二极管整流器

小信号开关二极管

强茂的小信号开关二极管具有超快的TRR和低的CJ特性，适合用于信号的整流电路。

Part Number	Product Status	AEC-Q101 Qualified	VRRM Max.	PTO	trr Max.	IFSM	@tp	VF Max.	@IF	IR Max.	@VR	CJ Max.	Package	Circuit Figure
			V	mW	ns	A	ms	V	mA	µA	V	pF
1SS400	Active	-	90	200	4	4	0.001	1.2	100	0.1	80	3	SOD-523	Fig_178
1SS400-AU	Active	Y	100	175	4	4	0.001	1.2	100	0.1	80	1	SOD-523	Fig_178
1N4148	Active	-	100	500	4	0.5	1000	1	10	5	75	4	DO-34	Fig_178
1N4148GW6	Active	-	100	410	4	4	0.001	1	50	2.5	75	1.5	SOT-23 6L	Fig_215
1N4148W	Active	-	100	410	4	4	0.001	1.25	150	2.5	75	1.5	SOD-123	Fig_178
1N4148W-AU	Active	Y	100	410	4	4	0.001	1.25	150	2.5	75	1.5	SOD-123	Fig_178
1N4148WS	Active	-	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOD-323	Fig_178
1N4148WS-AU	Active	Y	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOD-323	Fig_178
1N4150	Active	-	50	500	4	0.5	1000	1	200	0.1	50	4	DO-35	Fig_178
LL4150	Active	-	50	500	4	0.5	1000	1	200	0.1	50	4	MINI-MELF	Fig_178
LS4150	Active	-	50	500	4	0.5	1000	1	200	0.1	50	4	QUADRO-MELF	Fig_178
MCL4150	Active	-	50	500	4	0.5	1000	1	200	0.1	50	4	MICRO-MELF	Fig_178
BAV99BRW	Active	-	75	200	4	4	0.001	1.25	150	2.5	75	2	SOT-363	Fig_065
MMBD6050	Active	-	80	225	4	4	0.001	1.1	100	0.1	50	2.5	SOT-23	Fig_014
MMBD6100	Active	-	80	225	4	4	0.001	1.1	100	0.1	50	2.5	SOT-23	Fig_016
MMBD6100W	Active	-	80	200	4	4	0.001	1.1	100	0.1	50	2.5	SOT-323	Fig_016
1SS387FN2	Active	-	85	300	1.6	2.3	10	1.2	100	0.5	80	0.5	DFN 2L	Fig_178
1N4448	Active	-	100	500	4	0.5	1000	1	100	5	75	4	DO-35	Fig_178
1N4448W	Active	-	100	500	4	4	0.001	1	100	2.5	75	4	SOD-123	Fig_178
1N4448W-AU	Active	Y	100	500	4	4	0.001	1	100	2.5	75	4	SOD-123	Fig_178
1N914	Active	-	100	500	4	0.5	1000	1	10	5	75	4	DO-35	Fig_178
BAS116	Active	-	100	250	3000	4	0.001	1.25	150	0.005	75	2	SOT-23	Fig_014
BAV170	Active	-	100	250	3000	4	0.001	1.25	150	0.005	75	2	SOT-23	Fig_016
BAV199	Active	-	100	250	3000	4	0.001	1.25	150	0.005	75	2	SOT-23	Fig_017
BAW156	Active	-	100	250	3000	4	0.001	1.25	150	0.005	75	2	SOT-23	Fig_015
BAS116-AU	Active	Y	100	250	3000	4	0.001	1.25	150	0.005	75	2	SOT-23	Fig_014
BAV170-AU	Active	Y	100	250	3000	4	0.001	1.25	150	0.005	75	2	SOT-23	Fig_016
BAV199-AU	Active	Y	100	250	3000	4	0.001	1.25	150	0.005	75	2	SOT-23	Fig_017
BAW156-AU	Active	Y	100	250	3000	4	0.001	1.25	150	0.005	75	2	SOT-23	Fig_015
BAS116TW	Active	-	100	200	3000	4	0.001	1.25	150	0.005	75	2	SOT-363	Fig_048
BAV199S	Active	-	100	200	3000	4	0.001	1.25	150	0.005	75	2	SOT-363	Fig_032
BAS116WS	Active	-	100	200	3000	4	0.001	1.25	150	0.005	75	2	SOD-323	Fig_178
BAS116WS-AU	Active	Y	100	200	3000	4	0.001	1.25	150	0.005	75	2	SOD-323	Fig_178
BAS16	Active	-	100	350	6	2	0.001	0.855	10	1	75	2	SOT-23	Fig_014
BAS16-AU	Active	Y	100	350	6	2	0.001	0.855	10	1	75	2	SOT-23	Fig_014
BAS16TS	Active	-	100	200	6	4	0.001	0.855	10	1	75	2	SOD-523	Fig_178
BAS16TS-AU	Active	Y	100	200	6	4	0.001	0.855	10	1	75	2	SOD-523	Fig_178
BAS16TW	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-363	Fig_048
BAV70DW	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-363	Fig_052
BAV99S	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-363	Fig_032
BAW56DW	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-363	Fig_051
BAS16TW-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	100	1.5	SOT-363	Fig_048
BAV70DW-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	100	1.5	SOT-363	Fig_052
BAV99S-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	100	1.5	SOT-363	Fig_032
BAW56DW-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	100	1.5	SOT-363	Fig_051
BAS16VTB6	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-563	Fig_158
BAS16W-AU	Active	Y	100	200	6	4	0.001	0.855	10	1	75	2	SOT-323	Fig_014
BAS316	Active	-	100	400	4	4	0.001	1.25	150	0.5	100	1.5	SOD-323	Fig_178
BAS316-AU	Active	Y	100	400	4	4	0.001	1.25	150	0.5	100	1.5	SOD-323	Fig_178
BAV16W	Active	-	100	350	6	4	0.001	0.855	10	1	75	2	SOD-123	Fig_178
BAV170W	Active	-	100	200	3000	4	0.001	1.25	150	0.005	75	2	SOT-323	Fig_016
BAV199W	Active	-	100	200	3000	4	0.001	1.25	150	0.005	75	2	SOT-323	Fig_017
BAV199W-AU	Active	Y	100	200	3000	4	0.001	1.25	150	0.005	75	2	SOT-323	Fig_017
BAV199STB6	Active	-	100	200	3000	2	0.001	1.25	150	0.005	75	2	SOT-563	Fig_032
BAV99STB6	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-563	Fig_032
BAV99STB6-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-563	Fig_032
BAL99	Active	-	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_018
BAV70	Active	-	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_016
BAV99	Active	-	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_017
BAW56	Active	-	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_015
BAL99-AU	Active	Y	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_018
BAV70-AU	Active	Y	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_016
BAV99-AU	Active	Y	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_017
BAW56-AU	Active	Y	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_015
BAL99TB	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-523	Fig_018
BAV70TB	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-523	Fig_016
BAV99TB	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-523	Fig_017
BAW56TB	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-523	Fig_015
BAL99W	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_018
BAV70W	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_016
BAV99W	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_017
BAW56W	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_015
BAL99W-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_018
BAV70W-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_016
BAV99W-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_017
BAW56W-AU	Active	Y	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_015
LL4148	Active	-	100	500	4	0.5	1000	1	10	5	75	4	MINI-MELF	Fig_178
LL4448	Active	-	100	500	4	0.5	1000	1	100	5	75	4	MINI-MELF	Fig_178
LL914	Active	-	100	500	4	0.5	1000	1	10	5	75	4	MINI-MELF	Fig_178
LS4148	Active	-	100	500	4	0.5	1000	1	10	5	75	4	QUADRO-MELF	Fig_178
LS4448	Active	-	100	500	4	0.5	1000	1	100	5	75	4	QUADRO-MELF	Fig_178
LS914	Active	-	100	500	4	0.5	1000	1	10	5	75	4	QUADRO-MELF	Fig_178
MCL4148	Active	-	100	500	4	0.5	1000	1	10	5	75	4	MICRO-MELF	Fig_178
MCL4448	Active	-	100	500	4	0.5	1000	1	100	5	75	4	MICRO-MELF	Fig_178
MCL914	Active	-	100	500	4	0.5	1000	1	10	5	75	4	MICRO-MELF	Fig_178
MMBD4148	Active	-	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_014
MMBD4448	Active	-	100	250	4	4	0.001	1	100	2.5	75	4	SOT-23	Fig_014
MMBD4148-AU	Active	Y	100	250	4	4	0.001	1.25	150	2.5	75	1.5	SOT-23	Fig_014
MMBD4148TS	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOD-523	Fig_178
MMBD4148TS-AU	New Product	Y	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOD-523	Fig_178
BAS16W	Active	-	100	200	6	4	0.001	0.855	10	1	75	2	SOT-323	Fig_014
MMBD4148W	Active	-	100	200	4	4	0.001	1.25	150	2.5	75	1.5	SOT-323	Fig_014
MMBD4448W	Active	-	100	200	4	4	0.001	1	100	2.5	75	4	SOT-323	Fig_014
MMBD4448TW	Active	-	100	200	4	4	0.001	1	100	2.5	75	4	SOT-363	Fig_048
MMBD7000	Active	-	100	225	4	4	0.001	1.1	100	3	100	2	SOT-23	Fig_017
MMBD7000W	Active	-	100	200	4	4	0.001	1.1	100	3	100	2	SOT-323	Fig_017
MMBD914	Active	-	100	225	4	4	0.001	1	10	5	75	4	SOT-23	Fig_014
MMBD914TS	Active	-	100	200	4	4	0.001	1	10	5	75	4	SOD-523	Fig_178

