0ZCJ0035AF2E by Bel Fuse

Overview of 0ZCJ0035AF2E by Bel Fuse

The 0ZCJ0035AF2E is a surface mount Polymeric Positive Temperature Coefficient (PTC) thermistor presented in a chip package. With features including a voltage rating of 30 VDC and a hold current of 0.35A, this thermistor doubles as a resettable fuse, implementing self-protective technology that allows it to act as a circuit protection device by limiting overcurrents. This compact component, sized at 3.5 mm by 1.8 mm and just 1.3 mm tall, supports a range of temperatures from -40°C to 85°C, making it both versatile and efficient for various applications.

Designed with a matte tin terminal finish and wraparound terminal shape, the 0ZCJ0035AF2E ensures durable and reliable electrical connections. It’s compliant with the AEC-Q200 standard, signifying robustness for automotive applications, in addition to having certifications from UL, TUV, and CUL. This, along with a resistor type specified as PTC Resettable Fuse and a resistance of 0.3 Ω, provides a clear testament to its precise and reliable functionality.

Factory lead time for this component, as of the current writing, is 17 weeks and 3 days, suggesting planning for procurement should account for this manufacturing timeline.

Industry Applications for 0ZCJ0035AF2E

The 0ZCJ0035AF2E, categorized under Non-linear Resistors, serves potential utility in a multitude of industries due to its versatile characteristics. Here are a few conceptual applications:

  • Automotive: Given its compliance with AEC-Q200, this thermistor could potentially be used in automotive electronics, integrating into applications like temperature sensing in battery management systems or climate controls, ensuring safety and efficacy by protecting circuits from overcurrent scenarios.
  • Consumer Electronics: In gadgets such as smartphones or tablets, where space is at a premium and thermal management is crucial, these fuses provide protection against temperature-induced damages and current surges, thereby enhancing device safety and longevity.
  • Industrial Automation: This part could potentially be suited for temperature monitoring and circuit protection solutions in automated manufacturing lines, helping to prevent equipment failures due to abnormal current or thermal conditions.
  • Telecommunications: The thermistor might be integrated into the power supplies of communication equipment to guard against overcurrents that can cause malfunctions or damages, ensuring reliable operation across telecommunications infrastructure.
  • Computing and Data Storage: In servers and storage units, managing heat and electrical throughput is critical. This thermistor could possibly serve to protect sensitive components from overheating and current overflow, thus preserving data integrity and server uptime.

These potential industry applications are conceptual and illustrative and require detailed analysis and verification by engineering and design teams to ensure adherence to industry standards and specific application requirements.

About Bel Fuse

Bel Fuse Inc. is a prominent provider of electronic components, with a specialized focus on the design and manufacture of products in the Non-linear Resistors subcategory, among others. They produce a range of resistors, particularly excelling in Polymeric PTC thermistors represented by the 0ZCJ0035AF2E. Known for their precision, reliability, and compliance with high industry standards, Bel Fuse products like these are crafted to meet rigorous performance demands across a spectrum of applications, ensuring both safety and effectiveness.

Where to Find 0ZCJ0035AF2E by Bel Fuse

To acquire the 0ZCJ0035AF2E or any other similar Non-linear Resistors, interested parties should look to online platforms such as Findchips.com, where availability and pricing from various distributors can be readily compared. Historically, distributors like DigiKey, Avnet, Master Electronics, and Onlinecomponents.com have stocked this part, though availability is subject to change.

Compare pricing for 0ZCJ0035AF2E and other Non-linear Resistors at findchips.com