Texas Instruments

TAS5102DAD - 20W Stereo Class-D Power Stage | Texas Instruments

MPN: TAS5102DAD ✓ Nakahanda
8 V to 23 V Vdss 32-pin HTSSOP (DAD) Package
MOQ: 1 |

TAS5102DAD Ulas

Texas Instruments TAS5102DAD is a 20-W stereo, PWM-input Class-D audio amplifier power stage with a 2-channel bridge-tied-load output architecture and an 8-V to 23-V supply range. The device is offered in a thermally enhanced 32-pin HTSSOP DAD package with an exposed pad, giving the output stages a compact surface-mount implementation for powered speakers and other audio systems.

A Class-D audio amplifier is a switching power stage that converts a PWM input into a high-frequency, high-current bridge-tied-load waveform. This approach belongs to the amplifier IC and power-management semiconductor hierarchy and can provide high output efficiency compared with a conventional linear output stage. The TAS5102 family is intended for audio systems where a digital audio source supplies PWM signals and the power stage must drive an 8-ohm speaker load.

The manufacturer identifies 20-W and 15-W stereo output capability and specifically states 18 W per channel into an 8-ohm BTL load at 10% THD+N with a heatsink. Other highlighted characteristics include greater than 100-dB A-weighted SNR and less than 0.1% THD+N at 1 W. These values define useful operating points but should not be interpreted as guarantees across every supply voltage, temperature, filter, and thermal condition.

The TAS5102DAD is an integrated power stage rather than a complete host audio processor. Its PWM inputs allow connection to a digital audio DAC or audio processor, while external output inductors and LC filtering convert the bridge-tied-load waveform into a filtered speaker drive. Differential outputs also eliminate the need for output coupling capacitors when the recommended speaker filter is implemented correctly.

Typical applications include stereo powered speakers, active bookshelf speakers, compact multimedia speakers, soundbar power stages, and other consumer audio products accepting PWM input. The 8-V to 23-V supply range suits systems using a bus above the 5-V rail level, while the exposed thermal pad allows heat to spread through the PCB and an optional heatsink to extend continuous-output capability.

For a new design, follow the manufacturer datasheet for the exact PWM input logic, differential output filtering, component values, exposed-pad land pattern, thermal layout, and bypass-capacitor requirements. Pay particular attention to output-filter selection because speaker current, filter losses, and switching-edge behavior can materially affect both output power and thermal rise.

This page consolidates the verified manufacturer and distributor information for TAS5102DAD, maps the important output and thermal constraints, identifies qualification limits, and provides application-focused engineering guidance. It also documents where complete pin-level and electrical details must be confirmed in the TI datasheet before schematic release or PCB implementation.

Mga alternatibo na pwedeng ilagay na TAS5102DAD — parehas na package, pin-to-pin na katugmang. Hindi kasama ang mga bahagi ng iba't-ibang package na nangangailangan ng pagpapaayos ng PCB.

Wala ng magagamit na drop-in alternatibo para sa produkto na ito.

Hilingin ang Alternatibo

TAS5102DAD Mga Pinakamataas na Rating at Electrical Characteristics

Product Type Stereo PWM-input Class-D audio amplifier power stage
Channel Configuration 2-channel stereo
Maximum Stereo Output Power 20 W
Per-Channel Output Power at 10% THD+N 18 W into 8-ohm BTL at 18 V with a heatsink
Lower Per-Channel Output Power at 10% THD+N 15.5 W into 8-ohm BTL
Supply Voltage Range 8 V to 23 V
Signal-to-Noise Ratio Greater than 100 dB A-weighted
Total Harmonic Distortion plus Noise Less than 0.1% at 1 W
Total Harmonic Distortion plus Noise 10% at 18 W per channel into 8-ohm BTL at 18 V with a heatsink
Output Architecture Bridge-tied-load differential output
Input Architecture PWM input
Packhaging 32-pin HTSSOP (DAD)
Package Pin Count 32 pins
Thermal Construction Thermally enhanced package with exposed pad
Hanay ng Temperature na Operasyon 0°C to 70°C
Uri ng Pagpapasok Surface mount

Gabay sa Pin Configuration ng TAS5102DAD 32 pins

Pin configuration para sa TAS5102DAD (32 pins package). Ang analog component na ito ay may input, output, at power supply pins. Sumangguni sa datasheet ng manufacturer para sa offset null, compensation, at enable pin configurations. Perpekto para sa signal conditioning at amplifier circuits.

