Overview of 74HC373D,653 by Nexperia
74HC373D,653 is an octal D-type transparent latch, which operates with a 3-state output. Manufactured by Nexperia, this component is packaged in a SOP 20-pin format with details specified as 7.50 MM, plastic, MS-013, SOT-163-1, SOP-20. It belongs to the HC/UH family of the CMOS technology realm, primarily categorized under the Logic category as a Bus Driver/Transceivers.
The device operates with a voltage supply range from 2 V to 6 V, with a nominal voltage of 5 V. It supports a maximum operating temperature of 125 °C and a minimum of -40 °C. It’s characterized by a propagation delay (tpd) of 265 ns and features 8 bits operated through 3-state outputs, which essentially allow for the outputs to either be driven to logical high, logical low, or be placed in a high impedance state.
Due to its RoHS compliance, REACH compliance, and an ECCN code of EAR99, Nexperia’s 74HC373D,653 is suitable for a wide range of global applications and markets, following the current international regulatory requirements. Introduced on November 1, 1993, it remains an active part of Nexperia’s product lineup with a factory lead time of 8 weeks as of the last update.
Industry Applications for 74HC373D,653
The 74HC373D,653, due to its versatile features, could potentially be applicable in a variety of industry settings. Below are several examples:
- Consumer Electronics: In devices such as TV sets, gaming consoles, and home appliances, where data latching is crucial for maintaining state information between different operations, the device’s features like 3-state outputs and transparent latching could be extremely valuable.
- Computing and Data Storage: Here, the 74HC373D,653 could be utilized in data routers, servers, and network switches to handle data flow efficiently due to its optimal propagation delay and robust temperature grade. This use case leverages the 8-bit data width and 3-state outputs of the device.
- Industrial Automation: For controlling machinery or assembly lines which require precise data handling and control signal routing, this device with its dual port and 20 terminals can offer effective solutions.
- Telecommunications: This part can be instrumental in telecommunications equipment for protocol conversion, signal buffering, and data multiplexing due to its high-speed data handling characteristics and resistance to a wide range of operational temperatures.
- Automotive: The device’s specification underlines suitability for automotive applications, given the temperature grade listed as automotive. It could be involved in engine control units, infotainment systems, or as part of a sensor interface where reliability under varied environmental conditions is paramount.
Note that these potential industry applications are illustrative and require thorough analysis and verification from the engineering and design teams to meet industry standards and specific requirements.
About Nexperia
Nexperia is a leader in the field of discrete, logic, and MOSFET devices. Specializing in components that are used across a broad spectrum of applications, they are particularly notable in the semiconductor industry for their Bus Driver/Transceivers and other Logic products. Products like the 74HC373D,653 exemplify their commitment to delivering precision-manufactured, reliable components. Nexperia consistently develops parts that address the needs of advanced electronic system designs by focusing on efficiency, footprint reduction, and high reliability.
Where to Find 74HC373D,653 by Nexperia
To source Nexperia’s 74HC373D,653, findchips.com provides valuable research tools and up-to-date stock availability. By visiting this site, one can explore different options for purchasing components like the 74HC373D,653 or other similar Bus Driver/Transceivers. This part has historically been available through distributors such as New Advantage Corporation, Chip1Stop, Avnet Asia, and Mouser Electronics, among others. However, to get real-time information on stock levels and competitive pricing, using findchips.com would be most beneficial.