1N5296-1 Overview
The 1N5296-1 is a silicon-based zener diode designed for precision voltage regulation and voltage reference applications. It offers a stable zener voltage with dependable breakdown characteristics, making it ideal for use in industrial control systems and power supply circuits. This device provides reliable performance in a compact DO-41 package, ensuring easy integration into various electronic designs. Engineered for high surge current capability and robust thermal properties, it maintains consistent operation under varying environmental conditions. The 1N5296-1 is a trusted component for engineers seeking dependable zener diode solutions from IC Manufacturer.
1N5296-1 Technical Specifications
| Parameter | Specification |
|---|---|
| Zener Voltage (Vz) | 12 V |
| Power Dissipation (Pd) | 5 W |
| Maximum Zener Current (Izm) | 500 mA |
| Test Current (It) | 20 mA |
| Maximum Reverse Leakage Current (Ir) | 5 ??A at 6 V |
| Temperature Coefficient | Positive, specified for 25??C |
| Package Type | DO-41 axial lead |
| Operating Junction Temperature Range | -65??C to +200??C |
1N5296-1 Key Features
- Stable Zener Voltage Regulation: Provides precise 12 V voltage reference crucial for maintaining consistent circuit performance.
- High Power Dissipation Capability: Supports up to 5 W, enabling use in demanding power regulation scenarios without degradation.
- Low Leakage Current: Ensures minimal power loss and improved efficiency, enhancing overall system reliability.
- Wide Operating Temperature Range: Suitable for harsh industrial environments, maintaining functionality from -65??C to 200??C.
1N5296-1 Advantages vs Typical Alternatives
This zener diode offers superior power dissipation and a stable 12 V reference compared to many typical alternatives. Its low leakage current and robust temperature tolerance provide enhanced reliability and efficiency in industrial applications. These features make it a preferred choice for engineers requiring consistent voltage regulation under varying load and environmental conditions.
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Typical Applications
- Voltage regulation in power supplies where a precise 12 V reference is critical for stable output control and protection circuits.
- Surge suppression in industrial electronics to protect sensitive components from voltage spikes.
- Voltage clamping to maintain safe voltage levels in signal conditioning and control circuits.
- Use in test and measurement equipment requiring consistent voltage references for accurate data acquisition.
1N5296-1 Brand Info
The 1N5296-1 is part of a series of zener diodes manufactured by a leading semiconductor producer recognized for quality and reliability. This product line is engineered to meet industrial standards for voltage regulation components, emphasizing durability and performance consistency. The device is supplied in a standard DO-41 package, facilitating straightforward integration into a wide range of electronic systems while maintaining cost-effectiveness and availability.
FAQ
What is the primary function of the 1N5296-1 diode?
The primary function of this diode is to provide a precise 12 V zener voltage for voltage regulation and reference purposes in electronic circuits. It stabilizes voltage by operating in its breakdown region, protecting circuits from voltage fluctuations.
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What package type does the 1N5296-1 come in, and why is it important?
This device is housed in a DO-41 axial lead package, which is important for easy installation and soldering in through-hole PCB designs. The package also supports efficient thermal dissipation, enhancing reliability under load.
What is the maximum power dissipation rating, and how does it impact usage?
The diode can dissipate up to 5 watts of power continuously, allowing it to be used in higher power regulation applications without thermal failure. This rating ensures the diode can handle significant current loads safely.
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What temperature range can the 1N5296-1 operate within?
This diode operates reliably over a wide temperature range, from -65??C to +200??C, making it suitable for harsh industrial and automotive environments where temperature extremes are common.
How does the low leakage current benefit electronic circuit design?
Low leakage current minimizes power losses and reduces the risk of unintended voltage drops, improving overall circuit efficiency. It is especially beneficial in precision voltage reference applications where accuracy is critical.
