Vishay/Sprague

Vishay/Sprague is a globally recognized semiconductor manufacturer that was established in the year 1962. The company had its humble beginnings in North Adams, Massachusetts, USA, under the leadership of Philip M. Conley, a pioneer in the field of electronics. Vishay/Sprague was originally initiated as a division of Sprague Electric Company, itself a renowned capacitor manufacturer. Over the years, as the demand for semiconductors grew, Vishay/Sprague evolved and progressed, ultimately gaining its reputable stature as a leading manufacturer of semiconductors.

Over more than half a century of operation, Vishay/Sprague has successfully diversified its product portfolio to cater to a wide array of markets and industries. There are several significant categories in its extensive product range. Some of the major ones include resistors, capacitors, inductors, sensors, optoelectronic components, diodes, and transistors. The company has been instrumental in the technological advancements of these products, continuously innovating and enhancing its offerings to meet the increasing demands of the electronics industry.

• Resistors are a critical component of Vishay/Sprague's product portfolio, with the company manufacturing a wide variety of resistors including thick and thin film, wirewound, power, and precision resistors.
• Capacitors are another primary product of the company, ranging from ceramic to tantalum and film capacitors.
• The company also produces an array of inductors for various applications, including automotive and medical devices.
• Sensors, a relatively newer addition to the product range, have been integrated into a multitude of devices, paving the way for smart, interconnected technologies.
• Vishay/Sprague's optoelectronic components, like infrared emitters, photodetectors, and optical sensors, are key to many modern technological functionalities.
• Diodes and transistors, the basic building blocks of many electronic circuits, have been continually improved upon by the company to accommodate the increasing complexity of electronic devices.