ON9135E-R58

Through Hole Resistors enable efficient electrical control between two connections in a circuit, providing an efficient path for an electric current to pass through. The ON9135E-R58 is a through hole resistor created by the Taiwan-based company Jinan Longteng Electronics. This resistor is specifically designed for SMD and through hole surface mount applications such as high-speed pulse, automotive, power management, and so on. It is optimized for high-precision control and high intensity current applications.

In terms of physical design, the ON9135E-R58 is a post-oxide type of surface mount, rectangular-shaped resistor. Its size is 0805, with a thickness of 0.6mm. The package is RoHS compliant, and uses two gold-plated terminal pins to provide good connection.

The ON9135E-R58 is a robust, through-hole resistor that is designed to handle a wide variety of operating conditions. It has a resistance range of 1Ω to 10MΩ and can handle currents of up to 150mA. The design of the resistor also facilitates improved response and accuracy, ensuring that the pulses generated in the circuit are consistent across the board. It is rated for high temperature operation of up to +85℃, and can withstand reverse polarity conditions and ESD pulse discharges without damage.

In terms of the working principle of the ON9135E-R58, it is based on a two-metal resistor structure. This is a form of wirewound resistor technique that places two metals in close contact to form a resistive path. The number of turns of the metal housings are controlled by an electronic control device to maintain a defined resistance value in the resistor. Additionally, the ON9135E-R58 uses a pre-metallized film for good insulation properties, good thermal stability, and high tolerance.

Overall, the ON9135E-R58 is an ideal choice for through-hole surface mount applications where precise control and high power handling capabilities are needed. It is durable and reliable, as well as highly accurate; making it an excellent choice for performance-critical applications that require precision and consistency.