Charging and Discharging of Condenser

Charging and Discharging of Condenser

Product Details:

  • Display Analog Moving Coil Meter
  • Voltage 9V
  • Usage Educational Physics Laboratory Experiment
  • Power 9V DC
  • Product Type Physics Lab Equipment
  • Material High-impact plastic and metal
  • Design Integrated test box with connectors
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Charging and Discharging of Condenser Price And Quantity

  • 1 Unit
  • Overload Protection
  • Up to 100mA
  • 4 connection jacks for external circuit setup
  • Operates between 10C to 40C, 85% RH
  • Connecting Wires, User Manual
  • Factory calibrated
  • ISO certified manufacturer
  • Up to 500F (as per condenser used)
  • Portable/Bench-top

Charging and Discharging of Condenser Product Specifications

  • Educational Physics Laboratory Experiment
  • 9V
  • Analog Moving Coil Meter
  • Variable (depends on capacitance and resistance)
  • 220mm x 125mm x 75mm
  • Physics Lab Equipment
  • Approx. 650g
  • 2% of full scale
  • Electrostatic capacitance detection
  • Integrated test box with connectors
  • 9V DC
  • High-impact plastic and metal
  • Battery Operated
  • Overload Protection
  • Up to 100mA
  • 4 connection jacks for external circuit setup
  • Operates between 10C to 40C, 85% RH
  • Connecting Wires, User Manual
  • Factory calibrated
  • ISO certified manufacturer
  • Up to 500F (as per condenser used)
  • Portable/Bench-top

Charging and Discharging of Condenser Trade Information

  • 5 Unit Per Week
  • Days
  • All India

Product Description

Charging & Discharging of Condenser (AE 242 )

Objective :To Study RC Time constant using Various Sets of Resistance & Capacitors.

Features :Instrument Comprises of DC Power Supply of 0-10V . One Digital Meter to measure voltage. Three set of Different Resistance and Capacitors. Circuit diagram is Printed. 



Advanced Educational Laboratory Tool

This apparatus facilitates clear demonstration and analysis of capacitor charging and discharging in physics labs. Its integrated test box with electrostatic capacitance detection empowers students and educators to observe dynamic processes with precision and reliability, making complex concepts tangible and accessible.


Reliable and Safe Performance

With built-in overload protection, high-impact plastic and metal construction, and ISO-certified quality, the device assures safe and consistent operation. The 9V DC battery operation enhances portability, and the unit maintains stable performance between 10C to 40C and up to 85% relative humidity.


Flexible Setup and Easy Operation

Featuring four external connection jacks, the apparatus allows a wide range of experimental configurations. Its compact design, easy-to-understand user manual, and bundled connecting wires support quick setup and efficient usage in both classroom and independent research environments.

FAQs of Charging and Discharging of Condenser:


Q: How do I set up the condenser charging and discharging apparatus for an experiment?

A: To set up, use the four provided connection jacks to attach external components such as resistors or additional capacitors as per your experimental requirements. Connecting wires are included for ease, and the user manual offers clear instructions to ensure a safe and correct setup.

Q: What are the primary uses of this apparatus in the educational laboratory?

A: This device is primarily used to demonstrate and study the charging and discharging behavior of capacitors, allowing students to visualize and measure voltage and current changes over time through the analog moving coil meter. It provides practical experience for physics concepts related to capacitance and RC circuits.

Q: When should I calibrate the apparatus for accurate results?

A: The apparatus is factory calibrated to 2% accuracy. Regular calibration is not needed unless there is evidence of measurement drift or after prolonged use. For special calibration requirements, follow the manufacturers advice or consult the user manual.

Q: Where can the apparatus be used given its environmental operating range?

A: The device can be operated in indoor educational environments where temperatures range from 10C to 40C and the relative humidity does not exceed 85%. This makes it suitable for most classroom and laboratory settings across India and similar climates.

Q: What safety features does the unit include during operation?

A: The apparatus incorporates overload protection to prevent damage from excessive current or improper connections. Its robust materials ensure durability, reducing risks of breakage, while the included user manual provides operational guidelines to maintain user safety.

Q: How does the variable charging time benefit classroom experiments?

A: The variable charging and discharging timedependent on the selected capacitance and resistanceallows students to explore real-time effects of component values on circuit behavior. This adaptability enhances experimental learning and comprehension of core concepts.

Q: What are the benefits of using a battery-operated, portable design?

A: The 9V battery operation and compact form provide excellent portability and convenience, allowing experiments to be conducted at any lab bench or even remotely. This feature increases experimental flexibility, especially in environments lacking fixed power sources.

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