lower risk.

Long Term Phase

The amount of time that a product is manufactured often depends on the industry. Some automobile electronics are made consistently for 5-10 years, whereas military and industrial electronics could be produced from anywhere from 30-50 years.

This means part risk goes up with the likelihood of obsolescence. If a chip manufacturer decides to stop making a particular chip, it is supremely disruptive to mature products, because there may not even be replacement parts available. Other factors like environmental certifications (RoHS) feed into this as well, as non-certified parts are more likely to become obsolete in the future.

We combine both of these aspects into a Purchasing Risk Rank score in order to focus in on risk elements that would be most pertinent for purchasers to be aware of.

Risk Rank Breakdown

Risk Rank: Purchasing Risk

What is purchasing risk rank?

Purchasing Risk Rank is determined by in-depth analysis across risk factors of production risk and long term risk of a given part.

Learn more

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Authorized Distributors (2) Independent Distributors (0)
  • 1. Avnet Americas $0.0390 Buy Now
  • 2. element14 Asia-Pacific $0.1766 Buy Now

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Part Details for: BAV99

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Part Details

Risk Rank

Risk Rank is a proprietary algorithm Supplyframe has developed to quantify component risk rank using multiple data points. This ranking helps engineers and buyers determine whether alternates should be sought for parts that are deemed as high risk.

Risk Rank Example

Risk Rank is determined by a combination of factors such as product lifecycle status, price, inventory votality, current inventory availability, and much more. Even the availability of manufacturer specifications and part documentation, such as datasheets and reference designs, have an impact on determining the overall riskiness of a part.

The risk is characterized across three product phases:

  • Design
  • Production
  • Long Term

We focus on the Design Phase on FindChips in our evaluation of Risk.

Design Phase

The design phase of a product is the beginning of the product lifecycle. This is when engineers are doing analysis of components in the marketplace, determining which specifications are most important for their design and assessing the cost impact of using this particular component. While this is early in the product lifecycle, choices at this point can severely impact a product much later on when the product is being made. Additionally, this stage is the one furthest from a product being made, which is why we focus on metrics of stability over time when determining Design Risk.

Risk Rank Breakdown

Risk Rank: Design Risk

What is design risk rank?

Design Risk Rank is determined by in-depth analysis across risk factors, including part availability, functional equivalents, lifecycle, and more.

Learn more

Alternate Parts for: BAV99

FFF Equivalents (2) Functional Equivalents (9)
Part Number Description Manufacturer Compare
MMBD7000LT1 Diodes Rectifier Diode, Shandong Yiguang Electronic Joint Stock Co Ltd BAV99 vs MMBD7000LT1
SMBD7000E6327 Diodes 0.2A, 100V, 2 ELEMENT, SILICON, SIGNAL DIODE, SOT-23, 3 PIN Rochester Electronics LLC BAV99 vs SMBD7000E6327
Part Number Description Manufacturer Compare
1SS307TE85L2 Diodes DIODE 0.1 A, SILICON, SIGNAL DIODE, Signal Diode Toshiba America Electronic Components BAV99 vs 1SS307TE85L2
PMEG4010ER Diodes Rectifier Diode Nexperia BAV99 vs PMEG4010ER
SK15B Diodes Rectifier Diode, Schottky, 1 Element, 1A, 50V V(RRM), Silicon, DO-214AA, ROHS COMPLIANT, PLASTIC, SMB, 2 PIN Fagor Electrónica BAV99 vs SK15B
SDR1MHF Diodes Rectifier Diode, 1 Element, 1A, 1000V V(RRM), Silicon, HERMETIC SEALED PACKAGE-2 Solid State Devices Inc (SSDI) BAV99 vs SDR1MHF
CMMSH1-40LBK Diodes Rectifier Diode, Schottky, 1 Element, 1A, 40V V(RRM), Silicon, SOD-123F, 2 PIN Central Semiconductor Corp BAV99 vs CMMSH1-40LBK
BAS40T Diodes Rectifier Diode, Schottky, 1 Element, Silicon, SOT-523, PLASTIC 2 PIN Micro Commercial Components BAV99 vs BAS40T
SS5620 Diodes Rectifier Diode, 1 Element, 1A, 800V V(RRM), Silicon, HERMETIC SEALED, GLASS, 102, 2 PIN Sensitron Semiconductors BAV99 vs SS5620
SMBD7000E6327 Diodes 0.2A, 100V, 2 ELEMENT, SILICON, SIGNAL DIODE, SOT-23, 3 PIN Rochester Electronics LLC BAV99 vs SMBD7000E6327
X200FG Diodes Rectifier Diode, 1 Element, 0.025A, 20000V V(RRM), Silicon, HERMETIC SEALED PACKAGE-2 Voltage Multipliers Inc BAV99 vs X200FG

