Overview of B3F-1052 by OMRON Corporation
The B3F-1052 is a momentary tactile keypad switch designed for low-power applications. It features a single-pole, single-throw (SPST) configuration, making it suitable for a variety of electronic projects and devices that require a compact and reliable switch. This switch has a maximum current rating of 0.05 A at 24 VDC, enabling its use in both low-voltage and low-current environments.
With an operating force of 1.96 N, the tactile feedback provided by the B3F-1052 allows users to confirm actuation, which can enhance user experience and functionality. The part has four PCB holes for straight-through-hole mounting, making it easy to integrate into PCB designs. It has been developed with compliance to ROHS standards, ensuring it is environmentally friendly and free from hazardous substances.
Additional technical specifications include a contact bounce time of a maximum of 5 ms, an insulation resistance of 100 MΩ, and a dielectric withstand voltage of 500 VAC. The projected plunger type actuator is colored yellow and measures 6 x 6 mm, which contributes to the overall compact design. The electrical life of the switch is up to 300,000 cycles, offering durability for long-term applications.
Industry Applications for B3F-1052
The B3F-1052 might find applications across various sectors. Here are some potential industry applications to consider:
- Consumer Electronics: The tactile nature of the B3F-1052 could potentially benefit devices such as handheld gadgets, remote controls, and small appliances. Its compact size and momentary action make it an ideal candidate for user interfaces in such products.
- Industrial Automation: In this sector, switches like the B3F-1052 may be used in control panels or machinery where operator input is required. The switch’s durability, with an electrical life of 300,000 cycles, could support automated equipment needing reliable user inputs over an extended lifespan.
- Computing and Data Storage: The B3F-1052 could be integrated into various computing devices, such as keyboards, gaming controllers, or storage units. Its tactile feedback might enhance user interactions with computing hardware, ensuring accurate inputs, particularly in devices needing repetitive action.
- Robotics and Drones: In the field of robotics, the B3F-1052 may serve as a control mechanism for robotic arms or drones where user input is crucial for operation. The switch’s low-power requirements and compact form could be advantageous in battery-operated devices.
It should be noted that these potential industry applications are conceptual and require analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements. Similar parts may also be employed in these applications, so comparisons among different components may yield additional insights.
About OMRON Corporation
OMRON Corporation is a well-established manufacturer known for its extensive range of electronic components, particularly in the field of switches, including keypad switches. The company places a strong emphasis on innovation and quality, striving to provide reliable components that meet industry demands.
The B3F-1052 is among a variety of similar products manufactured by OMRON, which are designed to cater to specific needs in the market, such as compactness and tactile feedback. Other related products may include different configurations of keypad switches that also comply with ROHS regulations, reinforcing OMRON’s commitment to environmental sustainability.
Where to Find B3F-1052 by OMRON Corporation
For those interested in purchasing the B3F-1052, it is advisable to conduct research on available distributors via findchips.com. This platform can provide current stock levels and pricing, along with options to explore other similar keypad switches that may be offered by OMRON Corporation or different manufacturers. Historically, the B3F-1052 has been available through distributors such as Win Source Electronics, CoreStaff Co Ltd, Chip1Stop, and Mouser Electronics, among others.