
( Brand: General Radio ), ( Model: 1409-K )
The 1409-K General Radio Standard Capacitor with the part number 1409 4416 0.005 is a high-quality electronic component designed for various applications in the field of electronics and radio frequency (RF) engineering.
This capacitor is a critical component in many RF circuits due to its ability to store electrical charge. It is a high-voltage, non-polarized capacitor, which means it can be connected in any direction without affecting its performance. The 1409-K capacitor is designed to operate under high voltage and can withstand a maximum voltage rating of 600V.
The 0.005 in the part number refers to the capacitance value of the component, which is 0.005 farads (F). This capacitance value is suitable for applications that require small energy storage and low impedance. The capacitance value is measured in picofarads (pF) for smaller capacitors, but for this capacitor, it is given in farads due to its large value.
The 1409-K General Radio Standard Capacitor is a ceramic capacitor, which is known for its high voltage rating, excellent temperature stability, and low leakage current. Ceramic capacitors are widely used in RF circuits due to their ability to handle high frequencies without losing their performance.
The 1409 4416 in the part number refers to the physical dimensions of the component. The 1409 refers to the width and height of the component, which is 14.09mm x 14.09mm (0.554 in x 0.554 in). The 4416 refers to the length of the component, which is 44.16mm (1.74 in). The physical dimensions of the component are important for proper placement and wiring in a circuit.
In summary, the 1409-K General Radio Standard Capacitor 1409 4416 0.005 is a high-voltage, non-polarized, ceramic capacitor with a capacitance value of 0.005 farads, physical dimensions of 14.09mm x 14.09mm x 44.16mm, and is designed for high-frequency applications in the field of electronics and RF engineering.
Pros of buying 1409-K General Radio Standard Capacitor (1409 4416 0.005):1. Reliability: General Radio capacitors are known for their high-quality and reliability. They are widely used in various electronic applications due to their excellent performance and long lifespan.
2. Precision: This capacitor has a tolerance of /- 5%, which means it will maintain its value within that range. This is important for applications where precise capacitance is required.
3. Stability: The 1409-K capacitor has a temperature coefficient of 150 ppm/ C, which means its capacitance value will not change significantly with temperature changes. This is important for applications where the capacitor will be used in a range of temperatures.
4. High Voltage Rating: This capacitor has a high voltage rating of 630V, which makes it suitable for use in high voltage circuits.
Cons of buying 1409-K General Radio Standard Capacitor (1409 4416 0.005):1. Price: General Radio capacitors are generally more expensive than other brands due to their high quality. This may be a disadvantage for budget-conscious buyers.
2. Availability: General Radio capacitors may not be readily available in all locations, and may require special ordering.
3. Limited Options: While the 1409-K capacitor is widely used, there may be other capacitors with different specifications that better suit your specific application.
Conclusion:If you require a high-quality capacitor for a critical application and are willing to pay a premium for reliability and precision, the 1409-K General Radio Standard Capacitor (1409 4416 0.005) is a good choice. However, if price is a concern or you need a capacitor with different specifications, you may want to consider other options.
Recommendation:If you are looking for a high-quality, reliable capacitor for a critical application, the 1409-K General Radio Standard Capacitor (1409 4416 0.005) is a good choice. However, be prepared to pay a premium for its quality and precision. If price is a concern or you need a capacitor with different specifications, you may want to consider other options. It is always a good idea to research and compare different capacitors to find the one that best meets your specific application requirements.
Works great. Tested on Wayne Kerr Cr meter.