Resources and Additional Insights

Reference Designs

  • Class 4,Efficiency-Optimized,Flyback Converter for PoE Applications
    PMP6672: This reference evaluation module, featuring the TPS23754 PoE interface and DC-to-DC controller, is used for Class 4 PoE applications where high efficiency is required. Output power is 5V at 5A from either an adapter input(21.6-57VDC) or power over ethernet. in general, the efficiency gain is on the order of 3-4%.
  • 310W PSU Using Transition Mode Bridgeless PFC and LLC-SRC - Reference Design
    PMP9640: High efficiency, high power factor and reliable power supply are the main focus of the PMP9640 design for motor driver applications. Low cost analog transition mode (TM) PFC controller UCC28051 has been used for bridgeless PFC as the first conversion stage of the PMP9640. LLC series resonant converter (SRC) with UCC25600 is applied as the second stage of the PMP9640. In addition, a high-side buck converter with UCC28710 is applied here as the bias supply. In this design, bridgeless PFC efficiency can go up to 98.5%.
  • 100VAC-265VAC 100W High Bay LED Lighting (80V @ 350mA)
    PMP4862.2: The PMP4862 reference design drives three separate LED strings (up to 77V) at 350mA from a universal AC input. The UCC28810 is used in a PFC-Flyback configuration to provide power factor correction and isolation at the same time. Each LED driver uses one TPS40210 to control the individual LED current. PWM dimming, ON/OFF control, current monitoring, and a trim function are all provided for each individual LED string. The PFC-flyback is over 87% efficient, while the buck LED drivers are over 92% efficient. The overall efficiency is over 80%.
  • 100VDC-650VDC Input 12V 40W Isolated Flyback
    PMP5067: 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.
  • Universal AC DLP Power Supply (10V @ 6A) - PMP5500.2 - TI Tool Folder
    PMP5500: 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.
  • 85-265Vin, 5Vout, 1Aout, AC-DC Fly-Buck Converter Reference Design
    PMP10834: The PMP10834RevA reference design is a compact and thermally efficient design intended to step down a wide range of AC inputs (85VAC to 265VAC). This non-isolated Flybuck design incorporates the UCC28C42 PWM with an optocoupler feedback to provide 1% output voltage regulation. All the circuit components (including magnetics) are standard parts.
  • Quasi-Resonant Isolated Flyback 85-265VACin, 18V/830mA
    PMP4717: This PMP4717 is a general pourpose quasi-resonant isolated flyback, starting from universal line and delivering 18V @ 830mA. Particular attention to light load efficiency resulted in 54mW losses at no load and 115Vac input.
  • Isolated DM Flyback (5V @ 0.15A) for Airplanes
    PMP5302: 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.
  • Universal AC DLP Power Supply (10V @ 6A)
    PMP5500.2: 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.
  • 400VDC Input to 28V/9A Output Compact, High Efficiency CLL Resonant Converter Reference Design
    PMP9750: PMP9750 is a CLL resonant converter reference design with 400VDC input and 28V/9A ouput. Unlike LLC series resonant converter, CLL resonant converter used in PMP9750 utilizes its output inductor to minimize the size of the resonant tank. With resonant controller UCC25600 and bridge driver UCC27714, PMP9750 is able to achieve 95.7% peak efficiency.
  • 120 VAC 7W PFC Wall Dimmable AC Linear Floating Switch LED Driver Reference Design
    PMP6022: 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.
  • Single Phase Demonstrator 350W
    PMP4670: isolated automotive flyback to supply TI DSP "piccolo B" EVM and provide 12V gate drive
  • 85VAC-265VAC Input, 13.7V/17W Output Green-Mode Flyback
    PMP6583: 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.
  • 8VDC-16VDC 7.6V/700mA LED Driver
    PMP4937: 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 "upside-down" buck topology for a simple, low-cost solution. This circuit includes enable, PWM dimming, current trimming, and a current sense functions for interfacing with an external microprocessor.
  • High Efficiency 400W AC/DC Power Supply Reference Design - PMP11064.1 - TI Tool Folder
