Ceramic Resonator KYX KZT107 Featuring Stable 10.7MHZ Frequency and Low Impedance for Microcomputers

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

This specification applies to ceramic resonators used for microcomputers. The ZTT/10.7MHZ ceramic resonator from Kaiyuexiang Industrial is designed for microelectronic applications, offering stable oscillation frequency and impedance characteristics.

Product Attributes

Brand: Kaiyuexiang Industrial
Origin: Shenzhen, China
Product Name: Ceramic Resonator
Product Model: ZTT/10.7MHZ
Original Factory Model: KZT107
Materials: Terminal: Sn plated on Fe (Tin plated iron), Coating: Epoxy Resin ()

Technical Specifications

Item	Requirements	Unit	Test Conditions	Limit Value
Oscillation Frequency (Fosc)	10.7	MHZ	+10~+30, 40%~80% RH	Referenced to initial measurements
Frequency Tolerance	Fosc0.2	% (max)	+10~+30, 40%~80% RH	Referenced to initial measurements
Resonator Impedance	30	(max)	+10~+30, 40%~80% RH	10
Build in Capacitor	3020%	pF (max)	+10~+30, 40%~80% RH	N/A
Operating Temp. Range	-20~+80		N/A	N/A
Temperature Stability	0.5% (MAX)		-35~+85	N/A
Max Voltage	6V DC15V P-P		N/A	N/A
Withstanding Voltage	100	V DC, 5Sec	N/A	N/A
Insulation Resistance	100 min	M	D.C. 100V	N/A
Aging (10 years)	0.5 %		N/A	N/A
Storage Temp. Range	-35~+85		N/A	N/A
Lead Strength (Pulling)	No mechanical damage		Force of 0.5kg applied axially for 10sec.	Referenced to initial measurements
Lead Strength (Bending)	No mechanical damage		Force of 0.25kg applied axially, folded up to 90 and back	Referenced to initial measurements
Solderability	Solder shall coat at least 90% of the surface of terminal		Immersed in resin for 5s, then in soldering bath (2355) for 50.5sec.	Referenced to initial measurements
Storage in High Temp.	Referenced to initial measurements		85 for 100 hours, then natural condition for 1 hour	Referenced to initial measurements
Storage in Low Temp.	Referenced to initial measurements		-25 for 100 hours, then natural condition for 1 hour	Referenced to initial measurements
Humidity	Referenced to initial measurements		402, 90~95% RH for 100 hours, then natural condition for 1 hour	Referenced to initial measurements
Thermal Shock	Referenced to initial measurements		-55 (30 min) to +85 (30 min) cycled 5 times, then natural condition for 1 hour	Referenced to initial measurements
Resistance to soldering Heat	Referenced to initial measurements		Immersion up to 2.0mm from root in solder bath (2655) for 101 seconds, then natural condition for 1 hour	Referenced to initial measurements
Random Drop	Referenced to initial measurements		3 times from 1m height onto concrete floor	Referenced to initial measurements
Vibration	Referenced to initial measurements		10 Hz to 55 Hz, 1.5mm amplitude, 3 axial directions, 1 hour/direction	Referenced to initial measurements
Composite Temperature/Humidity Cycle Test	Referenced to initial measurements		10 continuous cycles: 25 to -10 within 30 min (humidity uncontrolled below 25), stored at standard conditions for 24h recovery	Referenced to initial measurements