一般通用整流器 (VRRM=50-1700V，IF=1-8A)

一般应用于桥式整流与VCC Rectifier等应用线路。

Part Number	Product Status	AEC-Q101 Qualified	IF	VRRM Max.	IFSM	VF Max.	@IF	IR Max.	@VRRM	Package	Circuit Figure
			A	V	A	V	A	µA	V
GS1GAFC	Active	-	1	400	30	1.1	1	1	400	SMAF-C	Fig_178
GS1JAFC	Active	-	1	600	30	1.1	1	1	600	SMAF-C	Fig_178
GS1KAFC	Active	-	1	800	30	1.1	1	1	800	SMAF-C	Fig_178
GS1MAFC	Active	-	1	1000	30	1.1	1	1	1000	SMAF-C	Fig_178
GS2GAFC	Active	-	2	400	70	1.1	2	1	400	SMAF-C	Fig_178
GS2JAFC	Active	-	2	600	70	1.1	2	1	600	SMAF-C	Fig_178
GS2KAFC	Active	-	2	800	70	1.1	2	1	800	SMAF-C	Fig_178
GS2MAFC	Active	-	2	1000	70	1.1	2	1	1000	SMAF-C	Fig_178
GS1GAFC-AU	Active	Y	1	400	30	1.1	1	1	400	SMAF-C	Fig_178
GS1JAFC-AU	Active	Y	1	600	30	1.1	1	1	600	SMAF-C	Fig_178
GS1KAFC-AU	Active	Y	1	800	30	1.1	1	1	800	SMAF-C	Fig_178
GS1MAFC-AU	Active	Y	1	1000	30	1.1	1	1	1000	SMAF-C	Fig_178
GS2GAFC-AU	Active	Y	2	400	70	1.1	2	1	400	SMAF-C	Fig_178
GS2JAFC-AU	Active	Y	2	600	70	1.1	1	1	600	SMAF-C	Fig_178
GS2KAFC-AU	Active	Y	2	800	70	1.1	1	1	800	SMAF-C	Fig_178
GS2MAFC-AU	Active	Y	2	1000	70	1.1	1	1	1000	SMAF-C	Fig_178
GS1004HE	Active	-	1	400	30	1.1	1	1	400	SOD-123HE	Fig_178
GS1006HE	Active	-	1	600	30	1.1	1	1	600	SOD-123HE	Fig_178
GS1008HE	Active	-	1	800	30	1.1	1	1	800	SOD-123HE	Fig_178
GS1010HE	Active	-	1	1000	30	1.1	1	1	1000	SOD-123HE	Fig_178
GS1006HE-AU	Active	Y	1	600	30	1.1	1	1	600	SOD-123HE	Fig_178
GS1000FL	Active	-	1	50	30	1.1	1	1	50	SOD-123FL	Fig_178
GS1001FL	Active	-	1	100	30	1.1	1	1	100	SOD-123FL	Fig_178
GS1002FL	Active	-	1	200	30	1.1	1	1	200	SOD-123FL	Fig_178
GS1004FL	Active	-	1	400	30	1.1	1	1	400	SOD-123FL	Fig_178
GS1006FL	Active	-	1	600	30	1.1	1	1	600	SOD-123FL	Fig_178
GS1008FL	Active	-	1	800	30	1.1	1	1	800	SOD-123FL	Fig_178
GS1010FL	Active	-	1	1000	30	1.1	1	1	1000	SOD-123FL	Fig_178
GS1000FL-AU	Active	Y	1	50	30	1.1	1	1	50	SOD-123FL	Fig_178
GS1001FL-AU	Active	Y	1	100	30	1.1	1	1	100	SOD-123FL	Fig_178
GS1002FL-AU	Active	Y	1	200	30	1.1	1	1	200	SOD-123FL	Fig_178
GS1004FL-AU	Active	Y	1	400	30	1.1	1	1	400	SOD-123FL	Fig_178
GS1006FL-AU	Active	Y	1	600	30	1.1	1	1	600	SOD-123FL	Fig_178
GS1008FL-AU	Active	Y	1	800	30	1.1	1	1	800	SOD-123FL	Fig_178
GS1010FL-AU	Active	Y	1	1000	30	1.1	1	1	1000	SOD-123FL	Fig_178
S1GF	Active	-	1	400	30	1.1	1	1	400	SMBF	Fig_178
S1JF	Active	-	1	600	30	1.1	1	1	600	SMBF	Fig_178
S1KF	Active	-	1	800	30	1.1	1	1	800	SMBF	Fig_178
S1MF	Active	-	1	1000	30	1.1	1	1	1000	SMBF	Fig_178
S1GF-AU	Active	Y	1	400	30	1.1	1	1	400	SMBF	Fig_178
GS1AWG	Active	-	1	50	30	1.1	1	1	50	SMA(W)	Fig_178
GS1BWG	Active	-	1	100	30	1.1	1	1	100	SMA(W)	Fig_178
GS1DWG	Active	-	1	200	30	1.1	1	1	200	SMA(W)	Fig_178
GS1GWG	Active	-	1	400	30	1.1	1	1	400	SMA(W)	Fig_178
GS1JWG	Active	-	1	600	30	1.1	1	1	600	SMA(W)	Fig_178
