STMicroelectronics

STA50013TR - 60W Stereo Class D Amplifier | STMicroelectronics

MPN: STA50013TR ✗ اختتامِ زندگی
10 V to 36 V Vdss 3.5 A Id 200 mOhm Rds(on) PowerSO-36, 36 pins Package
MOQ: 1 |

STA50013TR جائزہ

The STMicroelectronics STA50013TR is a quad half-bridge Class D audio power amplifier IC rated for 60 W per channel into 8 ohms, with a 10 V to 36 V supply range and a 36-pin PowerSO-36 surface-mount package. It can operate as a 2-channel stereo or 4-channel quad output-stage device, combining four complementary DMOS half bridges with CMOS-compatible logic inputs.

A Class D amplifier is a switching power amplifier that uses pulse-width modulation to drive output transistors continuously. Compared with a linear audio amplifier, this architecture can provide high output power with lower conduction losses because the internal MOSFETs spend most of their time in low-resistance switching states. In this device, the quad half-bridge arrangement allows one package to support multiple speaker channels in audio systems, automotive equipment, and powered speaker designs.

Key features include 60 W output power per channel into an 8-ohm load, operation from 10 V to 36 V, and complementary DMOS output stages with an on-resistance of 200 mOhm. The output stage includes thermal protection and thermal warning functions, while output overvoltage and undervoltage protection help prevent operation outside the intended output conditions. CMOS-compatible logic inputs simplify connection to a system controller or audio processor.

The STA50013TR combines four configurable half bridges rather than integrating a conventional analog voltage amplifier and output stage in each channel. This makes it suitable for bridge-tied speaker loads, where each speaker is driven differentially. The 200 mOhm complementary DMOS output stage is the central switching element, while the BCDMOS process supports the combination of high-voltage handling, logic functions, and power output transistors in one integrated circuit.

Typical uses include car-audio and automotive audio amplification, powered speakers, home-audio systems, portable installations, and industrial sound equipment. The quad configuration can also be arranged as four independent channels or combined into two stereo channels. Thermal design, speaker impedance, supply capability, and output filtering remain important because the amplifier dissipates substantial power during high-level operation and switching edges can generate high-frequency electromagnetic energy.

For a new design, confirm the complete pin configuration in the manufacturer datasheet, follow the recommended input, supply, and output-filter networks, and place the exposed thermal area over an uninterrupted copper region. Because the device is listed as obsolete by one technical source while distributor inventory is also shown, verify current assembly life-cycle status before committing a new production design. A currently supported product should be selected for new production when possible.

This page summarizes the principal electrical ratings, protection functions, package characteristics, and application considerations of the STA50013TR. It also documents the practical absence of a confirmed pin-to-pin drop-in substitute, helping engineers compare this part against newly proposed amplifier ICs without assuming that a similar wattage rating guarantees PCB compatibility.

کے لیے ڈراپ اِن متبادل STA50013TR — یکساں پیکیج، پن سے پن مطابقت پذیر۔ مختلف پیکیج والے پرزے جن کے لیے PCB دوبارہ کام درکار ہو، شامل نہیں ہیں۔

اس پروڈکٹ کے لیے کوئی ڈراپ اِن متبادل دستیاب نہیں۔

متبادل کی درخواست کریں

STA50013TR زیادہ سے زیادہ ریٹنگز اور برقی خصوصیات

Device Type Class D audio power amplifier IC
Channel Configuration 2-channel stereo or 4-channel quad
Output Topology Quad half-bridge
Maximum Output Power 60 W x 2 at 8 ohm
Supply Voltage Range 10 V to 36 V
Maximum Supply Voltage 30 V
Output Current 3.5 A
Output Device Resistance 200 mOhm
Technology BCDMOS
Logic Input Compatibility CMOS-compatible
Output Stage Complementary DMOS
Protection Functions Short-circuit, thermal protection, thermal warning, output overvoltage, and output undervoltage protection
آپریٹنگ درجہ حرارت رینج 0 C to 70 C
پیکیج PowerSO-36, 36 pins
ماؤنٹنگ ٹائپ Surface mount
Terminal Form Gull wing
RoHS اسٹیٹس Compliant
لائف سائیکل کی حالت Obsolete

