10-18000PF Feedthru Tubular Feed-Through Ceramic Capacitor

• Customization: Available
• Circuit Type 1: C
• Circuit Type 2: Pi
• Model NO.: TMCCF
• Appearance: Tubular
• Dielectric: Npo, X7r, Y5V
• Dissipation Factor: 0.15%, 3.5%
• Type: Feedthru Threaded Feed-Through Capacitor
• Application: General Purpose
• Packaging Type: Through Hole
• Capacitance: 20-10000
• Structure: Fixed Capacitor
• Manufacturing Material: Ceramic
• Electrolyte: Ceramic
• Usage: Filter
• Tuning: Ceramic Capacitor
• Filter: Ceramic Capacitor
• Transport Package: Carton
• Specification: 5-18000pF
• Trademark: ETOPMAY&TOPMAY
• Origin: China
• Production Capacity: 100000

Product Description

 

Product Description

1. Ceramic tubular Feed-through capacitors with various sizes and specifications of C-type circuits can be customized. They have small volume and light weight, and are mainly used for connectors, array boards, and male and female adapters with filters. The inner and outer walls of the ceramic tube are selectively coated with silver layers to form inner and outer electrodes to form capacitors. The working temperature range of the product is -55 ºC+125 ºC.

2. Ceramic tubular capacitors, Pl (π) type tubular capacitors are composed of ferrite tubes, which are easy to install and can effectively suppress the filtering effect at high frequencies. Strong filtering effect, integrated, small size, widely used in feedthrough capacitors, filtering electrical connectors, and array boards

Features

1. Universal filtering for low-cost solutions
2. Application of Ideal Multi pin Connector
3. High specific capacitance
4. Low inductance, non-polar

Pl (π) type
1. Provide content filtering for noise approaching the signal level
2. Application of Ideal Multi pin Connector
3. High specific capacitance
4. Low inductance, non-polar
 

Product Parameters

 

Items	Method	NPO	X7R	Y5V
TCR	EIA 198	±30ppm/°C,-55to+125°C	±15%,-55to+125°C	±22,-82%,-30to+85°C
Electrical test parameter	EIA Code	M,P	M,P,Z	M,P,Z
Capacity measurement 25ºC		1 Vrms ≤100 pF: 1MHz >100 pF: 1KHz	1 KHz, 1 Vrms	1 KHz,1.0 Vms
Dissipation factor 25ºC		0.15% max	3.5% max	3.5% max
Aging rate (per decade)		No difference	<2.0%	<2.5%
Insulation resistance 25ºC		≥1X103MΩ	≥1X103MΩ	≥1X103MΩ
Dielectric withstand voltage		250% UR,5~15mA	250% UR,5~15mA	250% UR,5~15mA

 
Circuit type & styles


The design and selection of pi (π) tubular through-hole capacitors are as follows

Specifications

C type
 

NO.	Models	Capacitance (PF)	Circuit type	Dimensions
				Φ1±0.05	Φ2±0.05	L±0.1	L1
1	C1106042XXXXX	5~3000	c	1.1	0.6	4.2	≥2.0
2	C1106055XXXXX	5~3000	c	1.1	0.6	5.5	≥2.5
3	C1408042XXXXX	5~3000	c	1.4	0.8	4.2	≥2.0
4	C1408060XXXXX	5~3000	c	1.4	0.8	6.0	≥2.5
5	C1509042XXXXX	5~3000	c	1.5	o.9	4.2	≥2.0
6	C1509055XXXXX	5-4000	c	1.5	0.9	5.5	≥2.5
7	C1509062XXXXX	5~4000	c	1.5	0.9	6.2	≥2.0
8	C1611042XXXXX	5~4000	c	1.6	1.1	4.2	≥2.0
9	C1611055XXXXX	5~5000	c	1.6	1.1	5.5	≥2.5
10	C1611062XXXXX	5~5000	c	1.6	1.1	6.2	≥2.5
11	C1812060XXXXX	10~5000	c	1.8	1.2	6.0	≥2.5
12	C1812080XXXXX	10~8000	c	1.8	1.2	8.0	≥3.0
13	C181210OXXXXX	15~10000	c	1.8	1.2	10.0	≥5.0
14	C1913042XXXXX	10~4200	c	1.9	1.3	4.2	≥2.0
15	C191306oXXXXX	15~6800	c	1.9	1.3	6.0	≥2.5
16	C191308OXXXXX	15~10000	c	1.9	1.3	8.0	≥5.0
17	C1913100XXXXX	15~10000	c	1.9	1.3	10.0	≥6.0
18	C2013042XXXXX	10~3000	c	2.0	1.3	4.2	≥2.0
19	C2013060XXXXX	10~4000	c	2.0	1.3	6.0	≥2.5
20	C2013080XXXXX	10~8000	c	2.0	1.3	8.0	≥4.0
21	C2215042XXXXX	10~3000	c	2.2	1.5	4.2	≥2.0
22	C2215060XXXXX	10~5000	c	2.2	1.5	6.0	≥2.5
23	C2215080XXXXX	10~8000	c	2.2	1.5	8.0	≥4.5
24	C2215100XXXXX	10~10000	c	2.2	1.5	10.0	≥6.0
25	C251508OXXXXX	20~8000	c	2.5	1.5	8.0	≥4.5
26	C2515100XXXXX	20-10000	c	2.5	1.5	10.0	≥6.0
27	C2515115XXXXX	20~10000	c	2.5	1.5	11.5	≥7.0
28	C2518080XXXXX	20~10000	c	2.5	6	8.0	≥4.5
29	C2518100XXXXX	20~12000	c	2.5	1.8	10.0	≥6.0
30	C2518115XXXXXX	20~18000	c	2.5	1.8	11.5	≥7.0
31	C3022080XXXXX	10~10000	c	3.0	2.2	8.0	≥4.5
32	C3022100XXXXX	10~20000	c	3.0	2.2	10.0	≥6.0
33	C3022115XXXXX	10~22000	c	3.0	2.2	11.5	≥7.0
34	C3627100XXXXX	10~22000	c	3.6	2.7	10.0	≥6.0
35	C3627125XXXXX	20~25000	c	3.6	2.7	12.5	≥8.0
36	C4031100XXXXX	20~20000	c	4.0	3.1	10.0	≥6.0
37	C4232080XXXXXX	10~15000	c	4.2	3.2	8.0	≥4.5
38	C1232100XXXXX	10~15000	c	4.2	3.2	10.0	≥6.0
39	C4232115XXXXX	10~18000	c	4.2	3.2	11.5	≥7.0

