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43025-0800

Name: 43025-0800
Rating: 4.7 (12 reviews)

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製造商。部分 #43025-0800
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規格

Packaging	Bulk
Standard Pack Qty	1

概述

Description

The ZIP code 43025-0800 corresponds to an area in the United States, specifically in Ohio. The primary city associated with this ZIP code is Granville, located in Licking County. Granville is known for its picturesque village atmosphere, historic sites, and proximity to Denison University.
The ZIP code format, which includes five digits followed by a four-digit extension (0800), helps to identify specific delivery routes within the main ZIP code area, enhancing mail sorting and delivery efficiency.
Residents and visitors can enjoy local parks, shops, and community events, contributing to a vibrant local culture. The area is characterized by a mix of suburban living and rural landscapes, making it appealing for families and individuals seeking a quieter lifestyle while still being accessible to larger urban centers in Ohio.

Features

The ZIP code 43025-0800 corresponds to an area in Ohio, specifically in the vicinity of Mount Vernon. This region offers a mix of suburban and rural features, characterized by a blend of residential neighborhoods and agricultural landscapes. Key features include:
1. Community Amenities: Access to local parks, recreational facilities, and community events that foster a close-knit atmosphere.
2. Education: Proximity to schools and educational institutions that cater to families in the area.
3. Historic Sites: Nearby historical landmarks and sites that reflect the local heritage and culture.
4. Natural Beauty: Scenic landscapes with opportunities for outdoor activities such as hiking and fishing.
5. Convenience: Close access to essential services, shopping options, and dining establishments.
Overall, the 43025-0800 area combines a rural charm with essential amenities, making it appealing for families and individuals seeking a quieter lifestyle.

Package

The package type for 43025-0800 is typically a 2.5mm pitch, 8-pin Dual In-line Package (DIP). This package is often used for electronic components, providing a through-hole mounting option for easy integration onto circuit boards.

Pinout

The 43025-0800 is a specific part number for a connector, typically associated with various electronic applications. It generally features a pin count of 8. The functions of these pins can vary depending on the specific use case, but they are often used for signal transmission, power delivery, or ground connections in devices.
To determine the exact pin functions, it's essential to consult the manufacturer's datasheet or technical documentation for the specific part, as pin assignments can differ based on the application and design requirements.

Manufacturer

The part number 43025-0800 is manufactured by Omron Corporation, a global leader in automation, sensing, and control technologies. Founded in 1933 in Japan, Omron specializes in a wide range of products, including industrial automation equipment, electronic components, and healthcare devices. The company is well-known for its innovations in robotics, sensors, and control systems, catering to various industries such as manufacturing, healthcare, and automotive. Omron emphasizes quality, reliability, and operational efficiency in its products, making it a prominent player in the industrial sector.

Application

The 43025-0800 is a part number for a specific electronic component, typically used in applications such as automotive electronics, industrial machinery, consumer electronics, and telecommunications. Its functions may include signal processing, circuit protection, or power management. Always refer to the manufacturer's datasheet for precise specifications and applications.

Equivalent

The 43025-0800 chip is commonly associated with the FlexRay communication protocol. Equivalent products include the NXP SJA1000, Infineon TLE6250, and Texas Instruments SN65HVD233. For specific applications, check datasheets for pin compatibility and functional similarities. Always verify performance specifications and compatibility for your specific use case.