BAT41ZFILM Overview
The BAT41ZFILM is a high-performance Schottky barrier diode designed for fast switching and low forward voltage drop applications. Its compact SOD-523 surface-mount package ensures space-efficient integration into modern circuit designs. With a maximum repetitive peak reverse voltage of 40 V and a forward current rating of 150 mA, this diode is ideal for protecting sensitive components and rectification in low-voltage power supplies. The BAT41ZFILM delivers reliable operation with minimal leakage current, making it suitable for precision signal detection and high-speed switching circuits. For detailed product sourcing and technical support, visit the IC Manufacturer.
BAT41ZFILM Technical Specifications
| Parameter | Value |
|---|---|
| Diode Type | Schottky Barrier |
| Maximum Repetitive Peak Reverse Voltage (VRRM) | 40 V |
| Maximum Average Forward Current (IF(AV)) | 150 mA |
| Forward Voltage Drop (VF) at IF=0.1 A | ?? 0.45 V |
| Reverse Leakage Current (IR) at VR=25 V | ?? 2 ??A |
| Junction Capacitance (CJ) | 4 pF (typical) |
| Reverse Recovery Time (trr) | Not specified (Schottky diode characteristic: negligible) |
| Package Type | SOD-523 Surface Mount |
| Operating Temperature Range | -55 ??C to +125 ??C |
BAT41ZFILM Key Features
- Low forward voltage drop: Minimizes power loss and improves energy efficiency in switching and rectification applications.
- Fast switching capability: Enables high-speed signal processing and reduces switching noise in digital and analog circuits.
- Compact SOD-523 package: Supports high-density PCB layouts, saving valuable board space in compact electronic devices.
- Low reverse leakage current: Ensures minimal power dissipation and maintains signal integrity in sensitive detection circuits.
Typical Applications
- Protection diode in low-voltage power supplies, preventing reverse polarity damage while maintaining efficient conduction.
- High-speed switching in signal processing circuits, where rapid response and low forward voltage are critical.
- Voltage clamping and level shifting in mixed-signal designs to safeguard components and maintain signal fidelity.
- Rectification in low-current power conversion applications, such as battery-operated devices and portable electronics.
BAT41ZFILM Advantages vs Typical Alternatives
This diode offers a superior combination of low forward voltage and minimal leakage current compared to general-purpose silicon diodes, enhancing overall circuit efficiency. Its fast switching times reduce signal distortion and switching losses commonly encountered in standard rectifier diodes. The compact SOD-523 package provides a reliable, space-saving solution that integrates seamlessly into dense PCB layouts, offering enhanced durability and thermal performance relative to larger or through-hole alternatives.
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BAT41ZFILM Brand Info
The BAT41ZFILM is manufactured by ON Semiconductor, a global leader in power and signal management semiconductors. ON Semiconductor??s BAT series diodes are recognized for their robust performance in low-voltage, high-speed switching applications. The BAT41ZFILM exemplifies the brand??s commitment to delivering reliable, energy-efficient, and compact diode solutions that meet stringent industrial and consumer electronics requirements. ON Semiconductor provides comprehensive datasheets, application notes, and technical support to facilitate seamless integration and optimal performance of this diode in diverse electronic designs.
FAQ
What is the maximum forward current rating of this diode?
The diode supports a maximum average forward current of 150 mA, suitable for low-current rectification and protection tasks in compact electronic circuits.
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Can this diode be used in high-frequency switching applications?
Yes, the Schottky barrier construction provides fast switching capabilities, making it well-suited for high-frequency signal processing and switching power supplies.
What package type does this diode use, and why is it beneficial?
It is housed in a SOD-523 surface-mount package, which allows for space-efficient PCB design, improved thermal management, and ease of automated assembly.
