KP276D1505XTMA1 Linear Hall Sensor IC, Angle Detection, PG-DSO-8 Package

KP276D1505XTMA1 Overview

The KP276D1505XTMA1 is a high-precision integrated circuit sensor optimized for advanced industrial and automotive applications. Designed for robust performance, it offers accurate measurement capabilities, stable output, and seamless integration into complex electronic systems. This device is engineered to deliver reliable signal processing, contributing to both efficiency and longevity in demanding environments. Its compact form factor and compatibility with modern circuit architectures make it an ideal choice for engineers seeking quality and flexibility. For procurement and further details, visit IC Manufacturer.

KP276D1505XTMA1 Technical Specifications

KP276D1505XTMA1 Key Features

• High-temperature tolerance up to 150??C, ensuring reliable operation in demanding environments and extended system lifespan.
• Precision analog output provides accurate signal conversion, which is critical for applications requiring tight measurement tolerances.
• Surface-mount package enables efficient PCB assembly, reducing manufacturing complexity and improving integration into compact designs.
• Wide operating temperature range supports use in both automotive and industrial settings, enhancing application versatility.

KP276D1505XTMA1 Advantages vs Typical Alternatives

Compared to standard sensor ICs, this component stands out for its robust high-temperature operation and precise analog output. The surface-mount design streamlines assembly and integration, while its broad temperature range ensures consistent performance in harsh and variable conditions, offering engineers greater reliability and flexibility in their projects.

Typical Applications

• Automotive sensor modules: The KP276D1505XTMA1??s wide temperature range and precise analog output make it ideal for integration into vehicle sensor systems, supporting functions such as pressure sensing or position detection.
• Industrial automation controls: Its robust performance and compact SMD package allow seamless inclusion in automation equipment for real-time monitoring and feedback.
• Measurement and instrumentation: Suitable for devices requiring stable, accurate analog signals under varying environmental conditions.
• Environmental monitoring systems: Ideal for sensor nodes in systems that must operate reliably across broad temperature extremes.

KP276D1505XTMA1 Brand Info

The KP276D1505XTMA1 is part of a well-established portfolio of high-reliability sensor integrated circuits. This product is engineered to meet the demands of modern electronic system designers, offering dependable analog output, surface-mount convenience, and broad applicability in automotive and industrial sectors. Its specification reflects a commitment to quality and innovation for mission-critical applications.

FAQ

What makes the KP276D1505XTMA1 suitable for automotive applications?

This device??s extended operating temperature range from -40??C to +150??C ensures it can perform reliably under the extreme thermal conditions often found in automotive environments. Its robust design also supports long-term stability and accurate measurement, matching automotive quality requirements.

How does the analog output benefit industrial control systems?

The precise analog output allows for direct interfacing with existing analog-to-digital converters or control modules, simplifying integration and ensuring accurate, real-time data for process monitoring and control, which is essential in automation and instrumentation.

Is the KP276D1505XTMA1 easy to integrate into compact PCBs?

Yes, its surface-mount (SMD/SMT) package is specifically designed for efficient assembly and high-density layouts, making it suitable for compact and space-constrained designs commonly found in modern electronics.

What are the supply voltage requirements for this sensor IC?

The device operates at a standard 5 V supply, which is widely compatible with most industrial and automotive electronic systems, reducing the need for additional voltage regulation or conversion circuitry.

Can this component be used in harsh environmental conditions?

Absolutely. Its wide operating temperature range and robust construction make it suitable for applications exposed to both high and low temperatures, as well as environments where reliability is paramount for system safety and performance.