Electronic component SMD 7.0 by 5.0 millimeter Quartz Crystal Unit featuring JLYE Y70506MLCCX 6 megahertz frequency

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Product Description

Product Overview

This specification sheet details the SMD-7.0*5.0MM (7050) Quartz Crystal Unit from Shenzhen Jingliyuan Technology Co., Ltd. (JLYE). Designed for electronic applications requiring precise frequency control, this component offers a nominal frequency of 6.000MHz with a fundamental oscillation mode.

Product Attributes

Brand: JLYE
Origin: Shenzhen, China
Product Type: SMD-7.0*5.0MM (7050)
Nominal Frequency: 6.000MHz

Technical Specifications

Item	Symbol	Min.	Typ.	Max.	Units	Notes
Nominal Frequency	F0		6.0000		MHz
Oscillation Mode			Fundamental
Load Capacitance	CL		20		pF
Frequency Tolerance		-20		20	ppm	At 253
Equivalent Series Resistance	ESR			80
Drive Level	DL			100	W
Frequency Stability	TC	-20		20	ppm	Over Operating Temp. Range(Ref. to 25)
Operating Temperature		-40		85
Storage Temperature		-55		125
Aging		-3		3	ppm	Per Year
Insulation Resistance		500			M	At DC 100V
Shunt Capacitance	C0		7		pF

Reliability Specifications

Test Item	Test Conditions	Reference
High Temperature High Humidity Storage	Temperature: 853, Relative Humidity: 85%RH, Time: 96 Hours	JIS C5023
High Temperature Storage	Temperature: 1253, Time: 96 Hours	MIL-STD-883E Method 1005.8
Low Temperature Storage	Temperature: -403, Time: 96Hours	MIL-STD-883E Method 1013
Thermal Shock	Temperature1:-555, Temperature2:855 , Temperature change between T1 and T2 5 min, 10cycles maintain T1 and T2 for 30 minutes each	MIL-STD-202F Method 107 Condition A
RESISTANCE TO SOLDER HEAT	Solder Temperature: 2605, Time: 101 Seconds	MIL-STD-202F Method 210E
Solderability	The solder pot temperature is 2455 , dwell time 50.5sec	J-STD-002B
Drop Test	3 Times Free Fall from 75cm height table to 3cm thickness hard wood board	JIS C6701
MECHANICAL SHOCK	Half sine wave,1000 G, 3 Times for all 3 directions X,Y,Z	MIL-STD-202F Method 213B
Vibration	Frequency Range: 10Hz55Hz, Amplitude: 0.75mm, 2 Hours in each direction, total 6 Hours	MIL-STD-883E Method 2007.3
Leakage Test	Take measurements with a helium Leakage detector, Leakage Rate110 -3Pa cm 3/s	MIL-STD-883E

Suggested Reflow Profile

Profiles Feature
Average Ramp-up Rate(Ts max to Tp)	3/second Max
Preheat	Temperature Min (Ts min)	125
	Temperature Max (Ts max)	200
	Time (ts min to ts max )	(60180) seconds
Time maintained above	Temperature(T1)	217
	Time(tp)	(60150) seconds
Peak/Classification Temperature(Tp)	260
Time within 5 of actual Peak Temperature(tp)	(2040) seconds
Ramp-down rate	6/second max
Time 25 to Peak Temperature	8 minutes max
Suggest reflow times	3 Times max