Temperature stable ceramic resonator KYX KZA6000 with operating range minus 20 to 70 degrees Celsius

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Product Description

Product Overview

This specification applies to the ceramic resonator used for microcomputers. The product is designed for electronic applications requiring stable oscillation frequency.

Product Attributes

Brand: Kaiyuexiang ()
Origin: Shenzhen, China
Material: Epoxy Resin coating, Sn plated on Cu terminals
Model Name: ZTA/6.000 MHZ
Original Manufacturer Model: KZA6000

Technical Specifications

Item	Requirements	Unit	Notes
Oscillation Frequency (Fosc)	6.000	MHz
Frequency Tolerance	Fosc0.1%0.3% (MAX)	%
Resonator Impedance	30	(MAX)
Operating Temperature Range	-20 to +70
Temperature Stability	0.5% (MAX)	%	at -40~+85
Insulation Resistance	100 min	M	(D.C. 100V)
Aging (10 years)	0.3	%
Storage Temperature Range	-40 to +85
Test Temperature & Humidity Condition	+10 to +30	, 40% to 80% RH	Standard condition: 202, 655% RH
Lead Strength (Pulling)	0.5kg	Force	Applied axially for 10 sec.
Lead Strength (Bending)	0.25kg	Force	Folded up to 90 and back
Solderability	90%	Surface Coverage	Immersed in soldering bath at 2355 for 50.5 sec.
Storage in High Temp.	100 hours at 85		Measured after 1 hour at natural condition.
Storage in Low Temp.	100 hours at -25		Measured after 1 hour at natural condition.
Humidity	100 hours at 402, 90~95% RH		Measured after 1 hour at natural condition.
Thermal Shock	5 cycles of -55 (30 min) to +85 (30 min)		Measured after 1 hour at natural condition.
Resistance to Soldering Heat	10 1 seconds at 2655		Immersion up to 2.0 mm from root. Measured after 1 hour at natural condition.
Random Drop	3 times from 1 m height to concrete floor		Measured after drops.
Vibration	10 Hz to 55 Hz, 1.5mm amplitude, 1 hour/direction (3 axial directions)		Measured after vibration.
Composite Temperature/Humidity Cycle Test	10 continuous cycles (25 to -10 within 30 min, humidity uncontrolled below 25)		Measured after 24h recovery at standard conditions.
Limit Value Reference	Oscillation Frequency (Fosc)	0.3%	Referenced to initial measurements
Limit Value Reference	Resonator Impedance	10	Referenced to initial measurements