STA50013TR powerso-36, 36 pins پن کنفیگریشن گائیڈ

STA50013TR (powerso-36, 36 pins پیکیج) کے لیے پن کنفیگریشن۔ اس اینالاگ کمپوننٹ میں اِن پٹ، آؤٹ پٹ اور پاور سپلائی پنز شامل ہیں۔ آفسیٹ نل، کمپنسیشن اور اِن ایبل پن کنفیگریشنز کے لیے مینوفیکچرر کے ڈیٹا شیٹ سے رجوع کریں۔ سگنل کنڈیشننگ اور ایمپلیفائر سرکٹس کے لیے مثالی۔

STA50013TR کے لیے powerso-36, 36 pins پیکیج پن آؤٹ ڈایاگرام

کے لیے تفصیلی پن آؤٹ ڈیٹا دستیاب نہیں STA50013TR.

رجوع کریں ڈیٹا شیٹ مکمل پن کنفیگریشن کے لیے۔

عام استعمالات

STA50013TR کے لیے موزوں ہے 6 ایپلیکیشنs: Automotive Audio Power Stage, Powered Stereo Speaker, Four-Channel Distributed Audio, Professional Audio Amplifier, Industrial Sound Reinforcement, Legacy Audio Equipment Repair.

🚗

Automotive Audio Power Stage

The STA50013TR is suitable for a 12 V automotive audio architecture when its four half bridges are assigned to two stereo channels. Each stereo channel is rated for 60 W into an 8-ohm load, while the 10 V to 36 V supply range accommodates battery-fed systems with regulated headroom. The internal short-circuit, thermal, output overvoltage, and output undervoltage protections support robust speaker-drive behavior. However, the listed 0 C to 70 C operating range and obsolete lifecycle status require careful review for a new vehicle program.

🎧

Powered Stereo Speaker

The STA50013TR can form the output stage of a powered stereo speaker because two bridge-tied half bridges can drive each 8-ohm channel at up to 60 W. This arrangement reduces the number of packages needed for a conventional two-channel speaker amplifier while providing integrated output protection. The design must use the manufacturer-recommended PWM filter and power-supply layout, and it must verify continuous output, thermal rise, and enclosure airflow rather than relying only on the headline power rating.

🌐

Four-Channel Distributed Audio

For distributed audio, the four internal half bridges allow the STA50013TR to implement a four-channel output arrangement instead of a two-channel stereo configuration. Each bridge-tied output can feed a separate speaker section, making the device useful in multi-zone sound equipment where each channel operates at a lower power level. Designers should confirm the recommended mode-control connections, filter topology, and channel-power limits in the manufacturer datasheet before assigning the four outputs to separate loads.

🔧

Professional Audio Amplifier

The STA50013TR's 60 W x 2 stereo capability suits compact professional and installed-audio amplifier modules requiring high output power from a surface-mount IC. Its complementary DMOS output stage and integrated thermal and short-circuit protection simplify the power-output section. Real products should include input conditioning, the prescribed PWM reconstruction filter, robust supply decoupling, and a thermal design based on actual music waveform and speaker load. The obsolete status makes it more appropriate for established equipment than for a newly launched product.

🏭

Industrial Sound Reinforcement

A compact industrial sound amplifier can use two half bridges as a bridge-tied stereo output or distribute the four bridges across separate speaker zones. The STA50013TR operates from a 10 V to 36 V supply, allowing implementation from an industrial DC rail with appropriate regulation. Integrated short-circuit and thermal protection improves robustness, while output overvoltage and undervoltage protection helps manage abnormal speaker conditions. EMI control remains critical because the switching outputs require careful filtering and layout isolation from sensitive analog inputs.

🖥️

Legacy Audio Equipment Repair

The STA50013TR is most practical for repairing or maintaining an amplifier board that already uses its 36-pin PowerSO-36 footprint and established control topology. Exact pin continuity, output-filter component values, supply requirements, and thermal conditions must match the original design; a device with similar electrical ratings alone is not sufficient. Because this part is marked obsolete, buyers should request current original inventory, traceability details, and inspection information through the quote form before using it for service or production continuity.

