MIC KBP Hoja de datos

No.	parte #	Fabricante	Descripción
1	KBP208G	Sangdest Microelectronics	SINGLE PHASE 2.0AMP GLASS PASSIVATED BRIDGE RECTIFIER  Glass passivated die construction  Low forward voltage drop  High current capability  High surge current capability  Plastic material-UL flammability 94V-0  This is a Pb − Free Device  All SMC parts are traceable to the wafer lot  Additional
2	KBPC3510	MIC	SINGLE-PHASE BRIDGE RECTIFIER l Low cost l This series is UL recognized under component index, file number E127707 l High forward surge current capability l Ideal for printed circuit board l High isolation voltage from case to leads l High temperature soldering guaranteed: 260 oC
3	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
4	ECKR3A332KBP	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	ECKR3A121KBP	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	KBPC3508	Digitron Semiconductors	SINGLE PHASE BRIDGE RECTIFIER  Available as “HR” (high reliability) screened per MIL-PRF-19500, JANTX level. Add “HR” suffix to base part number.  Available as non-RoHS (Sn/Pb plating), standard, and as RoHS by adding “-PBF” suffix. MAXIMUM RATINGS Rating Maximum repetitive pe
7	ECKR3F102KBP	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	ECKR3F471KBP	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	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
10	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
11	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
12	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
13	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
14	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
15	ECKR3D221KBP	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	ECKR3A152KBP	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	ECKR3A391KBP	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	ECKR3A271KBP	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	ECKR3A221KBP	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	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