Overview of SMCJ5.0A by Littelfuse Inc.
The SMCJ5.0A is a Transient Voltage Suppressor Diode designed for exceptional performance in voltage spike suppression. It is characterized by its unidirectional polarity, ability to handle 1500 watts peak pulse power, and a reverse standoff voltage of 5 volts. Housed in a DO-214AB package, this diode meets the stringent requirements of being both halogen-free and RoHS compliant.
Additionally, this device offers a minimum breakdown voltage of 6.4 volts and a maximum of 7 volts, with a nominal figure of 6.7 volts. The clamping voltage, a critical parameter for surge protection, peaks at 9.2 volts, ensuring rapid response to transient overvoltages and minimizing the risk to downstream circuit components. The die material is silicon, chosen for its reliable performance under varied environmental conditions.
The SMCJ5.0A operates effectively across a wide temperature range from -65 to 150 degrees Celsius, making it versatile in various working environments. Furthermore, it has excellent clamping capabilities and low inductance, making it a robust choice for protecting sensitive electronic circuits from voltage transients.
Industry Applications for SMCJ5.0A
Given its specifications and capabilities, the SMCJ5.0A might be suitable for a wide range of industry applications. Its ability to protect against voltage spikes is crucial for sensitive electronic components across various sectors. Below are potential industry uses for this component:
- Internet of Things (IoT) & Smart Cities: Devices such as smart meters and sensors might utilize the SMCJ5.0A to safeguard against surges, maintaining reliability in urban infrastructure and residential IoT applications.
- Telecommunications: Telecom equipment often suffers from voltage surges caused by lightning strikes or other disturbances. SMCJ5.0A could potentially be employed here to protect communication infrastructure.
- Automotive: As automotive electronics become more sophisticated, protecting them from power surges is crucial. If SMCJ5.0A meets industry standards like AEC-Q100, it would be an ideal choice for vehicle electronic systems, though this applicability would need to be confirmed through detailed standards analysis.
- Consumer Electronics: High-end consumer electronics, such as laptops and TVs, which are sensitive to power variability, might benefit from the inclusion of SMCJ5.0A diodes to ensure longevity and robust performance against electrical noise and surges.
Note that these potential industry applications are conceptual and require analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.
About Littelfuse Inc.
Littelfuse Inc. is a prominent manufacturer in the circuit protection market, with its products widely used across various industries. It specializes in the protection of electronic components from overvoltage and overcurrent incidents. Littelfuse’s product line is extensive, including Transient Suppressors like SMCJ5.0A, which are designed to protect circuits by clamping excessive transient voltages to a safe level before they can damage the rest of the electronic system.
The company’s offerings cover a broad spectrum of electronic protection devices, and the SMCJ5.0A is a testament to their commitment to quality and reliability in the field. Known for its innovation, Littelfuse ensures its products meet the latest environmental standards, as evidenced by the halogen-free and RoHS compliance of the SMCJ5.0A.
Where to Find SMCJ5.0A by Littelfuse Inc
To purchase the SMCJ5.0A or explore alternatives, findchips.com provides a comprehensive listing including current stock levels, pricing, and distributor options. Moreover, the Transient Suppressors category can help in locating alternate parts by Littelfuse Inc or other manufacturers.
Previously, SMCJ5.0A has been available from several distributors such as Arrow Electronics, Mouser Electronics, DigiKey, and Newark among others. However, for up-to-date availability and pricing, it is recommended to refer directly to findchips.com.