    PMP11064: PMP11064 is a high-efficiency AC/DC power supply reference design with universal AC input and 20V/20A output. Interleaved transition mode PFC and LLC series resonant converter is applied for 20V/20A main power. A PSR Flyback with MOSFET integrated controller is applied as the auxiliary supply. 91.2% efficiency is achieved at low line and full load. 93.1% efficiency is achieved at high line and full load.
  • Optical Heart Rate Monitor Reference Design with BLE Connectivity
    TIDA-00011: This reference design is for a complete Optical Heart Rate Monitor wrist watch (no chest strap!) end equipment featuring TI signal chain, power, and connectivity components. With TI's AFE4400 AFE, you can accelerate and simplify your wrist based HRM design while still ensuring measurement performance needed for serious Fitness designs. This reference design also includes a full BLE connectivity design for easy interface to BLE enabled smartphones, tablets, etc.
  • Class 4- 33Vdc-57Vdc Input, 3.3V/7.6A Active Clamp Forward
    PMP4908: The PMP4908 reference design uses the TPS23754 PoE controller to control an active clamp forward converter that delivers up to 25W at 3.3V. The CSD16406 synchronous rectifiers allow this design to achieve efficiencies over 93%.
  • 220V-400VDC Input, 12V/160W Active Clamp Forward
    PMP7410: 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.
  • 85VAC-265VAC Input, 12V/3A Output Green-Mode Synchronous Flyback
    PMP4820: 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.
  • 18V to 60Vin to +/-12V, 13W
    PMP5666.1: 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.
  • PoE 12@0.9, 3.3@1.5A, 1.8@0.8A, 1.2@0.8A
    PMP4648: This PMP4648 is a multi-output power supply in a Power over Ethernet application. A 12V adapter input is connected in OR-ing to the 12V output.
  • High Efficiency 350W AC/DC Power Supply Reference Design
    PMP11303.1: PMP11303 is high-efficiency AC/DC power supply reference design with universal AC input and 25V/13.5A and 12V/1A outputs. LLC+PFC combo IC UCC29950 is applied for the main power stages with 25V/13.5A output while UCC28730 is applied for the auxiliary power with 12V/1A output. This design has low no load power comsumption (152mW@230VAC) and over 93% peak efficiency. This design also meet 80PLUS Gold requirement for 115VAC Internal power supplies.
  • 335W Single Stage LLC-SRC Converter Reference Design - PMP10375.2 - TI Tool Folder
    PMP10375: The PMP10375 reference design is a single stage LLC series resonant converter (SRC), producing up to a 335W output using UCC25600 resonant controller. With the use of single stage LLC-SRC, the converter efficiency goes up to 90% at 335W full output power with 120VAC input.
  • High-Eff 2Stage Univ Input Pwr Supply Using Trans Mode PFC/LLC Resonant Conv Reference Design
    PMP8920: Low EMI, high efficiency, high power factor and reliable power supply are main focus of the PMP8920 design for telecom applications. Transient mode (TM) power factor correction (PFC) with UCC28051 and LLC series resonant converter (SRC) with UCC25600 are applied in PMP8911. In addition, synchronous rectifier (SR) IC UCC24610 is applied to LLC output rectifier stage. Low EMI is expected with zero voltage switching on TM-PFC and LLC-SRC switches. An overall 91% efficiency is achieved at 100W full load. In addition, several protections are embedded into this design which includes input under-voltage protection, input over-voltage protection, output over-voltage protection, and output hic-cup over-power protection.
  • PoE interface, battery charger & uC supply
  • 36Vdc-60Vdc Input, 18V @ 6A Output, 95% Efficient Active Clamp Forward
    PMP4925: The PMP4925 reference design provides 18V at 110W from a standard 48V telecom input with greater than 95% efficiency. This design uses the UCC2897A active clamp controller along with self-driven synchronous rectifiers.
  • Discontinous Conduction Mode in flyback configuration using TPS40210 to generate 5V @ 700mA
    PMP5694: Simple, low cost, industrial and isolated flyback 5V @700mA w/ TPS40210
  • 15V -> +/-23V @ 100mA
    PMP5709.2: The PMP5709 +23.0V/-23.0V @ 100mA isolated flyback converter generates a positive and a negative output voltage from an input of 15V. It is a cheap solution for low output power.
