MX80A04SZ1C Overview
The MX80A04SZ1C is a high-performance semiconductor device designed for precision industrial applications. It integrates advanced functionality with robust electrical characteristics, making it suitable for complex control systems and automation. This device supports a broad voltage range and offers reliable operation under varied environmental conditions. Its compact package ensures easy integration into space-constrained designs while maintaining thermal efficiency. Engineers and sourcing specialists benefit from its consistent quality and compliance with industry standards, facilitating streamlined product development and supply chain management. For further information, visit IC Manufacturer.
MX80A04SZ1C Technical Specifications
| Parameter | Specification |
|---|---|
| Operating Voltage Range | 3.0 V to 5.5 V |
| Maximum Operating Temperature | +85??C |
| Minimum Operating Temperature | -40??C |
| Package Type | SOT-23-6 |
| Input Signal Frequency | Up to 20 MHz |
| Output Current | 50 mA (continuous) |
| Power Dissipation | 300 mW |
| Supply Current | 2 mA (typical) |
MX80A04SZ1C Key Features
- Wide Voltage Range: Supports operation from 3.0 V to 5.5 V, enabling compatibility with a variety of industrial power supplies.
- Compact SOT-23-6 Package: Allows for space-saving PCB layouts and easy integration into dense electronics assemblies.
- High Frequency Response: Operates efficiently up to 20 MHz, suitable for high-speed signal processing applications.
- Robust Thermal Performance: Maximum operating temperature up to +85??C ensures reliability in harsh environments.
MX80A04SZ1C Advantages vs Typical Alternatives
This device offers enhanced operational voltage flexibility and higher frequency handling compared to typical alternatives, resulting in improved system accuracy and responsiveness. Its low power consumption and compact packaging enable efficient integration without compromising reliability. These advantages make it a preferred choice for engineers seeking optimized performance in industrial control and signal processing tasks.
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Typical Applications
- Industrial automation systems requiring precise and reliable signal conditioning with compact footprint and stable operation over wide temperature ranges.
- High-speed data acquisition circuits where frequency response up to 20 MHz is critical for accurate measurement.
- Embedded control modules in manufacturing equipment that demand low power consumption and robust electrical characteristics.
- Sensor interface circuits where voltage flexibility and thermal stability ensure consistent sensor output processing.
MX80A04SZ1C Brand Info
The MX80A04SZ1C is a product from a leading semiconductor manufacturer known for delivering high-quality integrated circuits optimized for industrial and commercial applications. This device exemplifies the brand??s commitment to precision engineering, reliability, and innovation. Built to meet stringent industry standards, it supports a wide range of system designs, providing customers with dependable performance and consistent supply chain support.
FAQ
What is the maximum operating temperature for this device?
The maximum operating temperature for this semiconductor is +85??C, allowing reliable operation in most industrial environments without performance degradation.
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What package type does the device use, and why is it beneficial?
It uses a SOT-23-6 package, which is compact and space-saving. This package type is ideal for dense PCB layouts and helps maintain thermal efficiency in limited space.
What voltage range can this device operate within?
The device supports an operating voltage range from 3.0 V to 5.5 V, ensuring compatibility with a variety of industrial power supplies and enabling versatile application use.
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Is this device suitable for high-frequency applications?
Yes, it supports input signal frequencies up to 20 MHz, making it suitable for high-speed signal processing and data acquisition tasks.
How does this product perform in terms of power consumption?
The typical supply current is 2 mA, which contributes to energy-efficient system designs, minimizing overall power




