TE CONNECTIVITY SMAA0102BTNL3K3 Precision MELF Resistor
The SMA-A series is a high-precision metal film MELF resistor designed for demanding applications across automotive, industrial, telecommunication, and medical equipment sectors. Featuring tight tolerance down to 0.1%, low TCR as low as 10 PPM/°C, and compliant with AEC-Q200, these resistors ensure excellent stability and reliability. Available in three sizes with power ratings up to 1W, they feature Tin termination on Ni barrier layer, making them suitable for surface-mount device integration. Their robust construction supports high-temperature operation from -55°C to +155°C, with reliable soldering compatibility and environmental resilience.
Environmental: RoHS compliant, lead-free, high stability
Soldering: Reflow and wave solder compatible with multiple reflows
Standards: AEC-Q200, IEC-60115-1
Applications: Automotive, industrial, telecommunication, measurement equipment, medical devices
Buy the Buy TE Connectivity SMA-A Series Metal Film MELF Resistor Part Number SMAA0102BTNL3K3 Online
Enhance your electronic designs with the TE Connectivity SMA-A series precision MELF resistor, offering tight tolerance, low TCR, and high stability across a wide temperature range. Designed for demanding applications such as automotive, industrial, and medical equipment, these surface-mount resistors are RoHS compliant, lead-free, and available in multiple sizes with power ratings up to 1W. With excellent environmental resilience and compatibility with reflow and wave soldering processes, order online today for dependable, high-performance circuit solutions.
Order your TE Connectivity SMA-A series SMA-A0102BTNL3K3 precision MELF resistor today and ensure reliable performance in demanding electronic projects.
Frequently Asked Questions
Where can I buy TE CONNECTIVITY SMAA0102BTNL3K3?
You can click on the BUY or RFQ button to purchase SMAA0102BTNL3K3 from an authorized TE CONNECTIVITY distributor.
How do I troubleshoot issues or seek technical support for part SMAA0102BTNL3K3?