Pinout diagram ng 32 pins package para sa TAS5102DAD

Wala ng detalyadong pinout data na magagamit para sa TAS5102DAD.

Sumangguni sa datasheet para sa buong pin configuration.

Tipikal na mga Gamit

TAS5102DAD ay nararapat para sa 6 aplikasyons: Active Bookshelf Speakers, Powered Multimedia Speakers, Stereo Soundbar Power Stage, Digital Audio Speaker Power Module, Portable Powered Speaker, Compact Consumer Audio System.

🎧

Active Bookshelf Speakers

The TAS5102DAD fits an active bookshelf speaker when the digital audio source can provide compatible PWM signals. Its 2-channel architecture supports left and right 8-ohm BTL speaker loads, and the manufacturer specifies 18 W per channel at 18 V with 10% THD+N when a heatsink is used. Place the differential outputs through the prescribed LC output filter, spread heat from the exposed pad into the PCB, and reserve copper area for an optional heatsink. The 8-V to 23-V supply range accommodates an internal audio rail above 5 V. Actual continuous output must be reevaluated with the selected enclosure, speaker impedance, filter losses, and worst-case thermal conditions.

🔊

Powered Multimedia Speakers

A powered multimedia speaker can use the TAS5102DAD to convert two PWM audio channels into filtered differential speaker drive. Texas Instruments specifies 20-W stereo capability, greater than 100-dB A-weighted SNR, and less than 0.1% THD+N at 1 W for the device. These characteristics suit compact desktop and multimedia systems requiring more output than a line-level headphone or analog amplifier stage. The system designer must provide a compatible PWM source, implement the recommended output filters, and maintain adequate exposed-pad copper. Validate the speaker crossover point, because filter component loss and amplifier behavior can affect tonal response and thermal performance.

📺

Stereo Soundbar Power Stage

The TAS5102DAD is suitable for the power-amplifier section of a compact stereo soundbar when the host processor generates the required PWM signals. Its 32-pin HTSSOP DAD package integrates two output channels into a small board area, while the thermally enhanced package supports PCB heat spreading and optional heatsinking. The 8-V to 23-V supply range fits common multi-rail internal power systems, but the amplifier should follow the closest upstream regulator only when its dynamic and thermal requirements are satisfied. Keep switching outputs and the exposed pad away from sensitive audio inputs, and verify the recommended output filters against speaker impedance and crossover requirements.

🖥️

Digital Audio Speaker Power Module

For a dedicated digital speaker power module, the TAS5102DAD provides a 2-channel PWM-input interface and 20-W stereo output capability. It is appropriate when the module receives PWM audio directly from a DAC or audio processor rather than conventional analog line-level signals. The implementation needs the manufacturer-specified differential output inductors and capacitors, input filtering, bypass capacitors, and thermal land pattern. Because the device is a power stage rather than a signal converter, upstream components determine the audio format and volume. Evaluate channel synchronization, idle behavior, and EMI at the final system level using the exact filter and PCB implementation.

📱

Portable Powered Speaker

The TAS5102DAD can serve as the stereo power stage in a portable powered speaker powered from a boosted system rail within its 8-V to 23-V operating range. The Class-D output architecture provides a path to high output power from a compact package, while the exposed thermal pad provides a practical route for heat removal from the PCB. Battery systems must include headroom for converter ripple, transient response, and speaker load variation. The 0°C to 70°C specified operating range should be checked against the product’s environmental requirements. If the enclosure limits heat dissipation, reduce output or add a heatsink rather than relying on nominal amplifier power alone.

