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MARKING CODE 9952
Catalog Datasheet  MFG & Type  Document Tags  

2a103kAbstract: electronic concepts capacitor TOLERANCE Tolerances of ?0% and ?% are available. Marking and DateCode All capacitors are marked with , capacitance, tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second 
Electronic Concepts Original 


2a103kAbstract: MARKING CODE 9952 TOLERANCE Tolerances of ±10% and ±5% are available. Marking and DateCode All capacitors are marked , capacitance, tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second 
Electronic Concepts Original 


V9900Abstract: BF193 9900 Series 3. Marking Manufacturer's name, date code(week/year) Specification Center frequency 4. Case , ROHSCompliant Product V9900 Series 1. Specification Type: V9950 +5.0 V + 10% Power supply voltage VB: Nominal frequency range : V9930 +3.3 V + 10% 1.544 MHz . 77.76 MHz (1) Overall stability ± 70 ppm: + 50 ppm: + 25 ppm (not available for 40/+85°C): V9957 V9955 V9952 V9937 V9935 V9932 Frequency pulling range: Control voltage range VC: > ± 100 ppm +0.5 V 
KVG Quartz Crystal Technology Original 


Electronic ConceptsAbstract: MICROFARADS TOLERANCE K=±10% Last 4 characters represent capacitance. 1600 = 1600uF Marking And , date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance Major emphasis 
Electronic Concepts Original 


UP36BA0350Abstract: TOLERANCE K=±10% Last 3 characters represent capacitance to 1 significant digit. 350 = 35.0uF Marking , voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance Major 
Electronic Concepts Original 


UP36BA0350Abstract: UP3637 TOLERANCE K=±10% Last 3 characters represent capacitance to 1 significant digit. 350 = 35.0uF Marking , voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance Major 
Electronic Concepts Original 


Abstract: MICROFARADS TOLERANCE K=±10% Last 4 characters represent capacitance. 1600 = 1600uF Marking And , date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance Major emphasis 
Electronic Concepts Original 


MilC55514Abstract: 5MC26 voltage and date code. The AC voltage rating data for 55C to +85C ambient is available on request. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the , represents the number of zeros TOLERANCE M=±20% K=±10% J=±5% Marking And DateCode All capacitors are 
Electronic Concepts Original 


4ME12Abstract: 1mfd capacitor of zeros (e.g. 104 = 100,000 pfd = .1mfd) M=±20%, K=±10% Marking And Date Code All capacitors are , working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance 
Electronic Concepts Original 


UP33BC0700Abstract: Capacitance in µF (e.g. 0700 = 700µF) Marking And DateCode All capacitors are marked with one or more of , , capacitance, tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second 
Electronic Concepts Original 


Abstract: Â±5% are available. 105 K Marking and DateCode All capacitors are marked with one or more of , , capacitance, tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second 
Electronic Concepts Original 


Abstract: trademark  in addition to style, capacitance, tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd , . (e.g., 104 equals 100.000pF) TOLERANCE M=+20% K=+10% J=+5% G=+2% F=+1% Marking And DateCode All 
Electronic Concepts Original 


MC12Abstract: MC12 of zeros. TOLERANCE K=?0% Also available: J=?%, G=?%, F=?% Marking and DateCode All capacitors , . working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance 
Electronic Concepts Original 


UL30AX1100Abstract: UL30BA0650 MICROFARADS TOLERANCE K=±10% Last 4 characters represent capacitance. 1600 = 1600uF Marking And , date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance Major emphasis 
Electronic Concepts Original 


BC 594Abstract: 594 BC Capacitance in µF (e.g. 0700 = 700µF) Marking And DateCode All capacitors are marked with one or more of , , capacitance, tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second 
Electronic Concepts Original 


DC Link capacitor calculationAbstract: DC Link Capacitor 1100 VDC design ) TOLERANCE Standard tolerance is 10%. Tolerances of ±20% and ±5% are available upon request Marking and , , tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001 
Electronic Concepts Original 


3000vAbstract: Capacitance in µF (e.g. 0700 = 700µF) Marking And DateCode All capacitors are marked with one or more of , , capacitance, tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second 
Electronic Concepts Original 


Abstract: . 104 equals 100000pF) M=±20%, K=±10%, J=±5%, G=±2%, F=±1% Marking and DateCode All capacitors shall , . working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance 
Electronic Concepts Original 


Abstract: . 104 equals 100000pF) M=?0%, K=?0%, J=?%, G=?%, F=?% Marking and DateCode All capacitors shall be , voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 is the second week of 2001. Quality Assurance Emphasis 
Electronic Concepts Original 


MP88PT88Abstract: or PT88, capacitance, tolerance, rated DC working voltage and date code. The first two digits of the date code represent the year, the second two digits the week, i.e., 9952 is the 52nd week of 1999, 0102 , of ±5%, and ±20% also available. Marking And DateCode All capacitors are marked with one or more 
Electronic Concepts Original 

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