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TPSMC16AHE3_B/I
Introduction
The TPSMC16AHE3_B/I is a diode belonging to the category of semiconductor devices. This entry provides an overview of its basic information, specifications, pin configuration, functional features, advantages and disadvantages, working principles, application field plans, and alternative models.
Basic Information Overview
- Category: Semiconductor Diode
- Use: Voltage Regulation, Rectification
- Characteristics: Low Forward Voltage Drop, High Surge Current Capability
- Package: DO-214AB (SMC)
- Essence: Schottky Barrier Diode
- Packaging/Quantity: Tape & Reel, 3000 units per reel
Specifications
- Forward Voltage: 0.55V at 1A
- Reverse Voltage: 60V
- Average Rectified Current: 1A
- Peak Surge Current: 30A
- Operating Temperature Range: -65°C to +150°C
Detailed Pin Configuration
The TPSMC16AHE3_B/I follows the standard SMC package pin configuration with two leads.
Functional Features
- Low forward voltage drop for minimal power loss
- High surge current capability for reliable protection
- Fast switching speed for efficient performance
Advantages and Disadvantages
Advantages
- Efficient voltage regulation
- Reliable overcurrent protection
- Compact SMC package for space-saving designs
Disadvantages
- Higher forward voltage compared to some alternatives
- Limited reverse voltage compared to other diodes in the category
Working Principles
The TPSMC16AHE3_B/I operates based on the Schottky barrier principle, where the metal-semiconductor junction allows for fast switching and low forward voltage drop characteristics.
Detailed Application Field Plans
The TPSMC16AHE3_B/I is commonly used in: - Power Supplies - Voltage Regulators - Overvoltage Protection Circuits - Solar Panel Systems
Detailed and Complete Alternative Models
Some alternative models to TPSMC16AHE3_B/I include: - 1N5817: Lower forward voltage, higher reverse voltage - SS34: Similar forward voltage, lower surge current capability - SB160: Higher forward voltage, higher reverse voltage
In conclusion, the TPSMC16AHE3_B/I diode offers efficient voltage regulation and reliable overcurrent protection, making it suitable for various applications such as power supplies, voltage regulators, and overvoltage protection circuits.
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Enumere 10 preguntas y respuestas comunes relacionadas con la aplicación de TPSMC16AHE3_B/I en soluciones técnicas
What is the TPSMC16AHE3_B/I used for in technical solutions?
- The TPSMC16AHE3_B/I is a transient voltage suppressor diode designed to protect sensitive electronics from voltage spikes and transients.
What is the maximum voltage rating of the TPSMC16AHE3_B/I?
- The TPSMC16AHE3_B/I has a maximum peak pulse voltage rating of 16V.
What is the typical application of the TPSMC16AHE3_B/I in technical solutions?
- The TPSMC16AHE3_B/I is commonly used for overvoltage protection in power supplies, communication equipment, and other electronic systems.
What is the operating temperature range of the TPSMC16AHE3_B/I?
- The TPSMC16AHE3_B/I has an operating temperature range of -55°C to 150°C.
How does the TPSMC16AHE3_B/I provide transient voltage suppression?
- The TPSMC16AHE3_B/I clamps the voltage during transient events, diverting excess current away from sensitive components.
Is the TPSMC16AHE3_B/I suitable for automotive applications?
- Yes, the TPSMC16AHE3_B/I is suitable for automotive applications due to its robust design and ability to withstand harsh environments.
What package type does the TPSMC16AHE3_B/I come in?
- The TPSMC16AHE3_B/I is available in a SMB (DO-214AA) surface mount package.
Does the TPSMC16AHE3_B/I meet any specific industry standards?
- Yes, the TPSMC16AHE3_B/I meets the requirements of AEC-Q101 for automotive applications.
Can the TPSMC16AHE3_B/I be used for ESD protection?
- While primarily designed for transient voltage suppression, the TPSMC16AHE3_B/I also provides some level of ESD protection.
Are there any recommended layout considerations when using the TPSMC16AHE3_B/I?
- It is recommended to minimize the length of the traces connecting the TPSMC16AHE3_B/I to the protected circuit and to ensure a low impedance path to ground for optimal performance.