EG-2101CA 156.2500M-PCZL3

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Oscillators can be defined as circuits or devices that generate electrical signals with a well-defined frequency, within an acceptable level of distortion. Oscillators are the most commonly utilized components in electronic circuits and systems, and EG-2101CA 156.2500M-PCZL3 is no exception. This oscillator offers plenty of advantages such as a good vibration resistance and stability, fast response time, high frequency precision, and small size.

In terms of applications, EG-2101CA 156.2500M-PCZL3 oscillator is primarily used in communication systems. This device is well-equipped to be used in various services, such as GSM/CDMA, HSPA, WiMAX, and HDTV transmissions. Additionally, EG-2101CA 156.2500M-PCZL3 can be used for equipment synchronization which requires a highly reliable oscillator. Oscillator’s low jitter is beneficial in generating precise clock signal, helping it to be used in applications like GPS, radar, and satellite communication.

These oscillators are often used in embedded designs, handheld wireless services, and system-on-a-chip modules. Furthermore, EG-2101CA 156.2500M-PCZL3 oscillator offers a frequency range from 56.25 KHz to 5 MHz and its cycle times are independently adjustable. The high level of integration offers plenty of options that can be tailored to fit customers’ requirements. The output is available in both LVCMOS or 5V TTL formats, which can then be directly fed into the system.

Moreover, IG-2101CA 156.2500M-PCZL3 oscillator has a distinct working principle. This oscillator uses a combination of voltage-controlled-oscillator (VCO) and Colpitts circuit. The design of the synchronous oscillator is relatively simple. The Colpitts circuit is essentially an LC circuit consisting of two capacitors connected in series with an inductor to form a tank circuit. The output of the VCO is then fed into the Colpitts circuit, serving as a reference frequency.

The purpose of the Colpitts circuit is to generate a time delay in the phase signal such that the output of the feedback stage is in phase with the output of the VCO. The frequency of the combination is determined by the ratio of the capacitance value and inductance value in the Colpitts circuit. An amplifier is then used to amplify the signal for output.

In conclusion, EG-2101CA 156.2500M-PCZL3 oscillator is a reliable oscillator which offers excellent performance and stability. These oscillators are most suitable for a wide range of applications, such as communication systems, navigation systems, radar and satellite systems. Furthermore, its working principle involves the use of a VCO and Colpitts circuit. IG-2101CA 156.2500M-PCZL3 oscillator thus becomes a great choice when selecting oscillators for any design or system.

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