
( Brand: Uxcell ), ( Part Type: Capacitor ), ( California Prop 65 Warning: Cancer And Reproductive Harm Www.p65warnings.ca.gov ), ( UPC: 632702042493 )
Introducing the UXCell 3300uf 16V Electrolytic Capacitors, model number 632702042493. This set includes ten pieces of high-performance capacitors, each with a capacitance of 3300 microfarads and a working voltage of 16 volts.
These electrolytic capacitors are designed to provide reliable and stable power supply in various electrical applications. The capacitance value of 3300 microfarads makes them suitable for energy storage and filtering applications where large capacitance is required. The working voltage of 16 volts ensures they can handle moderate to high voltage levels.
The UXCell capacitors are rated at a temperature range of 105 degrees Celsius, making them ideal for high-temperature environments. The high temperature rating also enhances their ability to handle transient voltage spikes and surge currents.
The electrolytic design of these capacitors allows them to store large amounts of electrical charge. The electrolyte used is non-toxic and non-hazardous, ensuring safe handling and disposal. The capacitors are also hermetically sealed, protecting them from external moisture and contaminants, and ensuring long-term reliability.
Each capacitor in the set measures 55mm in length, 32mm in width, and 105mm in height. The terminals are secured with screws, making them easy to install and replace. The capacitors also feature a self-healing property, which allows them to recover from over-discharge and short-term overvoltage conditions.
The UXCell 3300uf 16V Electrolytic Capacitors are RoHS compliant, which means they do not contain any restricted substances. They are also lead-free, making them an eco-friendly option for electrical applications. The capacitors are tested to ensure they meet the required specifications and are guaranteed to provide excellent performance and reliability in various applications.
In summary, the UXCell 632702042493 3300uf 16V Electrolytic Capacitors are high-performance components designed for applications that require large capacitance and moderate to high voltage levels. With their high temperature rating, self-healing property, and eco-friendly design, these capacitors offer excellent value and reliability for electrical engineers and technicians.
The Uxcell 3300uf 16V capacitor (Model Number: 632702042493) is a pack of ten electrolytic capacitors, each with a 3300 microfarad capacitance, a 16V working voltage, and a high temperature rating of 105 C. This section provides an in-depth analysis of the pros and cons of purchasing this capacitor pack.
Pros:1. High Capacitance: With a capacitance of 3300 microfarads per capacitor, these capacitors can effectively store and discharge large amounts of electrical energy, making them suitable for various applications that require energy storage, voltage regulation, and power factor correction.
2. High Working Voltage: The 16V working voltage makes these capacitors suitable for use in circuits that operate at relatively high voltage levels, such as power supplies, filtering circuits, and audio power amplifiers.
3. High Temperature Rating: The 105 C temperature rating ensures the capacitors can function reliably in high-temperature environments, making them a good choice for industrial applications or applications in warm climates.
4. Cost-Effective: This capacitor pack offers a cost-effective solution for those requiring multiple capacitors with similar specifications, as purchasing individual capacitors may be more expensive.
5. Large Capacity: The pack contains ten capacitors, allowing users to have a sufficient supply on hand for various projects or applications.
Cons:1. Size and Weight: Due to their larger size and weight compared to smaller capacitors, these capacitors may require additional space and handling considerations when installing or transporting them.
2. Leakage Risk: Electrolytic capacitors, like the ones in this pack, may experience leakage over time, especially when exposed to high temperatures or voltages. Regular inspections and maintenance are necessary to ensure their continued functionality and safety.
3. Longer Discharge Time: Electrolytic capacitors generally have longer discharge times compared to other types of capacitors, which could be a disadvantage in applications where fast discharge is required.
In conclusion, the Uxcell 3300uf 16V capacitor (Model Number: 632702042493) offers a cost-effective solution for those requiring multiple high-capacitance capacitors with a 16V working voltage and a high temperature rating of 105 C. However, its larger size, weight, and potential leakage risk should be considered when making a purchasing decision.
Recommendation:For those requiring high-capacitance electrolytic capacitors with a 16V working voltage and a high temperature rating, the Uxcell 632702042493 10pcs pack can be a suitable choice due to its cost-effectiveness and large capacity. However, it is essential to consider the potential drawbacks, such as size, weight, and leakage risk, before making a purchase. If size and weight are major concerns, consider purchasing smaller capacitors with similar specifications or exploring alternative capacitor types, such as ceramic capacitors. Regular inspections and maintenance are also crucial to ensure the longevity and safety of these capacitors.
For shipping and handling charges for specific item, please refer to the item listing page more details. Aluminum electrolytic capacitors are used when a large capacitance is required and leakage current not an important factor. Long lead is positive end and the shorter one negative. Take the position of safety vent into consideration when designing PC board layout.
You can put your trust in us. Pay attention to the following cautions: DO NOT move capacitor after soldering PC board. For use in power supplies and computer motherboards. Excessive soldering time or temperature excessive mounting force can negatively affect the capacitors characteristics.
DO NOT insert capacitor on the PC board with a hole space different to specified lead. How to select the proper capacitor for your design. Step 1: Determine capacitance required by design.Step 2: Define expected ambient operating temperature.Step 3: DC voltage be applied capacitor.Step 4: Bound space available if is a concern.