  • Universal LED driver
    PMP2587: Universal DC/DC LED driver (buck) with dimming pulse generator for three LEDs up to 700mA
  • 8Vdc-75Vdc Input; 3.3V, +/-2.5V, 1.2V Output; Ultra-Low Power Flyback
    PMP4986: 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.
  • 24V @ 4A Boost with TPS40210
    PMP4741: 100W lowest profile boost converter to supply sensitive, but constant RF load
  • SEPIC (13.5 - 18.0V @ 1.2A) for LED Drivers
    PMP4729: 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).
  • Interface to a Sin/Cos Encoder with Sitara AM437x Reference Design
    TIDA-00178: 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.
  • 15V -> +/-5V @ 35mA
  • SEPIC (5V@250mA) for Auxiliary Bias Supply
    PMP5298: 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.
  • 100VAC-265VAC 100W High Bay LED Lighting (80V @ 350mA)
    PMP4862.4: The PMP4862 reference design drives three separate LED strings (up to 77V) at 350mA from a universal AC input. The UCC28810 is used in a PFC-Flyback configuration to provide power factor correction and isolation at the same time. Each LED driver uses one TPS40210 to control the individual LED current. PWM dimming, ON/OFF control, current monitoring, and a trim function are all provided for each individual LED string. The PFC-flyback is over 87% efficient, while the buck LED drivers are over 92% efficient. The overall efficiency is over 80%.
  • Isolated DM Flyback for Charger 5V@1A
    PMP5063: 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.
  • Class 3- PoE controller 12V@0.6A
    PMP5595: 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.
  • 18Vdc-60Vdc Input, 9.6V @ 15A Output, 94% Efficient Active Clamp Forward
    PMP6933: 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.
  • High Efficiency 350W AC/DC Power Supply Reference Design
    PMP11303.2: PMP11303 is high-efficiency AC/DC power supply reference design with universal AC input and 25V/13.5A and 12V/1A outputs. LLC+PFC combo IC UCC29950 is applied for the main power stages with 25V/13.5A output while UCC28730 is applied for the auxiliary power with 12V/1A output. This design has low no load power comsumption (152mW@230VAC) and over 93% peak efficiency. This design also meet 80PLUS Gold requirement for 115VAC Internal power supplies.
  • High Efficiency 100W Active Clamp Forward 220V-400VDC Input, 28V/ 3.6A Reference Design
    PMP7453: 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.
  • Universal Input 45W AC-DC LED Driver Reference Design
    PMP6011: This design provides the ability to drive multiple LED strings with current matching from an AC source from 90VAC to 300VAC. The circuit is power factor corrected and provides high efficiency and good line regulation.
  • 100VAC-265VAC 100W High Bay LED Lighting (100V @ 1.2A)
    PMP4862.1: The PMP4862 reference design drives three separate LED strings (up to 77V) at 350mA from a universal AC input. The UCC28810 is used in a PFC-Flyback configuration to provide power factor correction and isolation at the same time. Each LED driver uses one TPS40210 to control the individual LED current. PWM dimming, ON/OFF control, current monitoring, and a trim function are all provided for each individual LED string. The PFC-flyback is over 87% efficient, while the buck LED drivers are over 92% efficient. The overall efficiency is over 80%.
  • Biometric Steering Wheel Reference Design
    TIDA-00292: This reference design is for a concept demonstration of how a driver's pulse rate, respiration rate, and ECG based heart rate can be obtained from a vehicle steering wheel. AFE4400 and AFE4300 from TI's biometric family of analog front-ends (AFE), enables acquisition of all three parameters via simple hand contacts on the steering wheel. This reference design also includes a full BLE connectivity design for easy interface to BLE enabled smartphones, tablets, etc
  • High Density Isolated 18-60Vin 5V 2.5A Flyback Using Standard PoE Transformer Reference Design
    PMP11012: PMP11012 is a fully isolated 5V at up to 2.5A delivered from a wide 18 -60 VDC input range. The PMP11012 design is complete on 2 layer PCB, all parts on one side and with no forced air needed. Transformer is standard off the shelf 13 W POE type. Design includes schematic, BOM and layout Gerbers and is well supported with a detail Test report.
