Ceramic Capacitor Reel MLCC 10uF 16V 1206 10% X7R 1206B106K160NT
Ceramic Capacitor Reel MLCC 10uF 16V 1206 10% X7R 1206B106K160NT
Ceramic Capacitor Reel MLCC 10uF 16V 1206 10% X7R 1206B106K160NT
Ceramic Capacitor Reel MLCC 10uF 16V 1206 10% X7R 1206B106K160NT
Ceramic Capacitor Reel MLCC 10uF 16V 1206 10% X7R 1206B106K160NT
Ceramic Capacitor Reel MLCC 10uF 16V 1206 10% X7R 1206B106K160NT
Ceramic Capacitor Reel MLCC 10uF 16V 1206 10% X7R 1206B106K160NT

Ceramic Capacitor Reel MLCC 10uF 16V 1206 10% X7R 1206B106K160NT

Share on (1600339830693):


Price:$0.62 - $0.64

Quantity:


Product Overview

Description



Products Description


Model Number
1206B106K160NT
Supplier Type
Agency
Capacitance
10UF
Media Available
Datasheet
Tolerance
±10%
Brand Name
FENGHUA
Package Type
Surface Mount
Applications
Automotive
Temperature Coefficient
C0G, NP0
D/C
Newest
Warranty
One Year
Features
High Temperature
Size / Dimension
0.12 L x 0.06 W (2.00mm x 1.25mm)




Applications
It has a complete and mature product chain, and has the large-scale production capacity for the integrated supply of complete
electronic equipment such as communications, consumer, computer, automotive electronics, and lighting appliances.


Advanced technology integration testing, thick film technology, membrane technology, nanometer material technology,
optic-mechanical integration equipment technology, components and reliability testing technology.
It is equipped with a large number of world mainstream instruments and equipment such as FESEM, CT, ICP-OES, high and low temperature impact, vibration, etc., which can perform reliability tests, failure analysis and material detection and characterization of components and materials.
Main product areas, such as chip multilayer ceramic capacitors, chip resistors, chip inductors, aluminum electrolytic capacitors, varistors and other aspects of the layout of patents.


Details Images








Certifications




Packing&shipping










We Recommend

New Arrivals

New products from manufacturers at wholesale prices

0.2055 s.