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Onsemi MC14049BDR2G Environmental and export classification status description

The MC14049BDR2G is a hex inverting buffer/driver that utilizes CMOS technology, allowing for low power consumption and high noise margins. This IC features a wide supply voltage range, making it suitable for various applications requiring signal inversion. Functions - Signal Inversion: Converts input high levels to low and vice versa. - Drive Capability: Able to drive CMOS and TTL loads. - High Noise Immunity: Provides reliable performance in noisy environments. - Multiple Channels: Consists of six independent inverters in a single package. Applications - Signal Processing: Can be used in signal conditioning circuits. - Level Shifting: Useful for interfacing between different logic levels. - Data Communication: Acts as a buffer for transmission lines. - Control Circuits: In automation and control systems for logical operations. - Switching Applications: Acts as an inverter in various switching applications. Alternative Parts - MC14025B: Dual, dual-input NAND gate CMOS IC. - 74HC04: Hex inverter (TTL logic, faster switching). - SN7404: Quad 2-input inverter from Texas Instruments. - MC14050: Hex non-inverting buffer. Embedded Modules The MC14049BDR2G can be found in several modular solutions that integrate the IC within development boards or application-specific modules, such as: - Microcontroller-Compatible Shields: Boards that work with microcontrollers for additional signal processing capabilities. - FPGA/CPLD Modules: Used in custom logic designs to help level shift and condition signals. - Prototyping Boards: Available on breadboards or custom PCBs for rapid prototyping. Related Q&A 1. Q: What is the primary function of the MC14049BDR2G? A: The primary function of the MC14049BDR2G is to act as a hex inverter, converting high logic levels to low (and vice versa) for signal inversion applications. 2. Q: In which applications can I use the MC14049BDR2G? A: You can use the MC14049BDR2G in signal processing, level shifting, data communication buffering, control circuits, and various switching applications. 3. Q: What are some alternative parts to the MC14049BDR2G? A: Some alternatives include the MC14025B, 74HC04, SN7404, and MC14050, which offer similar functions with slight variations in specifications. 4. Q: Can the MC14049BDR2G drive TTL loads? A: Yes, the MC14049BDR2G can drive both CMOS and TTL loads effectively due to its output characteristics. 5. Q: Is the MC14049BDR2G suitable for battery-powered devices? A: Yes, its low power consumption characteristics make it suitable for battery-powered applications, especially where high voltage operation is required.