Allicdata Part #: | 500DRAC200M000ACFR-ND |
Manufacturer Part#: |
500DRAC200M000ACFR |
Price: | $ 1.24 |
Product Category: | Crystals, Oscillators, Resonators |
Manufacturer: | Silicon Labs |
Short Description: | SILICON OSC; DIFF; 0.9-200 MHZ |
More Detail: | 200MHz XO (Standard) SSTL Oscillator 2.5V Standby ... |
DataSheet: | 500DRAC200M000ACFR Datasheet/PDF |
Quantity: | 1000 |
1000 +: | $ 1.11447 |
Series: | Si500D |
Packaging: | Tape & Reel (TR) |
Part Status: | Active |
Base Resonator: | MEMS |
Type: | XO (Standard) |
Frequency: | 200MHz |
Function: | Standby (Power Down) |
Output: | SSTL |
Voltage - Supply: | 2.5V |
Frequency Stability: | ±10ppm |
Absolute Pull Range (APR): | -- |
Operating Temperature: | 0°C ~ 70°C |
Current - Supply (Max): | 26.7mA |
Ratings: | -- |
Mounting Type: | Surface Mount |
Package / Case: | 6-SMD, No Lead |
Size / Dimension: | 0.157" L x 0.126" W (4.00mm x 3.20mm) |
Height - Seated (Max): | 0.035" (0.90mm) |
Current - Supply (Disable) (Max): | 1.9mA |
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Ac frequency response (ACFR) oscillators are a delightful addition to the oscillator family. They are the result of an insightful initiative that has allowed engineers to add a fantastic variety of capabilities and features to their designs. Ac frequency response (ACFR) oscillators combine the strengths of the traditional PLL and VCO type oscillators with the classically stable performance of a quartz oscillator. While ACFR oscillators offer the same versatility as other oscillators, they are particularly advantageous for operating in environments where temperature, line noise and vibration are present.
When considering ACFR oscillators, it is important to understand that the stability of the signal depends upon the ability of the system to accurately track and respond to ac signals, which may be quite variable in both frequency and amplitude. The key to the performance of an ACFR oscillator is its ability to quickly and accurately track and respond to wide variations in the ac signal. By quickly and accurately adjusting the oscillator frequency and amplitude to the ac signal, the oscillator is able to maintain a stable output frequency and signal level.
The way this is accomplished is through the use of two different types of oscillator architectures. One of these architectures uses the PLL for frequency tracking and control. The PLL contains two components, the loop filter and the phase detector. The loop filter is used to compare the phase of a reference frequency to the phase of the incoming ac signal. If there is a difference in the phases, the loop filter adjusts the oscillator frequency and phase. The phase detector is responsible for detecting the frequency of the incoming signal.
The other type of ACFR oscillator architecture utilizes the VCO for frequency tracking and control. In this architecture, the VCO is connected to the loop filter and acts as a feedback loop, adjusting the oscillator frequency and phase to maintain the desired ac signal level. The loop filter supplies the VCO with the desired ac signal level, which is fed back to the loop filter and compared to the reference frequency. If there is a difference, the oscillator is adjusted accordingly. This type of architecture is well-suited to applications requiring high frequency tracking performance, such as a frequency-hopping radio system.
An ACFR oscillator provides superior performance in a variety of applications. The wide dynamic range and fast tracking capabilities make them ideal for radio frequency applications, as well as for multipurpose electronic systems that require precise frequency control. Additionally, their stability and wide frequency accuracy make them well-suited for test and measurement activities. In addition to these applications, ACFR oscillators are also used in automotive and industrial controllers to regulate motor speed and other control functions. By using an ACFR oscillator, engineers can quickly and accurately set the desired frequency and provide long-term reliability and stability.
The stability, accuracy, and reliability of ACFR oscillators make them an attractive choice for design engineers. They offer many advantages over other types of oscillators including their wide dynamic range, fast tracking performance, and low power consumption. By utilizing an ACFR oscillator, engineers can easily achieve the precision and reliability they need for their designs.
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