PACK OF 4000 PIECES
The C0603C101K8RAC38 is a compact and efficient SMD (Surface-Mount Device) ceramic capacitor, designed for use in a wide array of electronic applications. Housed in a 0603 package, one of the most common and smallest standard sizes for SMD components, this capacitor offers a capacitance of 100 picofarads (pF), and it has a voltage rating of 10 volts.
Key Features and Benefits:
-
Capacitance (100pF): The 100 picofarad capacitance is suitable for various applications such as signal processing,
filtering, and timing circuits. It is particularly useful in applications where a small but precise capacitance is essential for the circuit's operation.
-
Voltage Rating (10 Volts): With a 10-volt rating, this capacitor is ideal for low-voltage applications. It is designed to operate reliably in circuits where voltage fluctuations are minimal, common in many consumer electronics and other small-scale devices.
-
Package (0603 SMD): The 0603 package size is extremely compact, facilitating high-density placement on printed circuit boards (PCBs), which is crucial in modern electronic devices where space is limited.
-
Model (C0603C101K8RAC38): The model number C0603C101K8RAC38 precisely defines the capacitor's specifications, ensuring accurate selection for compatibility and optimal performance in electronic designs.
-
Applications: This capacitor is widely used in consumer electronics, telecommunications devices, and other fields where efficient use of space and reliable capacitor performance are necessary.
-
Features: Known for its stability and durability, the C0603C101K8RAC38 ceramic capacitor is designed to offer consistent performance. Its SMD design is conducive to automated manufacturing processes, thus enhancing production efficiency and consistency.
In summary, the C0603C101K8RAC38 ceramic capacitor, with its 100pF capacitance and 10V voltage rating, is an excellent choice for various electronic applications requiring a small, efficient, and reliable capacitive component. Its compact 0603 package size makes it particularly suitable for modern electronic designs where space efficiency and high component density are key considerations.
