Original 22pF Ceramic Capacitor (Pack of 5) for Stable Electronic Circuits
Applications of ceramic capacitor :
- Filter circuits like High/Low pass filter etc.
- For Filtering noise from a circuit
- Smoothing ripples in converters
- For decoupling and by pass circuits
- Fading LED circuits
- Resonant circuits.
- calculating capacitance
Original price was: ₹15.₹5Current price is: ₹5.
22pF Ceramic Capacitor Pack for Stable Electronic Circuits
The 22pF Ceramic Capacitor Pack of 5 is designed to provide precise and stable capacitance for various electronic circuits. With a capacitance of 22 picofarads, these ceramic capacitors are ideal for high-frequency applications that require accuracy and reliability.
High Precision and Stability- EG0043
Each capacitor in this pack offers a capacitance of 22pF, ensuring stable and reliable performance. Made from high-quality ceramic materials, these capacitors provide excellent thermal stability, making them suitable for precision applications.
Applications in Electronics
These ceramic capacitors are perfect for high-frequency applications, including RF circuits, oscillators, and filters. Their precise capacitance values make them ideal for circuits where stability and accuracy are paramount.
Understanding Capacitance in Ceramic Capacitors
The capacitance of 22pF ensures that these capacitors perform efficiently across various frequencies. They are designed to offer the necessary stability and reliability for both low and high-frequency applications.
Calculating Capacitance for Accurate Design
Accurate calculating capacitance is essential for designing efficient electronic circuits. These 22pF ceramic capacitors are easy to integrate into various designs, ensuring optimal performance and accuracy.
Types of Capacitors for Various Applications
These ceramic capacitors are part of the diverse types of capacitors available. They are known for their stability and reliability, making them a preferred choice for high-frequency electronic applications.
Affordable and High-Quality Components
This pack of 5 ceramic capacitors provides excellent value for money. The capacitor price is competitive, ensuring high-quality components are accessible for various applications without compromising on performance.
Specifications:
Capacitance: 22 picofarads (22pF)
Type: Ceramic capacitor
Pack: 5 pieces
Applications: RF circuits, oscillators, filters, high-frequency applications
Keywords: capacitor, types of capacitors, ceramic capacitor, calculating capacitance, capacitor price
Related Products…
Specifications of 5V Relay
- Trigger Voltage (Voltage across coil) : 5V DC
- Trigger Current (Nominal current) : 70mA
- Maximum AC load current: 7A @ 250/125V AC
- Maximum DC load current: 10A @ 30/28V DC
- Compact 5-pin configuration with plastic moulding
- Operating time: 10msec Release time: 5msec
- Maximum switching: 300 operating/minute (mechanically)
71 in stock
BC547 Applications
- Used both as a Switch and Amplifier in Various Circuits.
- Used in Driver Modules like Relay Driver, LED driver etc.
- Used in Amplifier modules like Audio amplifiers, signal Amplifier etc.
- Darlington pair
61 in stock
Applications:
- Used in filter circuits like High/Low pass filter etc.
- Used in Resonant Circuits / capacitor
- To remove noise from a circuit
- Used in DC-DC converters and Power supply circuits
- To Smoothen ripples in converters
- Fading LED circuits
- calculating capacitance
- electrolytic capacitor
90 in stock
Applications of RGB LED :
-
- Ideal for Multicolor displays
- Low current consumption
- 5mm diameter
- LED Type : Water Clear/ Diffused
- View Angle: Water Clear 360 degrees; Diffused 250 degrees
- Luminous Flux :4-5LM
- Operating Temperature is -24 – 85 °C
- Wavelength :- RED : 625nm; Green: 520nm; Blue: 467nm
- Forward Current :- Red: 20 mA; Green: 20 mA; Blue: 20 mA
- Forward Voltage :- Red: 1.8V – 2.2V; Green: 3.0V – 3.4V; Blue: 3.0 V – 3.4V
- Luminous intensity :- Red: 800 mcd; Green: 4000 mcd; Blue: 900 mcd
- To prolong the lifespan of the LED, the input current should be below 20mA
51 in stock
Features of 1000uF 50V Electrolytic Capacitor
- calculating capacitance: 1000uF
- Maximum Voltage: 50 Volts
- Tolerance: ±15%
- Capacitor Type: Radial Through Hole Electrolytic
- Polarization: Yes. Line with ‘-‘ denotes negative lead
- Max Temperature: +85°C
100 in stock
Specifications
- Rotary type shaft potentiometer
- 15mm shaft length
- Total Resistance 100kΩ
97 in stock
Applications of EG0027 :
- Used as indicators in products and designs
- Toys & Games
- Lighting Products
- Electronic projects
- Diode Emitting Light
- LED
88 in stock
Specifications
- Design: Miniature prototyping board for space-efficient projects
- Usage: Solderless breadboard for hassle-free circuit building
- Points: 400 points for creating and testing circuits
- Versatility: Suitable for both beginners and experienced electronics enthusiasts
- Organization: Keep your projects tidy with this efficient solderless solution
18 in stock
- Capacitance: 10uF
- Maximum Voltage: 50 Volts
- Tolerance: ??15%
- Capacitor Type: Radial Through Hole Electrolytic
- Polarization: Yes. Line with ???-??? denotes negative lead
- Max Temperature: +85??C
100 in stock
Applications of 5mm LDR :
- Disc Diameter: 5mm
- Light Resistance: 5-10k Ohm
- Dark resistance: upto 500k Ohm
- Maximum Operating Temperature: +800 degree Celsius
- Type of Mounting: Through Hole(PTH)
- Light Dependent Resistor
- Light Detecting Resistor
74 in stock
Applications of 10K ohm, 1/4 Watt Resistor :
- Highly Reliable 10K ohm Resistor
- ±5% Tolerance
- Power Rating: 0.25W
- Package: Axial
- Mounting Feature: Through-hole
- Composition: Carbon Film Type
- Excellent Heat and Humidity Withstand Performance
- Long Life
- Automatically insertable
- Resistance
- Ohm Rating
89 in stock
Features of 4.7uF 50V Electrolytic Capacitor :
- calculating capacitance :4.7uF
- Maximum Voltage: 50 Volts
- Tolerance: ±15%
- Electrolytic Capacitor Type: Radial Through Hole Electrolytic
- Polarization: Yes. Line with ‘-‘ denotes negative lead
- Max Temperature: +85°C
100 in stock
Reviews
There are no reviews yet.