MSC035SMA170B4 Overview
The MSC035SMA170B4 is a precision semiconductor device tailored for high-performance industrial and automotive applications. Featuring robust construction and reliable electrical characteristics, this component ensures stable operation under varying environmental conditions. Designed for optimal integration in demanding electronic circuits, it offers engineers a dependable solution for power management and signal control. Trusted by industry professionals, the MSC035SMA170B4 delivers consistent performance while supporting efficiency and system longevity. Available through IC Manufacturer, it stands out as a preferred choice for advanced electronic designs requiring accuracy and durability.
MSC035SMA170B4 Technical Specifications
| Parameter | Specification |
|---|---|
| Maximum Repetitive Peak Reverse Voltage (VRRM) | 170 V |
| Forward Continuous Current (IF) | 35 A |
| Surge Forward Current (IFSM) | 350 A |
| Forward Voltage Drop (VF) at IF | 1.1 V (typical) |
| Reverse Current (IR) at VRRM | 50 ??A (maximum) |
| Junction Temperature Range (Tj) | -55??C to +150??C |
| Storage Temperature Range (Tstg) | -55??C to +150??C |
| Package Type | TO-220AB |
MSC035SMA170B4 Key Features
- High surge current capability: Supports transient currents up to 350 A, enabling reliable performance during power spikes and load surges.
- Low forward voltage drop: Minimizes power losses and heat generation, improving overall system efficiency and thermal management.
- Wide junction temperature range: Operates effectively between -55??C and 150??C, suitable for harsh industrial and automotive environments.
- Compact TO-220AB package: Facilitates straightforward mounting and heat dissipation, streamlining integration into power electronic assemblies.
MSC035SMA170B4 Advantages vs Typical Alternatives
Compared to standard power diodes, this device offers superior surge current handling and a lower forward voltage drop, which reduces energy dissipation and enhances reliability. Its extended temperature tolerance and low leakage current also contribute to stable operation in demanding applications, making it a more robust choice for engineers seeking durable and efficient solutions.
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Typical Applications
- Rectification in power supply units for industrial systems, ensuring efficient AC to DC conversion with minimal losses and high surge tolerance.
- Freewheeling diode in motor drive circuits, protecting switching elements and improving overall drive performance.
- Snubber circuits to safeguard semiconductor switches against voltage spikes, enhancing system longevity.
- Battery charging and protection circuits in automotive electronics, offering reliable current handling and temperature resilience.
MSC035SMA170B4 Brand Info
This product is manufactured by a leading semiconductor supplier known for producing high-quality power components. The MSC035SMA170B4 reflects the brand??s commitment to innovation and reliability in power electronics. Designed with rigorous quality standards, it supports a wide range of industrial and automotive applications, providing engineers with a trusted component that meets stringent performance criteria.
FAQ
What is the maximum current rating for continuous operation of this device?
The continuous forward current rating is 35 amperes, which means the component can handle this current level steadily without degradation, suitable for power circuits requiring consistent current flow.
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Can this device handle short-term surge currents, and if so, what is the rating?
Yes, it is designed to withstand surge currents up to 350 amperes for short durations. This capability helps protect circuits from damage caused by transient spikes or sudden load changes.
What temperature ranges are supported for operation and storage?
The component supports a junction operating temperature range from -55??C to +150??C and can be safely stored within the same temperature limits, making it ideal for harsh environments.
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What are the benefits of the TO-220AB package for this device?
The TO-220AB package offers excellent thermal dissipation and ease of mounting on standard heat sinks. This helps maintain optimal device temperature and simplifies integration into power modules.
How does the forward voltage drop impact the device??s efficiency?
A lower forward voltage drop reduces power loss during conduction, improving overall efficiency and reducing heat generation. This characteristic is crucial for maintaining energy efficiency in power conversion applications.