GS1KWG	Active	-	1	800	30	1.1	1	1	800	SMA(W)	Fig_178
GS1MWG	Active	-	1	1000	30	1.1	1	1	1000	SMA(W)	Fig_178
GS1ADWG	Active	-	1	50	30	1.1	1	1	50	SMA(W)	Fig_178
GS1BDWG	Active	-	1	100	30	1.1	1	1	100	SMA(W)	Fig_178
GS1DDWG	Active	-	1	200	30	1.1	1	1	200	SMA(W)	Fig_178
GS1GDWG	Active	-	1	400	30	1.1	1	1	400	SMA(W)	Fig_178
GS1JDWG	Active	-	1	600	30	1.1	1	1	600	SMA(W)	Fig_178
GS1KDWG	Active	-	1	800	30	1.1	1	1	800	SMA(W)	Fig_178
GS1MDWG	Active	-	1	1000	30	1.1	1	1	1000	SMA(W)	Fig_178
GS1A	Active	-	1	50	35	1.1	1	1	50	SMA	Fig_178
GS1B	Active	-	1	100	35	1.1	1	1	100	SMA	Fig_178
GS1D	Active	-	1	200	35	1.1	1	1	200	SMA	Fig_178
GS1G	Active	-	1	400	35	1.1	1	1	400	SMA	Fig_178
GS1J	Active	-	1	600	35	1.1	1	1	600	SMA	Fig_178
GS1K	Active	-	1	800	35	1.1	1	1	800	SMA	Fig_178
GS1M	Active	-	1	1000	35	1.1	1	1	1000	SMA	Fig_178
GS1N	Active	-	1	1200	35	1.1	1	1	1200	SMA	Fig_178
GS1A-AU	Active	Y	1	50	35	1.1	1	1	50	SMA	Fig_178
GS1B-AU	Active	Y	1	100	35	1.1	1	1	100	SMA	Fig_178
GS1D-AU	Active	Y	1	200	35	1.1	1	1	200	SMA	Fig_178
GS1G-AU	Active	Y	1	400	35	1.1	1	1	400	SMA	Fig_178
GS1J-AU	Active	Y	1	600	35	1.1	1	1	600	SMA	Fig_178
GS1K-AU	Active	Y	1	800	35	1.1	1	1	800	SMA	Fig_178
GS1M-AU	Active	Y	1	1000	35	1.1	1	1	1000	SMA	Fig_178
GH1D-AU	Active	Y	1	200	35	1.1	1	1	200	SMA	Fig_178
GH1G-AU	Active	Y	1	400	35	1.1	1	1	400	SMA	Fig_178
G1D	NSND	-	1	200	30	1.1	1	1	200	SMAS	Fig_178
G1G	NSND	-	1	400	30	1.1	1	1	400	SMAS	Fig_178
G1J	NSND	-	1	600	30	1.1	1	1	600	SMAS	Fig_178
G1K	NSND	-	1	800	30	1.1	1	1	800	SMAS	Fig_178
G1M	NSND	-	1	1000	30	1.1	1	1	1000	SMAS	Fig_178
S1A	Active	-	1	50	30	1.1	1	1	50	SMB	Fig_178
S1B	Active	-	1	100	30	1.1	1	1	100	SMB	Fig_178
S1D	Active	-	1	200	30	1.1	1	1	200	SMB	Fig_178
S1G	Active	-	1	400	30	1.1	1	1	400	SMB	Fig_178
S1J	Active	-	1	600	30	1.1	1	1	600	SMB	Fig_178
S1K	Active	-	1	800	30	1.1	1	1	800	SMB	Fig_178
S1M	Active	-	1	1000	30	1.1	1	1	1000	SMB	Fig_178
PG4001	Active	-	1	50	30	1.1	1	1	50	DO-41	Fig_178
PG4002	Active	-	1	100	30	1.1	1	1	100	DO-41	Fig_178
PG4003	Active	-	1	200	30	1.1	1	1	200	DO-41	Fig_178
PG4004	Active	-	1	400	30	1.1	1	1	400	DO-41	Fig_178
PG4005	Active	-	1	600	30	1.1	1	1	600	DO-41	Fig_178
PG4006	Active	-	1	800	30	1.1	1	1	800	DO-41	Fig_178
PG4007	Active	-	1	1000	30	1.1	1	1	1000	DO-41	Fig_178
PG4001-AU	Active	Y	1	50	30	1.1	1	1	50	DO-41	Fig_178
PG4002-AU	Active	Y	1	100	30	1.1	1	1	100	DO-41	Fig_178
PG4003-AU	Active	Y	1	200	30	1.1	1	1	200	DO-41	Fig_178
PG4004-AU	Active	Y	1	400	30	1.1	1	1	400	DO-41	Fig_178
PG4005-AU	Active	Y	1	600	30	1.1	1	1	600	DO-41	Fig_178
PG4006-AU	Active	Y	1	800	30	1.1	1	1	800	DO-41	Fig_178
PG4007-AU	Active	Y	1	1000	30	1.1	1	1	1000	DO-41	Fig_178
GA15Y	Active	-	1.5	1600	30	1.15	1.5	1	1600	SMA	Fig_178

快速恢复整流器 (VRRM=50-1000V，IO=1-6A，TRR=150-500ns)

