KD KBP fiche technique

No.	Partie #	Fabricant	Description
1	ECKD3F221KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
2	ECKD3F222KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
3	ECKD3F182KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
4	ECKD3F152KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
5	ECKD3F102KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
6	ECKD3F331KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
7	ECKD3F101KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
8	ECKD3D392KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
9	ECKD3A471KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
10	ECKD3A391KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
11	ECKD3A101KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
12	ECKD3F272KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
13	ECKD3F122KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
14	ECKD3F271KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
15	ECKD3F181KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
16	ECKD3F151KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
17	ECKD3F121KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
18	ECKD3D562KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
19	ECKD3D472KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap
20	ECKD3D332KBP	Panasonic Semiconductor	Ceramic Disc Capacitors • Wide operating temperature range: –25 to 125°C • Improved in “Voltage vs. Temperature Rise” through low loss ceramic dielectric materials applied • Temperature stable type (Char. B/Y5P) • Flame-retardant insulating coating applied s Recommended Ap