Ceramic Capacitor Box - 100 pieces Documentation

Component Name

Ceramic Capacitor Box - 100 pieces

Overview

The Ceramic Capacitor Box is a set of 100 ceramic capacitors packaged in a convenient box, ideal for prototyping, development, and production of various electronic projects. These capacitors are designed to provide reliable and stable capacitance in a wide range of applications, from consumer electronics to industrial control systems.

Functionality

Ceramic capacitors are passive electronic components that store energy in the form of an electric field when a voltage is applied across their terminals. They are used to filter, couple, or decouple signals in electronic circuits, and can be used in a variety of applications, including

Filtering and noise reduction

Coupling and decoupling signals

Energy storage and filtering in power supplies

Tuning and impedance matching in radio-frequency (RF) circuits

Capacitance

____ uF

Voltage Rating

____ VDC

Package

SMD

Material

Ceramic

Operating Temperature

- ____ C to + ____ C

The Ceramic Capacitor Box meets the requirements of the following standards and regulations

IEC 60384-8

Fixed capacitors of ceramic dielectric with radial leads

RoHS (2002/95/EC) and WEEE (2002/96/EC) directives

Packaging

The Ceramic Capacitor Box contains 100 capacitors, packaged in a compact, resealable box. Each capacitor is carefully separated and stored in a protective pouch to prevent damage during shipping and storage.

Ordering Information

To order the Ceramic Capacitor Box, please provide the following information

Quantity

100 pieces

Warranty and Support

The Ceramic Capacitor Box is backed by a comprehensive warranty and support program, which includes

A one-year limited warranty against defects in materials and workmanship

Technical support and application guidance through our dedicated support team

Access to a comprehensive library of technical resources, including datasheets, application notes, and FAQs

Pin Configuration

Ceramic Capacitor Box - 100 pieces
Overview
The Ceramic Capacitor Box is a collection of 100 ceramic capacitors, each with two pins, designed for use in a variety of electronic circuits. Ceramic capacitors are popular for their reliability, low cost, and small size, making them suitable for a wide range of applications, from audio equipment to radio frequency circuits.
Pin Structure and Connection Guide
Each ceramic capacitor in the box has two pins, labeled as follows:
Pin 1: Positive Leg
Function: Positive terminal of the capacitor
Connection: Connect to the positive voltage supply or the signal source
Characteristics: Typically longer than the negative leg to ensure correct polarity
Pin 2: Negative Leg
Function: Negative terminal of the capacitor
Connection: Connect to the negative voltage supply or the return path (ground)
Characteristics: Typically shorter than the positive leg to ensure correct polarity
Connection Structure
To connect the ceramic capacitor:
1. Identify the correct polarity: Ensure the longer positive leg (Pin 1) is connected to the positive voltage supply or signal source, and the shorter negative leg (Pin 2) is connected to the negative voltage supply or return path (ground).
2. Determine the capacitor value and voltage rating: Check the capacitance value and voltage rating marked on the capacitor body to ensure it matches the requirements of your circuit.
3. Connect Pin 1 (Positive Leg) to the positive voltage supply or signal source:
For example, in a power supply circuit, connect Pin 1 to the output of the voltage regulator or the positive terminal of the power source.
In an audio circuit, connect Pin 1 to the signal source, such as a microphone or an amplifier output.
4. Connect Pin 2 (Negative Leg) to the negative voltage supply or return path (ground):
For example, in a power supply circuit, connect Pin 2 to the ground plane or the negative terminal of the power source.
In an audio circuit, connect Pin 2 to the ground plane or the return path of the signal source.
Important Notes
Always handle ceramic capacitors by the body, avoiding touching the pins to prevent damage from electrostatic discharge.
Ensure the capacitor value and voltage rating match the requirements of your circuit to prevent overheating, damage, or incorrect circuit operation.
Use a multimeter to verify the capacitance value and ensure correct polarity before installing the capacitor in your circuit.
By following these guidelines, you can correctly connect and utilize the ceramic capacitors in the box, ensuring reliable performance in your electronic projects.

Code Examples

Ceramic Capacitor Box - 100 pieces

Overview

The Ceramic Capacitor Box is a package of 100 ceramic capacitors, a type of capacitor that uses ceramic materials as the dielectric. These capacitors are suitable for a wide range of applications, including filtering, coupling, and decoupling in electronic circuits. They are compact, reliable, and offer good temperature stability.

Specifications

Capacitance: 10nF to 10uF (various values)
 Voltage Rating: 50V to 250V (depending on capacitance value)
 Tolerance: 10%
 Operating Temperature: -40C to +125C
 Package: Radial lead, 2-pin

Code Examples

### Example 1: Decoupling Capacitor in a Microcontroller Circuit

In this example, we'll use a 10uF ceramic capacitor as a decoupling capacitor in a microcontroller circuit.

Schematic:
```markdown
        +---------------+
        |               |
        |  Microcontroller  |
        |  (e.g., Arduino)  |
        +---------------+
                  |
                  |
                  v
        +---------------+
        |               |
        | 10uF Ceramic      |
        |  Capacitor (C1)  |
        +---------------+
                  |
                  |
                  v
        +---------------+
        |               |
        |  Power Supply     |
        |  (e.g., 5V)       |
        +---------------+
```
Code:
```c
// No code is required for a decoupling capacitor, as it simply filters out noise and ripple from the power supply.
```
In this example, the 10uF ceramic capacitor (C1) is connected between the power supply line and ground, providing a local reservoir of energy to the microcontroller and reducing noise and ripple.

### Example 2: Filtering Capacitor in an Audio Circuit

In this example, we'll use a 100nF ceramic capacitor as a filter capacitor in a simple audio circuit.

Schematic:
```markdown
        +---------------+
        |               |
        |  Audio Signal   |
        |  (e.g., from mic) |
        +---------------+
                  |
                  |
                  v
        +---------------+
        |               |
        | 100nF Ceramic   |
        |  Capacitor (C1)  |
        +---------------+
                  |
                  |
                  v
        +---------------+
        |               |
        |  Resistor (R1)   |
        |  (e.g., 1k)      |
        +---------------+
                  |
                  |
                  v
        +---------------+
        |               |
        |  Output (e.g.,   |
        |  Speaker or amp)  |
        +---------------+
```
Code:
```c
// No code is required for this simple filter circuit, as it is purely passive.
```
In this example, the 100nF ceramic capacitor (C1) is used in conjunction with a 1k resistor (R1) to form a simple low-pass filter, reducing high-frequency noise and hum from the audio signal.

Please note that these are simplified examples and may require additional components or circuitry depending on the specific application and requirements. Always consult the datasheet and relevant technical documentation for the specific capacitor value and type used in your design.

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