STCD2400F35F

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The STCD2400F35F is an ultra-high speed differential receiver with an adjustable threshold ideally suited for clock and data recovery (CDR) applications. This high-performance dual-channel receiver is designed to interface between devices operating with full-swing LVDS (low-voltage differential signaling) and higher-performance logic devices operating with LVPECL (low-voltage positive emitter-coupled logic), PECL (positive emitter-coupled logic), or CML (current-mode logic) inputs. The CDR input frequency range is from 0 to 7.8GHz when utilizing an external oscillator.

The STCD2400F35F CDR module offers several features such as adjustable output voltage thresholds, adjustable sensitivity, integrated data and clock outputs, a frequency-lock indicator output, and adjustable gain. In addition, the device offers excellent jitter visibility, relatively low EMI emission, and high data reliability.

The STCD2400F35F is designed to be used in a wide range of applications where data rates and jitter requirements are critical. Because of its high-speed capabilities, this device is ideal for clock buffering, driving, timing, and clock generation applications.

STCD2400F35F Application Field and Working Principle

The STCD2400F35F application field includes clock buffering, driving, timing, and clock generation, as well as CDR applications. This device is ideal for high-speed interfaces that require tight jitter control, because of its adjustable output voltage thresholds, adjustable sensitivity, integrated data and clock outputs, frequency-lock indicator output, and adjustable gain.

The STCD2400F35F is a two-channel differential receiver, meaning it has two differential inputs, one for the clock signal and the other for the data signal. These inputs are then converted into a single differential output. This output is an LVDS signal which is then used to drive the logic inputs of the receiving device.

The STCD2400F35F also offers an adjustable gain ranging from 0.5 to 1.5 using an external resistor. This adjustable gain is used to compensate for variations in the input signal levels and ensure signal integrity in high frequency applications. In addition, the device offers an adjustable sensitivity level, allowing it to be tuned to a wide range of signal levels.

The STCD2400F35F also features an integrated data and clock output, which helps reduce jitter levels and provide a more reliable signal. The frequency-lock indicator output is used to indicate when the input signal is locked and providing a reliable data stream. Finally, the device also features an adjustable output voltage thresholds, allowing it to be optimized for specific signal levels.

In summary, the STCD2400F35F is an ideal CDR for clock and data recovery applications. Its adjustable gain, adjustable sensitivity, integrated data and clock outputs, frequency-lock indicator output, and adjustable output voltage thresholds make it an ideal solution for high-speed interfaces requiring tight jitter control. Its superior performance in CDR applications makes it a valuable component in a wide range of applications related to clock buffering, driving, timing, and clock generation.

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