Overview
The MAX9314ECJ is a high-performance quad comparator designed for precision applications. This integrated circuit offers low supply voltage operation, making it ideal for battery-powered devices. With its fast response time and excellent noise immunity, the IC enhances system reliability, ensuring accurate signal processing in various environments. For more information on this IC-fabrikant, visit IC-fabrikant.
MAX9314ECJ Technical Specifications
| Parameter | Waarde |
|---|---|
| Bereik voedingsspanning | 2,7V tot 5,5V |
| Ingangsspanningsbereik | 0V to VCC |
| Type uitvoer | Open-Drain |
| Propagatievertraging | 30 ns |
| Ingangsoffsetspanning | ??1 mV |
| Stroomverbruik | 500 ??A |
| Temperatuurbereik | -40 °C tot +125 °C |
| Type verpakking | 8-pins SOIC |
MAX9314ECJ Key Features
- High-speed performance with a propagation delay of just 30 ns, which ensures rapid signal processing in time-sensitive applications.
- Low power consumption of 500 ??A enables extended battery life in portable devices, enhancing overall efficiency.
- Wide supply voltage range (2.7V to 5.5V) allows for flexible integration into various systems, accommodating diverse design requirements.
- Open-drain output configuration is beneficial for wired-AND functionality, simplifying circuit designs for multi-device applications.
MAX9314ECJ Advantages vs Typical Alternatives
The MAX9314ECJ provides superior performance compared to typical alternatives by offering lower power consumption and faster response times. Its wide input voltage range enhances versatility, while the open-drain output supports flexible connectivity. This combination of features leads to improved sensitivity and accuracy, making it an ideal choice for engineers seeking reliability in their designs.
Best verkochte producten
Typische toepassingen
- Signal conditioning in sensor applications, ensuring accurate data transmission in industrial automation systems and reducing error rates.
- Battery-powered devices that require low power consumption while maintaining high performance, such as portable medical equipment.
- Data acquisition systems where rapid signal response and processing are critical for real-time analytics and monitoring.
- Comparator circuits in automotive systems that require robust performance under varying temperature conditions for safety-critical applications.
MAX9314ECJ Brand Info
The MAX9314ECJ is manufactured by Maxim Integrated, a well-respected brand in the semiconductor industry. Known for their innovative analog and mixed-signal solutions, Maxim Integrated provides high-quality components that enhance system performance in various applications, including automotive, communications, and industrial sectors.
FAQ
What is the supply voltage range for the MAX9314ECJ?
The supply voltage range for the MAX9314ECJ is from 2.7V to 5.5V, allowing it to be used in a variety of applications, including battery-operated devices.
Uitgelichte producten
"Koop MAX9312ECJ+ Precisie-spanningsvergelijker in DIP-pakket voor betrouwbare prestaties"
0339-671-TLM-E Model - TLM-E pakket met hoge prestaties voor verbeterde functionaliteit
1-1415898-4 Connector Housing, Electrical Wire-to-Board, Receptacle, Packaged
1-1462039-7 Electrical Connector, PCB Mount, Through-Hole, 2-Pin Header Socket
How fast is the propagation delay of this comparator?
The MAX9314ECJ features a propagation delay of just 30 ns, making it suitable for high-speed applications that require rapid signal processing.
What is the typical power consumption of the MAX9314ECJ?
This comparator operates with a typical power consumption of 500 ??A, helping to extend battery life in portable devices while maintaining performance.
Contact
Can the MAX9314ECJ be used in automotive applications?
Yes, the MAX9314ECJ is suitable for automotive applications due to its wide temperature range of -40??C to +125??C, ensuring reliable operation in harsh environments.
What output type does the MAX9314ECJ have?
The MAX9314ECJ features an open-drain output type, which facilitates wired-AND functionality, allowing for effective multi-device integration in circuits.