一般应用于Snubber线路/VCC整流等应用线路上。

Part Number	Product Status	AEC-Q101 Qualified	IF	VRRM Max.	TRR	IFSM	VF Max.	@IF	IR Max.	@VRRM	Package	Circuit Figure
			A	V	nS	A	V	A	µA	V
FR1AAFC	Active	-	1	50	150	30	1.3	1	1	50	SMAF-C	Fig_178
FR1BAFC	Active	-	1	100	150	30	1.3	1	1	100	SMAF-C	Fig_178
FR1DAFC	Active	-	1	200	150	30	1.3	1	1	200	SMAF-C	Fig_178
FR1GAFC	Active	-	1	400	150	30	1.3	1	1	400	SMAF-C	Fig_178
FR1JAFC	Active	-	1	600	250	30	1.3	1	1	600	SMAF-C	Fig_178
FR1KAFC	Active	-	1	800	500	30	1.3	1	1	800	SMAF-C	Fig_178
FR1MAFC	Active	-	1	1000	500	30	1.3	1	1	1000	SMAF-C	Fig_178
FR2AAFC	Active	-	2	50	150	50	1.3	2	1	50	SMAF-C	Fig_178
FR2BAFC	Active	-	2	100	150	50	1.3	2	1	100	SMAF-C	Fig_178
FR2DAFC	Active	-	2	200	150	50	1.3	2	1	200	SMAF-C	Fig_178
FR2GAFC	Active	-	2	400	150	50	1.3	2	1	400	SMAF-C	Fig_178
FR2JAFC	Active	-	2	600	250	50	1.3	2	1	600	SMAF-C	Fig_178
RS1001FL	Active	-	1	100	150	30	1.3	1	1	100	SOD-123FL	Fig_178
RS1002FL	Active	-	1	200	150	30	1.3	1	1	200	SOD-123FL	Fig_178
RS1004FL	Active	-	1	400	150	30	1.3	1	1	400	SOD-123FL	Fig_178
RS1006FL	Active	-	1	600	250	30	1.3	1	1	600	SOD-123FL	Fig_178
RS1008FL	Active	-	1	800	500	30	1.3	1	1	800	SOD-123FL	Fig_178
RS1010FL	Active	-	1	1000	500	30	1.3	1	1	1000	SOD-123FL	Fig_178
FR1AF	Active	-	1	50	150	30	1.3	1	1	50	SMBF	Fig_178
FR1BF	Active	-	1	100	150	30	1.3	1	1	100	SMBF	Fig_178
FR1DF	Active	-	1	200	150	30	1.3	1	1	200	SMBF	Fig_178
FR1GF	Active	-	1	400	150	30	1.3	1	1	400	SMBF	Fig_178
FR1JF	Active	-	1	600	250	30	1.3	1	1	600	SMBF	Fig_178
RS1AWG	NSND	-	1	50	150	30	1.3	1	5	50	SMA(W)	Fig_178
RS1BWG	NSND	-	1	100	150	30	1.3	1	5	100	SMA(W)	Fig_178
RS1DWG	NSND	-	1	200	150	30	1.3	1	5	200	SMA(W)	Fig_178
RS1GWG	NSND	-	1	400	150	30	1.3	1	5	400	SMA(W)	Fig_178
RS1JWG	NSND	-	1	600	250	30	1.3	1	5	600	SMA(W)	Fig_178
RS1KWG	NSND	-	1	800	500	30	1.3	1	5	800	SMA(W)	Fig_178
RS1MWG	NSND	-	1	1000	500	30	1.3	1	5	1000	SMA(W)	Fig_178
RS1A	Active	-	1	50	150	30	1.3	1	1	50	SMA	Fig_178
RS1B	Active	-	1	100	150	30	1.3	1	1	100	SMA	Fig_178
RS1D	Active	-	1	200	150	30	1.3	1	1	200	SMA	Fig_178
RS1G	Active	-	1	400	150	30	1.3	1	1	400	SMA	Fig_178
RS1J	Active	-	1	600	250	30	1.3	1	1	600	SMA	Fig_178
RS1K	Active	-	1	800	500	30	1.3	1	1	800	SMA	Fig_178
RS1M	Active	-	1	1000	500	30	1.3	1	1	1000	SMA	Fig_178
FR1A	Active	-	1	50	150	30	1.3	1	1	50	SMB	Fig_178
FR1B	Active	-	1	100	150	30	1.3	1	1	100	SMB	Fig_178
FR1D	Active	-	1	200	150	30	1.3	1	1	200	SMB	Fig_178
FR1G	Active	-	1	400	150	30	1.3	1	1	400	SMB	Fig_178
FR1J	Active	-	1	600	250	30	1.3	1	1	600	SMB	Fig_178
FR1K	Active	-	1	800	500	30	1.3	1	1	800	SMB	Fig_178
FR1M	Active	-	1	1000	500	30	1.3	1	1	1000	SMB	Fig_178
PG100R	Active	-	1	50	150	30	1.3	1	1	50	DO-41	Fig_178
PG101R	Active	-	1	100	150	30	1.3	1	1	100	DO-41	Fig_178
PG102R	Active	-	1	200	150	30	1.3	1	1	200	DO-41	Fig_178
PG104R	Active	-	1	400	150	30	1.3	1	1	400	DO-41	Fig_178
PG106R	Active	-	1	600	250	30	1.3	1	1	600	DO-41	Fig_178
PG108R	Active	-	1	800	500	30	1.3	1	1	800	DO-41	Fig_178
PG1010R	Active	-	1	1000	500	30	1.3	1	1	1000	DO-41	Fig_178
PG4933	Active	-	1	50	200	30	1.2	1	1	50	DO-41	Fig_178
PG4934	Active	-	1	100	200	30	1.2	1	1	100	DO-41	Fig_178
PG4935	Active	-	1	200	200	30	1.2	1	1	200	DO-41	Fig_178
PG4936	Active	-	1	400	200	30	1.2	1	1	400	DO-41	Fig_178
PG4937	Active	-	1	600	200	30	1.2	1	1	600	DO-41	Fig_178
PG150R	Active	-	1.5	50	150	50	1.3	1.5	1	50	DO-15	Fig_178
PG151R	Active	-	1.5	100	150	50	1.3	1.5	1	100	DO-15	Fig_178
PG152R	Active	-	1.5	200	150	50	1.3	1.5	1	200	DO-15	Fig_178
PG154R	Active	-	1.5	400	150	50	1.3	1.5	1	400	DO-15	Fig_178
PG156R	Active	-	1.5	600	250	50	1.3	1.5	1	600	DO-15	Fig_178
PG158R	Active	-	1.5	800	500	50	1.3	1.5	1	800	DO-15	Fig_178
PG1510R	Active	-	1.5	1000	500	50	1.3	1.5	1	1000	DO-15	Fig_178
FR2AF	Active	-	2	50	150	50	1.3	2	1	50	SMBF	Fig_178
FR2BF	Active	-	2	100	150	50	1.3	2	1	100	SMBF	Fig_178
FR2DF	Active	-	2	200	150	50	1.3	2	1	200	SMBF	Fig_178
FR2GF	Active	-	2	400	150	50	1.3	2	1	400	SMBF	Fig_178
FR2JF	Active	-	2	600	250	50	1.3	2	1	600	SMBF	Fig_178
FR2A	Active	-	2	50	150	50	1.3	2	1	50	SMB	Fig_178
FR2B	Active	-	2	100	150	50	1.3	2	1	100	SMB	Fig_178
FR2D	Active	-	2	200	150	50	1.3	2	1	200	SMB	Fig_178
FR2G	Active	-	2	400	150	50	1.3	2	1	400	SMB	Fig_178
FR2J	Active	-	2	600	250	50	1.3	2	1	600	SMB	Fig_178
FR2K	Active	-	2	800	500	50	1.3	2	1	800	SMB	Fig_178
FR2M	Active	-	2	1000	500	50	1.3	2	1	1000	SMB	Fig_178
PG200R	Active	-	2	50	150	70	1.3	2	1	50	DO-15	Fig_178
PG201R	Active	-	2	100	150	70	1.3	2	1	100	DO-15	Fig_178
PG202R	Active	-	2	200	150	70	1.3	2	1	200	DO-15	Fig_178
PG204R	Active	-	2	400	150	70	1.3	2	1	400	DO-15	Fig_178
PG206R	Active	-	2	600	250	70	1.3	2	1	600	DO-15	Fig_178
PG208R	Active	-	2	800	500	70	1.3	2	1	800	DO-15	Fig_178
PG2010R	Active	-	2	1000	500	70	1.3	2	1	1000	DO-15	Fig_178
FR3A	Active	-	3	50	150	100	1.3	3	1	50	SMC	Fig_178
FR3B	Active	-	3	100	150	100	1.3	3	1	100	SMC	Fig_178
FR3D	Active	-	3	200	150	100	1.3	3	1	200	SMC	Fig_178
FR3G	Active	-	3	400	150	100	1.3	3	1	400	SMC	Fig_178
FR3J	Active	-	3	600	250	100	1.3	3	1	600	SMC	Fig_178
FR3K	Active	-	3	800	500	100	1.3	3	1	800	SMC	Fig_178
FR3M	Active	-	3	1000	500	100	1.3	3	1	1000	SMC	Fig_178
PG300R	Active	-	3	50	150	125	1.3	3	1	50	DO-201AD	Fig_178
PG301R	Active	-	3	100	150	125	1.3	3	1	100	DO-201AD	Fig_178
PG302R	Active	-	3	200	150	125	1.3	3	1	200	DO-201AD	Fig_178
PG304R	Active	-	3	400	150	125	1.3	3	1	400	DO-201AD	Fig_178
PG306R	Active	-	3	600	250	125	1.3	3	1	600	DO-201AD	Fig_178
PG308R	Active	-	3	800	500	125	1.3	3	1	800	DO-201AD	Fig_178
PG3010R	Active	-	3	1000	500	125	1.3	3	1	1000	DO-201AD	Fig_178
PG600R	Active	-	6	50	150	250	1.3	6	1	50	P-600	Fig_178
PG601R	Active	-	6	100	150	250	1.3	6	1	100	P-600	Fig_178

