The CSTCR4M00G15B62R0 is a ceramic resonator manufactured by Murata Electronics North America. It's a compact and stable timing device used to generate clock signals in various electronic circuits. Ceramic resonators offer a cost-effective alternative to crystal oscillators in many applications.

Applications

• Microcontrollers: Provides the clock signal for microcontrollers in embedded systems.
• Remote controls: Generates the carrier frequency for IR or RF remote controls.
• Consumer electronics: Used in various consumer electronics devices such as televisions, audio players, and set-top boxes.
• Industrial controls: Provides timing signals in industrial control systems and automation equipment.
• Wireless communication devices: Used in wireless modules and devices for frequency control.

Features

• Compact size: Enables space-saving designs in portable and compact devices.
• Stable frequency: Provides a stable and accurate clock signal for reliable operation.
• Cost-effective: Offers a cost-effective alternative to crystal oscillators.
• Wide operating temperature range: Operates reliably over a wide range of temperatures.
• Lead-free and RoHS compliant: Meets environmental regulations for hazardous substances.

Benefits

• Reduced component count: Simplifies circuit design and reduces the number of components required.
• Improved system reliability: Provides a stable clock signal, ensuring reliable system operation.
• Cost savings: Reduces overall system cost compared to using crystal oscillators.
• Space savings: Enables compact and lightweight designs.
• Compliance with environmental regulations: Meets environmental requirements for hazardous substances.

Additional Details

The CSTCR4M00G15B62R0 has a nominal frequency of 4.00 MHz. It offers a frequency tolerance of +/-0.5% (at 25 degrees C). It is designed for a specific load capacitance and operating temperature range. Its small size facilitates automated placement and soldering on printed circuit boards. This resonator is commonly used in applications where high precision is not critical but cost-effectiveness and size are important factors.