SMBJ5.0CA by Bourns Inc

Overview of SMBJ5.0CA by Bourns Inc.

The SMBJ5.0CA is a Trans Voltage Suppressor Diode characterized by its 600W peak pulse power capability and a reverse standoff voltage of 5V. It is bidirectional, making it useful for protecting circuits from voltage spikes in both forward and reverse direction. This component is encapsulated in a DO-214AA package, commonly referred to as SMB, and features two pins. Manufactured by Bourns Inc., a leader in electronic components, this diode meets several critical standards, including RoHS and REACH compliance, showcasing its suitability for modern electronic applications.

Constructed from silicon, the SMBJ5.0CA offers a clamping voltage maximum of 9.2V when subjected to a surge. Its breakdown voltage ranges from a minimum of 6.4V to a maximum of 7V with nominal breakdown voltage at about 6.7V, allowing for precise operation under varying conditions. Notable for its high reliability, it also operates across a wide temperature range from -55°C to 150°C. Additionally, as an active component per its life cycle designation, the SMBJ5.0CA maintains a production status with a lead time of 17 weeks and 3 days as of the current writing.

Industry Applications for SMBJ5.0CA

Given the versatility in protection offered by the SMBJ5.0CA, this component finds potential applications across a variety of industries. The following examples demonstrate scenarios where this diode could be effectively utilized, though verification by engineering and design teams is imperative due to unique industry standards and requirements.

  • Consumer Electronics: Devices such as smartphones, tablets, and laptops could use the SMBJ5.0CA to protect sensitive electronics from voltage surges, potentially enhancing durability and lifespan.
  • Telecommunications: Telecom infrastructures could benefit from such diodes in protecting communication equipment against transient voltages, which are common due to lightning strikes or power surges.
  • Industrial Automation: In automated production lines, voltage suppressor diodes could protect complex machinery and operational technology from unexpected voltage fluctuations, preserving both functionality and safety.
  • Aerospace and Defense: Though not specified for military standard compliance, the performance and specifications of SMBJ5.0CA could have hypothetical applications in defense electronics, subject to stringent testing and certification requirements.
  • Computing and Data Storage: Servers and storage devices might incorporate this part to fend off electrostatic discharges and surge impacts, thus maintaining system integrity and data reliability.

These potential applications are conceptual and require formal analysis and validation regarding adherence to specific standards and operational demands.

About Bourns Inc.

Bourns Inc. is a well-established name in the field of electronic components, particularly noted for their innovative contributions to Transient Suppressors and diodes. The company’s product range, including the SMBJ series to which the SMBJ5.0CA belongs, reveals their commitment to high-standard manufacturing and reliability. Across various sectors, from consumer electronics to automotive, Bourns continues to provide solutions that address sophisticated circuit protection needs. Their expertise extends beyond standard offerings, ensuring adaptability across disruptive technologies.

Where to Find SMBJ5.0CA by Bourns Inc.

To source the SMBJ5.0CA, interested buyers should consider conducting thorough research on findchips.com. Here, you can access real-time availability, current stock levels, and pricing from various distributors. Historically, the part has been available from distributors such as Win Source Electronics, Master Electronics, Bristol Electronics, and large aggregators like DigiKey and Mouser Electronics. For alternatives, using the Transient Suppressors link on findchips.com may provide more options from Bourns Inc. or other manufacturers.

Compare pricing for SMBJ5.0CA and other Transient Suppressors / Diodes at findchips.com