PDTC124ES,126

The PDTC124ES and PDTC126 are two types of pre-biased single bipolar transistors manufactured by NXP ® Semiconductors. They are high-speed, high-current NPN transistors ideal for switching and amplifier applications. Both the PDTC124ES and PDTC126 have similar packaging, application fields and working principles.

Packaging

The PDTC124ES and PDTC126 are offered in a through-hole package that is designed to enable easy mounting on printed circuit boards (PCBs). Both devices come in a TO-92 package, which contains three solderable pins and measures 3 mm x 3 mm. The TO-92 package is a popular, easy-to-use standard package that simplifies the design and assembly of electronic components in the electronics industry.

Application Field

The PDTC124ES and PDTC126 are suitable for a variety of applications, from motor control and automotive lighting to portable device charging and industrial automation. Both devices feature a low saturation voltage of 0.2 V, allowing for fast switching and low power consumption. The PDTC124ES also features a breakdown voltage of 40 V. The PDTC126 includes all the features of the PDTC124ES, but with a higher breakdown voltage of 60 V.

Working Principle

The PDTC124ES and PDTC126 are based on NXP ® Semiconductors\' vertical PNP technology. This technology enables the devices to have high-speed switching and amplifying capabilities by utilizing the vertical PNP\'s low-saturation voltage and high breakdown voltage. In order to achieve optimal results in these fields, the device must be biased correctly. Biasing allows for a higher current operating range as well as a lower operating temperature.

Conclusion

The PDTC124ES and PDTC126 are both high-speed, high-current NPN transistors that are ideal for switching and amplifier applications. They come in a popular TO-92 package that is designed to enable easy mounting on PCBs. The devices feature a low saturation voltage, allowing for fast switching, and a high breakdown voltage, allowing for higher current operating range and lower operating temperature.