超快速恢复整流器(VRRM=50-1300V，IO=1-30A，TRR=50-100ns)

一般应用于二次测整流与VCC整流。

Part Number	Product Status	AEC-Q101 Qualified	IF	VRRM Max.	TRR	IFSM	VF Max.	@IF	IR Max.	@VRRM	Package	Circuit Figure
			A	V	nS	A	V	A	µA	V
US1AAFC	Active	-	1	50	50	30	1	1	1	50	SMAF-C	Fig_178
US1BAFC	Active	-	1	100	50	30	1	1	1	100	SMAF-C	Fig_178
US1DAFC	Active	-	1	200	50	30	1	1	1	200	SMAF-C	Fig_178
US1GAFC	Active	-	1	400	50	30	1.4	1	1	400	SMAF-C	Fig_178
US1JAFC	Active	-	1	600	100	30	1.7	1	1	600	SMAF-C	Fig_178
US1KAFC	Active	-	1	800	100	30	1.7	1	1	800	SMAF-C	Fig_178
US1MAFC	Active	-	1	1000	100	30	1.7	1	1	1000	SMAF-C	Fig_178
US1001FL	Active	-	1	100	50	30	1	1	1	100	SOD-123FL	Fig_178
US1002FL	Active	-	1	200	50	30	1	1	1	200	SOD-123FL	Fig_178
US1004FL	Active	-	1	400	50	30	1.4	1	1	400	SOD-123FL	Fig_178
US1006FL	Active	-	1	600	100	30	1.7	1	1	600	SOD-123FL	Fig_178
US1008FL	Active	-	1	800	100	30	1.7	1	1	800	SOD-123FL	Fig_178
UF1AF	Active	-	1	50	50	30	1	1	1	50	SMBF	Fig_178
UF1BF	Active	-	1	100	50	30	1	1	1	100	SMBF	Fig_178
UF1DF	Active	-	1	200	50	30	1	1	1	200	SMBF	Fig_178
UF1GF	Active	-	1	400	50	30	1.4	1	1	400	SMBF	Fig_178
UF1JF	Active	-	1	600	100	30	1.7	1	1	600	SMBF	Fig_178
US1AWG	NSND	-	1	50	50	30	1	1	10	50	SMA(W)	Fig_178
US1BWG	NSND	-	1	100	50	30	1	1	10	100	SMA(W)	Fig_178
US1DWG	NSND	-	1	200	50	30	1	1	10	200	SMA(W)	Fig_178
US1GWG	NSND	-	1	400	50	30	1.3	1	10	400	SMA(W)	Fig_178
US1JWG	NSND	-	1	600	100	30	1.7	1	10	600	SMA(W)	Fig_178
US1KWG	NSND	-	1	800	100	30	1.7	1	10	800	SMA(W)	Fig_178
US1MWG	NSND	-	1	1000	100	30	1.7	1	10	1000	SMA(W)	Fig_178
US1A	Active	-	1	50	50	30	1	1	1	50	SMA	Fig_178
US1B	Active	-	1	100	50	30	1	1	1	100	SMA	Fig_178
US1D	Active	-	1	200	50	30	1	1	1	200	SMA	Fig_178
US1G	Active	-	1	400	50	30	1.3	1	1	400	SMA	Fig_178
US1J	Active	-	1	600	100	30	1.7	1	1	600	SMA	Fig_178
US1K	Active	-	1	800	100	30	1.7	1	1	800	SMA	Fig_178
US1M	Active	-	1	1000	100	30	1.7	1	1	1000	SMA	Fig_178
US1R	Active	-	1	1300	75	30	1.9	1	1	1300	SMA	Fig_178
U1D	NSND	-	1	200	50	30	1	1	1	200	SMAS	Fig_178
U1G	NSND	-	1	400	50	30	1.3	1	1	400	SMAS	Fig_178
U1J	NSND	-	1	600	100	30	1.7	1	1	600	SMAS	Fig_178
U1K	NSND	-	1	800	100	30	1.7	1	1	800	SMAS	Fig_178
U1M	NSND	-	1	1000	100	30	1.7	1	1	1000	SMAS	Fig_178
UF1A	Active	-	1	50	50	30	1	1	1	50	SMB	Fig_178
UF1B	Active	-	1	100	50	30	1	1	1	100	SMB	Fig_178
UF1D	Active	-	1	200	50	30	1	1	1	200	SMB	Fig_178
UF1G	Active	-	1	400	50	30	1.3	1	1	400	SMB	Fig_178
UF1J	Active	-	1	600	100	30	1.7	1	1	600	SMB	Fig_178
UF1K	Active	-	1	800	100	30	1.7	1	1	800	SMB	Fig_178
UF1M	Active	-	1	1000	100	30	1.7	1	1	1000	SMB	Fig_178
UF100G	Active	-	1	50	50	30	1	1	1	50	DO-41	Fig_178
UF101G	Active	-	1	100	50	30	1	1	1	100	DO-41	Fig_178
UF102G	Active	-	1	200	50	30	1	1	1	200	DO-41	Fig_178
UF104G	Active	-	1	400	50	30	1.3	1	1	400	DO-41	Fig_178
UF106G	Active	-	1	600	100	30	1.7	1	1	600	DO-41	Fig_178
UF108G	Active	-	1	800	100	30	1.7	1	1	800	DO-41	Fig_178
UF1010G	Active	-	1	1000	100	30	1.7	1	1	1000	DO-41	Fig_178
UF150G	Active	-	1.5	50	50	50	1	1.5	1	50	DO-15	Fig_178
UF151G	Active	-	1.5	100	50	50	1	1.5	1	100	DO-15	Fig_178
UF152G	Active	-	1.5	200	50	50	1	1.5	1	200	DO-15	Fig_178
UF154G	Active	-	1.5	400	50	50	1.3	1.5	1	400	DO-15	Fig_178
UF156G	Active	-	1.5	600	100	50	1.7	1.5	1	600	DO-15	Fig_178
UF158G	Active	-	1.5	800	100	50	1.7	1.5	1	800	DO-15	Fig_178
UF1510G	Active	-	1.5	1000	100	50	1.7	1.5	1	1000	DO-15	Fig_178
UFA15M	Active	-	1.5	1000	100	50	1.7	1.5	1	1000	SMA	Fig_178
UF2AF	Active	-	2	50	50	50	1	2	1	50	SMBF	Fig_178
UF2BF	Active	-	2	100	50	50	1	2	1	100	SMBF	Fig_178
UF2DF	Active	-	2	200	50	50	1	2	1	200	SMBF	Fig_178
UF2GF	Active	-	2	400	50	50	1.4	2	1	400	SMBF	Fig_178
UF2JF	Active	-	2	600	100	50	1.7	2	1	600	SMBF	Fig_178
UF2A	Active	-	2	50	50	50	1	2	1	50	SMB	Fig_178
UF2B	Active	-	2	100	50	50	1	2	1	100	SMB	Fig_178
UF2D	Active	-	2	200	50	50	1	2	1	200	SMB	Fig_178
UF2G	Active	-	2	400	50	50	1.3	2	1	400	SMB	Fig_178
UF2J	Active	-	2	600	100	50	1.7	2	1	600	SMB	Fig_178
UF2K	Active	-	2	800	100	50	1.7	2	1	800	SMB	Fig_178
UF2M	Active	-	2	1000	100	50	1.7	2	1	1000	SMB	Fig_178
UF200G	Active	-	2	50	50	60	1	2	1	50	DO-15	Fig_178
UF201G	Active	-	2	100	50	60	1	2	1	100	DO-15	Fig_178
UF202G	Active	-	2	200	50	60	1	2	1	200	DO-15	Fig_178
UF204G	Active	-	2	400	50	60	1.3	2	1	400	DO-15	Fig_178
UF206G	Active	-	2	600	100	60	1.7	2	1	600	DO-15	Fig_178
UF208G	Active	-	2	800	100	60	1.7	2	1	800	DO-15	Fig_178
UF2010G	Active	-	2	1000	100	60	1.7	2	1	1000	DO-15	Fig_178
UF3A	Active	-	3	50	50	100	1	3	1	50	SMC	Fig_178
UF3B	Active	-	3	100	50	100	1	3	1	100	SMC	Fig_178
UF3D	Active	-	3	200	50	100	1	3	1	200	SMC	Fig_178
UF3G	Active	-	3	400	50	100	1.3	3	1	400	SMC	Fig_178
UF3J	Active	-	3	600	100	100	1.7	3	1	600	SMC	Fig_178
UF3K	Active	-	3	800	100	100	1.7	3	1	800	SMC	Fig_178
UF3M	Active	-	3	1000	100	100	1.7	3	1	1000	SMC	Fig_178
UF300G	Active	-	3	50	50	150	1	3	1	50	DO-201AD	Fig_178
UF301G	Active	-	3	100	50	150	1	3	1	100	DO-201AD	Fig_178
UF302G	Active	-	3	200	50	150	1	3	1	200	DO-201AD	Fig_178
UF304G	Active	-	3	400	50	150	1.3	3	1	400	DO-201AD	Fig_178
UF306G	Active	-	3	600	100	150	1.7	3	1	600	DO-201AD	Fig_178
UF308G	Active	-	3	800	100	150	1.7	3	1	800	DO-201AD	Fig_178
UF3010G	Active	-	3	1000	100	150	1.7	3	1	1000	DO-201AD	Fig_178
UF408G	Active	-	4	800	75	150	1.85	4	10	800	DO-201AD	Fig_178
UF4010G	Active	-	4	1000	75	150	1.85	4	10	1000	DO-201AD	Fig_178
UF5GI	Active	-	5	400	50	80	1.25	5	1	400	SMC	Fig_178
UF504IG	Active	-	5	400	50	80	1.25	5	1	400	DO-201AD	Fig_178
UF800	Active	-	8	50	50	125	1	8	1	50	TO-220AC	Fig_007
UF801	Active	-	8	100	50	125	1	8	1	100	TO-220AC	Fig_007

极快速恢复整流器(VRRM=50-800V，IO=1-30A，TRR=25-50ns)