What is the STA50013TR?
The STA50013TR is a STMicroelectronics Class D audio power amplifier IC containing four output half bridges in a PowerSO-36 package. According to the manufacturer datasheet, it can be configured as a 2-channel stereo or 4-channel quad amplifier, with each channel rated up to 60 W into an 8-ohm load when configured as two stereo channels. Its output stage uses complementary DMOS transistors with a stated resistance of 200 mOhm.
What is the output power of STA50013TR?
The STA50013TR is rated for 60 W x 2 into an 8-ohm load in its two-channel stereo configuration. The manufacturer describes the IC as a quad power half-bridge, allowing the four internal half bridges to be grouped for stereo or quad operation. Actual continuous output depends on supply voltage, speaker impedance, PCB cooling, output filtering, and the thermal conditions of the PowerSO-36 package.
What supply voltage does STA50013TR use?
The STA50013TR operates from a 10 V to 36 V supply, according to the manufacturer datasheet and the published product description. A separate technical listing identifies 30 V as the maximum supply rating, so the 10 V to 36 V range should be checked against the detailed electrical-characteristics table before applying it to a new circuit. The power-supply design must also support the current required by the selected speaker load.
Can STA50013TR drive 8-ohm speakers?
Yes, the STA50013TR is specifically rated for 60 W x 2 at 8 ohms in stereo operation. Its internal complementary DMOS half bridges drive bridge-tied speakers, and the output stage has a stated on-resistance of 200 mOhm. The loudspeaker network must remain within the amplifier's power, current, thermal, and protection limits, and the output-filter components should follow the manufacturer reference design.
Where can I download the STA50013TR datasheet PDF?
The STA50013TR manufacturer datasheet PDF is available through the official STMicroelectronics literature system and mirrored document listings. The manufacturer literature URL follows the pattern https://www.st.com/resource/en/datasheet/sta50013.pdf, while a directly accessible copy is listed at https://www.datasheets.com/stmicroelectronics/sta50013tr/datasheet.pdf. Use the manufacturer copy for final design release because mirror documents may not include the newest revision.
Where can I find the STA50013TR pinout?
The STA50013TR pin assignment is shown in the pin-description and package drawings in the manufacturer datasheet. The component uses a 36-pin PowerSO-36 package with gull-wing leads, and its exposed thermal area is used for heat transfer rather than as an ordinary signal pin. Before assigning PCB tracks, verify every supply, ground, logic-input, half-bridge-output, warning, and protection connection against the package drawing.
What is the best drop-in replacement for STA50013TR?
No drop-in replacement for the STA50013TR is confirmed in the available cross-reference material. A genuine drop-in alternative must match the 36-pin PowerSO-36 footprint, preserve pin-to-pin connections, and remain within approximately 30 percent of the key voltage, current, and power ratings. Several Class D amplifiers have similar headline power, but similar output wattage alone does not establish PCB compatibility or equivalent protection behavior.
What can replace STA50013TR?
The closest replacement depends on whether the existing PCB must remain unchanged. If the PCB may be redesigned, compare modern BCDMOS Class D amplifier ICs by supply range, output current, channel topology, package thermal limits, and protection features. If the existing board must be retained, approve a replacement only after a manufacturer pinout comparison confirms every PowerSO-36 connection. No confirmed pin-to-pin substitute is established here.
Is STA50013TR suitable for automotive audio?
The STA50013TR's quad half-bridge topology and 10 V to 36 V supply range are suitable in concept for automotive audio systems operating from a 12 V battery, but the listed operating range is 0 C to 70 C. The component is also marked obsolete by one technical source. For a new automotive program, verify the exact temperature grade, AEC-Q100 qualification, load dump behavior, and current manufacturer lifecycle status before design release.
