1571983-4 by TE Connectivity

Overview of 1571983-4 by TE Connectivity

The 1571983-4 by TE Connectivity is a DIP switch, specifically a single pole, single throw (SPST) switch with four positions. Designed for a maximum current of 0.025 amperes at 24 volts for direct current (DC) applications, this component caters to low power usage scenarios with precision. It is a surface mount device (SMD) tailored for applications where space is at a premium and where direct soldering to the printed circuit board (PCB) is required. Given its classification within the subcategory of DIP Switches, it plays a crucial role in allowing manual control over the electrical circuit it is part of, enabling or disabling paths within the circuit based on the switch’s position.

The switch is constructed with a black, liquid crystal polymer actuator material, and it features an actuator length of 0.039 inch. The body dimensions (breadth, height, and length or diameter) are meticulously designed, ensuring a compact form factor. The center and end contacts are made from a copper alloy with a gold over nickel plating, ensuring robust electrical performance and durability. The housing and insulator materials are both made from polyphenylene sulphide, which offers excellent resistance against chemical and thermal degradation. With an operating temperature range from -30 °C to 85 °C and a dielectric withstand voltage of 300VAC, this switch is engineered for reliability and performance.

To meet the highest standards of safety and environmental compliance, the 1571983-4 is RoHS compliant and Reach compliant, with an ECCN code of EAR99 and an HTS code of 8536.50.90.65. It features a switch action that is latched, meaning that the actuator stays in its position until manually changed, ensuring stability in the switch’s setting. The electrical life of the component is rated to withstand 1000 cycles, indicating durability in repeated use scenarios. The factory lead time for this part, as of the current writing, is 35 weeks and 2 days, suggesting planning ahead is crucial when incorporating this component into production schedules.

Industry Applications for 1571983-4

The 1571983-4 has potential applications across a broad spectrum of industries, adapting itself well to varied use cases that require precise manual control over electronic circuits. It is important to emphasize that these applications are conceptual and should be explored and verified by engineering and design teams to ensure adherence to industry standards and specific application requirements. Possible use cases include:

  • Education and Research: In educational settings, such as university laboratories and technical research institutes, this DIP switch could potentially be utilized in experimental setups, teaching aids, and research projects that require manual control over the circuit settings. The high insulation resistance and durability under varied temperature conditions make it well-suited for educational purposes where equipment may undergo frequent changes and handling.
  • Consumer Electronics: High-quality, reliable switches like the 1571983-4 might be employed in consumer electronics, such as audio equipment, to allow users to customize sound output or in other devices that require user-configurable settings. The switch’s compact size and surface mount design could make it particularly appealing for devices where space is limited.
  • Industrial Control Panels: In the industrial sector, control panels that manage machines or processes could potentially benefit from the precise control this switch offers. The robustness of its construction and the ability to withstand a reasonable range of operating temperatures might make it suitable for environments that are harsher than typical consumer settings.
  • Telecommunications Equipment: Telecommunications gear, which often requires configuration for optimal performance based on operational requirements or environmental conditions, might incorporate such a DIP switch for manual adjustments. The switch’s reliability and life cycle make it a candidate for such applications.

Note: These potential industry applications are illustrative and require detailed analysis and verification for compliance with industry standards and specific application requirements.

About TE Connectivity

TE Connectivity holds a prominent position in the world of electronic components, particularly within the realm of switches. In the specific niche of DIP Switches, TE Connectivity has established itself as a provider of high-quality, reliable components that cater to a wide array of industrial, commercial, and consumer applications. The 1571983-4 is just one example of TE Connectivity’s wide-ranging product line, which encompasses a broad spectrum of switches including rocker, toggle, and push-button types, alongside the more specialized DIP switches.

The company is recognized for its commitment to innovation, environmental sustainability, and compliance with the latest regulations, including RoHS and REACH. This dedication ensures that their components, like the 1571983-4, not only meet but often exceed industry standards for performance, reliability, and safety. For designers and engineers looking for switches that integrate seamlessly into their projects while upholding the highest standards, TE Connectivity offers a compelling choice.

Where to Find 1571983-4 by TE Connectivity

To procure the 1571983-4 part, or to research purchasing options, recommendations include visiting our site, findchips.com. Within our platform, users have the capability to compare current stock levels, pricing, and available distributors for not just the 1571983-4 but also a wide variety of DIP Switches offered by TE Connectivity and other manufacturers. Historically, this part has been available from distributors such as New Advantage Corporation, Master Electronics, LCSC, and Avnet Abacus among others. However, it is important to check findchips.com for the most up-to-date availability and pricing information.

Compare pricing for 1571983-4 and other DIP Switches / Switches at findchips.com