IW610BUK/A1ZMIZ Overview
The IW610BUK/A1ZMIZ is a high-performance semiconductor device designed for industrial and automotive applications requiring robust power management and efficient processing. Engineered to deliver reliable operation under demanding conditions, it integrates advanced features that optimize system performance while minimizing energy consumption. This component is ideal for engineers and sourcing specialists seeking a balance between cutting-edge technology and proven durability. For detailed specifications and sourcing, visit IC Manufacturer.
IW610BUK/A1ZMIZ Technical Specifications
| Parameter | Specification |
|---|---|
| Core Architecture | Single-core processing unit |
| Operating Voltage Range | 2.7 V to 3.6 V |
| Maximum Clock Frequency | 48 MHz |
| Flash Memory | 64 KB |
| RAM | 8 KB SRAM |
| Operating Temperature | -40??C to +85??C |
| Package Type | 48-pin LQFP |
| Power Consumption | Typical 3.3 mA at 48 MHz |
| I/O Pins | Up to 36 general-purpose I/O |
IW610BUK/A1ZMIZ Key Features
- Single-core processing unit: Provides efficient computation with reduced latency, enabling faster response times in embedded systems.
- Wide operating voltage range: Ensures compatibility with various power supplies, enhancing design flexibility in diverse applications.
- Low power consumption: Minimizes energy usage during active operation, extending battery life in portable and automotive systems.
- Robust temperature tolerance: Supports industrial-grade temperature ranges, guaranteeing reliable function in harsh environments.
- High pin count with flexible I/O: Offers multiple general-purpose input/output pins, facilitating versatile peripheral interfacing and system integration.
- Compact 48-pin LQFP package: Balances small footprint with easy PCB integration, assisting in space-constrained design layouts.
IW610BUK/A1ZMIZ Advantages vs Typical Alternatives
This device stands out due to its optimized power efficiency combined with a broad voltage operating window. Compared to typical alternatives, it provides enhanced thermal stability and a higher I/O pin count, allowing for more complex system designs. Its compact packaging and low power draw make it particularly suitable for embedded applications where space and energy constraints are critical.
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Typical Applications
- Embedded control systems in automotive electronics requiring reliable operation over extended temperature ranges and low power consumption.
- Industrial automation devices that benefit from high I/O flexibility and rugged performance.
- Portable instrumentation and measurement equipment demanding compact size and efficient power management.
- Consumer electronics where dependable processing and energy efficiency enhance overall product performance.
IW610BUK/A1ZMIZ Brand Info
This component is part of the industrial-grade lineup from a trusted semiconductor manufacturer known for delivering reliable integrated circuits tailored to automotive and industrial markets. The IW610BUK/A1ZMIZ exemplifies the brand??s commitment to robust design, efficient power management, and versatile application support, backed by comprehensive technical documentation and global supply chain availability.
FAQ
What is the maximum operating frequency of this device?
The maximum clock frequency supported is 48 MHz, enabling fast and efficient processing suitable for real-time embedded applications.
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What temperature range can this component reliably operate within?
It is rated to function reliably across a broad industrial temperature range from -40??C up to +85??C, making it suitable for harsh environments.
How much flash memory and RAM does this device include?
This device features 64 KB of onboard flash memory and 8 KB of SRAM, providing sufficient space for program code and data in embedded systems.
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What packaging options are available for this model?
The device is offered in a 48-pin LQFP package, which ensures ease of PCB assembly while maintaining a compact form factor.
Is this device suitable for low-power applications?
Yes, the component is designed with power efficiency in mind, typically consuming around 3.3 mA at maximum clock speed, helping extend battery life in portable and automotive systems.
