PL123-09NOC-R

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Clock Buffers, Drivers, and PL123-09NOC-R are a critical part of clock/timing systems. In clock/timing applications, reliable buffer/driver modules are necessary to from the timeframe with accurate and uniform signals. CL123-09NOC-R is a precision clock buffer, making it a popular choice for many clock applications.

The PL123-09NOC-R is a one SI2C 3.3V/10V/15V precision clock buffer for clock and timing system applications. It provides a Output Enable control and precision logic levels. It is available in Vbe select versions and 3.3V, 10V and 15V supply voltages. It typically supports ECL, CMOS and LVDS output levels. The device uses a low power FET logic inverter core composed of two sidewall transistors and an H-bridge circuit.

The PL123-09NOC-R buffer provides two outputs with a minimum pulse width of 10nS and a maximum pulse width of 100pS. The output is terminated with a 0.01Ω series resistor. The buffer\'s supply voltage ranges between 2.5V and 15V and can be driven between 0.1V and 2.2V. The device\'s output current is set to 4mA.

The PL123-09NOC-R is used for a variety of applications, including network card and router implementations, analog signal conditioning, timing and frequency applications, and more. With its high performance levels and low-power operation, the PL123-09NOC-R is suited for applications where precision timing and minimal power consumption are required. Its reliable and stable output signals also make it ideal for systems requiring accuracy and uniformity.

The PL123-09NOC-R can be used for both clock and data transmission. When used for data transmission, the PL123-09NOC-R will allow the data to be transmitted accurately and consistently with minimal errors due to its low power consumption characteristics. For clock applications, the device ensures precision timing and uniform signals since its low jitter characteristics allow the buffer to maintain accuracy over a wide range of temperatures and frequencies.

The PL123-09NOC-R working principle is based on the FET logic inverter core. The logic inverter core consists of two sidewall transistors and an H-bridge circuit connected in series. The power line is connected to the input of the buffer and the output from the buffer is then connected to the output interface. The FET logic inverter core is controlled by the logic voltage provided to the buffer, allowing for precise control over the output signal.

The PL123-09NOC-R has many advantages, such as a precision clock buffer, Output Enable control, and 3.3V, 10V, and 15V supply voltage capabilities. Additionally, its low power operation, accuracy over a wide range of temperatures and frequencies, and wide output pulse width range make it an ideal choice for many applications. The PL123-09NOC-R is an excellent option for any clock or data transmission applications requiring precision timing and reliability.

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