UPB201212T-600Y
UPB201212T-600Y 600Ω Ultra-Low DCR Chip Bead - High-quality Chip Beads for professional applications.
Product Overview
Description
The UPB201212T-600Y features ultra-low DCR for minimal voltage drop.
Provides effective EMI suppression with minimal power loss.
Ideal for battery-powered applications.
Product Series
UPB
Primary Application
Battery powered
Key Features
- Ultra-low DCR
- High impedance
- Low loss
- RoHS compliant
Specifications
| Impedance | 600Ω @ 100MHz |
|---|---|
| Current Rating | 600mA |
| DC Resistance | 0.15Ω max |
| Package | 0805 (2.0×1.2mm) |
Applications
Battery powered
Battery and charging management
Portable devices
Electronic system design
Low loss filtering
Electronic system design
FAE Expert Insights
"In my experience working with Sunlord Chip Beads, I find the UPB201212T-600Y to be an excellent choice for professional applications. The component delivers consistent performance and reliability that meets or exceeds expectations. I particularly appreciate the quality manufacturing and tight tolerances that Sunlord maintains. For optimal performance, I recommend proper PCB layout following the manufacturer's guidelines and considering the operating temperature range in your design. This component offers excellent value and is suitable for high-volume production with confidence."
Reliable Chip Beads for professional applications
— David Liu, BeiLuo
Frequently Asked Questions
What are the key specifications and parameters of UPB201212T-600Y?
The UPB201212T-600Y is a high-quality Chip Beads component designed for reliable performance in electronic circuits. It features excellent electrical characteristics including optimized inductance/capacitance/resistance values, tight tolerances, and stable performance across temperature ranges. Please refer to the datasheet for detailed specifications.
Review the datasheet for detailed specifications. Contact FAE for application-specific guidance.
How do I select and use UPB201212T-600Y in my design?
For proper selection and usage of UPB201212T-600Y: (1) Determine your circuit requirements including frequency, current, and voltage ratings. (2) Calculate required component values based on circuit topology. (3) Consider temperature coefficients and stability requirements. (4) Follow recommended PCB layout guidelines for optimal performance. (5) Validate the design under all operating conditions.
Use our selection guide or contact FAE for application-specific recommendations.
How does UPB201212T-600Y compare to competitive solutions from Murata, TDK, or Taiyo Yuden?
The UPB201212T-600Y offers competitive advantages including high quality, reliable performance, and excellent price-performance ratio. Sunlord components are known for consistent quality, wide availability, and comprehensive technical support. Compared to alternatives from Murata, TDK, and Taiyo Yuden, Sunlord products typically provide comparable performance with competitive pricing and better local support.
Evaluate based on your specific requirements for performance, cost, and support. Request samples for direct comparison.
What are the typical applications for UPB201212T-600Y?
The UPB201212T-600Y is designed for Chip Beads applications in consumer electronics, automotive systems, industrial equipment, and telecommunications. Typical applications include power supplies, filtering circuits, RF circuits, and signal conditioning requiring reliable passive components.
Ideal for Chip Beads applications. Verify specifications match your requirements.
What is the lead time, MOQ, pricing, and availability for UPB201212T-600Y?
For UPB201212T-600Y: (1) Standard lead time is 4-8 weeks for production orders. (2) BeiLuo maintains strategic inventory for faster delivery on popular products. (3) MOQ is typically 1,000 pieces for production orders. (4) Sample quantities available for evaluation. (5) Volume pricing available for high-quantity orders. Contact BeiLuo sales for current stock status and pricing.
Contact sales for current lead times and availability. Plan for standard production lead times.