What are the key specifications of STA50013TR that engineers should know?
The principal specifications are 60 W x 2 output into 8 ohms, a 10 V to 36 V supply range, a 3.5 A output-current rating, four complementary DMOS half bridges, and a 200 mOhm output-stage resistance. The device also provides short-circuit and thermal protection, thermal warning, output overvoltage and undervoltage protection, CMOS-compatible inputs, and a 0 C to 70 C operating range. It is packaged as a 36-pin PowerSO-36 surface-mount device.
STA50013TR versus a generic 60 W Class D amplifier: which is better?
The STA50013TR is the better choice only when its exact quad half-bridge pinout, protection set, thermal arrangement, and legacy PCB layout match the design. A generic 60 W Class D amplifier may offer better efficiency, a newer process, smaller package, or current production status, but it is not automatically interchangeable. Compare the full pin map and output-current capability rather than selecting solely by the 60 W output-power label.
When should I choose STA50013TR instead of a modern amplifier IC?
Choose the STA50013TR when maintaining an existing 36-pin PowerSO-36 design, reproducing a proven reference circuit, or supporting legacy repair demand is more important than obtaining a currently active part. Avoid it for new production unless procurement and quality teams approve the lifecycle risk. A modern amplifier can provide a smaller footprint, improved efficiency, and broader temperature qualification, but it usually requires a deliberate PCB redesign.
Is STA50013TR in stock?
Current stock status can change rapidly, and the available listings do not provide a reliable quantity commitment for the exact ordering code. Use the Request a Quote form on this page to request current inventory, minimum order quantity, and lead time for STA50013TR. Because the component is marked obsolete by one technical source, confirm whether any inventory is original, traceable, and suitable for the intended production or repair requirement.
How much does STA50013TR cost?
Current commercial terms for obsolete electronic components may depend on lot size, traceability, condition, and remaining inventory rather than a standard quantity-break structure. Submit the Request a Quote form on this page with your required quantity, target date, and acceptable packaging details. The quote team can confirm unit pricing, minimum order quantity, and lead time without relying on a stale market listing.
What is the lead time for STA50013TR?
The current lead time depends on the quantity of original inventory available and the required inspection and traceability level. Use the Request a Quote form on this page to request a current lead-time quotation and factory-forknowledge where traceability is required. Because one technical source identifies the STA50013TR as obsolete, avoid committing production dates until the manufacturer lifecycle status and allocation have been confirmed.
Does STA50013TR need an output filter?
The STA50013TR is a Class D switching amplifier, so its PWM output contains high-frequency switching energy. Follow the output-filter and component-selection guidance in the manufacturer datasheet to reconstruct the audio signal and reduce out-of-band emissions. The filter must be selected for the intended load impedance and power level, and its components require suitable voltage, current, thermal, and dielectric ratings.
What thermal design is required for STA50013TR?
The PowerSO-36 package must dissipate the loss generated by its switching output stage, especially when driving low-impedance speakers at high output power. Provide a continuous thermal copper area under the package, minimize thermal barriers in the board layers, and use the manufacturer thermal information to estimate junction temperature. Include the enclosure, ambient temperature, output waveform, and speaker duty cycle in a realistic worst-case thermal assessment.

