510FBA-BBAG Allicdata Electronics
Allicdata Part #:

510FBA-BBAG-ND

Manufacturer Part#:

510FBA-BBAG

Price: $ 4.33
Product Category:

Crystals, Oscillators, Resonators

Manufacturer: Silicon Labs
Short Description: OSC PROG LVDS 2.5V 25PPM EN/DS
More Detail: XO (Standard) LVDS 125MHz ~ 169.999MHz Programmabl...
DataSheet: 510FBA-BBAG datasheet510FBA-BBAG Datasheet/PDF
Quantity: 1000
1 +: $ 3.89340
10 +: $ 3.67479
50 +: $ 3.56681
100 +: $ 3.40471
500 +: $ 3.24260
1000 +: $ 2.81025
Stock 1000Can Ship Immediately
$ 4.33
Specifications
Frequency Stability: ±25ppm
Current - Supply (Disable) (Max): 18mA
Height: 0.050" (1.28mm)
Size / Dimension: 0.197" L x 0.126" W (5.00mm x 3.20mm)
Package / Case: 6-SMD, No Lead
Mounting Type: Surface Mount
Ratings: --
Current - Supply (Max): 23mA
Spread Spectrum Bandwidth: --
Operating Temperature: -40°C ~ 85°C
Frequency Stability (Total): ±50ppm
Series: Si510
Voltage - Supply: 2.5V
Output: LVDS
Function: Enable/Disable
Available Frequency Range: 125MHz ~ 169.999MHz
Programmable Type: Programmed by Digi-Key (Enter your frequency in Web Order Notes)
Type: XO (Standard)
Base Resonator: Crystal
Part Status: Active
Packaging: Tray 
Description

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Programmable oscillators are signal-generating devices that are designed to produce an output signal with an amplitude, frequency, and shape that can be customized for a given application. The 510FBA and BBAG are two examples of such oscillators. This article will describe their application fields and provide a brief overview of how each type works.510FBA Oscillators510FBA oscillators are designed for a range of low-power applications, such as modulating clock signals for embedded systems and communication circuits. The output signal from a 510FBA oscillator is typically a square wave, but the frequency and duty cycle can be adjusted by the user to suit the application. The output waveform can also be synchronized to that of another clock signal or an external voltage. This provides the user increased flexibility when designing an application circuit.BBAG OscillatorsBBAG oscillators are designed for use in high-precision applications where accuracy, stability, and jitter are of paramount importance. These oscillators use an advanced temperature compensation technique to achieve excellent accuracy across a wide operating temperature range. The frequency of these oscillators can be adjusted electronically or by manual adjustment of the external components. The operation frequency of a BBAG oscillator can range from sub-1kHz to up to 1GHz, making them suitable for a range of high-speed applications.Working PrincipleTo generate an oscillating signal, both the 510FBA and BBAG oscillators use a feedback loop containing an amplifier, a capacitor, and an inductor. This feedback loop is configured such that, when the amplifier outputs an increasing positive signal, the capacitor and inductor combine to form a high-impedance path that resists further increase of the signal. Conversely, when the amplifier outputs an increasing negative signal, these components connect in such a way as to create a low-impedance path that accelerates the decrease in the signal. This process amplifies the generated signal, and the loop repeats to achieve oscillation.The frequency at which this oscillation occurs is determined by the time constant of the loop, or the time taken for the voltage across the capacitor to increase or decrease by a factor of e (approximately 2.718). The oscillation frequency can be adjusted, either in the 510FBA or the BBAG oscillator, by varying the component values of the loop. In the 510FBA oscillator, the frequency can be adjusted electronically, while in the BBAG oscillator it must be adjusted manually.ConclusionThe 510FBA and BBAG oscillators are two types of programmable oscillator designed for different application requirements. The 510FBA oscillator is suitable for low-power applications such as clock signal modulation, while the BBAG oscillator can be used in high-precision applications such as medical research and radio communications. In both cases, oscillation is achieved by a feedback loop containing an amplifier, a capacitor, and an inductor, with the frequency of oscillation determined by the time constant of the loop, which can be varied to achieve the desired output signal.

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