一般应用于二次测整流与PFC整流

Part Number	Product Status	AEC-Q101 Qualified	IF	VRRM Max.	TRR	IFSM	VF Max.	@IF	IR Max.	@VRRM	Package	Circuit Figure
			A	V	nS	A	V	A	µA	V
MER3DAFC	New Product	-	3	200	35	75	0.95	3	1	200	SMAF-C	Fig_178
MER3DAFC-AU	New Product	Y	3	200	35	75	0.95	3	1	200	SMAF-C	Fig_178
MER3DAH	New Product	-	3	200	35	75	0.95	3	1	200	SOD-123HE	Fig_178
MER3DAH-AU	New Product	Y	3	200	35	75	0.95	3	1	200	SOD-123HE	Fig_178
MER3DBF	New Product	-	3	200	35	75	0.95	3	1	200	SMBF	Fig_178
MER3DBF-AU	New Product	Y	3	200	35	75	0.95	3	1	200	SMBF	Fig_178
MER2DAFC	New Product	-	2	200	35	60	0.95	2	1	200	SMAF-C	Fig_178
MER2DAFC-AU	New Product	Y	2	200	35	60	0.95	2	1	200	SMAF-C	Fig_178
MER2DAH	New Product	-	2	200	35	60	0.95	2	1	200	SOD-123HE	Fig_178
MER2DAH-AU	New Product	Y	2	200	17	60	0.95	2	1	200	SOD-123HE	Fig_178
MER2DAL	New Product	-	2	200	35	60	0.95	2	1	200	SOD-123FL	Fig_178
MER2DAL-AU	New Product	Y	2	200	35	60	0.95	2	1	200	SOD-123FL	Fig_178
MER2DBF	New Product	-	2	200	35	60	0.95	2	1	200	SMBF	Fig_178
MER2DBF-AU	New Product	Y	2	200	35	60	0.95	2	1	200	SMBF	Fig_178
MER3DMA	New Product	-	3	200	35	75	0.95	3	1	200	SMA	Fig_178
MER3DMA-AU	New Product	Y	3	200	35	75	0.95	3	1	200	SMA	Fig_178
MER3DMB	New Product	-	3	200	35	75	0.95	3	1	200	SMB	Fig_178
MER3DMB-AU	New Product	Y	3	200	35	75	0.95	3	1	200	SMB	Fig_178
MER2DMA	New Product	-	2	200	35	60	0.95	2	1	200	SMA	Fig_178
MER2DMA-AU	New Product	Y	2	200	35	60	0.95	2	1	200	SMA	Fig_178
MER2DMB	New Product	-	2	200	35	60	0.95	2	1	200	SMB	Fig_178
MER2DMB-AU	New Product	Y	2	200	35	60	0.95	2	1	200	SMB	Fig_178
MER1DMA-AU	New Product	Y	1	200	35	35	0.95	1	1	200	SMA	Fig_178
MER1DMB	New Product	-	1	200	35	35	0.95	1	1	200	SMB	Fig_178
MER1DMB-AU	New Product	Y	1	200	35	35	0.95	1	1	200	SMB	Fig_178
MER1002T	New Product	-	10	200	35	170	0.95	10	1	200	TO-220AC	Fig_007
MER1002FT	New Product	-	10	200	35	170	0.95	10	1	200	ITO-220AC	Fig_007
MER2002CT	New Product	-	20	200	35	170	0.95	10	1	200	TO-220AB	Fig_009
MER2002FCT	New Product	-	20	200	35	170	0.95	10	1	200	ITO-220AB	Fig_009
MER802T	New Product	-	8	200	35	120	0.95	8	1	200	TO-220AC	Fig_007
MER802FT	New Product	-	8	200	35	120	0.95	8	1	200	ITO-220AC	Fig_007
MER1602CT	New Product	-	16	200	35	120	0.95	8	1	200	TO-220AB	Fig_009
MER1602FCT	New Product	-	16	200	35	120	0.95	8	1	200	ITO-220AB	Fig_009
MER502T	New Product	-	5	200	25	100	0.95	5	1	200	TO-220AC	Fig_007
MER502FT	New Product	-	5	200	35	100	0.95	5	1	200	ITO-220AC	Fig_007
MER1002CT	New Product	-	10	200	25	100	0.95	5	1	200	TO-220AB	Fig_009
MER1002FCT	New Product	-	10	200	35	100	0.95	5	1	200	ITO-220AB	Fig_009
MER1DMA	New Product	-	1	200	35	35	0.95	1	1	200	SMA	Fig_178
MSR2DAFC	New Product	-	2	200	20	60	0.95	2	1	200	SMAF-C	Fig_178
MSR2DAL	New Product	-	2	200	20	50	0.95	2	1	200	SOD-123FL	Fig_178
MSR1DAL	New Product	-	1	200	20	40	0.95	1	1	200	SOD-123FL	Fig_178
MURB3JG	Active	-	3	600	50	100	1.25	3	5	600	SMB	Fig_178
ERT1AAFC	Active	-	1	50	25	30	0.95	1	1	50	SMAF-C	Fig_178
ERT1BAFC	Active	-	1	100	25	30	0.95	1	1	100	SMAF-C	Fig_178
