Stable frequency quartz crystal resonator KYX K3A1352A1210 13.52127 MHz designed for electronic circuits

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Product Description

Product Overview

This document details the specifications for the KYX 3225/13.52127MHZ Quartz Crystal Resonator manufactured by Shenzhen Kaiyuexiang Electronics Co., Ltd. This product is a high-precision quartz crystal resonator designed for various electronic applications.

Product Attributes

Brand: KYX
Origin: Shenzhen, China
Model: K3A1352A1210
Marking: KYX13.52127

Technical Specifications

Parameter	Value	Unit	Notes
Product Name	Quartz Crystal Resonator
Product Model	3225/13.52127MHZ
Frequency	13.52127	MHz
Holder Type	SMD3.2*2.5
Frequency Tolerance	±10	ppm	at 25±3
Equivalent Series Resistance	80	Ω	Max
Storage Temperature Range	-40 to +85
Operating Temperature Range	-40 to +85
Frequency Characteristics Over Temperature	±20	ppm	-40+85
Load Capacitance (CL)	12	PF
Drive Level	100	μW
Shunt Capacitance	5	PF	MAX
Insulation Resistance	≥500	MΩ	Min at 100 V
Mode Of Oscillation	Fundamental
Aging	±3	ppm/Year
Dimensions	3.2 x 2.5	mm	Refer to Structure Illustration

Reliability Testing

Test Item	Conditions and Requirements
Vibration	Frequency sweep: 10Hz to 55Hz and return to 10Hz at 1 octave/min. Amplitude: 1.5mm. Applied for 2h each on 3 mutually perpendicular axes (total 6h). Frequency Tolerance: ±10ppm. Return Loss: ±10Ω.
Drop	From 70cm height onto a 3cm hard wooden floor, 3 times.
Shock	Peak acceleration: 981m/s². Pulse duration: 6ms. Three successive shocks applied in both directions of 3 mutually perpendicular axes (total 18 shocks). Frequency Tolerance: ±10ppm. Return Loss: ±10Ω.
Damp Heat, Constant	Stored at 40±2 with 90%-95% relative humidity for 48h, then subjected to standard atmospheric conditions for 1-2h before measurement.
Cold Storage	Stored at -40±5 for 48h, then subjected to standard atmospheric conditions for 1-2h before measurement.
Dry Heat Storage	Stored at 100±5 for 24h, then subjected to standard atmospheric conditions for 1-2h before measurement.
Aging	Stored at 85±5 for 7 days, then subjected to standard atmospheric conditions for 1-2h before measurement.
Temperature Cycling	5 successive cycles of temperature change as per table below, then subjected to standard atmospheric conditions for 1-2h before measurement. -40±3 for 30 min Standard atmospheric conditions within 30s 100±3 for 30 min Standard atmospheric conditions within 30s
Resistance to Soldering Heat	(Details not fully provided in source text)