43025-0800

The term "43025-0800" appears to resemble a ZIP+4 code, which is a postal code used in the United States. ZIP+4 codes are an extension of the basic five-digit ZIP code, adding four additional digits to provide more precise location data within a ZIP code area. This extra detail can assist with more efficient mail sorting and delivery.
To understand the full significance of "43025-0800," one must first identify the primary five-digit ZIP code, "43025." This code corresponds to Hebron, a village in Licking County, Ohio. Hebron is a small community located near Buckeye Lake and is part of the larger Columbus Metropolitan area. The additional "+0800" segment further specifies a particular location, delivery route, or address block within Hebron.
This level of detail is particularly useful for businesses, government agencies, and postal services aiming to optimize logistics, ensure accurate delivery, and analyze demographic data. Thus, "43025-0800" is a ZIP+4 code that provides a targeted location within Hebron, Ohio.

The 43025-0800 is a part number for a Molex product, typically a connector or terminal. To find equivalent products, you should look for connectors with similar specifications such as number of pins, pitch, current rating, and mounting style. Brands like TE Connectivity, Amphenol, or JST may offer compatible alternatives. Always verify compatibility by reviewing datasheets or consulting with the manufacturer or distributor to ensure proper fit and function for your application.

The code "43025-0800" appears to be a ZIP+4 Code, which is used in the United States Postal Service (USPS) system. This format includes a standard 5-digit ZIP Code (43025) followed by a hyphen and four additional digits (0800), which provide more specific information about a location within the primary ZIP Code area.
Here are some features and uses of ZIP+4 Codes:
1. Specificity: The additional four digits allow for more precise delivery points, such as a specific building, floor, or apartment within a larger complex.
2. Efficiency: Helps the USPS sort and deliver mail more efficiently and accurately by narrowing down the delivery area.
3. Reduced Errors: Minimizes misdeliveries and errors in mail sorting.
4. Enhanced Services: Facilitates better service for bulk mailers by allowing for more targeted delivery routes.
5. Location Identification: Useful for geocoding and identifying specific locations within larger geographic areas.
Note: For exact features and services associated with ZIP Code 43025-0800, you would need to refer to USPS or local information specific to that area.

The 43025-0800 is a part of the PicoBlade series by Molex, which is designed for wire-to-board interconnections. This specific connector has 8 pins and is often used in applications that require a compact and reliable connection. The PicoBlade connectors typically support low-power signal and power applications and are known for their small form factor, making them suitable for tight-space constraints in electronic devices. The connector ensures secure mating and easy assembly due to its locking mechanism.

The 43025-0800 is a part number for a connector manufactured by Molex. Molex is a global company known for designing and producing electrical and electronic products, including connectors, cable assemblies, switches, and more. Founded in 1938 and headquartered in Lisle, Illinois, Molex operates as a subsidiary of Koch Industries, one of the largest privately-owned companies in the United States. The company services various industries, including automotive, consumer electronics, telecommunications, data communications, and industrial automation. Molex is recognized for its innovation in interconnect solutions and its commitment to quality and customer service.

The package type 43025-0800 refers to a Molex part number, which is typically used for connectors. Specifically, this part is associated with a Micro-Fit 3.0 connector, which is designed for wire-to-wire and wire-to-board applications. This connector is compact, with a 3.00mm pitch, and is often used in electronics for its reliable power and signal performance.