BLC2425M8LS300PY

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Transistor Type:	LDMOS (Dual), Common Source
Frequency:	2.45GHz
Gain:	17.5dB
Voltage - Test:	32V
Current Rating:	--
Noise Figure:	--
Current - Test:	20mA
Power - Output:	300W
Voltage - Rated:	65V
Package / Case:	SOT1250-1
Supplier Device Package:	DFM4

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BLC2425M8LS300PY Application Field and Working Principle

Introduction

BLC2425M8LS300PY is a CSTBT (Complementary Silicon Tetragonal Bipolar Transistor) device designed for RF power amplifiers and switches. CSTBT technology can provide a wide range of benefits and a higher gain at lower current levels than conventional bipolar transistors. In addition, BLC2425M8LS300PY also offers low distortion and excellent thermal stability, making it well suited for RF power applications.

Applications

BLC2425M8LS300PY is primarily used in RF power amplifiers for cellular and wireless communications. Its low harmonic content and high gain make it ideal for applications like CDMA, GSM, PCS, and WCDMA. It is also suitable for use in WLAN applications, cable modems and other wireless networks. Its wide dynamic range, high gain and wide bandwidth make it especially suitable for amplifying signals that contain a large amount of data, including digital audio signals and video signals. Its low noise figure makes it ideal for use in radio receivers, high-speed switching, and in communication systems.

Working Principle

CSTBT transistors are formed by the integration of two transistors in a single circuit element. This allows the transistors to act as an amplifier as well as a switch. The two transistors are complementary to each other, meaning that one transistor is N-channel and the other is P-channel.In a CSTBT circuit, the N-channel transistor acts as an amplifier and the P-channel transistor acts as a switch. When signal current is applied, the N-channel transistor will amplify the signal while the P-channel transistor will act to switch the amplified signal on and off. This process is known as switching and amplification.The BLC2425M8LS300PY also features a low-noise amplifier, which further increases its power efficiency and helps to reduce distortion. The low-noise amplifier helps to convert weak received signals into strong and reliable signals. This makes it a great choice for use in digital modems, repeaters, and other communication systems.

Conclusion

BLC2425M8LS300PY is a great RF power amplifier transistor designed for cellular and wireless communication applications. Its CSTBT technology provides low harmonic content, high gain and wide dynamic range, making it well suited for applications like cellular, wireless networks, WLAN and cable modems. In addition, its low-noise amplifier helps to reduce distortion and provides better signal conversion, making it an ideal choice for digital modems, repeaters, and other communication systems.

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