KPT80-22C

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The KPT80-22C is a precision frequency synthesizer designed for various microwave applications. It is a multi-synth engineering tool with 13 selectable output frequencies and is ideal for applications in telecommunications, cable television, and transponder systems. The device provides various system design options for both analog-to-digital and digital-to-analog conversion.

The KPT80-22C has an output frequency range of 9.6kHz to 4.8GHz. It uses a VCXO (voltage-controlled crystal oscillator) as the reference frequency in order to produce precision signals. The device has an extremely stable reference input frequency, ensuring zero drift behavior and linearization of the output signal over time. The frequency can be tuned from 0.3% to 10% of the reference frequency, which provides designers with great flexibility in system design.

The KPT80-22C incorporates a wide range of features such as high-efficiency switching between low and high frequency ranges, a programmable single-tone output, and a “lock detect” command. The power consumption is low and the start-up time is quicker than with other synthesizers on the market. It also features a low-noise synthesizer design and a temperature-compensated amplifier.

The KPT80-22C is versatile enough to be used in nearly any application. It can be used in synthesThized receiver systems, digital and linear radio systems, modems, ATV/SAT receivers, and frequency-hopping spread spectrum systems. It is also perfectly suitable for use in a wide variety of other applications such as broadcasting, military communications, navigation, and remote sensing.

The working principle of the KPT80-22C is based on the use of the VCXO. This is a specialized oscillator that changes frequency when a voltage is applied. When initially powered up, the device sets the voltage to a level that provides the desired frequency. If the power source fluctuates, the device can quickly adjust the voltage to bring the output frequency back into the correct range.

The KPT80-22C utilizes a number of subsystems to generate the required output frequency. First, the reference signal from the VCXO is received and amplified by a low-noise amplifier. The amplified signal is then mixed with the synthesizer’s frequency control signal to produce the desired output frequency. The synthesizer then sends this frequency to an output amplifier before it is sent to the desired destination.

The KPT80-22C is an ideal choice for microwave applications due to its precision frequency synthesis capabilities and its wide range of features. Its low power consumption, quick start-up, and temperature-compensated design makes it a dependable and cost-effective device. The KPT80-22C provides designers with the flexibility they need to produce accurate and reliable signals for their systems.

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