  • 85VAC-265VAC 12V/40W Output Green-mode Adaptor
    PMP5089: 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.
  • 9.5V @ 1.5A Automotive Boost Converter
    PMP8515: 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.
  • High Eff 2Stage Univ Input Power Supply-Transition Mode PFC LLC Resonant Conv Reference Design
    PMP8911: Low EMI, high efficiency, high power factor and reliable power supply are main focus of the PMP8911 design for telecom applications. Transient mode (TM) power factor correction (PFC) with UCC28051 and LLC series resonant converter (SRC) with UCC25600 are applied in PMP8911. Low EMI is expected with zero voltage switching on TM-PFC and LLC-SRC switches. An overall 92% efficiency is achieved at 100W full load. In addition, several protections are embedded into this design which includes input under-voltage protection, input over-voltage protection, output over-voltage protection, and output hic-cup over-power protection.
  • 335W Single Stage LLC-SRC Converter Reference Design
    PMP10375.1: The PMP10375 reference design is a single stage LLC series resonant converter (SRC), producing up to a 335W output using UCC25600 resonant controller. With the use of single stage LLC-SRC, the converter efficiency goes up to 90% at 335W full output power with 120VAC input.
  • 14..24V -> 15V @ 0.9A - PMP5709.1 - TI Tool Folder
    PMP5709: 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.
  • Class 3- 13W PoE EVM 3.3V@3A/5V@2A
    PMP4507: This PMP4507 delivers 3.3V@3A or 5V@2A from a PoE source, standard 13W limit. The converter accepts also an external voltage from an adapter ranging 12V to 54V input.
  • Isolated DM Flyback 6.5V@1A
    PMP6606: 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.
  • 350W PSU with Universal AC Input and 28V Output - Reference Design
    PMP9531: High efficiency, high power factor and reliable power supply are the main focus of the PMP9531 design for motor driver applications. Transition mode (TM) power factor correction (PFC) with UCC28051 and LLC series resonant converter (SRC) with UCC25600 are applied in PMP9531. In addition, a high-side buck converter with UCC28710 is applied here as the bias supply. 93% converter efficiency is achieved at high line while still obtaining 90% converter efficiency at low line.
  • 85-265VACin, 18V/830mA
    PMP4695: This PMP4695 is a general pourpose quasi-resonant isolated flyback, starting from universal line and delivering 18V @ 830mA.
  • 18V-75V Input, 12V@12A Active Clamp Forward
    PMP8380: 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.
  • 18Vdc-60Vdc Input 6.5V @ 2A Flyback
    PMP5040: The PMP5040 reference design uses the TPS40210 PWM controller in a flyback configuration to generate an isolated 6.5V/2A output with over 80% efficiency.
  • 250W Single Stage LLC-SRC Converter Reference Design
    PMP9739: The PMP9739 is a single stage LLC series resonant converter (SRC), producing up to a 250W output using UCC25600 resonant controller. With the use of single stage LLC-SRC, the converter efficiency goes up to 89% at 250W full output power.
  • 14-Channel Active Cell Balance Battery Management Reference Design
    TIDA-00239: Active Balance chipset for use in large format Lithium-ion batteries that provides monitoring, balancing, and communications. With precise and robust active balancing, the Active Balance BMS is capable of bidirection power transfer at each cell. Each EM1401EVM can manage 6 to 14 cells (60V max) for Li-ion battery applications. The EM1401EVM modules can be stacked up to 1300V. The system provides fast cell balancing, diagnostics, and module to controller communication. Independent protection circuitry is also provided.
  • 400VDCin, 12V@460W, LLC with Synchronous Rectifiers
    PMP5967: 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.
  • 100VAC-265VAC 100W High Bay LED Lighting (80V @ 350mA)
