JAN1N5313-1/TR High-Speed Diode Rectifier in DO-41 Package ?C Reliable Protection

JAN1N5313-1/TR Overview

The JAN1N5313-1/TR is a high-reliability semiconductor device designed for precise voltage regulation and surge protection in industrial applications. Engineered to meet stringent military standards, it offers robust performance under harsh environmental conditions. This component is optimized for use in circuits requiring consistent voltage clamping and transient voltage suppression, ensuring system stability and protection. With a compact design and proven durability, it is suitable for integration in critical aerospace, defense, and industrial electronics systems. For detailed sourcing and technical support, visit IC Manufacturer.

JAN1N5313-1/TR Technical Specifications

JAN1N5313-1/TR Key Features

• High voltage protection: The device provides a stable breakdown voltage at 13 V, ensuring reliable voltage clamping to protect sensitive circuits from overvoltage conditions.
• Robust surge capability: With a peak pulse current rating of 150 A, it effectively absorbs transient voltage spikes, enhancing system resilience against electrical surges.
• Wide operating temperature range: Functional from -65 to +175 ??C, it performs reliably in extreme environmental conditions typical of military and aerospace applications.
• Low leakage current: Reverse leakage current is limited to 5 ??A, minimizing power loss and improving overall circuit efficiency.

JAN1N5313-1/TR Advantages vs Typical Alternatives

This device outperforms typical alternatives by combining a precise breakdown voltage with a high surge current capacity, ensuring superior transient voltage suppression. Its extended temperature tolerance and low leakage current make it highly reliable for demanding industrial and military environments. The compact DO-41 package simplifies integration without compromising ruggedness or protection capabilities.

Typical Applications

• Transient voltage suppression in power supply lines for aerospace and defense electronics, where maintaining voltage integrity under surge conditions is critical for system reliability.
• Voltage clamping in industrial control systems to protect microcontrollers and sensors from voltage spikes and electrical noise.
• Surge protection in telecommunications equipment exposed to voltage transients from lightning or switching events.
• General-purpose voltage regulation and protection in automotive electronics requiring high surge immunity and thermal stability.

JAN1N5313-1/TR Brand Info

The JAN1N5313-1/TR is part of a specialized line of semiconductor devices produced under strict military standards to guarantee exceptional quality and durability. Manufactured with precision, it reflects a commitment to delivering components that meet rigorous electrical and environmental requirements. This product is widely recognized for its reliability in high-stress applications, making it a preferred choice among engineers and sourcing specialists focused on long-term system stability and protection.

FAQ

What is the primary function of this device?

The primary function is to provide voltage clamping and transient voltage suppression. It protects circuits by limiting voltage spikes to a safe level, ensuring connected components are not damaged during surge events.

What package type does this component use?

The device is housed in a DO-41 package, which offers a compact footprint and is suitable for through-hole mounting in various industrial and military electronic assemblies.

What is the maximum surge current this device can handle?

It can withstand a peak pulse current of up to 150 amps, enabling it to absorb high-energy transient surges effectively without failure or performance degradation.

What temperature range does it support for operation?

The operating temperature range spans from -65 ??C to +175 ??C, allowing reliable performance in extreme environmental conditions often encountered in aerospace and defense applications.

How does the device??s leakage current affect system performance?

The low reverse leakage current of 5 microamperes helps minimize power loss, contributing to overall system efficiency and reducing unwanted heat generation in sensitive circuits.