Part Details for TMS320F28035 by Texas Instruments
Overview of TMS320F28035 by Texas Instruments
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Part Details for TMS320F28035
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Reference Designs related to TMS320F28035
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Bi-Directional Non-Isolated Buck Boost Converter
This design implements a bi-directional: non-isolated buck boost power converter: ideal for solar microconverters: hybrid electric vehicles (HEV) including Regeneration (Regen or Recuperation): and battery charging applications.
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Two-Phase Interleaved Power Factor Correction Converter Reference Design with Power Metering
This design is a digitally controlled: two phase interleaved: 700W power factor correction converter with added power metering functionality. A C2000™ Piccolo™ microcontroller is the controller for the two 180 ° phase shifted boost power stages that comprise the power factor correction converter: and: additionally: it monitors the line and neutral voltage waveforms to implement power metering functions. This design is able to achieve 97% efficiency and 1.5% THD at full load with power factor greater than 0.98. By minimizing power loss in the power stage: reducing reliability impacts of harmonic distortion: and providing near unity power factor: this design is a great choice for off-line applications and AC/DC power supplies.
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Multi-String LED Lighting Driver based on C2000™ MCU Reference Design
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 independently dimmable LED strings complete with overcurrent and overvoltage protection.
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Grid-tied Solar Micro Inverter with MPPT
This design is a digitally-controlled: grid-tied: solar micro inverter with maximum power point tracking (MPPT). Solar micro inverters are an emerging segment of the solar power industry. Rather than linking every solar panel in an installation to a central inverter: solar micro inverter-based installations link smaller: or “micro:” inverters individually to each solar panel. This configuration lends itself to many benefits: including elimination of partial shading conditions: increased system efficiency: improved reliability and greater modularity. For this design: a C2000™ Piccolo™ TMS320F28035 microcontroller (MCU) is the digital controller for the complete inverter: including control of the power stages: MPPT: and grid-tie synchronization. The power conversion stages include 1) an active clamp fly-back DC/DC converter with secondary voltage multiplier and 2) a grid-tied: DC/AC inverter. The design achieves 93 percent peak efficiency and less than 4 percent total harmonic distortion: providing more power output per solar panel: reducing detrimental heat dissipation: and increasing system longevity.
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Three-Phase BLDC and PMSM Medium Voltage Motor Control Solution
Spin and control three-phase brushless DC (BLDC) and brushless AC (BLAC) motors—or permanent magnet synchronous motors (PMSM)—using sensorless field oriented control (FOC). This design provides high-performance: power-efficient: and cost-effective control for sub-50V: 7A motors: ideal for applications like medical pumps: gates: lifts: small pumps: robotics: and automation. Sensored and sensorless trapezoidal commutation motor control techniques are also supported with this design.
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Three-Phase Brushless/PMSM High-Current Motor Control Solution with InstaSPIN Software
This reference design demonstrates a motor control solution for spinning three-phase brushless DC (BLDC) and brushless AC (BLAC) - often referred to as “permanent magnet synchronous (PMSM)” - motors featuring the C2000™ Piccolo™ microcontroller enabled with InstaSPIN-FOC and InstaSPIN-MOTION in ROM and the DRV8301 three-phase motor driver. It provides three half-bridge drivers: each capable of driving two N-type MOSFETs: one for the high side and one for the low side. It supports up to 2.3A sink and 1.7A source peak current capability and only needs a single power supply with a wide range from 6V to 60V. The reference design features a high-performance: power-efficient: cost-effective platform that speeds development for quicker time to market. Applications include CPAP and pumps: e-bikes: e-scooters: medical pumps and drills: power tools: and robotics. This reference design is based on the DRV8301 evaluation kit.
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Bridgeless Power Factor Correction Converter
This design is a digitally controlled: bridgeless: 300W: power factor correction (PFC) converter. The distinguishing characteristic of a bridgeless PFC converter is that it eliminates the need for a diode bridge at the input. This reduces power losses that normally occur in a diode bridge and: as a result: improves overall system efficiency. For this design: a C2000™ Piccolo™ TMS320F28035 microcontroller (MCU) is the digital controller for the PFC converter: controlling the two boost power stages that comprise the bridgeless PFC converter. By operating the stages alternatively during the positive and negative half cycles of the AC mains voltage: the Piccolo MCU implements both the AC-to-DC rectification as well as power factor control. This design achieves full load efficiency greater than 93% and power factor of greater than 0.98 at 50% or greater load.
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Automotive Ultrasonic Fluid Level/Quality Measurement Reference Design
TI reference design TIDA-00322 is an automotive liquid level and fluid identification measurement system. It is based on the dual-channel TDC1000-Q1 ultrasonic AFE and the real-time microcontroller C2000. This reference design can also be used with the TDC1000 for industrial/consumer applications. This solution supports 4.5-40V system capabilities with reverse battery protection. For prototyping and signal accessibility for product development: TI recommends using the TDC1000-C2000EVM as the hardware evaluation platform for automotive designs. For industrial or consumer designs: it is recommended to begin evaluation with the TDC1000-TDC7200EVM. This EVM has the ability of using the MSP430 or the TDC7200 as the stop-watch timer; usage of each depends on the time of flight accuracy requirement of the application.
