C-J18FNE/ID-MP(62)

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C-J18FNE/ID-MP (62) is a general purpose non-directional phase-locked loop frequency synthesizer which performs two-way frequency conversion and modulation. It has a wide application field due to its high accuracy, low noise and low power consumption features.

In terms of application, the C-J18FNE/ID-MP (62) has been widely used in many fields such as air-traffic control, wireless communications, satellite navigation, medical imaging, telemetry and avionics. In air-traffic control, for example, the C-J18FNE/ID-MP (62) can be used to detect and process the signal sent from aircrafts and to locate and orient them in space, thereby optimizing the air-traffic.

In wireless communication, the C-J18FNE/ID-MP (62) can be used to send and receive signals over a wide range of frequencies from 2 GHz to 16 GHz. It has the ability to limit the absolute variation of the frequency of a signal to a rate as low as 5 Hz/kHz, which is important for maintaining accurate communication between the sender and the receiver.

In satellite navigation, the C-J18FNE/ID-MP (62) can be used to track and compute the position of a vehicle, such as a car, using a Global Positioning System. It can also be used to track the movement of a boat or a plane. This enables the operators to have an accurate estimate of the location of the vehicle as well as its movement speed.

In medical imaging, the C-J18FNE/ID-MP (62) is often used for imaging techniques like Magnetic Resonance Imaging (MRI). It provides a strong and precise magnetic field to monitor the characteristics of a sample under examination by sophisticated equipment. This helps in providing an accurate visual representation of the internal anatomy of the sample, which is extremely helpful for medical diagnosis and treatment.

In telemetry, the C-J18FNE/ID-MP (62) can be used to provide a stable radio-frequency signal with which different types of measurements can be taken. This is especially useful when dealing with areas that are too far away or inaccessible for physical observation. This signal can also be used to control robots in remote locations and to send and receive data in a secure manner.

In avionics, the C-J18FNE/ID-MP (62) can be used to monitor, control and optimize on-board electronic systems in aircrafts. It can also be used to create stable radio signals for navigational use or to detect and identify targets for military purposes.

The working principle of the C-J18FNE/ID-MP (62) is based on phase-locked loop technology. This technology works by locking an oscillator to a reference frequency. The reference frequency is controlled by a voltage-controlled oscillator (VCO) which is fed with a controlled and fixed voltage. This voltage is then fed to the phase comparator which compares the signal from the oscillator to the reference frequency. The phase comparator then sends a signal to the filter and VCO which modifies the oscillator’s frequency as necessary.

The C-J18FNE/ID-MP (62) performs two-way frequency conversion and modulation, which means that it can both increase and decrease a frequency. This is important for applications where precise accuracy is needed. For example, it can be used in wireless communication for synchronization between the sender and the receiver. It can also be used to convert frequencies between the two devices, allowing them to communicate without loss of information.

C-J18FNE/ID-MP (62) is a very versatile tool that has a wide range of applications due to its accurate frequency control and low power consumption. It is also very reliable and can be used in many different settings. Due to these advantages, it has been used in different fields of communication, navigation and medical industry.

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