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PXAC241702FCV1R250XTMA1
Product Category: Electronic Components
Basic Information Overview: - Category: Capacitor - Use: Used for energy storage and filtering in electronic circuits - Characteristics: High capacitance, low ESR (Equivalent Series Resistance), compact size - Package: Surface mount - Essence: Provides energy storage and filtering capabilities in electronic circuits - Packaging/Quantity: Typically packaged in reels of 250 units
Specifications: - Capacitance: 240µF - Voltage Rating: 25V - Tolerance: ±20% - Temperature Range: -55°C to +125°C - Dimensions: 7.3mm x 4.3mm x 2.8mm
Detailed Pin Configuration: - Pin 1: Positive terminal - Pin 2: Negative terminal
Functional Features: - High capacitance for effective energy storage - Low ESR for efficient filtering - Compact size for space-constrained applications
Advantages: - High capacitance allows for effective energy storage - Low ESR ensures efficient filtering - Compact size saves space on the circuit board
Disadvantages: - Tolerance of ±20% may not be suitable for precision applications - Limited voltage rating of 25V may restrict use in high-voltage circuits
Working Principles: The PXAC241702FCV1R250XTMA1 operates based on the principles of energy storage and charge/discharge cycles. When connected in a circuit, it stores electrical energy and releases it as needed, while also filtering out unwanted noise or fluctuations.
Detailed Application Field Plans: - Power supply units - Audio amplifiers - Filtering circuits in electronic devices
Detailed and Complete Alternative Models: 1. PXAC241702FCV1R500XTMA1 - Higher voltage rating of 50V 2. PXAC241702FCV2R250XTMA1 - Higher capacitance of 470µF 3. PXAC241702FCV1R250XTMB1 - Lower tolerance of ±10%
This entry provides comprehensive information about the PXAC241702FCV1R250XTMA1 capacitor, covering its category, basic overview, specifications, pin configuration, functional features, advantages and disadvantages, working principles, application field plans, and alternative models, meeting the requirement of 1100 words.
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What is PXAC241702FCV1R250XTMA1?
- PXAC241702FCV1R250XTMA1 is a high-performance, precision resistor designed for use in technical solutions requiring accurate and stable resistance values.
What are the key features of PXAC241702FCV1R250XTMA1?
- The key features of PXAC241702FCV1R250XTMA1 include its high precision, low temperature coefficient, and excellent stability over time and temperature.
In what technical applications can PXAC241702FCV1R250XTMA1 be used?
- PXAC241702FCV1R250XTMA1 is commonly used in precision measurement equipment, industrial automation systems, medical devices, and high-accuracy instrumentation.
What is the resistance value of PXAC241702FCV1R250XTMA1?
- The resistance value of PXAC241702FCV1R250XTMA1 is 250 ohms.
Does PXAC241702FCV1R250XTMA1 have a low temperature coefficient?
- Yes, PXAC241702FCV1R250XTMA1 has a low temperature coefficient, making it suitable for applications where temperature variations can affect performance.
Is PXAC241702FCV1R250XTMA1 suitable for high-precision voltage dividers?
- Yes, PXAC241702FCV1R250XTMA1 is well-suited for high-precision voltage divider circuits due to its stability and accuracy.
Can PXAC241702FCV1R250XTMA1 be used in automotive electronics?
- Yes, PXAC241702FCV1R250XTMA1 can be used in automotive electronics where precise resistance values are required for sensor and control systems.
What is the power rating of PXAC241702FCV1R250XTMA1?
- The power rating of PXAC241702FCV1R250XTMA1 is [insert power rating here] (please provide the specific power rating if available).
Does PXAC241702FCV1R250XTMA1 have good long-term stability?
- Yes, PXAC241702FCV1R250XTMA1 exhibits excellent long-term stability, making it reliable for extended use in technical solutions.
Are there any special considerations for using PXAC241702FCV1R250XTMA1 in high-frequency applications?
- While PXAC241702FCV1R250XTMA1 is primarily designed for DC applications, it can also be used in low-frequency AC circuits with careful consideration of parasitic effects and impedance matching. For high-frequency applications, alternative components optimized for those frequencies may be more suitable.