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Bidirectional 400-V/12-V DC/DC Converter Reference Design
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 mode: while a push-pull stage controls the reverse power flow from the low voltage battery to the high voltage bus/battery in boost mode. In this implementation closed loop control for both directions of power flow is implemented using Texas Instruments 32-bit microcontroller TMS320F28035: which is placed on the LV side. This digitally-controller system can implement advanced control strategies to optimally control the power stage under different conditions and also provide system level intelligence to make safe and seamless transitions between operation modes and PWM switching patterns.
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Three-Phase Brushless/PMSM (Permanent Magnet Synchronous Motor) High Current Motor Control Solution
This reference design demonstrates a motor control solution for spinning three-phase brushless DC (BLDC) and brushless AC (BLAC) - often referred to as “permanent magnet synchronous (PMSM)” - motors featuring the C2000™ Piccolo™ microcontroller and the DRV8302 three-phase motor driver. It provides three half-bridge drivers: each capable of driving two N-type MOSFETs: one for the high side and one for the low side. It supports up to 2.3A sink and 1.7A source peak current capability and only needs a single power supply with a wide range from 8V to 60V. The reference design features a high-performance: power-efficient: cost-effective platform that speeds development for quicker time to market. Applications include CPAP and pumps: e-bikes: e-scooters: medical pumps and drills: power tools: and robotics. This reference design is a high-performance: power-efficient: cost-effective sensorless field-oriented control (FOC) and sensored/sensorless trapezoidal commutation platform that speeds development for quicker time to market. This reference design is based on the DRV8302 evaluation kit.
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Automotive 12-V to 24-V engine load interface reference design
This reference design is a 3-phase 1/2 H-Bridge Motor Drive solution with independent FET capability that interfaces with solenoid loads found in Gasoline and Diesel Engine Platforms such as automotive solenoids: bidirectional Brushed- or Brushless-DC motors: unidirectional Brushed-DC motors: and relays.Internal Combustion Engines (ICE) will be the largest market for Engine Control Units (ECUs) until the emergence of Hybrid Electric Vehicles: and engine platforms can require up to as many as 60 general purpose outputs. The DRV8343-Q1 motor driver is featured on this design and supports up to 6 independent loads per device: with configurability for any architecture of load output configurations.This reference design features 4 distinct outputs to showcase the versatility of the DRV8343-Q1: solenoid with push-pull configuration: solenoid with high-side/low-side gate drivers: and independent high-side / low-side loads. These loads are independently driven using an automotive TMS320F28035 C2000 high-efficiency 32-bit microcontroller.
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Three-Phase Brushless/PMSM High-Current Motor Control Solution with SPI
This reference design demonstrates a motor control solution for spinning three-phase brushless DC (BLDC) and brushless AC (BLAC) - often referred to as permanent magnet synchronous (PMSM) - motors featuring the C2000™ Piccolo™ microcontroller and the DRV8301 three-phase motor driver. It provides three half bridge drivers: each capable of driving two N-type MOSFETs: one for the high-side and one for the low side. It supports up to 2.3A sink and 1.7A source peak current capability and only needs a single power supply with a wide range from 6V to 60V. The reference design features a high-performance: power-efficient: cost-effective platform that speeds development for quicker time to market. Applications include CPAP and pumps: e-bikes: e-scooters: medical pumps and drills: power tools: and robotics. This is a high performance: power-efficient: cost-effective sensorless field - oriented control (FOC) and sensored/sensorless trapezoidal commutation platform that speeds development for quicker time to market. This reference design is based on the DRV8301 evaluation kit.
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AC-mains LED Lighting with DALI DMX512 & Power Line Communications Reference Design
Ideal for outdoor: entertainment: and industrial lighting applications: this LED Lighting design provides high power and high efficiency illumination with built-in communications networking. The lighting unit consists of a 250W universal AC-input LED driver power supply and a demonstrational six-string LED lamp. Driving the LED’s with great power efficiency and electrical utilization: the LED driver power supply operates at greater than 90% power efficiency with 0.99 power factor (PF). Furthermore: to support system-networked lighting and remote connectivity: this power supply includes support for common lighting communications standards including Digital Addressable Lighting Interface (DALI): DMX512: and Power Line Communications (PLC).
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H-Bridge brushed and stepper motor control solution
This reference design demonstrates a motor control solution for spinning three-phase brushed DC or single stepper motor - featuring the C2000™ Piccolo™ microcontroller and the DRV8412 three-phase motor driver. This highly integrated: robust motor control and driver solution speeds development time for brushed and stepper motors running up to 6 A continuous / 12 A peak at 50 V. Typical applications include medical pumps: gate openers: stage lighting: textile manufacturing tools: and industrial or consumer robotics. This reference design is based on the DRV8412 evaluation kit.
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