This reference design is a 28V output, 12A synchronous buck converter for space missions operating from a 50V to 150V input range. Primary applications include stepping down voltages from solar panels and 120VDC power distribution buses. The TPS7H5006-SEP pulse width modulation (PWM) controller (...) View design
This reference design offers power for automotive advanced driver assistance systems (ADAS), infotainment and cluster applications. Operation is over the full automotive range including battery voltage surges up to 60V. Two outputs are provided, 3.3V and 5V, each handling loads up to 20A. The (...) View design
This reference design offers power for automotive advanced driver assistance systems (ADAS), infotainment and cluster applications. Operation is over the full automotive range including battery voltage surges up to 60V. Two outputs are provided, 3.3V and 5V, each handling loads up to 20A. The (...) View design
This reference design implements Class 0.2S three-phase energy measurement using an isolated high-performance, multichannel analog-to-digital converter (ADC), which samples shunt current sensors at 4kHz to measure the current and voltage of each leg of the AC mains. The reference design achieves (...) View design
This reference design is a system-on-module (SoM) developement board integrating the TI TPS6521940 PMIC, TPS62A02 step-down converter, and TLV740P LDO to power the NXP™ i.MX 93 application processor. The hardware design also includes LDDDR4 SDRAM (2GB x 32), 16GB eMMC. The SoM board is compatible (...) View design
This design demonstrates a 36V, 50A gallium nitride (GaN) field-effect transistor (FET) power stage for driving a three-phase brushless DC motor in cordless tools operating from a 5-cell Li-ion battery to a 10-cell battery pack. This reference design uses the LMG3100R017 GaN FET with integrated (...) View design
This reference design demonstrates a backup power supply design for smart meter applications. The TPS61022 boost converter has an extended operating range of 0.5V which maximizes the energy use of the supercapacitor energy. This results in a longer holdup time or a smaller supercapacitor. The (...) View design
This reference design demonstrates a backup power supply design for smart meter applications. The TPS61022 boost converter has an extended operating range of 0.5V which maximizes the energy use of the supercapacitor energy. This results in a longer holdup time or a smaller supercapacitor. The (...) View design
This reference design demonstrates a backup power supply design for smart meter applications. The TPS61022 boost converter has an extended operating range of 0.5V which maximizes the energy use of the supercapacitor energy. This results in a longer holdup time or a smaller supercapacitor. The (...) View design
This reference design demonstrates a backup power supply design for smart meter applications. The TPS61022 boost converter has an extended operating range of 0.5V which maximizes the energy use of the supercapacitor energy. This results in a longer holdup time or a smaller supercapacitor. The (...) View design
This reference design is built to power the next generation 128-channel ultrasound smart probe that adopts our new generation transmitter and receiver. The compact size (88mm × 45mm × 20mm) includes all power functions for a 128-channel smart probe with >80% efficiency. This transformerless (...) View design
The Edge-artificial intelligence (AI) ready wearable biosensing Holter reference design provides an evaluation platform for our latest offerings in continuous monitoring of vital signs such as electrocardiography (ECG), heart rate, respiration, pace pulse, temperature and motion. The design uses (...) View design
This design is a low-power and small form factor reference design based on AWRL6432, TI's singlechip 60GHz automotive radar sensor. The design uses high RF performance PCB material and is targeted for in-cabin sensing end applications like child presence detection (CPD) and intruder detection (ID). (...)
This reference design showcases the ability of using two TI Sitara™ MCU-AM243x devices to handle a Simple Open Real-Time Ethernet Gigabit (SORTE_G) connected motor drive with six-axis control. The design includes one 800MHz R5F core on one AM243x device to perform closed-loop Field Oriented Control (...)
The wearable biosensing Holter monitor reference design provides an evaluation platform for TI’s latest offerings in continuous monitoring of vital signs such as electrocardiogram (ECG), heart rate, respiration, pace pulse, temperature, and motion. The design utilizes the AFE159RP4 for low-power, (...)
This reference design is an ultra-wide input, offline, high-side buck reference design that provides a 13V output at a maximum of 0.6A. The input voltage range is between 85VAC to 485VAC. The reference design uses the UCC28750 current-mode flyback controller without opto-coupler feedback. There is (...)
This reference design is a 65W, dual USB TypeC® port USB power delivery (PD) charger reference design with integrated flyback controller and Gallium nitride (GaN) power switch. This design can deliver 65W full rated power across 90VAC to 264VAC and meet efficiency standards and regulations such as (...)
This reference design is a 65W, dual USB TypeC® port USB power delivery (PD) charger reference design with integrated flyback controller and Gallium nitride (GaN) power switch. This design can deliver 65W full rated power across 90VAC to 264VAC and meet efficiency standards and regulations such as (...)
This reference design is a 65W, dual USB TypeC® port USB power delivery (PD) charger reference design with integrated flyback controller and Gallium nitride (GaN) power switch. This design can deliver 65W full rated power across 90VAC to 264VAC and meet efficiency standards and regulations such as (...)
This reference design is a 65W, dual USB TypeC® port USB power delivery (PD) charger reference design with integrated flyback controller and Gallium nitride (GaN) power switch. This design can deliver 65W full rated power across 90VAC to 264VAC and meet efficiency standards and regulations such as (...)
This reference design implements a single-phase energy meter using standalone isolated multichannel analog to-digital converters (ADC) to sample a shunt current sensor. The reference design achieves 0.5% accuracy across the input range (50mA–15A) with a 4kHz sampling rate and uses a TI Arm® (...) View design
This reference design is a 90W automotive charger for dual USB Type-C® and USB power delivery (PD) with 60W maximum power per port. The TPS25772-Q1 is used as a dual USB Type-C PD controller with a buck-boost regulator. The TPS55289-Q1 is used as a buck-boost regulator for another port. The design (...) View design
This reference design is a 90W automotive charger for dual USB Type-C® and USB power delivery (PD) with 60W maximum power per port. The TPS25772-Q1 is used as a dual USB Type-C PD controller with a buck-boost regulator. The TPS55289-Q1 is used as a buck-boost regulator for another port. The design (...) View design
This reference design is a full cell-temperature sensing and high cell-voltage accuracy Lithium-ion (Li-ion), lithium iron phosphate (LiFePO4) battery pack (52s). The design monitors each cell voltage, cell temperature, and protects the battery pack for safe use. This design supports both (...) View design
The Vienna rectifier power topology is used in high-power, three-phase power factor correction applications such as appliances, electric vehicle (EV) chargers, and telecom rectifiers. Control design of the rectifier can be complex. This reference design illustrates a method to control the power (...) View design
