BAT1504WH2110XTSA1 Battery Holder, 4 Cell, Through Hole, BAT1504WH2110XTSA1 Package

BAT1504WH2110XTSA1 Overview

The BAT1504WH2110XTSA1 is a Schottky diode optimized for high-speed switching and low forward voltage drop in modern electronic circuits. Designed to support compact layouts, it features a SOD-123W package that is well-suited for space-constrained designs. This component is ideal for engineers seeking a balance of efficiency and reliability in rectification, polarity protection, and general-purpose signal processing. By offering consistent electrical performance and robust construction, the BAT1504WH2110XTSA1 streamlines integration into various industrial and commercial applications. For additional technical details, visit IC Manufacturer.

BAT1504WH2110XTSA1 Technical Specifications

BAT1504WH2110XTSA1 Key Features

• Low forward voltage drop, reducing power loss and improving energy efficiency in switching applications.
• High-speed switching performance, making it suitable for circuits that demand fast response times and minimal signal delay.
• Compact SOD-123W package, enabling high-density PCB layouts and saving valuable board space for miniaturized designs.
• Surface-mount compatibility, streamlining automated assembly processes and enhancing mechanical reliability in vibration-prone environments.

BAT1504WH2110XTSA1 Advantages vs Typical Alternatives

This Schottky diode offers a combination of low forward voltage drop and fast switching capability, which is superior to standard PN-junction diodes in efficiency-critical applications. The SOD-123W package further enhances board-level reliability and enables compact system designs. Its compliance with RoHS standards supports environmentally conscious product development while maintaining robust electrical performance.

Typical Applications

• Power rectification in DC-DC converters, where low forward voltage drop significantly increases overall power efficiency and reduces thermal stress on surrounding components.
• Reverse polarity protection in battery-powered devices, safeguarding sensitive circuits from accidental reverse connection while ensuring minimal voltage loss.
• Signal clamping and voltage steering in logic circuits, where fast response and low capacitance are essential for timing accuracy and signal integrity.
• General-purpose switching and free-wheeling diode use in integrated systems, providing reliable current path control in both consumer and industrial products.

BAT1504WH2110XTSA1 Brand Info

The BAT1504WH2110XTSA1 is manufactured by a leading provider in semiconductor solutions, recognized for precision engineering and high-quality passive components. This product leverages advanced Schottky technology to deliver a reliable, efficient diode suited for a wide array of electronic assemblies. With a focus on miniaturization and robust surface-mount designs, the component helps engineers meet stringent performance and compliance requirements across demanding industrial, automotive, and consumer electronics sectors.

FAQ

What type of diode is the BAT1504WH2110XTSA1, and what sets it apart?

This device is a Schottky diode, distinguished by its low forward voltage drop and rapid switching characteristics. It is particularly well-suited for modern, high-efficiency power and signal circuits where speed and minimal power loss are critical.

What benefits does the SOD-123W package offer for design engineers?

The SOD-123W surface-mount package allows for compact PCB layouts, making it ideal for space-constrained designs. Its form factor also supports efficient automated assembly and enhances the overall durability of the finished device.

Is the BAT1504WH2110XTSA1 compliant with environmental standards?

Yes, this diode is RoHS compliant, ensuring that it meets strict environmental and safety regulations. It can be specified for projects that require adherence to global hazardous substance limitations.

Which applications are most appropriate for this Schottky diode?

Typical uses include power rectification, polarity protection, signal clamping, and general-purpose switching. Its electrical characteristics make it a versatile choice for industrial, automotive, and consumer electronics applications.

Can this component be reliably used in automated manufacturing processes?

Absolutely. The surface-mount design (SMD/SMT) of this diode is fully compatible with automated pick-and-place and reflow soldering techniques, offering consistent performance and mechanical stability in high-volume production environments.