
( Brand: Radio Trans ), ( Manufacturer Part Number: N16-C-61118-7168 ), ( Part Type: Air Capacitor ), ( Country/region Of Manufacture: United States )
The N16-C-61118-7168 air capacitor, manufactured by Matsushita Electric Industrial Co. Ltd., is a high-quality electronic component ideally suited for various radio frequency (RF) applications. This particular capacitor boasts a value range of 10 picofarads (pF) to 140 pF, making it a versatile component for circuits requiring small capacitance values.
Construction and Material:This air capacitor embodies a non-inductive design for optimal radio frequency performance. Its construction consists of two parallel metal plates separated by a dielectric medium - in this case, air. This insulating medium contributes to the capacitor's minimal loss factor, low temperature coefficient, and high Q-factor, which are essential factors for RF applications.
Electrical Characteristics:The electrical characteristics of the N16-C-61118-7168 air capacitor deliver exceptional performance in the radio frequency domain. Its low ESR (Equivalent Series Resistance) and ESL (Equivalent Series Inductance) ensure minimal impedance, permitting efficient transfer of signal energy between the input and output terminals. The capacitor's low loss factor also signifies an improved power transfer and ensures that the input power is utilized efficiently.
Mechanical Characteristics:The compact size and low profile of this air capacitor facilitate ease of installation in small, space-constrained circuits. The capacitor features threaded terminals for secure and stable connections, ensuring reliable and consistent performance in various operating conditions. Additionally, the rugged construction withstands harsh environments and vibrations.
Applications:This Matsushita air capacitor is an excellent choice for several RF applications, including tuned circuits, matching networks, decoupling applications, voltage stabilization, and harmonic filtering. The 10 pF to 140 pF value range makes it compatible with various electronic systems, such as radio receivers, transmitters, and communication equipment.
Overall, the N16-C-61118-7168 air capacitor from Matsushita Electric Industrial Co. Ltd. is a high-performance, reliable, and versatile component engineered to improve RF system design and support various applications where minimal loss, high Q factor, and small capacitance values are essential.
The N16-C-61118-7168 air capacitor is a vital electronic component used in various applications due to its large capacitance value and unique construction. This analysis aims to provide an unbiased evaluation of the benefits and drawbacks associated with purchasing this specific air capacitor.
Pros:1. High Capacitance: The N16-C-61118-7168 provides a large capacitance range of 10 to 140 pF, making it suitable for applications where large capacitors with this specific capacitance value are required.
2. Low-ESR: With a low Equivalent Series Resistance (ESR), this air capacitor ensures efficient power transfer and reduced power loss over a wide frequency range, making it an excellent choice for applications that require pure voltage source or for innovations where the smallest peak voltage ripple is desired.
3. Robust construction: Air capacitors offer high rupture voltage and resistance to electrical discharges due to their simple design, making them a reliable choice for applications where safety and durability are primary concerns. Moreover, being an electrolytic free capacitor, it does not pose the risk of electrolyte leakage.
4. Low Temperature Coefficient: The N16-C-61118-7168 air capacitor features a low temperature coefficient, meaning its capacitance value remains relatively stable across a wide temperature range.
5. Repairable and Stackable: Due to their simple construction, air capacitors can be repaired or rebuilt, making them attractive for those seeking a cost-effective solution for updating older components. Additionally, they can be combined to create larger capacitance values, offering the advantage of flexibility in various applications.
Cons:1. Size: Air capacitors are generally larger than their film or electrolytic counterparts, making them less ideal for applications where space is a limitation or when incorporating multiple capacitors to achieve the desired capacitance value is not possible.
2. Resonant Frequencies: Air capacitors are known to exhibit relatively high plate resistance and parasitic inductance, which can resonate at specific frequencies. This might unfavorably affect the performance of the circuit, making it an unsuitable choice for applications where low resonant frequencies are a concern.
3. Cost: Air capacitors tend to be more expensive than their film and electrolytic counterparts due to their larger size and more complex manufacturing processes.
Conclusion:When considering purchasing the N16-C-61118-7168 air capacitor, it is essential to thoroughly assess your application requirements. Provided the application's demands align with the component's advantages, including high capacitance value, low ESR, robust construction, low-temperature coefficient, repairability, and stackability, the N16-C-61118-7168 can be an excellent choice. However, developers should be aware of the challenges, such as larger size, resonant frequencies, and cost, before making a final decision. With careful consideration, the N16-C-61118-7168 air capacitor can deliver excellent performance in suitable applications.
Recommendation:For applications where large capacitance values without the drawbacks of resonance, cost, size and the desire for a repairable or stackable component are essential, the N16-C-61118-7168 air capacitor is a recommended choice. However, if space or cost constraints exist or your application mandates a lower resonant frequency, it is essential to consider alternative solutions, such as film or electrolytic capacitors, before making a decision. To further ensure a suitable selection, consult with a knowledgeable component supplier, application engineer, or colleague in your field for expert advice.
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