510KCA-BBAG Allicdata Electronics
Allicdata Part #:

510KCA-BBAG-ND

Manufacturer Part#:

510KCA-BBAG

Price: $ 3.90
Product Category:

Crystals, Oscillators, Resonators

Manufacturer: Silicon Labs
Short Description: OSC PROG CMOS 1.8V 20PPM EN/DS
More Detail: XO (Standard) CMOS 125MHz ~ 169.999MHz Programmabl...
DataSheet: 510KCA-BBAG datasheet510KCA-BBAG Datasheet/PDF
Quantity: 1000
1 +: $ 3.50910
10 +: $ 3.32262
50 +: $ 3.13828
100 +: $ 2.95363
500 +: $ 2.86135
1000 +: $ 2.45521
2500 +: $ 2.30753
Stock 1000Can Ship Immediately
$ 3.9
Specifications
Frequency Stability: ±20ppm
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: 4-SMD, No Lead
Mounting Type: Surface Mount
Ratings: --
Current - Supply (Max): 26mA
Spread Spectrum Bandwidth: --
Operating Temperature: -40°C ~ 85°C
Frequency Stability (Total): ±30ppm
Series: Si510
Voltage - Supply: 1.8V
Output: CMOS
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 serve an array of different functions in the electronics industry. Their purpose is to provide a variable frequency output that can be precisely controlled and programmed. The 510KCA-BBAG application field and working principle is one such example of a programmable oscillator. In order to understand how this device works and the application field, it is important to understand some of the physics behind oscillator design and operation.

An oscillator is an electronic circuit used to generate an alternating electric current or voltage, usually with a frequency and amplitude that is controlled electronically. This is achieved by utilizing a capacitor and inductor, which when placed in series form an LC circuit. This LC circuit, when energized by an alternating electrical current, creates a sinusoidal voltage oscillation that generates an output frequency. By carefully tuning the inductance and capacitance of the LC circuit, a desired frequency can be produced.

The 510KCA-BBAG application field and working principle is a programmable oscillator. This device is powered by a digital interface and features two outputs, a sine wave output, and another independent control voltage output used to adjust the frequency and amplitude. This oscillator utilizes both digital and analog technologies to provide a highly programmable oscillator with a wide frequency range. A voltage controlled oscillator (VCO) is used to provide an output that can be adjusted via a control voltage. The amplitude is set by the level of the applied control voltage, while the oscillators frequency range is determined by the VCOs circuit design.

The 510KCA-BBAG application field and working principle also features a two-stage frequency divider, which is used to divide the frequency of the sine wave output by a factor of two. This allows for more precise tuning and frequency control. Additionally, this oscillator utilizes temperature compensation technology to provide improved accuracy and reliability in varying temperatures. This increases the oscillators accuracy greatly, and also allows for greater precision in setting frequency.

The application field for this programmable oscillator is quite varied. It is ideal for audio applications, such as synthesizers, musical instrument effects, as well as test and measurement equipment. Additionally, due to its wide frequency range and ability to be programmed, it is suitable for use in communications applications, such as radio transmission and radar. It can also be used for frequency modulation and sweep generation.

In conclusion, the 510KCA-BBAG application field and working principle is an example of a programmable oscillator, combining both digital and analog technologies to provide a highly accurate and reliable oscillator. Its wide frequency range and adjustable control voltage output make it suitable for a variety of applications including audio, communications, and frequency modulation. By utilizing temperature compensation, this oscillator provides improved accuracy and reliability over a wide temperature range.

The specific data is subject to PDF, and the above content is for reference

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