MCA1206MD5004BP500
Vishay Dale

Vishay Dale
MCA 1206-25 0.1% AT P5 5M0
$0.19
Available to order
Reference Price (USD)
1+
$0.19062
500+
$0.1887138
1000+
$0.1868076
1500+
$0.1849014
2000+
$0.1829952
2500+
$0.181089
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
DHL / Fedex / UPS | 2-5 days |
TNT | 2-6 days |
EMS | 3-7 days |
Vishay Dale MCA1206MD5004BP500 is available at inksontech.com. We only sale New&Original Part and offer 1 year warranty time. If you would like to know more about the products or apply more better price, please send a quote to us or contact us by email.
Experience hassle-free transactions with our flexible payment options and credit facilities. Learn more about the various payment methods accepted, installment plans, and any exclusive credit offers available to make your shopping experience seamless.
Product details
The MCA1206MD5004BP500 by Vishay Dale is a versatile chip resistor designed for surface mount applications, offering exceptional performance and reliability. This resistor is a key component in the Resistors category, providing precise resistance for various electronic circuits. Its compact size and lightweight design make it perfect for portable devices and IoT applications. The MCA1206MD5004BP500 excels in environments requiring high thermal stability and low noise, such as aerospace and defense systems. Its durable construction ensures long-term performance, even under extreme conditions. Engineers appreciate its ease of integration and consistent quality. Commonly used in power management and signal processing, this resistor is a game-changer. Interested in learning more? Submit an inquiry online and let Vishay Dale support your next project.
General specs
- Product Status: Active
- Resistance: -
- Tolerance: -
- Power (Watts): -
- Composition: -
- Features: -
- Temperature Coefficient: -
- Operating Temperature: -
- Package / Case: -
- Supplier Device Package: -
- Ratings: -
- Size / Dimension: -
- Height - Seated (Max): -
- Number of Terminations: -
- Failure Rate: -