Non-Magnetic Capacitor Prototyping Kits
High-Reliability Non-Magnetic Capacitor Kits for MRI and NMR Systems
- Designed for high-reliability applications where low magnetic interference is required, ensuring dependable performance.
- Comprehensive Selection of Non-Magnetic Capacitors: Optimized for MRI, NMR, and other sensitive environments to deliver the best performance.
Johanson reserves the right to make limited value/tolerance substitutions when necessary.
Part Number: S111DUE
10 PCS. EACH (pF):
1.0 B 3.9 B, 4.7 B, 6.8 C, 7.5 C, 8.2 C, 9.1 C, 10 J, 12 J, 15 J, 18 J, 20 J, 27 J, 33 J, 47 J, 56 J, 68 J, 82 J, 100 J, 120 J, 150 J, 180 J, 220 J, 270 J, 390 J, 470 J, 560 K, 1000 K
Part Number: S111TUE
10 PCS EACH (pF)
0.5 B, 0.6 B, 0.7 B, 0.8 B, 0.9 B, 1.0 B, 1.0 B, 1.1 B, 1.2 B, 1.3 B, 1.5 B, 2.0 B, 2.2 B, 2.4 B, 2.7 B, 3.0 B, 3.3 B, 3.6 B, 3.9 B 4.3 B, 4.7 B, 5.1 C, 5.6 C, 6.2 C, 6.8 C, 7.5 C, 8.2 C, 9.1 C, 10 J
What Are Non-Magnetic Capacitors?
Non-magnetic capacitors are capacitors designed to minimize magnetic interference in sensitive environments. They are commonly used in MRI, NMR, medical imaging, scientific instrumentation, and other applications where magnetic materials can negatively impact performance or measurement accuracy.
Why Are Non-Magnetic Capacitors Used in MRI Systems?
MRI systems rely on strong magnetic fields and highly sensitive signal detection. Non-magnetic capacitors help reduce the risk of magnetic field distortion and unwanted interference, supporting system accuracy, reliability, and imaging performance
What Applications Require Non-Magnetic Capacitors?
Non-magnetic capacitors are commonly used in:
- MRI systems
- NMR equipment
- Medical imaging devices
- Scientific instruments
- Test and measurement equipment
- High-sensitivity RF systems
What Components Are Commonly Used in MRI RF Circuits?
MRI RF circuits commonly incorporate specialized capacitors, inductors, matching networks, filters, and other components that are carefully selected for both RF performance and compatibility with strong magnetic field environments. Non-magnetic capacitors are often a key part of these designs