10NF 100V Ceramic Disc Capacitor

• Customization: Available
• Type: Ceramic Capacitor
• Application: General Purpose, Transimitters
• Model NO.: TMCC01
• Packaging Type: Through Hole
• Capacitance: 10NF
• Structure: Fixed Capacitor
• Manufacturing Material: Ceramic
• Electrolyte: Ceramic Capacitor
• Usage: Low Frequency Coupling
• Tuning: Ceramic Capacitor
• Filter: Ceramic Capacitor
• Rated Voltage: 100V
• Pitch: 5mm
• Color: Mud
• Transport Package: Bulk, Tape
• Specification: CE RoHS
• Trademark: ETOPMAY
• Origin: China
• HS Code: 8532230000
• Production Capacity: 30, 000, 000PCS/Year

Product Description

TMCC01 Ceramic Disc Capacitor
 
1.Features and uses
Temperature compensation dics ceramic capacitors have a ceramic that is formulated to provide a predictable linear capacitance change versus temperature .This predictable linear capacitance change allows the temperature compensating disc capacitors to be used in circuits such as tuned circuits .
 
2.Standard of application
GB5971 detailed specification for electronic components fixed ceramic capacitors type TMCC01
 
3.specifications

No	Item	specification
1	Operating temperature	-25 ~ 85 ºC
2	capacitance(Cr)and quality factor testing condition	25 ºC ,1Vrms ,1MHZ (≥1000PF  , 1KHZ)
3	Quality factor (Q)	Cr < 30pf , Q≥400+20Cr Cr ≥30pf ,Q≥1000
4	Rated voltage(Ur)	50,100VDC
5	Voltage proof	2.5Ur
6	Insulation resistance (IR)	At rated voltage,IR ≥10000MΩ
7	Temperature coefficient	COH , SL

4.Capacitance and dimension chart

Rated voltage (VDC)	Dimension(mm)		Temperature coefficient group		Lead size(mm)		Taping style
	Diameter Dmax	Thickness T	COH(NP0)	SL(P100-1000)	Space   F	Diameter    d
			Nominal capacitance(pf)
50/100	5.0	3.0	0.5~56	0.5~220	2.5±0.5 5.0±1.0	0.5±0.05 0.6±0.06	F
	5.5		62~75	330~390
	6.5		82~110	470~560
	7.5		120~160	680~820	5.0±1.0
	8.5		180~200	1000
	10.0		200~300	1200
	11.0		330~360
Capacitance toletance			±0.25pf ,±0.5pf, ±5%,±10%

Characteristics:
Low dissipation factor, high reliability factorSmall volume, low remnant inductanceMany types of temperature characteristics