    PMP4862.3: The PMP4862 reference design drives three separate LED strings (up to 77V) at 350mA from a universal AC input. The UCC28810 is used in a PFC-Flyback configuration to provide power factor correction and isolation at the same time. Each LED driver uses one TPS40210 to control the individual LED current. PWM dimming, ON/OFF control, current monitoring, and a trim function are all provided for each individual LED string. The PFC-flyback is over 87% efficient, while the buck LED drivers are over 92% efficient. The overall efficiency is over 80%.
  • Class 4- 33Vdc-57Vdc Input, 12V/2.1A Active Clamp Forward
    PMP4909: 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%.
  • 100-240VAC Input, 60W, 2-string, PWM Dimmable LED Driver Reference Design
    PMP6024: PMP6024 is an offline, LED driver circuit consisting of an isolated, power-factor corrected, constant output voltage flyback converter followed by two DC/DC buck LED current controllers. It is suitable for indoor or outdoor area lighting applications of 3500-5000 lumens (depending upon LED selection). LED brightness is controlled by a 3.3V, 10kHz PWM signal which is converted to a DC level adjustment of the LED string currents avoiding PWM modulation of the light output.
  • Class 3- Isolated Flyback (15V@0.72A) for PoE Applications
    PMP5270: Low-Cost Isolated Non-synchronous flyback converter with 15V at 0.72A output for class 3 POE Applications. PMP5270 accepts input voltages between 36-57Vac. This design uses TPS23753A IEEE 802.3-2005 PoE PD and PWM controller.
  • 14..24V -> 15V @ 0.9A
    PMP5709.1: 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.
  • 50Vdc-60Vdc Input, 2-Channel, 350mA LED Driver (10V to 40V String)
    PMP4936: 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 "upside-down" buck topology for a simple, low-cost solution. This circuit includes synchronization, enable, PWM dimming, current trimming, and a current sense functions for interfacing with an external microprocessor.
  • 335W Single Stage LLC-SRC Converter Reference Design
    PMP10375.2: The PMP10375 reference design is a single stage LLC series resonant converter (SRC), producing up to a 335W output using UCC25600 resonant controller. With the use of single stage LLC-SRC, the converter efficiency goes up to 90% at 335W full output power with 120VAC input.
  • Single Stage 200W AC-DC LLC Series Resonant Conv for 120VAC & 230VAC Input Reference Design
    PMP10283: The PMP10283 reference design provides 30V/100W and -30V/100W outputs from AC line voltage to a single LLC resonant converter stage. This design is featured with its low circuit cost and high efficiency (over 90% @ 120VAC full load and ~92% @ 240VAC full load). This design uses the UCC25600 resonant converter controller for LLC resonant converter.
  • Low-Line Wide Input LLC Resonant Conv for Consumer Electronics (12V@10A) Reference Design
    PMP8762: The PMP8762 reference design provides a 12V/10A output from a low line-input voltage (100Vac to 132Vac) with a single LLC resonant converter stage. This design is featured with its low circuit cost, low electromagnetic interference (both conduction and radiation), and high efficiency (over 87% @ full load). This design uses the UCC25600 resonant converter controller along with UCC27702 high side gate driver to control the LLC resonant converter.
  • 95VAC-305VAC 460W Interleaved TM PFC
    PMP5194: 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%.
  • Class 3- 13W PoE EVM 3.3V@3A/5V@2A
    PMP2735: This PMP2735 delivers 3.3V@3A or 5V@2A from a PoE source, standard 13W limit. The converter accepts also an external voltage from an adapter ranging 12V to 54V input.
  • 300-W PFC plus Resonant LLC Half-Bridge controller off-line AC/DC PSU Module
    TIDA-00520: This is a high efficiency 300-W AC/DC reference design. The design can be biased from external supply or configured for Self-Bias Auxillary mode for operation directly off the AC mains. The PFC is fully internally compensated, reducing design complexity and pcb design. Protections include 3-level OCP, line brown-out, PFC Bulk OVP plus UVP and OTP.
  • PFC Boost LLC Resonant Half-bridge 24V@3.5A
    PMP5761: 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.
  • 220V-400VDC Input, 5V/100W Active Clamp Forward
    PMP7413: 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.
