Get the free Glass Dielectric Capacitors

Glass Dielectric Capacitors MIL-PRF-23269 MARKING AVX CYR10 M23269J 02-3042 AVX 07 B JCY7A 0R5JM CYR15 J JAN Trademark C Capacitor Y Glass Dielectric 7 Last digit of year A 4-week lot code W 28.58

How to fill out glass dielectric capacitors

How to Fill Out Glass Dielectric Capacitors:

1. Start by ensuring you have the necessary equipment and materials, including the glass dielectric capacitors, a soldering iron, solder wire, and a desoldering pump or solder wick.
2. Clean the glass dielectric capacitors and the solder pads on the circuit board using a lint-free cloth or cotton swab dipped in isopropyl alcohol. This will remove any dirt, dust, or oils that may hinder the soldering process.
3. Carefully align the glass dielectric capacitor over the solder pads on the circuit board, ensuring that the polarity markings on the capacitor match the corresponding markings on the board. Most glass dielectric capacitors have a positive (+) and negative (-) terminal, so it's crucial to align them correctly.
4. Hold the glass dielectric capacitor in place with a pair of tweezers or a helping hand tool to prevent it from moving while soldering.
5. Heat up the soldering iron until it reaches the proper temperature. Generally, a temperature between 350-400°C is suitable for soldering glass dielectric capacitors.
6. Apply a small amount of solder to the tip of the soldering iron to aid in heat transfer.
7. Gently touch the soldering iron tip to the solder pad and the terminal on the glass dielectric capacitor simultaneously, forming a small solder fillet. Hold the soldering iron pressed against the joint for a few seconds until the solder flows and creates a strong bond.
8. Let the soldered joint cool down completely before releasing the glass dielectric capacitor from the tweezers or helping hand tool.
9. Inspect the soldered joints to ensure there are no visible solder bridges or cold solder joints. If necessary, use a desoldering pump or solder wick to remove excess solder and redo the joint.
10. Repeat the above steps for each glass dielectric capacitor in your circuit.

Who needs glass dielectric capacitors:

1. Electrical engineers and technicians who work on high-frequency applications often use glass dielectric capacitors due to their excellent stability, low losses, and high insulation resistance.
2. They are commonly found in radio frequency (RF) circuits, microwave circuits, telecommunications equipment, radar systems, and other electronic devices that operate at high frequencies.
3. Glass dielectric capacitors are preferred in applications where reliability, accuracy, and temperature stability are critical, such as in medical devices, automotive electronics, aerospace systems, and scientific instruments.

For pdfFiller’s FAQs

What is glass dielectric capacitors?

Glass dielectric capacitors are capacitors that use glass as the dielectric material, which is placed between two metal plates to store and release electrical energy.

Who is required to file glass dielectric capacitors?

Glass dielectric capacitors are typically filed by manufacturers or sellers of electronic devices or equipment that utilize these capacitors in their products.

How to fill out glass dielectric capacitors?

To fill out glass dielectric capacitors, you need to provide information such as the manufacturer or seller details, product specifications, quantity, and other relevant information as required by the regulatory authority or governing body.

What is the purpose of glass dielectric capacitors?

The purpose of glass dielectric capacitors is to store electrical energy and release it when needed. They are commonly used in various electronic devices and equipment for energy storage, signal conditioning, and filtering purposes.

What information must be reported on glass dielectric capacitors?

The information that must be reported on glass dielectric capacitors includes the manufacturer or seller details, product specifications such as capacitance, voltage rating, dimensions, and any additional information required by the regulatory authority or governing body.

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