Chip One Stop - Shopping Site for Electronic Components and Semiconductors
Menu
Japan
Change
English
SELECT YOUR LANGUAGE
JPY
SELECT YOUR CURRENCY FOR DISPLAY
About Preferential Rank / Discount

Current price of Item(s) have been applied below.
 


・Preferential Rank and Discount rate will be applied according to your usage of our web service.
・Discount is only applicable to orders from chip1stop web site.
・Discounts may not be applicable to all products and may be subject to MOQ.
・Please contact your representative for details of Preferential Rank.
・No other coupons may be used in conjunction with this discount.

Products by Category

Resistors

Bourns is recognized as a leading provider of resistive goods, offering a comprehensive array of resistive elements that are suitable for a wide variety of application requirements. Thin film and thick film chip resistors, chip resistor arrays, chip resistor networks, current sense resistors, metal strip shunts, pulse-resistant resistors, sulfur-resistant resistors, UL recognized fusible resistors, high-power resistors, and wirewound resistors are just a few of the resistive products that we develop and design for the flexibility of each designer.

They are used in automotive, current sense, surge/pulse withstand, high voltage, sulfur-resistant, and fusible circuit protection applications, among other things.

Greater power densities, higher working temperatures, lower temperature coefficients, and higher operating voltages are just a few of the challenges that will face product designers in the future. That is why parts from Bourns are being designed and developed in the telecommunications, automotive, industrial and consumer industries in order to fulfill future needs.

Bourns is continuing to design and release parts that will meet future requirements in Telecommunications, Automotive, Industrial and Consumer markets. Challenges for the design of future products include higher power densities, higher operating temperatures, lower temperature coefficients and higher operating voltages.