PI (π) tubular through-hole capacitors
 

NO.	Models	Capacitance (PF)	Circuit type	Dimensions
				Φ1±0.05	Φ2±0.05	L±0.1	L1
1	C1106042XXXXX	5~1000	pi	1.1	0.6	4.2	≥2.0
2	C1106055XXXXX	5~1000	pi	1.1	0.6	5.5	≥2.5
3	C1408042XXXXX	5-~1000	pi	1.4	0.8	4.2	≥2.0
4	C140806OXXXXX	5~2000	pi	1.4	0.8	6.0	≥2.5
5	C1509042XXXXX	5~1000	pi	1.5	0.9	4.2	≥2.0
6	C1509055XXXXX	5~1000	pi	1.5	0.9	5.5	≥2.5
7	C1509062XXXXX	5~1500	pi	1.5	0.9	6.2	≥2.0
8	C1611042XXXXX	5~1500	pi	1.6	1.1	4.2	≥2.0
9	C1611055XXXXX	5~2000	pi	1.6	1.1	5.5	≥2.5
10	C1611062XXXXX	5~2500	pi	1.6	1.1	6.2	≥2.5
11	C1812060XXXXX	10~4000	pi	1.8	1.2	6.0	≥2.5
12	C1812080XXXXX	10~5000	pi	1.8	1.2	8.0	≥3.0
13	C1812100XXXXX	15~6000	pi	1.8	1.2	10.0	≥5.0
14	C1913042XXXXX	10~1000	pi	1.9	1.3	4.2	≥2.0
15	C1913060XXXXX	15~1200	pi	1.9	1.3	6.0	≥2.5
16	C1913080XXXXX	15~3000	pi	1.9	1.3	8.0	≥5.0
17	C1913100XXXXX	15~4000	pi	1.9	1.3	10.o	≥6.0
18	C2013042XXXXX	10~1000	pi	2.0	1.3	4.2	≥2.0
19	C2013060XXXXX	10~2000	pi	2.0	1.3	6.0	≥2.5
20	C2013080XXXXX	10~5000	pi	2.0	1.3	8.0	≥4.0
21	C2215042XXXXX	10~1500	pi	2.2	1.5	4.2	≥2.0
22	C221506OXXXXX	10~3500	pi	2.2	1.5	6.0	≥2.5
23	C2215080XXXXX	10~5000	pi	2.2	1.5	8.0	≥4.5
24	C2215100XXXXX	10~6800	pi	2.2	1.5	10.0	≥6.0
25	C2515080XXXXX	20~8000	pi	2.5	1.5	8.0	≥4.5
26	C251510OXXXXX	20~10000	pi	2.5	1.5	10.o	≥6.0
27	C2515115XXXXX	20~10000	pi	2.5	1.5	11.5	≥7.0
28	C251808OXXXXX	20~10000	pi	2.5	1.8	8.0	≥4.5
29	C2518100XXXXX	20~12000	pi	2.5	1.8	10.0	≥6.0
30	C2518115XXXXX	20~18000	pi	2.5	1.8	11.5	≥7.0
31	C3022080XXXXX	10~10000	pi	3.0	2.2	8.0	≥4.5
32	C3022100XXXXX	10~20000	pi	3.0	2.2	10.o	≥6.0
33	C3022115XXXXX	10~22000	pi	3.0	2.2	11.5	≥7.0
34	C3627100XXXXX	10~22000	pi	3.6	2.7	10.0	≥6.0
35	C3627125XXXXX	20~25000	pi	3.6	2.7	12.5	≥8.0
36	C4031100XXXXX	20~20000	pi	4.0	3.1	10.0	≥6.0
37	C4232080XXXXX	10~15000	pi	4.2	3.2	8.0	≥4.5
38	C123210OXXXXX	10~15000	pi	4.2	3.2	10.0	≥6.0
39	C4232115XXXXX	10~18000	pi	4.2	3.2	11.5	≥7.0