⚡

Compact Consumer Audio System

The TAS5102DAD is appropriate for compact consumer audio products that receive PWM audio and drive two 8-ohm speakers. Its stated 20-W stereo output, 8-V to 23-V supply range, and 32-pin thermally enhanced package provide a straightforward implementation path for powered speakers, auxiliary audio products, and small entertainment systems. The manufacturer’s greater than 100-dB A-weighted SNR specification is useful for low-level audio performance, while the less-than-0.1% THD+N rating applies at the defined 1-W condition. Reproduce the specified output-filter and exposed-pad layouts, provide clean supply bypassing, and confirm both acoustic output and enclosure temperature during prototype validation.

What are the key specifications of TAS5102DAD that engineers should know?
The TAS5102DAD is a 2-channel, PWM-input Class-D power stage rated for 20 W stereo output, with an 8-V to 23-V supply range and a 32-pin HTSSOP DAD package. Texas Instruments states greater than 100-dB A-weighted SNR and less than 0.1% THD+N at 1 W. It can produce 18 W per channel into 8-ohm BTL at 18 V and 10% THD+N when a heatsink is used. Confirm all operating points against the manufacturer datasheet before finalizing power-supply and thermal designs.
What is the output power of TAS5102DAD into an 8-ohm speaker?
The TAS5102DAD supports 20-W stereo output. According to the manufacturer datasheet, one specified operating point delivers 18 W per channel into an 8-ohm BTL load at 18 V with 10% THD+N when a heatsink is attached; another listed point is 15.5 W per channel into 8 ohms at 10% THD+N. The attainable continuous power depends on supply voltage, channel balance, output filtering, ambient temperature, and PCB thermal performance, so those conditions should be checked for the intended enclosure.
Where to download the TAS5102DAD datasheet PDF?
The official TAS5102DAD documentation is available through the Texas Instruments product page at https://www.ti.com/product/TAS5102. From that page, open the device documentation and select the datasheet link. The manufacturer page is the preferred source because it provides the current electrical characteristics, pin descriptions, application circuit, output-filter guidance, and package information for the exact 32-pin DAD device. Use the ordered part information to confirm that the documentation corresponds to TAS5102DAD rather than another member of the TAS5102 family.
Where can I find the TAS5102DAD pinout and pin descriptions?
The TAS5102DAD pinout and numbered pin descriptions should be taken from the pin-configuration table in the Texas Instruments manufacturer datasheet. The verified device information identifies a 32-pin HTSSOP package with 32 pins and an exposed pad, but it does not reproduce the complete pin names. Before assigning PCB tracks, verify every power, ground, PWM input, differential output, control, and exposed-pad connection against the datasheet. The exposed pad is a thermal and electrical connection and must be implemented according to the manufacturer land-pattern guidance.
What type of audio amplifier is TAS5102DAD?
The TAS5102DAD is a stereo PWM-input Class-D audio amplifier power stage. It accepts PWM signals and drives a speaker through differential bridge-tied-load outputs, with external inductors and capacitors forming the recommended output-filter network. Texas Instruments describes it as a 20-W stereo device for an 8-V to 23-V supply. It is a power-stage IC rather than a complete DAC, volume-control device, or audio SoC, so the design must provide compatible PWM signals and implement the prescribed output filtering.
How does TAS5102DAD compare with a traditional linear audio output stage?
The TAS5102DAD uses Class-D switching power-stage operation to deliver differential BTL outputs, while a traditional linear amplifier drives the load through a continuously conducting output transistor. The manufacturer lists greater than 100-dB A-weighted SNR and less than 0.1% THD+N at 1 W for TAS5102DAD. Actual efficiency, EMI behavior, filter loss, and thermal performance depend on the complete implementation, so the comparison should include output filters, magnetics, PCB copper, switching layout, and the selected supply.
What supply voltage does TAS5102DAD require?
The TAS5102DAD operates from an 8-V to 23-V supply according to the Texas Instruments product page. The specified 18-W-per-channel output point uses 18 V and 10% THD+N into an 8-ohm BTL load with a heatsink. Designers should account for supply ripple, startup behavior, decoupling, and the voltage drop across power-path components. Keep the supply within the stated limits and use the manufacturer power-supply and bypass-capacitor recommendations when calculating component ratings and layout.
Does TAS5102DAD require a heatsink for high-power operation?
