Wurth Elektronik Phototransistor 4-Pin LSOP, Collector Emitter Voltage 80V, Isolation Voltage 500Vrms, Series 140107146000

Wurth Elektronik 140107146000 phototransistor in a 4-pin LSOP package is designed for sensitive light detection and signal transmission in diverse industrial and electronic applications. It supports a maximum collector emitter voltage of 80V, making it suitable for circuits requiring robust voltage tolerance. The phototransistor also features an isolation voltage of 500Vrms, securing electrical isolation and safeguarding circuit integrity during operation.

This device is manufactured in China, with a durable white plastic housing that offers protection against environmental factors and mechanical stresses. The product complies with RoHS and is halogen free, aligning with modern environmental standards.

Operating temperature spans from -55 up to +110 degrees Celsius, allowing deployment in harsh and challenging operational environments. It provides one channel output in a slender LSOP 4-pin package, facilitating easy PCB mount and integration into complex electronic systems.

Typical applications include use in optocouplers, optoelectronics, and other circuits where precise light detection and electrical isolation are paramount. Suitable for industrial electronics, communication equipment, and power-related applications, this phototransistor supports reliable performance and longevity.

This phototransistor features a collector emitter voltage of 80V. It has an isolation voltage rating of 500Vrms providing reliable electrical separation. The product is housed in a compact 4-pin LSOP package. The device is RoHS compliant and Halogen free for environmental safety.

Operating temperature ranges from -55 to +110 °C ensuring versatile usage. The phototransistor includes a single channel output type for standard signal detection. Its white plastic housing enhances durability and protection.

Explore more Phototransistors and electronic components from EnvMart for your industrial and laboratory needs.