RC Circuit as High Pass and Low Pass Filters

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Product Details:

Voltage Typically operates at low DC or AC voltages (3V15V recommended)
Usage Educational demonstration, filter experimentation, frequency response analysis
Display No integrated display; external oscilloscope or voltmeter required
Power Passive, does not require external power
Product Type Analog Electronic Circuit Kit
Material Resistors (Carbon/Metal Film), Capacitors (Electrolytic/Ceramic), PCB or Breadboard
Design Standard RC high-pass and low-pass passive configuration
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RC Circuit as High Pass and Low Pass Filters Price And Quantity

Minimum Order Quantity 1 Unit

RC Circuit as High Pass and Low Pass Filters Product Specifications

Material Resistors (Carbon/Metal Film), Capacitors (Electrolytic/Ceramic), PCB or Breadboard
Power Passive, does not require external power
Power Source Not required (passive circuit)
Product Type Analog Electronic Circuit Kit
Display No integrated display; external oscilloscope or voltmeter required
Usage Educational demonstration, filter experimentation, frequency response analysis
Dimension (L*W*H) Configurable breadboard or PCB-specific; typical learning kit size approx 10cm x 7cm x 3cm
Weight Approx. 50g120g, varies by kit
Design Standard RC high-pass and low-pass passive configuration
Detector Not applicable (Analog passive circuit)
Charging Time RC time constant defines response time, user configurable
Voltage Typically operates at low DC or AC voltages (3V15V recommended)
Accuracy Based on component tolerance, typically 5% with standard resistors and capacitors

Circuit Type 1st order RC (single-stage high-pass and low-pass)
Cut-off Frequency Range User-defined by selecting R and C values; typically 10Hz-100kHz
Additional Features Easy to assemble, reusable for multiple experiments, color-coded components
Compliance Meets general electronic educational kit safety standards
Packaging Supplied in secure educational kit box or anti-static packaging
Input & Output Terminals Solder lugs or header pins for signal generator and measurement connection
Included Components High-quality resistors, capacitors, jumper wires, PCB or breadboard, instructions
Mounting Type Plug-in (breadboard) or soldered (PCB)
Learning Application Demonstrates filtering, signal amplitude variation, frequency response, and phase shift
Made For School, college experimentation, electronics laboratory, hobby projects
Operating Temperature -20C to 70C (limited by passive component ratings)
Signal Compatibility Sine, Square, Triangle, and Audio signals
Customization Supports multiple combinations of resistor and capacitor values for variable cut-off

RC Circuit as High Pass and Low Pass Filters Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Domestic Market All India

Product Description

RC Circuit as High Pass & Low Pass Filters

Objective : To study & plot graphs for RC circuit as Low Pass & High Pass filters.

Features : Circuit diagram for low Pass, High Pass filters Printed, 3 Resistances, 3 Capacitors are placed inside and connections brought out at 4mm Sockets.

Explore Signal Filtering in Real Time

This kit is perfect for understanding how RC circuits filter signals based on frequency. Users can assemble high-pass or low-pass filters and observe the effects using sine, square, triangle, or audio signals. The clear learning objectives include analyzing amplitude variation and phase shift with changing frequencies, making it an ideal practical tool for labs and classrooms.

Flexible and Customizable Learning

The included resistors and capacitors allow multiple R-C combinations, enabling custom cut-off frequencies. This flexibility supports a wide range of experiments, from simple demonstrations to in-depth circuit analysis. Whether its for quick plug-in experiments or permanent PCB mounting, the kit can be reused for numerous projects.

Safe, Accurate, and Easy to Use

All components are general electronic educational kit compliant and come in secure packaging. With color-coded parts and user-friendly instructions, the kit ensures safe, efficient assembly and robust learning outcomes. Its passive nature means no power source is needed, and tolerances are typically within 5%, making accuracy reliable for educational purposes.

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