Glass passivated bridge rectifier LGE KBP406 with 4 ampere current and high surge current capability

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Product Description

Product Overview

The KBP4005 THRU KBP410 series is a single-phase, 4.0 Ampere glass-passivated bridge rectifier. Designed for high current capability and low forward voltage drop, these rectifiers offer high surge current capability and are suitable for various applications. The glass passivated die construction and plastic material (UL flammability 94V-0) ensure reliability and safety. Available in RoHS / Lead Free versions.

Product Attributes

Brand: (Implied by website/email) lgesemi.com
Certifications: RoHS / Lead Free, UL flammability 94V-0
Material: Glass passivated die, molded plastic case
Mounting Position: Any

Technical Specifications

Type Number	VRRM (V)	VRWM (V)	VDC (V)	VRMS (V)	IF(AV) (A)	IFSM (A)	VFM (V)	RJA (/W)	RJL (/W)	TJ, TSTG ()	IR (uA)	I2t (A2s)	Cj (pF)
KBP4005	100	100	100	70	4.0	500	1.1 @ IF=4.0A	3.65 (0.144in)	1.1 (0.043in)	-55 to +150	500 @ TA=25, VR=100V 1000 @ TA=125, VR=100V	26.56	(See Fig. 4)
KBP401	140	140	140	98	4.0	500	1.1 @ IF=4.0A	3.65 (0.144in)	1.1 (0.043in)	-55 to +150	500 @ TA=25, VR=140V 1000 @ TA=125, VR=140V	26.56	(See Fig. 4)
KBP402	200	200	200	140	4.0	500	1.1 @ IF=4.0A	3.65 (0.144in)	1.1 (0.043in)	-55 to +150	500 @ TA=25, VR=200V 1000 @ TA=125, VR=200V	26.56	(See Fig. 4)
KBP404	400	400	400	280	4.0	500	1.1 @ IF=4.0A	3.65 (0.144in)	1.1 (0.043in)	-55 to +150	500 @ TA=25, VR=400V 1000 @ TA=125, VR=400V	26.56	(See Fig. 4)
KBP405	500	500	500	350	4.0	500	1.1 @ IF=4.0A	3.65 (0.144in)	1.1 (0.043in)	-55 to +150	500 @ TA=25, VR=500V 1000 @ TA=125, VR=500V	26.56	(See Fig. 4)
KBP406	600	600	600	420	4.0	500	1.1 @ IF=4.0A	3.65 (0.144in)	1.1 (0.043in)	-55 to +150	500 @ TA=25, VR=600V 1000 @ TA=125, VR=600V	26.56	(See Fig. 4)
KBP408	800	800	800	560	4.0	500	1.1 @ IF=4.0A	3.65 (0.144in)	1.1 (0.043in)	-55 to +150	500 @ TA=25, VR=800V 1000 @ TA=125, VR=800V	26.56	(See Fig. 4)
KBP410	1000	1000	1000	700	4.0	500	1.1 @ IF=4.0A	3.65 (0.144in)	1.1 (0.043in)	-55 to +150	500 @ TA=25, VR=1000V 1000 @ TA=125, VR=1000V	26.56	(See Fig. 4)