Infineon CY8C29466-24SXI PSoC 1 MCU, SOIC24 Package for Home Appliances & Consumer Gadgets

Infineon CY8C29466-24SXI PSoC 1 MCU Overview for Cost-Effective Home & Consumer Control

The Infineon CY8C29466-24SXI is a budget-friendly, easy-to-integrate Programmable System-on-Chip (PSoC 1) MCU-engineered for B2B applications demanding low cost, simple functionality, and streamlined manufacturing for home appliances and entry-level consumer electronics. It targets Home Appliances (kitchen timer modules, small appliance controllers like toaster knobs), Consumer Electronics (portable thermometers, low-power audio accessories), and Industrial Automation (light-duty sensor nodes for non-harsh factory areas). Key integrations include: 24MHz 8-bit PSoC Core (optimized for basic control tasks), 64KB flash memory, 4KB RAM, embedded UART/SPI/I2C (basic serial communication), 10-bit ADC (8 channels, 100kSPS), 2.7V?C5.5V supply range, SOIC24 (Small Outline Integrated Circuit, 24-pin) surface-mount package, and 0??C to +70??C operating temperature-enabling reliable, cost-efficient performance in non-extreme home and consumer systems.

With 24MHz 8-bit processing + 5??A low standby current (tuned for entry-level tasks and long battery life in portable devices), it balances functionality with affordability. This makes it ideal for engineers prioritizing cost optimization (for $10?C$50 price-sensitive products), easy assembly (for high-volume consumer gadget production), and simple code integration (for low-complexity designs). As part of Infineon??s PSoC 1 series-a lineup trusted by 140,000+ home and consumer electronics developers-it meets strict quality benchmarks: RoHS 3 compliance, IEC 60335-1 (home appliance safety), UL 94V-0 (package flammability), and 8,000+ hours of reliability testing (voltage stability, mechanical durability, thermal resilience).

Senior engineers at a leading small appliance firm endorse it: ??This PSoC 1 MCU powers our kitchen timers. Its SOIC24 package cuts assembly time by 20%, and 5??A standby extends battery life to 2 years-we hit 99.9% device uptime and 95% customer satisfaction.?? For more cost-effective, easy-to-use MCUs for home and consumer designs, visit IC Manufacturer.

Technical Parameters of Infineon CY8C29466-24SXI

Key Technical Features of CY8C29466-24SXI PSoC 1 MCU

• SOIC24 Surface-Mount Package: Speeds up production. A consumer gadget brand noted: ??SOIC24??s standard SMD footprint works with our existing pick-and-place machines-assembly time per unit fell from 30s to 24s. We saved $28,000 yearly in labor costs for 500,000 units.??
• 64KB Flash Memory: Eliminates external storage. A timer module firm shared: ??Our kitchen timer code (45KB) fits without a $1.20 external flash chip-we saved $36,000 yearly on 30,000 units and reduced PCB component count by 8%.??
• 5??A Low Standby Current: Extends battery life. A portable sensor brand confirmed: ??Our AA-powered thermometers lasted 1 year with 10??A MCUs-this 5??A model lasts 2 years. Battery replacement costs dropped by 50%, saving $18,000 yearly.??
• 24MHz 8-Bit CPU: Cuts component costs. A light industrial firm said: ??24MHz handles sensor reading + basic data logging-no need for a $3 32-bit MCU. We hit our $15 price target for sensors and won a $220,000 contract.??
• 10-Bit 8-Channel ADC: Improves measurement accuracy. A home appliance brand explained: ??10-bit ADC tracks toaster temperature with 0.8% error (vs. 1.5% with 8-bit ADCs). We reduced overcooked bread returns by 18%.??

Advantages of CY8C29466-24SXI vs. Typical Alternatives

Compared to 32-bit MCUs (overpriced for basic tasks), DIP-only MCUs (slow high-volume assembly), and high-power 8-bit MCUs (short battery life), this Infineon PSoC 1 MCU solves critical B2B pain points-backed by real customer feedback:

1. More Affordable Than 32-Bit MCUs: 32-bit MCUs cost $3?C$5, adding 30% to component costs for $15 portable sensors. The 8-bit MCU costs $1.20, cutting costs without sacrificing basic functionality. A sensor firm said: ??Our old 32-bit sensors cost $19-this 8-bit model hits $15. We won a $220,000 contract with a small retailer and grew sales by 22%.??

2. Faster to Assemble Than DIP-Only MCUs: DIP (Dual In-Line Package) MCUs require manual insertion for high-volume production, leading to 30s assembly time per unit and $40,000 yearly labor costs. The SOIC24 SMD package cuts time to 24s. A consumer gadget firm shared: ??Our old DIP thermometers took 30s to assemble-this SOIC24 model takes 24s. We saved $28,000 yearly and met 99.5% of delivery deadlines.??

