TKD Science and Technology Co., Ltd.
High Precision TCXO | TKD

High Precision TCXO | TKD

TKD High Precision TCXO oscillators achieve ±0.1 ppm to ±0.28 ppm frequency stability through advanced compensation, supporting demanding applications such as 5G small cells, GNSS timing and test instrumentation. Precision calibration and tight aging control ensure long-term accuracy.

Ranges of High Precision TCXO

Delivering sub-ppm stability in compact ceramic packages, these TCXOs combine advanced compensation with low aging and low phase noise. They provide dependable reference timing for 5G infrastructure, synchronization, instrumentation and aerospace-grade systems.

What Drives Frequency Accuracy in High-Precision TCXO

Compensation precision

High-resolution compensation curves fitted over many calibration points reduce residual error to the sub-ppm level across the operating temperature range.

Aging control

Hermetic packages and low-stress mounting slow the crystal's aging rate, keeping long-term drift within tight limits for years of service.

Calibration quality

Precision frequency trimming at the factory, combined with low initial tolerance, ensures the device meets tight specs right out of the box.

Stability, Aging and Selection Criteria for Precision TCXO

Define the accuracy budget

Allocate error among initial tolerance, temperature, aging and power supply; select a TCXO whose combined worst-case error meets the system holdover or sync requirement.

Aging specification

Compare first-year and 10-year aging figures; applications like telecom holdover rely on predictable long-term drift.

Environmental factors

Account for vibration, airflow and supply ripple which can all disturb a precision reference; pair the TCXO with proper filtering and mounting.

Stability, Aging and Selection Criteria for Precision TCXO
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