Texas Instruments TPS6594110BRWERQ1

Overview

TPS6594110BRWERQ1 from Texas Instruments is an automotive multi-output PMIC integrating five synchronous buck regulators and four LDO regulators in a wettable-flank 56-VQFNP package. The device is designed for processor, SoC, radar, camera, and automotive domain-controller systems that need multiple high-current and auxiliary rails from a 2.8V to 5.5V PMIC supply range.

As part of the TPS6594-Q1 product family, TPS6594110BRWERQ1 combines five buck converters, four LDO regulators, I2C/SPI-compatible control, configurable power sequencing, watchdog and safety-oriented PMIC features, 2.2MHz/4.4MHz switching, AEC-Q100 qualification, and a suffix-specific NVM configuration option. For engineers reviewing the TPS6594110BRWERQ1 datasheet, TPS6594110BRWERQ1 pinout, TPS6594110BRWERQ1 application, or TPS6594110BRWERQ1 equivalent, this device is widely used in automotive processors, ADAS domain controllers, radar modules, camera systems, infotainment platforms, and safety-related embedded power architectures.

Technical Context

In automotive processor systems, TPS6594110BRWERQ1 operates as a configurable PMIC providing five switching rails and four LDO outputs. The buck regulators supply processor core, memory, I/O, or SoC rails, while the LDOs provide lower-current or noise-sensitive auxiliary supplies.

The TPS6594-Q1 family supports digital configuration, sequencing, monitoring, watchdog-related functions, and safety-oriented diagnostics used in automotive designs. The wettable-flank 56-VQFNP package supports automated optical inspection for automotive assembly.

TPS6594110BRWERQ1 is commonly used when a specific NVM/orderable configuration is required for a processor platform and the design needs AEC-Q100 qualification, multi-rail integration, and high switching-frequency power density.

Key Specifications

Pinout & Package

The TPS6594110BRWERQ1 pinout includes multiple buck input and switch pins, LDO input and output pins, serial control pins, enable and sequencing pins, interrupt/status pins, watchdog or safety-monitoring functions, and exposed-pad ground.

For PCB design, each buck switching loop should be compact, LDO rails should use close output capacitors, serial control lines should be routed away from switch nodes, and the wettable-flank QFN exposed pad should be tied to thermal ground copper.

Key Features

• Five buck regulators and four LDOs support complex processor rails.
• Digital control supports configuration and sequencing.
• Automotive AEC-Q100 qualification supports vehicle platforms.
• 2.2MHz/4.4MHz switching enables compact passives.
• Wettable-flank QFN supports automotive solder inspection.
• Safety-oriented PMIC features support monitored power trees.

Applications

Equivalent & Alternatives

When evaluating a TPS6594110BRWERQ1 equivalent, engineers should compare NVM configuration, buck count, LDO count, safety features, package, control interface, processor platform, and automotive qualification.

Compared with TPS6594120ARWERQ1, TPS6594110BRWERQ1 should be selected when its TPS6594110B configuration matches the target processor platform. TPS6594110BRWERQ1 vs LP87745101RXVRQ1 selection depends on rail count, NVM defaults, safety requirements, package, and automotive reference design compatibility.

Quality

TPS6594110BRWERQ1 should be sourced as original Texas Instruments automotive-grade components through traceable supply channels. Quality checks may include wettable-flank QFN inspection, top-mark validation, solderability testing, rail output verification, and configuration/NVM review.

Production validation should include buck and LDO load testing, power sequencing, digital communication, watchdog and safety-monitoring behavior, thermal performance, and automotive qualification documentation review.

Availability

TPS6594110BRWERQ1 available at Aetrix Electronics and is suitable for automotive processor, ADAS, radar, camera, infotainment, and safety-related embedded power systems.

Supply support may include volume procurement planning, scheduled delivery arrangements, traceable sourcing management, and long-term supply support for OEM, industrial electronics, automotive electronics, and embedded product programs. Sample and NPI supply support, as well as urgent in-stock supply support, can also be arranged for prototype builds, pilot runs, and time-critical production needs.

For production builds, confirming NVM configuration, package, rail map, safety requirements, lifecycle status, lead time, and sourcing continuity helps reduce procurement risk.

Manufacturer

Texas Instruments is a global semiconductor manufacturer specializing in analog ICs, embedded processors, power-management devices, interface products, sensing solutions, and industrial semiconductor technologies.

The TPS6594-Q1 product family is a Texas Instruments automotive PMIC series integrating multiple buck and LDO regulators with configurable sequencing, monitoring, and safety-oriented functions for processor and domain-controller platforms.

FAQ

What is TPS6594110BRWERQ1 used for?

TPS6594110BRWERQ1 is used for automotive processors, ADAS domain controllers, radar modules, camera systems, infotainment platforms, and safety-related embedded power systems.

Where can I find the TPS6594110BRWERQ1 datasheet download?

The TPS6594110BRWERQ1 datasheet is available from Texas Instruments and authorized distributors and includes regulator ratings, package data, control interface details, safety features, and application guidance.

What should be considered in TPS6594110BRWERQ1 pinout design?

Designers should separate buck switching loops, place LDO capacitors close to outputs, route serial control lines away from switch nodes, and provide strong thermal grounding.

How many outputs does TPS6594110BRWERQ1 include?

Distributor attributes list a nine-output architecture with five buck regulators and four LDO regulators.

What are common TPS6594110BRWERQ1 equivalent solutions?

Common candidates include TPS6594120ARWERQ1 and LP87745101RXVRQ1 depending on NVM configuration, rail count, package, and automotive platform requirements.