  • 220V-400VDC Input, 12V/100W Active Clamp Forward
    PMP6961: 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.
  • 380VDC Input, 24V/170W Active Clamp Forward
    PMP7391: This reference design uses the UCC2894 to control an active clamp forward converter that generates an isolated 24V at 7A from a 380VDC input. This supply is intended to be used with a PFC boost front-end and requires an external 12V bias voltage for house-keeping on the primary side. This supply is over 91% efficient at full load.
  • 5KW Interleaved CCM Power Factor Correction Converter
    PMP4311: PMP4311 is for VFAC (Variable Frequency Air-Conditioner) applications, which use TI Interleaved CCM PFC controller UCC28070 to achieve 5KW two phases interleaved PFC and use UCC28610 as an auxiliary Flyback Power Supply.
  • SEPIC and LDO (3.3V@40mA; 15V@2mA) for Radio Controlled LED Light Bulb
    PMP5353: 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.
  • LED Driver with 730mA @ 16 .. 32V and 9 .. 19V input voltage range
    PMP5748: 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.
  • 600W Half Brick DC-DC Converter with Digital Control for Telecom Applications - Reference Design
    PMP4320A: The PMP4320A reference design is a single output DC-DC converter with standard half-brick dimensions and full digital control configuration based on the UCD3138. It is capable of delivering 50A output current with an output voltage of 12V. The converter provides high efficiency and good performance with flexible configuration options, which makes it an ideal choice for the bus converter.
  • 85VAC-265VAC Input 24V/240W Output 90% Efficient PFC + LLC
    PMP5141: The PMP5141 reference design provides a 24V/10A output with power factor correction from a universal AC input voltage range. This design uses the UCC28051 to control the front end PFC boost stage. The output of the PFC is followed by a UCC25600 LLC resonant half-bridge. The total efficieny, from input to output is over 92% from a 220VAC/50Hz input and over 90% from a 120VAC/60Hz input.
  • PFC, Resonant Half-Bridge, Buck (PFC, 42V@6A) for Digital Audio
    PMP5327: The PMP5327 reference design provides a 42V/6A output with power factor correction from a universal AC input voltage range. This design uses the UCC28019A to control the front end PFC boost stage. The output of the PFC is followed by a UCC25600 LLC resonant half-bridge. The total efficieny, from input to output is over 92% from a 230VAC input and over 89% from a 115VAC input. An additional 12V/250mA output is also generated by this supply.
  • Class 2- PoE Low Cost Flyback
    PMP5593: low cost, isolated non synchronous PoE Flyback provides 3.3V @1.8A
  • Universal AC DLP Power Supply (40V @ 10A)
    PMP5500.1: 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.
  • Pulse Oximeter via Finger Clip Reference Design with BLE Connectivity
    TIDA-00010: This reference design is for a complete SPO2 Pulse Oximeter finger clip end equipment featuring TI signal chain, power, and connectivity components. With TI's AFE4490 Pulse Ox AFE, you can accelerate and simplify your pulse ox design while still ensuring the highest of quality clinical measurements. This reference design also includes a full BLE connectivity design for easy interface to BLE enabled smartphones, tablets, etc.
  • High Perf Single Ended to Diff Active Interface for High Speed ADC Developed by Dallas Logic Corp : Dallas Logic Corporation
    TIDA-00294: This reference design uses the ADC34J22 12b 50Msps JESD204B data converter and the THS4541 fully differential amplifer to demonstrate how to design a high performance active interface for high speed ADCs. This type of circuit can be used in sensor front end, motor control, and test and measurement applications. The circuit model and derivation of the design equations is presented along with the actual implementation on a PCB. Results of this implementation are presented to show very similar performance as compared to a passive AC coupled transformer interface.
  • 18Vdc-54Vdc Input, 24V @ 5A Output, Active Clamp Forward
    PMP4844: 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.

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