A heatsink is required for the manufacturer’s stated 18-W-per-channel operating point into 8 ohms at 18 V and 10% THD+N. The 32-pin HTSSOP DAD package uses an exposed pad for thermal conduction into the PCB, allowing heat to spread through copper and, when required, transfer into an attached heatsink. Lower output levels may not need the same cooling, but the final thermal design should use the worst-case supply, channel-load, ambient-temperature, and filter-loss conditions rather than nominal room-temperature assumptions.
What is the SNR and THD+N performance of TAS5102DAD?
Texas Instruments specifies greater than 100-dB A-weighted signal-to-noise ratio and less than 0.1% THD+N at 1 W for the TAS5102. The manufacturer also specifies 18 W per channel into an 8-ohm BTL load at 18 V and 10% THD+N when a heatsink is used. These ratings describe different output conditions and should not be combined into one operating point. PCB layout, output filtering, supply design, grounding, and thermal management can affect measured results, so evaluate the complete prototype.
What can replace TAS5102DAD on the same PCB?
No additional pin-to-pin replacement can be confirmed from the verified cross-reference results for TAS5102DAD. A valid replacement must use the same 32-pin DAD footprint, preserve the PWM input and BTL output pin assignments, and remain comparable in supply range, output power, switching behavior, and thermal requirements. Same-family part numbers with another package or a packaging suffix do not establish a drop-in substitute. Because no cross-reference candidate documents all of those conditions, request a manufacturer-approved cross-reference before changing the released BOM.
When should I choose TAS5102DAD for a powered-speaker design?
Choose TAS5102DAD when the product needs a compact, 2-channel, PWM-input power stage with up to 20-W stereo capability, an 8-V to 23-V supply, and an exposed-pad HTSSOP implementation. It is especially suitable when the upstream audio processor already generates compatible PWM signals and the board can accommodate the prescribed LC output network and substantial thermal copper. Do not select it for a line-level analog input unless the design also includes an appropriate PWM-generating stage.
Is TAS5102DAD suitable for active speakers and soundbars?
The TAS5102DAD is suitable for active-speaker and soundbar power stages when the drive architecture includes compatible PWM inputs and 8-ohm BTL speaker loads. Its 20-W stereo capability, 8-V to 23-V supply range, and thermally enhanced 32-pin DAD package support compact audio products. The enclosure must allow adequate heat removal, and the PCB must implement the manufacturer’s exposed-pad and power-layout requirements. Higher acoustic output or multiway-driver requirements should be evaluated against thermal limits and the available power budget.
Where to buy TAS5102DAD online?
Use the Request a Quote form on this page to request TAS5102DAD availability, current lead time, and order confirmation. The manufacturer identifies TAS5102DAD as a 32-pin HTSSOP DAD device for operation from 0°C to 70°C. Because exact ordering options can change, include the full MPN TAS5102DAD and the required quantity in the request. Confirm the authorized supply channel and traceability requirements before placing production orders.
What is the price of TAS5102DAD?
The current commercial price for TAS5102DAD is not displayed here because pricing is quote-driven and can change with quantity, availability, and market conditions. Submit the Request a Quote form on this page with the required quantity and intended package or delivery details. This ensures the response reflects the exact TAS5102DAD orderable configuration rather than a family-level starting price or another suffix. The confirmed commercial terms should be reviewed before adding the device to a production purchase order.
What is the lead time and stock status for TAS5102DAD?
Current stock and lead time for TAS5102DAD should be requested through the Request a Quote form on this page. Texas Instruments lists the device with an ordering page and a 32-pin DAD configuration, but a definitive production lead time and current inventory must be confirmed at order time. Specify your required quantity, delivery location, date code policy, and traceability requirements. Do not infer availability from a general distributor landing page or from the presence of a product page.
Is TAS5102DAD compliant with RoHS, REACH, or AEC-Q100?
The RoHS, REACH, AEC-Q100, lead-free, and halogen-free classifications for TAS5102DAD require confirmation from the current Texas Instruments product documentation or compliance records. This device is specified for a 0°C to 70°C operating range, but that commercial temperature range does not itself establish automotive qualification. For a regulated production release, review the latest manufacturer declaration, material declarations, and applicable customer qualification requirements. Request supporting compliance documentation through the same page used for commercial inquiries.

