74HC86 (2)
TOSHIBAThe 74HC86 series is available from TOSHIBA at Xecor. Designed for logic gate operations, the 74HC86 offers high-speed performance, low power consumption, and CMOS technology compatibility. Available in multiple package options, including 14-SOIC (0.154 inch, 3.90mm Width), it is ideal for digital logic applications in industries such as telecommunications, automotive, and consumer electronics. Whether used in signal processing, data encryption, or control systems, this series ensures reliable performance, scalability, and efficiency for demanding applications. Xecor is an authorized distributor for TOSHIBA. Please view our extensive selection of the 74HC86 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| 74HC86D | XOR Gate 4-Element 2-IN CMOS 14-Pin SOIC T/R | SOIC-14 | 6,306 | |
| SN74HC86N | XOR Gate 4-Element 2-IN CMOS 14-Pin PDIP Tube | PDIP (N)-14 | 7,323 |
Key Featrues
High-Speed Operation with Low Propagation Delay: The XOR gate features a maximum propagation delay of 17ns at 6V, making it suitable for high-speed digital logic applications. This ensures efficient signal processing and reduces latency in circuits, enhancing overall system performance.
Wide Operating Voltage Range (2V to 6V): The device operates across a broad voltage range, providing flexibility in various digital systems. This feature allows it to be used in both low-power and standard logic applications, improving compatibility and versatility.
Low Quiescent Current (1 µA Max): With a maximum quiescent current of 1 µA, the XOR gate is energy-efficient, making it ideal for battery-powered or low-power devices. This contributes to longer battery life and reduced power consumption in portable electronics.
Robust Output Drive Capability (5.2mA High/Low): The gate can source and sink up to 5.2mA of current, ensuring reliable operation even when driving multiple loads. This enhances its ability to interface with other components in complex circuits without performance degradation.
Surface-Mount Packaging (14-SOIC): The 14-pin SOIC package enables compact and space-efficient PCB designs, making it suitable for modern, miniaturized electronic devices. Its surface-mount design also simplifies assembly and reduces manufacturing costs.
Wide Operating Voltage Range (2V to 6V): The device operates across a broad voltage range, providing flexibility in various digital systems. This feature allows it to be used in both low-power and standard logic applications, improving compatibility and versatility.
Low Quiescent Current (1 µA Max): With a maximum quiescent current of 1 µA, the XOR gate is energy-efficient, making it ideal for battery-powered or low-power devices. This contributes to longer battery life and reduced power consumption in portable electronics.
Robust Output Drive Capability (5.2mA High/Low): The gate can source and sink up to 5.2mA of current, ensuring reliable operation even when driving multiple loads. This enhances its ability to interface with other components in complex circuits without performance degradation.
Surface-Mount Packaging (14-SOIC): The 14-pin SOIC package enables compact and space-efficient PCB designs, making it suitable for modern, miniaturized electronic devices. Its surface-mount design also simplifies assembly and reduces manufacturing costs.
Applications
Digital Logic Comparator: The 74HC86 XOR gate is ideal for comparing digital signals in logic circuits, such as parity checkers or error detection systems. Its ability to process two inputs per gate and provide a high-speed output makes it suitable for applications in communication systems, data transmission, and digital signal processing where accurate logic comparison is critical.
Encryption and Security Systems: The 74HC86 can be used in cryptographic circuits to implement XOR-based encryption algorithms. Its CMOS technology ensures low power consumption, making it suitable for secure communication devices, smart cards, and IoT security modules where energy efficiency and reliable logic operations are essential.
Arithmetic Logic Units (ALUs): The 74HC86 is well-suited for use in ALUs within microprocessors or microcontrollers. Its quad XOR functionality enables efficient binary addition and subtraction operations, making it a key component in computational systems for embedded devices, calculators, and digital signal processors.
Signal Integrity Testing: The 74HC86 can be employed in signal integrity testing circuits to detect phase differences or mismatches in digital signals. Its high-speed propagation delay and reliable output characteristics make it ideal for use in test and measurement equipment, ensuring accurate analysis of signal timing and synchronization in electronic systems.
Encryption and Security Systems: The 74HC86 can be used in cryptographic circuits to implement XOR-based encryption algorithms. Its CMOS technology ensures low power consumption, making it suitable for secure communication devices, smart cards, and IoT security modules where energy efficiency and reliable logic operations are essential.
Arithmetic Logic Units (ALUs): The 74HC86 is well-suited for use in ALUs within microprocessors or microcontrollers. Its quad XOR functionality enables efficient binary addition and subtraction operations, making it a key component in computational systems for embedded devices, calculators, and digital signal processors.
Signal Integrity Testing: The 74HC86 can be employed in signal integrity testing circuits to detect phase differences or mismatches in digital signals. Its high-speed propagation delay and reliable output characteristics make it ideal for use in test and measurement equipment, ensuring accurate analysis of signal timing and synchronization in electronic systems.
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