ERT1CAFC	Active	-	1	150	25	30	0.95	1	1	150	SMAF-C	Fig_178
ERT1DAFC	Active	-	1	200	25	30	0.95	1	1	200	SMAF-C	Fig_178
ERT1EAFC	Active	-	1	300	25	30	1.25	1	1	300	SMAF-C	Fig_178
ERT1GAFC	Active	-	1	400	25	30	1.25	1	1	400	SMAF-C	Fig_178
ER1AAFC	Active	-	1	50	35	30	0.95	1	1	50	SMAF-C	Fig_178
ER1BAFC	Active	-	1	100	35	30	0.95	1	1	100	SMAF-C	Fig_178
ER1CAFC	Active	-	1	150	35	30	0.95	1	1	150	SMAF-C	Fig_178
ER1DAFC	Active	-	1	200	35	30	0.95	1	1	200	SMAF-C	Fig_178
ER1EAFC	Active	-	1	300	35	30	1.25	1	1	300	SMAF-C	Fig_178
ER1GAFC	Active	-	1	400	35	30	1.25	1	1	400	SMAF-C	Fig_178
ER1JAFC	Active	-	1	600	35	30	1.7	1	1	600	SMAF-C	Fig_178
ERT2AAFC	Active	-	2	50	25	50	0.95	2	1	50	SMAF-C	Fig_178
ERT2BAFC	Active	-	2	100	25	50	0.95	2	1	100	SMAF-C	Fig_178
ERT2CAFC	Active	-	2	150	25	50	0.95	2	1	150	SMAF-C	Fig_178
ERT2DAFC	Active	-	2	200	25	50	0.95	2	1	200	SMAF-C	Fig_178
ERT2EAFC	Active	-	2	300	25	50	1.25	2	1	300	SMAF-C	Fig_178
ERT2GAFC	Active	-	2	400	25	50	1.25	2	1	400	SMAF-C	Fig_178
ER100	Active	-	1	50	35	30	0.95	1	1	50	DO-41	Fig_178
ER101	Active	-	1	100	35	30	0.95	1	1	100	DO-41	Fig_178
ER101A	Active	-	1	150	35	30	0.95	1	1	150	DO-41	Fig_178
ER102	Active	-	1	200	35	30	0.95	1	1	200	DO-41	Fig_178
ER103	Active	-	1	300	35	30	1.25	1	1	300	DO-41	Fig_178
ER104	Active	-	1	400	35	30	1.25	1	1	400	DO-41	Fig_178
ER106	Active	-	1	600	35	30	1.7	1	1	600	DO-41	Fig_178
ER108	Active	-	1	800	35	30	2.5	1	1	800	DO-41	Fig_178
ES1AWG	Active	-	1	50	35	30	0.95	1	1	50	SMA(W)	Fig_178
ES1BWG	Active	-	1	100	35	30	0.95	1	1	100	SMA(W)	Fig_178
ES1CWG	Active	-	1	150	35	30	0.95	1	1	150	SMA(W)	Fig_178
ES1DWG	Active	-	1	200	35	30	0.95	1	1	200	SMA(W)	Fig_178
ES1EWG	Active	-	1	300	35	30	1.25	1	1	300	SMA(W)	Fig_178
ES1GWG	Active	-	1	400	35	30	1.25	1	1	400	SMA(W)	Fig_178
ES1JWG	Active	-	1	600	35	30	1.7	1	1	600	SMA(W)	Fig_178
ES1A	Active	-	1	50	35	30	0.95	1	1	50	SMA	Fig_178
ES1B	Active	-	1	100	35	30	0.95	1	1	100	SMA	Fig_178
ES1C	Active	-	1	150	35	30	0.95	1	1	150	SMA	Fig_178
ES1D	Active	-	1	200	35	30	0.95	1	1	200	SMA	Fig_178
ES1E	Active	-	1	300	35	30	1.25	1	1	300	SMA	Fig_178
ES1G	Active	-	1	400	35	30	1.25	1	1	400	SMA	Fig_178
ES1J	Active	-	1	600	35	30	1.7	1	1	600	SMA	Fig_178
ER1A	Active	-	1	50	35	30	0.95	1	1	50	SMB	Fig_178
ER1B	Active	-	1	100	35	30	0.95	1	1	100	SMB	Fig_178
ER1C	Active	-	1	150	35	30	0.95	1	1	150	SMB	Fig_178
ER1D	Active	-	1	200	35	30	0.95	1	1	200	SMB	Fig_178
ER1E	Active	-	1	300	35	30	1.25	1	1	300	SMB	Fig_178
ER1G	Active	-	1	400	35	30	1.25	1	1	400	SMB	Fig_178
ER1J	Active	-	1	600	35	30	1.7	1	1	600	SMB	Fig_178
ER1AF	Active	-	1	50	35	30	0.95	1	1	50	SMBF	Fig_178
ER1BF	Active	-	1	100	35	30	0.95	1	1	100	SMBF	Fig_178
ER1CF	Active	-	1	150	35	30	0.95	1	1	150	SMBF	Fig_178
ER1DF	Active	-	1	200	35	30	0.95	1	1	200	SMBF	Fig_178
ER1EF	Active	-	1	300	35	30	1.25	1	1	300	SMBF	Fig_178
ER1GF	Active	-	1	400	35	30	1.25	1	1	400	SMBF	Fig_178
ER1JF	Active	-	1	600	35	30	1.7	1	1	600	SMBF	Fig_178
ES1001FL	Active	-	1	100	35	30	0.95	1	1	100	SOD-123FL	Fig_178