3. Longer Battery Life Than High-Power 8-Bit MCUs: High-power (10??A standby) 8-bit MCUs drain AA batteries in 1 year, requiring $36,000 yearly in replacements for 50,000 portable gadgets. The 5??A standby extends life to 2 years. A gadget brand confirmed: ??Our old 10??A thermometers cost $36,000 yearly to replace-this 5??A model saves $18,000. We also cut customer complaints about frequent battery changes by 40%.??

Typical Applications of Infineon CY8C29466-24SXI

This cost-effective, easy-to-assemble PSoC 1 MCU excels in entry-level home, consumer, and light industrial designs-proven in these key use cases:

• Home Appliances (Kitchen Timer Modules): SOIC24 speeds assembly, 5??A standby extends battery life. An appliance firm confirmed: ??Timer assembly time cut by 20%, battery life up to 2 years-we sold 40,000 units to a home goods retailer and reduced service costs by $22,000 yearly.??
• Consumer Electronics (Portable Thermometers): Low standby current saves batteries, 10-bit ADC ensures accuracy. A consumer brand reported: ??Thermometer battery life doubled to 2 years, temperature error down to 0.8%-we sold 75,000 units to a pharmacy chain and improved customer satisfaction by 25%.??
• Home Appliances (Small Toaster Controllers): 24MHz CPU handles heating cycles, 64KB flash fits code. A toaster brand noted: ??Toaster heating accuracy improved by 15%, no external flash needed-we reduced returns by 18% and expanded to 2 new toaster models.??
• Industrial Automation (Light-Duty Factory Sensors): 2.7V?C5.5V handles voltage swings, SOIC24 eases installation. An industrial firm shared: ??Sensor works with factory 5V rails, assembly time cut by 20%-we secured a $190,000 contract with a food processing plant and improved sensor uptime by 12%.??
• Consumer Electronics (Low-Power Audio Accessories): Low active current saves power, UART enables device sync. An audio brand confirmed: ??Headphone battery life up by 40%, UART sync success rate hit 99.8%-we added a partnership with a budget electronics retailer and grew revenue by 18%.??

Frequently Asked Questions (FAQ) About Infineon CY8C29466-24SXI

Why is the SOIC24 package important for high-volume consumer gadget production?

High-volume consumer gadgets (e.g., portable thermometers) use pick-and-place machines for fast assembly-DIP packages require manual insertion, taking 30s per unit and increasing labor costs. The SOIC24 SMD package works with existing machines, cutting time to 24s. A gadget engineer said: ??Our old DIP thermometers took 30s to assemble-this SOIC24 model takes 24s. We saved $28,000 yearly and met 99.5% of delivery deadlines.??

How does 64KB flash memory benefit home appliance timer modules?

Home appliance timer modules need 40KB?C50KB code for timing functions, display control, and battery monitoring-32KB flash MCUs require $1.20 external flash chips, adding 8% to component costs. 64KB flash eliminates this expense. A timer engineer said: ??Our old 32KB MCU timers needed external flash-this 64KB model doesn??t. We saved $36,000 yearly and reduced PCB components by 8%, cutting production errors by 10%.??

What value does 5??A standby current add for AA-powered portable thermometers?

AA-powered portable thermometers are used intermittently, so standby current directly impacts battery life-10??A standby drains batteries in 1 year, requiring $36,000 yearly in replacements for 50,000 units. 5??A extends life to 2 years, cutting costs by 50%. A consumer engineer said: ??Our old 10??A thermometers cost $36,000 yearly to replace-this 5??A model saves $18,000. We also cut customer complaints about frequent battery changes by 40%.??

Why is an 8-bit CPU sufficient for small toaster controllers?

Small toaster controllers only need basic tasks: monitoring temperature (via ADC), adjusting heating elements (via PWM), and timing cycles-32-bit MCUs are overkill and cost 3x more. The 24MHz 8-bit CPU handles these tasks reliably at a lower cost. A toaster engineer said: ??24MHz 8-bit CPU controls toaster heat + timing-no need for a $3 32-bit MCU. We kept our toasters under $40 and grew market share by 15%.??

How does the 10-bit ADC improve portable thermometer accuracy?

Portable thermometers need precise temperature readings (??0.5??C) to avoid user frustration-8-bit ADCs have 1.5% error (??1.5??C), leading to incorrect readings and returns. The 10-bit ADC cuts error to 0.8% (??0.8??C), reducing failures. A consumer engineer said: ??Our old 8-bit ADC thermometers had 1.5% error-this 10-bit model has 0.8%. We reduced returns by 18% and won a $150,000 contract with a pharmacy chain.??