LMH6559MFX

• Closed-loop buffers
• Small signal bandwidth of 1750MHz
• 4580V/μs slew rate
• 0.06%/0.02° differential gain/phase
• At 20MHz - 52dBc THD
• Single-supply operation (3V minutes. ）
• 75 mA output current

illustrate

The LMH6559 is designed for processing applications requiring very high frequency signals for high-speed closed-loop buffering. Although it offers a small signal bandwidth of 1750MHz and a high slew rate of over 4580V/μs, the LMH6559 consumes 10 mA of quiescent current in the United States. Up to a load of 100, total harmonic distortion At 20MHz - 52dBc. The LMH6559 is an internal one-loop gain configuration. The input impedance is 200K But 1.2 and output resistance 。 These properties make the semiconductor LMH6559 ideal for high-frequency signals distributed on printed circuit boards. The LMH6559 with differential gain of 0.06% and 0.02° and phase specifications at 3.58MHz is ideal for buffering video signals.

This device is a process of adopting a nationally recognized high-performance circuit structure using the high-speed VIP10 of the United States National Semiconductor.

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• Video conversion and routing
• Test the driver for the point
• High frequency active filter
• Wideband DC clamping buffer
• High-speed peak detector circuit
• Transmission system
• telecommunication
• Test equipment and instrumentation.