High Integration, High Efficiency Power Solution for TMS32C2834x MCU
Texas InstrumentsThe bq2403x Battery Charger and Dynamic Power Path Management (DPPM) IC is a highly integrated IC which minimizes the required wall adapter size by reducing the battery charging current during peak cu
Inrush Current Limit in the TPS720xx
Texas InstrumentsWhen not properly limited the inrush current in low-dropout regulators (LDOs) can cause system level failures. The TPS720xx series of LDOs have a unique inrush current limit feature and a monotonic output voltage ramp which significantly eases the system level power-supply design. This application report explains how the TPS720xx inrush current limit is different from other inrush limit schemes
AN-284 Single-Supply Applications of CMOS MICRODACs (Rev. B)
Texas InstrumentsCMOS data acquisition and conversion products are becoming the ideal choice for microprocessorcontrolled analog systems. The use of CMOS allows the addition of more digital logic functionality on tothe same die as the analog circuitry to minimize external parts requirements. The inherently low powerconsumption is also a big factor for battery operation and low heat generation in large scale
Thermal Considerations for PT Series ISRs (Rev. A)
Texas InstrumentsThermal Considerations for PT Series ISRs PT5100/6100/6210/6300 Series
Monitoring Five Different Voltage Rails Using the TPS3103 and TPS3306
Texas InstrumentsAs portable power designs get more complex the number of power supply rails are increasing. Finding a simple supervisor circuit to monitor all the voltage rails can be complicated due to the number of different rail voltages and desired SVS trip voltages. To provide a solution for the more complex designs the TPS3103 and TPS3306 can be used to monitor up to five different voltage rails. This des
AN-1398 Printed Circuit Board Design Techniques for DS40MB200 (Rev. A)
Texas InstrumentsThe high speed high gain and fast edge rate attributes of any high-speed circuit requires you to use the high-speed printed circuit board (PCB) techniques to achieve good performance. This application report outlines the techniques to achieve this goal.
Understanding MSP430 Flash Data Retention
Texas InstrumentsThe MSP430 family of microcontrollers, as part of its broad portfolio, offers both read-only memory (ROM)-based and flash-based devices. Understanding the MSP430 flash is extremely important for effic
Filter Design Program For The UAF42 Universal Active Filter
Texas InstrumentsAlthough active filters are vital in modern electronics their design and verification can be tedious and time consuming. To aid in the design of active filters Burr-Brown provides a series of FilterPro™ computer-aided design programs. Using the FILTER42 program and the UAF42 it is easy to design and implement all kinds of active filters. The UAF42 is a monolithic IC which contains the op am
Applications of the LM3524 Pulse Width Modulator (Rev. B)
Texas InstrumentsThe LM3524 regulating pulse-width-modulator (PWM) is commonly used as the control element inswitching regulator power supplies. This is in keeping with its intended purpose. Engineers closelyassociate this part with switching power supplies. Nevertheless the flexible combination of elements (seebox) within the LM3524 also allows it to be used in a number of other applications outside the po
Calibration Routines and Register Value Generation for the ADS121x Series
Texas InstrumentsIn order to achieve the best possible performance offset and gain can be often be calibrated in high-resolution analog-to-digital converters (ADCs). Changes in temperature PGA gain power supply voltage or most importantly decimation ratio can influence the accuracy of measurement. This application note explains how the calibration routines work and how to generate values for the full-scale re
U-137 Practical Considerations in High Performance MOSFET, IGBT and MCT Gate
Texas InstrumentsThe switch-mode power supply industry's trend towards higher conversion frequencies is justified by the dramatic improvement in obtaining higher power densities. And as these frequencies are pushed to
U-152 A High-Performance Linear Regulator for Low Dropout Applications
Texas InstrumentsThe UC3832 and UC3833 series of precision linear regulators includes all the control functions required in the design of very low dropout linear regulators. Also they feature an innovative duty-ratio current-limiting technique that provides peak load capability while limiting the average power dissipation of the external-pass transistor during fault conditions. A linear regulator design offers se
Thermal Printer Reference Design Using TM4C1233H6PM
Texas InstrumentsThis application report discusses the complete hardware and software required for a thermal printer solution based on Texas Instruments Tiva™ controllers. Tiva controllers are 32-bit ARM® Co
Comparison of the TMS320C55x DSP EMIF and the TMS320C6000 DSP EMIF
Texas InstrumentsThis document compares the features of the TMS320C55x™ DSP external memory interface (EMIF) and the TMS320C6000™ DSP EMIF. Both interfaces support asynchronous memory synchronous burst static random access memory (SBSRAM) and synchronous dynamic random access memory (SDRAM). This application note is not a complete reference of the features of these EMIFs. For full details see TMS320
Getting Started With the AM18x EVM or eXperimenter?s Kit
Texas InstrumentsGetting Started With the AM18x EVM or eXperimenter?s Kit
bq27541-v200 to bq27541-G1 Change List (Rev. A)
Texas Instrumentsbq27541-v200 bq27541-G1 bq27541-v200 to bq27541-G1 CHANGE LIST PMP/BMS/Handheld/2-App_Reports/SLUA641_Change_List/bq27541-v200_ChangeList
TMS320C6713 DSP Optimized for High Performance Multichannel Audio Systems
Texas InstrumentsThe TMS320C6713?s high performance CPU and rich peripheral set are tailored for multichannel audio applications such as broadcast and recording mixing home and large venue audio decoders and multi-zone audio distribution. The TMS320C6713 device is based on the high-performance advanced VelociTI? very-long-instruction-word (VLIW) architecture developed by Texas Instruments (TI). The VelociTI arch