Impormasyon ng Talumpati sa Engineering for TAS5102DAD — ikabit, gabay sa disenyo, at impormasyon ng pagsunod sa kautusan.

Paunawang Hanapin

Choose TAS5102DAD for a compact stereo audio design that already uses PWM signals, needs 2-channel Class-D speaker drive, and operates from an 8-V to 23-V supply. Its key advantages are the 20-W stereo power capability, 32-pin thermally enhanced DAD package, greater than 100-dB A-weighted SNR, and less-than-0.1% THD+N at the specified 1-W condition. The device is most appropriate when the PCB can implement the recommended LC output filters, exposed-pad land pattern, and thermal management. A heatsink is explicitly associated with the 18-W-per-channel operating point. Do not choose it for an analog-input amplifier unless another block generates compatible PWM signals, and do not treat family power ratings as guaranteed output in every enclosure. Before considering a substitute, require confirmation of the same DAD footprint, pin assignment, supply range, output-power behavior, switching characteristics, and thermal requirements. No additional drop-in replacement is established here because the verified cross-reference results do not document a candidate with complete electrical and pin compatibility.

Talaan ng Disenyo

Plan the PCB thermal path before committing to continuous high-power operation. The manufacturer’s 18-W-per-channel point at 18 V into 8 ohms requires a heatsink, while the DAD package relies on its exposed pad for thermal conduction. Use the recommended land pattern, minimize thermal resistance through both sides of the board, provide plated vias as specified, and reserve mounting area for a heatsink if the enclosure cannot remove the calculated heat. Validate the hottest output condition rather than relying on an average-power estimate.

Follow the manufacturer’s PCB layout for power, ground, PWM inputs, differential outputs, and bypass components. Keep switching-node copper and output-filter inductors away from low-level audio and control paths. Place input and output capacitors at the specified locations with short, low-inductance connections, and use the exposed-pad connection both for heat transfer and electrical return as directed by the datasheet. Treat the complete output-filter network as part of the EMI-critical layout because its current and voltage can exceed values present at the speaker terminals.

Do not select the TAS5102DAD as though it accepts analog audio directly. It is a PWM-input power stage, so the source chain must generate compatible PWM signals. Also avoid mixing the 20-W family rating with the 18-W-per-channel test condition: the latter specifies 18 V, an 8-ohm BTL load, 10% THD+N, and a heatsink. Check the recommended output inductors and capacitors, exposed-pad connection, supply decoupling, and thermal hardware against the exact manufacturer schematic before release.

Impormasyon ng Pagsunod sa Kautusan

RoHS
Unknown
REACH
Unknown
AEC-Q100
Not Applicable
Walang Lead
Unknown
Walang Halogen
Unknown
Mga Conflict Mineral
Unknown

The manufacturer specifies a 0°C to 70°C operating range for the commercial TAS5102DAD. RoHS, REACH, lead-free, halogen-free, and conflict-minerals classifications require confirmation from current Texas Instruments compliance documentation.

Data napatotohanan sa: 2026-11-04 — impormasyon na pinatunayan at pinapatakbo ng pangkat ng engineering ng XAIPART's component engineering team

Kaugnay na Hanapin

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