
Built around a fundamental-mode resonator, the DSO323SD SPXO delivers stable 13.5–212.5 MHz output in a 3.2x2.5x1.2 SMD package. The see datasheet supply range suits wireless baseband and RF modules and high-speed data acquisition reference designs.
For wireless baseband and RF modules designs, confirm the DSO323SD frequency stability and phase-noise profile against your receiver acquisition window. The see datasheet supply envelope supports direct interface with common logic families, and the 3.2x2.5x1.2 footprint simplifies PCB layout in dense timing chains.
Validate the start-up time and steady-state current draw against your power budget, and confirm the supply-pushing and load-pulling behavior under realistic decoupling conditions. For temperature-sensitive deployments, review the KDS datasheet's stability vs. temperature plot over the full Industrial,Automotive envelope.
How does the DSO323SD differ from other KDS SPXO parts?
The DSO323SD uses the 3.2x2.5x1.2 SMD package with 13.5–212.5 MHz output. Compare against other package sizes and frequency points to find the best fit for your board layout.
Can the DSO323SD be used as a direct replacement for similar parts?
In many cases yes. The 3.2x2.5x1.2 package and standard 4-pad layout support drop-in replacement across manufacturers. Verify pin-out and supply voltage before substitution.
What is the typical phase noise of the DSO323SD?
Phase noise depends on the output frequency and offset. Refer to the KDS datasheet for the DSO323SD time-domain and phase-noise plots at the frequencies of interest.
Series reference: The KDS SPXO DSO323SD family covers a 13.5–212.5 MHz reference in a 3.2x2.5x1.2 SMD package. For other frequencies, package sizes, or stability grades, browse the full KDS SPXO product line.
Ordering reference: start with DSO323SD and confirm the exact reel size, termination finish, and compliance suffix against current stock before purchase.
Design note: Specifications are nominal and based on manufacturer datasheets. Verify the latest KDS data and curves before final release.
Shenzhen Gaorunxin Technology Co., Ltd
Shenzhen Gaorunxin Technology Co., Ltd