SIT8008BCL8-18E

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Programmable Oscillators are complex electronic components whose signal output is capable of being programmed. They are also known as frequency selective controllable oscillators, or controllable oscillators, and can be used for applications such as signal testing, frequency synthesis and to control the speed of a system. The SIT8008BCL8-18E is a Programmable Oscillator that combines precision frequency control within a compact package. It features a wide range of operating specifications, a low Phase Noise (PN) value, and a highly stable frequency output.

The SIT8008BCL8-18E is a Sigmatron precision temperature-compensated crystal oscillator (TCXO). It features a frequency range of 8MHz to 18MHz, as well as a temperature stability of ±8ppm (−10 to 60°C). It also has a frequency error of ±1ppm and age stability of ±3ppm/year. The device also has a low phase noise value of −100dBc/Hz@100kHz, which ensures that its frequency output remains highly stable over the course of long lifespans.

SIT8008BCL8-18E boasts an array of application options. It can be used for frequency synthesis and signal testing in communications, instrumentation, navigation and radar systems. It is also an excellent choice for electronic clock or timing circuits, embedded systems and robotics. Furthermore, this TCXO can operate in a wide range of temperatures, making it suitable for applications where temperatures frequently fluctuate.

The SIT8008BCL8-18E operates in a manner similar to other controllable oscillators. It utilizes a quartz crystal resonator to generate high-frequency electric signals. These signals are then fed through an amplifier circuit, which produces an output signal of a predetermined frequency. By adjusting the amplifier’s bias voltage and capacitance, the frequency of the output signal can be precisely adjusted.

The SIT8008BCL8-18E is an ideal choice for those seeking precision frequency control in a compact package. It features a wide range of operating specifications and can be used for applications such as frequency synthesis, signal testing and to control the speed of a system. Furthermore, its low PN value ensures a highly stable frequency output over the course of long lifespans.

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