NE856M03-A

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The NE856M03-A is a high-performance bipolar monolithic signal processing circuit that includes a 10-stage power amplifier, dc power supply voltage stabilizer, and clock pulse generator. It is designed for use in both RF and audio applications and is manufactured and tested according to stringent quality control procedures.

The NE856M03-A is designed to meet the needs of the telecommunications industry by providing a single chip solution for signal processing. The circuit is designed to provide excellent signal-to-noise ratio, linearity, and bandwidth, while offering a maximum wideband accuracy of ±3% over the 500 - 900 MHz range. Additionally, the device provides high conversion efficiency, low distortion, and low energy consumption.

The circuit has a wide-range voltage stabilizer and clock pulse generator that provides a precise timing source and precise voltage control. The design ensures that the circuit is more reliable, efficient, and precise compared to conventional methods. The NE856M03-A is well suited for high-speed data communication applications that require precise control over the clock speed, timing, and supply voltage.

In addition to its excellent signal-to-noise ratio, linearity and bandwidth, the NE856M03-A features an additional benefit of high gain and extremely low corresponding noise figure of -151 dB/Hz for broadband frequencies. This enables the NE856M03-A to provide an optimal performance in audio and high-speed data communication applications.

The NE856M03-A has a wide operating temperature range of -40°C to 125°C, making it suitable for use in harsh environmental conditions. Additionally, it is constructed with embedded components to provide greater temperature stability and performance. Its patented “transformerless cascode configuration” ensures that it operates efficiently with lower energy consumption.

Overall, the NE856M03-A is an ideal choice for applications in RF and audio transmission and reception. The device offers optimal signal-to-noise ratio, linearity, bandwidth, and gain performance, while consuming only minimal amounts of power. Furthermore, its advanced design with embedded components provides reliability, temperature stability and improved efficiency.

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