PHDR-20VS by JST Manufacturing

Overview of PHDR-20VS by JST Manufacturing

The PHDR-20VS is a board connector offering a configuration of 20 contacts arranged in one row. This female connector utilizes a crimp terminal for wire attachment and confirms to ROHS regulations making it compliant for use in a variety of markets prioritizing environmental safety and sustainability. Manufactured by JST (Japan Solderless Terminals), it stands out for its suitability in reliable and low-profile applications, featuring a connector type specifically designed for board connection. A noteworthy additional attribute of the PHDR-20VS includes compatibility with contact models SPHD-002T-P0.5 and SPHD-001T-P0.5, enhancing its versatility in various circuit configurations.

The body dimensions include a breadth of 0.197 inch, a depth of 0.287 inch, and a length of 0.862 inch, constructed from Polyamide 66, known for its robust mechanical strength and excellent heat resistance. The use of crimp terminals allows for a secure connection that supports a wire size ranging from 22 AWG to 28 AWG, facilitating various design requirements. With a rated current of 3 A and an operating temperature range from -25 °C to 85 °C, it ensures high performance in diverse environmental conditions.

Industry Applications for PHDR-20VS

The PHDR-20VS connector potentially plays a critical role in several industries:

  • Consumer Electronics: Could potentially be used in devices like smart home gadgets where compact and reliable connections are crucial. Due to the low-profile feature and high insulation resistance of this part, it is ideal for lightweight, compact consumer devices needing minimal space for connectors.
  • Industrial Automation: Might be useful in control systems and sensors where reliable and robust connectivity is necessary. Its high dielectric withstanding voltage (800VAC) and operating temperature range make it a potential choice for harsh industrial environments.
  • Computing and Data Storage: It could be beneficial in data centers and storage devices where high-density wiring is typical. The locking mounting feature provides additional security in physical connection, vital in preventing data disruption caused by loose connections.
  • Telecommunications: Possibly applicable in network equipment like routers and switches. The natural color of the insulator helps maintain a clean, organized look inside such sensitive equipment while ensuring proper functionality is maintained through effective signal integrity.

It is essential to underline that while these applications are possible, they require validation by engineering and design teams for standard compliance and specific application needs. Such assessments determine their actual suitability for these complex environments.

About JST Manufacturing

JST Manufacturing is a globally recognized leader in the production of various connector types, particularly in the realm of Headers and Edge Type Connectors. Their products, including PHDR-20VS, are well-regarded for their reliability and the technological innovation that goes into their development. JST’s connectors are designed with a focus on diverse industry applications, meeting stringent requirements for quality and performance. This leadership is maintained through ongoing research and a commitment to adopting the latest technologies in connector solutions.

Where to Find PHDR-20VS by JST Manufacturing

To purchase PHDR-20VS, it is recommended to explore options on findchips.com. This platform provides an accurate and up-to-date listing of availability across multiple distributors. Historically, distributors such as LCSC, CoreStaff Co Ltd, Chip1Stop, and Mouser Electronics have stocked this part. However, you should consult findchips.com to verify current stock levels and pricing. For identifying similar components, browse the Headers and Edge Type Connectors category, which may provide alternate parts that meet your specific needs.

Compare pricing for PHDR-20VS and other Headers and Edge Type Connectors / Connectors at findchips.com