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  • Zarding Original ic ATR2732 QFN64 2732
  • Zarding Original ic ATR2732 QFN64 2732
  • Zarding Original ic ATR2732 QFN64 2732
  • Zarding Original ic ATR2732 QFN64 2732
  • Zarding Original ic ATR2732 QFN64 2732
  • Zarding Original ic ATR2732 QFN64 2732
Zarding Original ic ATR2732 QFN64 2732

Zarding Original ic ATR2732 QFN64 2732

$0.10-$9.90/ Piece|5 Piece/Pieces(Min. Order)

Zarding Original ic ATR2732 QFN64 2732

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Embedded Control & Real-Time Processing: Designed to manage complex operations in industrial machinery, automation systems, and IoT devices through high-performance microcontroller capabilities.
  • Compact QFN64 Package: Enables seamless integration into space-constrained environments while supporting 64-pin connectivity for advanced functionality.

Key features

  • 1. Advanced Material Technology

  • With a corrosion-resistant silicon semiconductor core, ensure reliable performance in harsh industrial environments. The QFN64 package’s robust construction withstands extreme temperatures and vibrations, outperforming traditional ICs in durability*.

  • 2. Compact Interactive Design

  • With a QFN64 package, achieve seamless integration into space-constrained devices. Its 20% smaller footprint compared to legacy DIP packages simplifies PCB layout design for modern machinery systems*.

  • 3. High-Performance Processing

  • With a 100MHz clock speed and multi-tasking architecture, handle complex industrial workflows faster than standard microcontrollers*. Ideal for real-time data processing in robotics or automation equipment.

  • 4. Industrial Scenario Solutions

  • With ruggedized construction and continuous operation capability, power heavy-duty machinery in 24/7 industrial settings. Designed for seamless integration into embedded systems, such as CNC machines or smart factory devices.

  • 5. Certified Compliance Standards

  • With RoHS and ISO 9001 certifications, meet stringent environmental and quality standards for global industrial applications. Ensures compatibility with eco-friendly manufacturing requirements*.

  • Notes:

    • The product’s QFN64 package and silicon semiconductor material align with its industrial application in machinery.

Product details

Zarding Original ic ATR2732 QFN64 2732

The Zarding Original ic ATR2732 QFN64 is a high-performance microcontroller IC designed for industrial and machine applications. Its compact QFN64 package and robust semiconductor construction enable reliable operation in demanding environments. With certifications like RoHS compliance, it meets global standards for industrial use.

Technical specifications

FeatureSpecificationApplication Scenario
Package TypeQFN64 (64-pin Quad Flat No-leads)Compact embedded systems, robotics
MaterialPCB with solder mask, silicon semiconductorIndustrial machinery and automation
Operating Temperature-40°C to 85°CHarsh industrial environments
CertificationsRoHS compliantGlobal industrial and automotive sectors

Customization guide

Adjustable parameters include operating temperature range (for extreme environments) and pin configuration to meet specialized industrial or robotic needs.

Get inspired

With the ATR2732 IC, you can streamline industrial automation, control robotic systems, or enhance sensor-driven machinery. Its compact design and thermal stability make it ideal for space-constrained applications like smart manufacturing or IoT devices.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Operating Temperature-40°C to 85°C-40°C to 95°C (+10%)-40°C to 105°C (+20%)*
Processing Speed100 MHz150 MHz (+50%)200 MHz (+100%)**
Power Efficiency1.8V, 200mW1.2V, 150mW (-25%)1.0V, 100mW (-50%)

Supplier's note

  1. Technical Breakthroughs:

    • The QFN64 package enables a 30% smaller footprint than traditional QFP packages, ideal for compact industrial devices.
    • Enhanced thermal performance in Advanced/Pro models allows continuous operation in high-heat environments (e.g., engine control units).
    • Extended operating temperature in the Pro model (up to 105°C) ensures reliability in extreme industrial settings.
  2. Optimal Version Selection:

    • Base Model: Suitable for standard industrial control systems (e.g., conveyor belts) where moderate performance suffices.
    • Advanced Model: Recommended for robotics and HVAC systems requiring thermal resilience and 50% faster processing.
    • Pro Model: Best for high-speed automation (e.g., precision manufacturing) with its 200 MHz speed and 50% lower power consumption than competitors.

*Compared to industry benchmarks. *Triple the processing capacity of legacy 75MHz ICs.

Frequently asked questions

  • Which microcontroller IC suits compact machine applications with limited space?

  • Is the Zarding ATR2732 QFN64 RoHS-compliant for industrial use?

  • How does the QFN64 package compare to TQFP for robotics projects?

  • Can the ATR2732 be customized for specific machine control tasks?

  • What machine applications is the Zarding ATR2732 best suited for?

  • Does the ATR2732 QFN64 work with common development boards?

  • How does the ATR2732 handle extreme temperatures in industrial machines?

  • What certifications ensure the ATR2732’s reliability for critical machine systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Microcontroller ICsEmbedded systems, industrial automationClock Speed: 200MHz (JEDEC JEP106), 250MHz▲ (Base), 300MHz▲▲ (Advanced)
Flash Memory: 128KB ▲→256KB▲, ▲▲→512KB▲▲
Faster real-time processing; supports complex applications; scalable I/O pins.Higher power consumption; advanced versions may require cooling.
DSP ICsAudio/motor control, signal analysisMIPS: 200 (IEEE 1671), 300▲ (Base), 400▲▲ (Advanced)
Latency: 5ms ▲→3ms▲, ▲▲→1ms▲▲
Enhanced real-time signal processing; reduced latency for precision tasks.Requires specialized design expertise; cost escalates with advanced features.
FPGA ICsCustom logic, adaptive systemsLogic Cells: 10k (ANSI/IEEE 1164), 15k▲ (Base), 20k▲▲ (Advanced)
Reconfigurability: Partial ▲→Full▲, ▲▲→Dynamic▲▲
Flexible customization; dynamic reconfiguration for evolving needs.Steeper learning curve; higher power and thermal management demands.
Memory ICsData storage/bufferingCapacity: 16MB (JEDEC JESD21-C), 32MB▲ (Base), 64MB▲▲ (Advanced)
Access Time: 50ns ▲→30ns▲, ▲▲→15ns▲▲
Larger storage for complex datasets; faster access speeds for real-time apps.Physical space constraints; cost increases exponentially with capacity.
Power Management ICsVoltage regulation, energy optimizationEfficiency: 85% (ENERGY STAR), 90%▲ (Base), 95%▲▲ (Advanced)
Output Range: 3.3V-5V ▲→1.8V-12V▲, ▲▲→0.8V-24V▲▲
Improved energy efficiency; broader voltage compatibility for mixed systems.Complex design integration; advanced versions may add thermal complexity.
Sensor Interface ICsIndustrial sensors, IoT connectivityChannels: 8 (IEC 61131-2), 16▲ (Base), 32▲▲ (Advanced)
Resolution: 12-bit ▲→14▲, ▲▲→16▲▲
Supports more sensors; higher precision for critical measurements.Integration complexity; advanced versions may require specialized firmware.

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