کے لیے انجینئرنگ ریفرنس ڈیٹا STA50013TR — موازنہ، ڈیزائن رہنمائی، اور تعمیل کی معلومات۔

انتخاب کی گائیڈ

Choose the STA50013TR only when the design already matches its 36-pin PowerSO-36 footprint, half-bridge control scheme, output-filter network, and 8-ohm speaker loads. It is a sensible choice for repairing established equipment or reproducing a proven design because it combines four complementary DMOS half bridges, 60 W x 2 stereo capability, and integrated short-circuit, thermal, overvoltage, and undervoltage protection. Avoid it as the default choice for new production because the product is marked obsolete and its listed operating range is 0 C to 70 C. If the PCB may be redesigned, compare current Class D amplifier ICs by efficiency, channel configuration, output current, package thermal resistance, EMI performance, and protection features rather than using wattage alone. No confirmed pin-to-pin drop-in substitute is established, so any proposed replacement requires a manufacturer-backed pinout comparison and application review.

متبادلات کے ساتھ موازنہ

پیرامیٹر یہ پروڈکٹ
Brand STMicroelectronics
Package PowerSO-36
Pin Count 36 pins
Device Type Quad Class D half-bridge audio amplifier IC
Output Configuration 2-channel stereo or 4-channel quad
Maximum Output Power 60 W x 2 at 8 ohm
Supply Voltage 10 V to 36 V
Output Current 3.5 A
Output Stage Resistance 200 mOhm complementary DMOS
Operating Temperature 0 C to 70 C
Technology BCDMOS
Protection Functions Short-circuit, thermal, output overvoltage, and output undervoltage protection

ڈیزائن نوٹس

Treat the exposed underside of the PowerSO-36 package as the primary heat path. Place it over a continuous copper region with minimal interruption across board layers, add thermal vias where the manufacturer's layout permits, and avoid enclosing the amplifier without an intentional airflow path. A thermal assessment should include maximum continuous output, speaker resistance, signal crest factor, ambient temperature, and enclosure temperature because music peaks can create substantially greater average loss than sine-wave testing.

Separate the four switching outputs from sensitive input and control traces, and use the shortest practical connection to the output-filter components. Keep the high-current supply loop compact and provide local ceramic decoupling where the datasheet recommends it. Do not route output traces beneath analog input, microphone, or control circuitry without considering the switching edge current and electromagnetic coupling paths.

The STA50013TR is rated for 60 W x 2 at 8 ohms, so the supply wiring, protection devices, connectors, and copper areas must support the corresponding load current without excessive voltage drop. Use the manufacturer power-supply and decoupling layout as the baseline. When reusing the circuit in a different topology, recalculate output-device dissipation and thermal rise for the actual speaker impedance and duty cycle instead of assuming that the stereo rating applies to every half-bridge configuration.

Do not substitute a Class D amplifier solely because its advertised wattage matches 60 W. Confirm the PowerSO-36 footprint, every pin assignment, mode-control logic, output-filter design, supply range, output-current capability, and protection behavior. Also check the operating-temperature grade and lifecycle status. A cross-compatible footprint with different control or output definitions can damage the PCB or cause unintended bridge operation.

تعمیل کی معلومات

RoHS
Compliant
REACH
Unknown
AEC-Q100
Unknown
لیڈ فری
Unknown
ہیلوجن فری
Unknown
کنفلیکٹ منرلز
Unknown

A technical listing identifies the PowerSO-36 device as RoHS compliant. No specific REACH, AEC-Q100, lead-free, halogen-free, or conflict-minerals declaration is identified for the exact ordering code.

ڈیٹا کی تصدیق کی تاریخ: 2026-11-05 — ڈیٹا XAIPART کی کمپوننٹ انجینئرنگ ٹیم کے ذریعے تصدیق شدہ اور ترتیب شدہ

متعلقہ تلاشیں

STA50013TR datasheet STA50013TR pinout STA50013TR datasheet pdf STA50013TR equivalent STA50013TR replacement STA50013TR cross reference STA50013TR schematic STA50013TR PowerSO-36 footprint STA50013TR 60W Class D amplifier STA50013TR automotive audio STMicroelectronics STA50013TR STA50013TR price STA50013TR stock STA50013TR output filter

متعلقہ اجزاء اور اصطلاحات

STMicroelectronics STA50013TR Class D amplifier audio power amplifier IC quad half-bridge stereo amplifier quad amplifier bridge-tied speaker load complementary DMOS BCDMOS PowerSO-36 PowerSO package surface-mount IC PWM output filter short-circuit protection thermal protection thermal warning output overvoltage protection output undervoltage protection CMOS-compatible logic input RoHS audio amplifier automotive audio powered speaker industrial sound equipment
فوری کوٹ RFQ
مکمل تفصیلات بھریں — ہماری سیلز ٹیم 24 گھنٹوں میں جواب دے گی
پارٹ نمبر مینوفیکچرر پیکج QTY ہدف قیمت کل رقم
✓
کوٹ جمع ہو گیا!

ہم 24 گھنٹوں کے اندر آپ کے ای میل کا جواب دیں گے

1
RFQ جمع ہو گیا
2
کوٹ موصول ہو گیا
3
آرڈر دے دیا گیا
4
ادائیگی
5
بھیج دیا گیا
6
ڈیلیور شدہ
RFQ تفصیلات دیکھیں