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TWEAKCSANF-25.000000 is listed in the Oscillators range at ChipApex. The manufacturer field lists Taitien. Its product description is XTAL OSC VCTCXO 25.0000MHZ SNWV. Review the specifications below when checking this part for your BOM.
The TWEAKCSANF-25.000000 is a Voltage-Controlled Temperature Compensated Crystal Oscillator (VCTCXO) manufactured by Taitien. It operates at a nominal frequency of 25 MHz and utilizes a clipped sine wave output signal. The device is designed for surface mount installation within a compact 4-SMD, no-lead package configuration. It functions with a supply voltage of 3.3 V and is RoHS compliant, ensuring lead-free construction suitable for modern electronic assembly requirements.
Verify the specific datasheet version for the TWEAKCSANF-25.000000 to confirm exact frequency tolerance and voltage control range specifications. Ensure that the receiving environment supports the required 3.3 V supply voltage and that the PCB layout accommodates the 4-SMD no-lead package dimensions accurately for proper thermal and electrical performance.
Select this component when a temperature-compensated solution is necessary for a 25 MHz application. The clipped sine wave output dictates compatibility with downstream circuitry accepting this specific waveform type. Consider the voltage control feature if dynamic frequency tuning is required during operation compared to standard fixed-frequency oscillators.
This model belongs to Taitien's family of precision frequency control products, specifically focusing on voltage-controlled variants. As a VCTCXO, it combines the stability of crystal oscillators with the adjustability of voltage control, addressing applications where environmental temperature fluctuations could otherwise degrade timing accuracy in sensitive electronic systems.
Cross-reference with other Taitien VCTCXO models offering 25 MHz operation and compatible 4-SMD packages. Verify that any substitute maintains identical voltage control characteristics and output waveform types to ensure seamless integration without redesigning the host circuit board or power supply constraints.
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