FRED (VRRM=600-1200V , IF=4-60A)

最佳化电气特性的FRED，最优化的系统效率。根据系统电路的不同需求，有多种FRED产品可供选择。 • Speedy series(New) : Low Trr • Optima series(New) : Low Vf。

Part Number	Product Status	AEC-Q101 Qualified	Type	VRRM Max.	IF	VF Typ.	@IF	TRR	IFSM	IR Max.	@VRRM	Package	Circuit Figure
				V	A	V	A	nS	A	µA	V
PSDD0860S1	New Product	-	Speedy	600	8	1.8	8	35	75	100	600	TO-252AA	Fig_255
PSDD0860L1	New Product	-	Optima	600	8	1.3	8	60	85	100	600	TO-252AA	Fig_255
PSDB0860S1	New Product	-	Speedy	600	8	1.8	8	35	75	100	600	TO-263	Fig_255
PSDB0860L1	New Product	-	Optima	600	8	1.3	8	60	85	100	600	TO-263	Fig_255
PSDB1560S1	New Product	-	Speedy	600	15	1.8	15	42	140	100	600	TO-263	Fig_255
PSDB1560L1	New Product	-	Optima	600	15	1.3	15	70	180	100	600	TO-263	Fig_255
PSDB3060S1	New Product	-	Speedy	600	30	1.8	30	45	175	250	600	TO-263	Fig_255
PSDB3060L1	New Product	-	Optima	600	30	1.3	30	75	230	250	600	TO-263	Fig_255
PSDF0860S1	New Product	-	Speedy	600	8	1.8	8	35	75	100	600	ITO-220AC	Fig_007
PSDF0860L1	New Product	-	Optima	600	8	1.3	8	60	85	100	600	ITO-220AC	Fig_007
PSDF1560S1	New Product	-	Speedy	600	15	1.8	15	42	140	100	600	ITO-220AC	Fig_007
PSDF1560L1	New Product	-	Optima	600	15	1.3	15	70	180	100	600	ITO-220AC	Fig_007
PSDF3060S1	New Product	-	Speedy	600	30	1.8	30	45	175	250	600	ITO-220AC	Fig_007
PSDF3060L1	New Product	-	Optima	600	30	1.3	30	75	230	250	600	ITO-220AC	Fig_007
PSDH3060CCS1	New Product	-	Speedy	600	30	1.8	15	42	140	100	600	TO-247AD-3LD	Fig_257
PSDH3060CCL1	New Product	-	Optima	600	30	1.3	15	70	180	100	600	TO-247AD-3LD	Fig_257
PSDH6060CCS1	New Product	-	Speedy	600	60	1.8	30	45	175	250	600	TO-247AD-3LD	Fig_257
PSDH6060CCL1	New Product	-	Optima	600	60	1.3	30	75	230	250	600	TO-247AD-3LD	Fig_257
PSDP0860S1	Active	-	Speedy	600	8	1.8	8	35	85	100	600	TO-220AC	Fig_007
PSDP0860L1	Active	-	Optima	600	8	1.3	8	60	95	100	600	TO-220AC	Fig_007
PSDP1560S1	Active	-	Speedy	600	15	1.8	15	42	140	100	600	TO-220AC	Fig_007
PSDP1560L1	Active	-	Optima	600	15	1.3	15	70	180	100	600	TO-220AC	Fig_007
PSDP3060S1	Active	-	Speedy	600	30	1.8	30	45	175	250	600	TO-220AC	Fig_007
PSDP3060L1	Active	-	Optima	600	30	1.3	30	75	230	250	600	TO-220AC	Fig_007
PSDH3060S1	Active	-	Speedy	600	30	1.8	30	45	250	250	600	TO-247AD-2LD	Fig_254
PSDH3060L1	Active	-	Optima	600	30	1.3	30	75	270	250	600	TO-247AD-2LD	Fig_254
PSDH6060S1	Active	-	Speedy	600	60	1.65	60	55	400	250	600	TO-247AD-2LD	Fig_254
PSDH6060L1	Active	-	Optima	600	60	1.25	60	135	430	250	600	TO-247AD-2LD	Fig_254
PSDH30100S1	Active	-	Speedy	1000	30	2.65	30	95	200	250	1000	TO-247AD-2LD	Fig_254
PSDH60120S1	Active	-	Speedy	1200	60	2.7	60	170	300	250	1200	TO-247AD-2LD	Fig_254
PSDH60120L1	Active	-	Optima	1200	60	2	60	220	330	250	1200	TO-247AD-2LD	Fig_254
PSDP08120S1	Active	-	Speedy	1200	8	3	8	45	40	100	1200	TO-220AC	Fig_007
PSDP08120L1	Active	-	Optima	1200	8	2.1	8	70	40	100	1200	TO-220AC	Fig_007
PSDP15120S1	Active	-	Speedy	1200	15	3	15	70	100	100	1200	TO-220AC	Fig_007
PSDP15120L1	Active	-	Optima	1200	15	2.1	15	105	100	100	1200	TO-220AC	Fig_007
PSDP30120S1	Active	-	Speedy	1200	30	3	30	135	130	250	1200	TO-220AC	Fig_007
PSDP30120L1	Active	-	Optima	1200	30	2.1	30	160	160	250	1200	TO-220AC	Fig_007
PSDH30120S1	Active	-	Speedy	1200	30	3	30	135	190	250	1200	TO-247AD-2LD	Fig_254
PSDH30120L1	Active	-	Optima	1200	30	2.1	30	160	220	250	1200	TO-247AD-2LD	Fig_254