SIT8008BIE3-30N Allicdata Electronics
Allicdata Part #:

SIT8008BIE3-30N-ND

Manufacturer Part#:

SIT8008BIE3-30N

Price: $ 3.18
Product Category:

Crystals, Oscillators, Resonators

Manufacturer: SiTime
Short Description: OSC PROG LVCMOS 3V 20PPM SMD
More Detail: XO (Standard) LVCMOS 1MHz ~ 110MHz Programmable Os...
DataSheet: SIT8008BIE3-30N datasheetSIT8008BIE3-30N Datasheet/PDF
Quantity: 1000
1 +: $ 2.86020
10 +: $ 2.57355
50 +: $ 2.00176
100 +: $ 1.85875
500 +: $ 1.28681
1000 +: $ 1.14383
2500 +: $ 1.08664
5000 +: $ 0.94366
Stock 1000Can Ship Immediately
$ 3.18
Specifications
Frequency Stability: --
Current - Supply (Disable) (Max): 4.2mA
Height: 0.032" (0.80mm)
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): 4.5mA
Spread Spectrum Bandwidth: --
Operating Temperature: -40°C ~ 85°C
Frequency Stability (Total): ±20ppm
Series: SiT8008B
Voltage - Supply: 3V
Output: LVCMOS
Function: --
Available Frequency Range: 1MHz ~ 110MHz
Programmable Type: Programmed by Digi-Key (Enter your frequency in Web Order Notes)
Type: XO (Standard)
Base Resonator: MEMS
Part Status: Active
Packaging: Bulk 
Description

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Programmable oscillators, commonly known as POs, are widely used in many electronic and electrical equipment designs, as they offer flexible and cost-effective solutions to time and frequency control requirements for the designers. Among these, SIT8008BIE3-30N is an attractive choice for those requiring a good timing performance from a device with a wide temperature range and low power consumption.

SIT8008BIE3-30N is mainly used for applications requiring high frequency precision and stability over wide temperature ranges. The device utilizes a DDS (Direct Digital Synthesis) technology with a built-in temperature compensating circuit to reduce the influence of temperature on the output frequency. In addition, SIT8008BIE3-30N incorporates unique PLL (Phase Lock Loop) locking algorithm, allowing it to offer fast lockup and a very stable output frequency. Furthermore, the output current level of the device can be easily adjusted to the voltage level desired.

The working principle of SIT8008BIE3-30N is relatively simple. It starts by receiving the desired output frequency through a digital interface. The device then uses the information to calculate the required reference and control signals in order to control the output frequency. A frequency synthesizer is used to convert the reference frequency into a square wave which is then sent to a temperature-compensated oscillator. The output of the oscillator is further amplified and sent to the output port to generate the final output frequency.

SIT8008BIE3-30N is highly reliable and adaptive, making it an ideal choice for a wide range of applications, including clock synthesizers and communication systems. It is also compatible with other temperature-compensated oscillators and can easily be connected to a wide range of digital circuits. The device is particularly suitable for products requiring precise timing and high frequency precision over long-term stability and temperature range.

In addition, SIT8008BIE3-30N features self-calibration and built-in frequency-locked loop functions that enable it to identify and correct any minor changes in the control signals generated by the device itself, eliminating the need for external calibration devices. The device also has a power-down function, providing designers with the added flexibility to switch off the power supply for standby mode.

SIT8008BIE3-30N is the ideal choice for applications requiring precise timing, frequency precision, and performance over a wide range of temperatures. It is a highly reliable and adaptive device and offers an efficient solution to various timing and frequency control requirements. The device is also available in a range of package sizes, making it suitable for applications of varying sizes and complexity.

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

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