5 watt silicon Zener diode MCC SMBJ5355B-TP with low profile package and high surge current capability

Name: 5 watt silicon Zener diode MCC SMBJ5355B-TP with low profile package and high surge current capability
Brand: Hefei Purple Horn E-Commerce Co., Ltd.
SKU: SMBJ5355B-TP
Availability: InStock

Key Attributes

Model Number: SMBJ5355B-TP

Product Custom Attributes

Operating Junction Temperature Range:

-55℃~+150℃

Impedance(Zzt):

2.5Ω

Diode Configuration:

Independent

Pd - Power Dissipation:

Zener Voltage(Nom):

18V

Impedance(Zzk):

75Ω

Mfr. Part #:

SMBJ5355B-TP

Package:

SMB(DO-214AA)

Product Description

Product Overview

The SMBJ5338B thru SMBJ5388B series are 5 Watt surface mount silicon Zener diodes designed for a wide range of voltage applications from 5.1V to 200V. These diodes feature a low profile package with a flat handling surface for accurate placement, high surge current capability, and are available on tape and reel. They meet standard JEDEC outlines and are suitable for applications requiring precise voltage regulation and protection.

Product Attributes

Brand: Micro Commercial Components (MCC)
Package Type: DO-214AA (SMB)
Material: Silicon
Certifications/Ratings: Epoxy meets UL 94 V-0 flammability rating, Moisture Sensitivity Level 1, Halogen free available upon request (-HF suffix)
Compliance: Lead Free Finish/RoHS Compliant

Technical Specifications

Part Number	Zener Voltage (V_Z) @ I_ZT (Volts)	Test Current (I_ZT) (mA)	Max. Dynamic Impedance (Z_ZT) @ I_ZT (Ohms)	Max. Reverse Current (I_R) @ V_R (A @ Volts)	Max. Zener Current (I_ZM) (mA)	Max. Dynamic Knee Impedance (Z_ZK) @ 1.0mA (Ohms)	Max. Surge Current (I_ZSM) (A)	Max. Voltage Regulation (V_Z) (Volts)
SMBJ5338B	5.1	240	1.5	1 @ 1	930	400	14.4	0.39
SMBJ5339B	5.6	220	1	1 @ 2	865	400	13.4	0.25
SMBJ5340B	6	200	1	1 @ 3	790	300	12.7	0.19
SMBJ5341B	6.2	200	1	1 @ 3	765	200	12.4	0.1
SMBJ5342B	6.8	175	1	10 @ 5.2	700	200	11.5	0.15
SMBJ5343B	7.5	175	1.5	10 @ 5.7	630	200	10.7	0.15
SMBJ5344B	8.2	150	1.5	10 @ 6.2	580	200	10	0.2
SMBJ5345B	8.7	150	2	10 @ 6.6	545	200	9.5	0.2
SMBJ5346B	9.1	150	2	7.5 @ 6.9	520	150	9.2	0.22
SMBJ5347B	10	125	2	5 @ 7.6	475	125	8.6	0.22
SMBJ5348B	11	125	2.5	5 @ 8.4	430	125	8	0.25
SMBJ5349B	12	100	2.5	2 @ 9.1	395	125	7.5	0.25
SMBJ5350B	13	100	2.5	1 @ 9.9	365	100	7	0.25
SMBJ5351B	14	100	2.5	1 @ 10.6	340	75	6.7	0.25
SMBJ5352B	15	75	2.5	1 @ 11.5	315	75	6.3	0.25
SMBJ5353B	16	75	2.5	1 @ 12.2	295	75	6	0.3
SMBJ5354B	17	70	2.5	0.5 @ 12.9	280	75	5.8	0.35
SMBJ5355B	18	65	2.5	0.5 @ 13.7	264	75	5.5	0.4
SMBJ5356B	19	65	3	0.5 @ 14.4	250	75	5.3	0.4
SMBJ5357B	20	65	3	0.5 @ 15.2	237	75	5.1	0.4
SMBJ5358B	22	50	3.5	0.5 @ 16.7	216	75	4.7	0.45
SMBJ5359B	24	50	3.5	0.5 @ 18.2	198	100	4.4	0.55
SMBJ5360B	25	50	4	0.5 @ 19	190	110	4.3	0.55
SMBJ5361B	27	50	5	0.5 @ 20.6	176	120	4.1	0.6
SMBJ5362B	28	50	6	0.5 @ 21.2	170	130	3.9	0.6
SMBJ5363B	30	40	8	0.5 @ 22.8	158	140	3.7	0.6
SMBJ5364B	33	40	10	0.5 @ 25.1	144	150	3.5	0.6
SMBJ5365B	36	30	11	0.5 @ 27.4	132	160	3.3	0.65
SMBJ5366B	39	30	14	0.5 @ 29.7	122	170	3.1	0.65
SMBJ5367B	43	30	20	0.5 @ 32.7	110	190	2.8	0.7
SMBJ5368B	47	25	25	0.5 @ 35.8	100	210	2.7	0.8
SMBJ5369B	51	25	27	0.5 @ 38.8	93	230	2.5	0.9
SMBJ5370B	56	20	35	0.5 @ 42.6	86	280	2.3	1
SMBJ5371B	60	20	40	0.5 @ 45.5	79	350	2.2	1.2
SMBJ5372B	62	20	42	0.5 @ 47.1	76	400	2.1	1.35
SMBJ5373B	68	20	44	0.5 @ 51.7	70	500	2	1.5
SMBJ5374B	75	20	45	0.5 @ 56	63	620	1.9	1.6
SMBJ5375B	82	15	65	0.5 @ 62.2	58	720	1.8	1.8
SMBJ5376B	87	15	75	0.5 @ 66	54.5	760	1.7	2
SMBJ5377B	91	15	75	0.5 @ 69.2	52.5	760	1.6	2.2
SMBJ5378B	100	12	90	0.5 @ 76	47.5	800	1.5	2.3
SMBJ5379B	110	12	125	0.5 @ 83.6	43	1000	1.4	2.5
SMBJ5380B	120	10	170	0.5 @ 91.2	39.5	1150	1.3	2.5
SMBJ5381B	130	10	190	0.5 @ 98.8	36.6	1250	1.2	2.5
SMBJ5382B	140	8.0	230	0.5 @ 106	34	1500	1.2	2.5
SMBJ5383B	150	8.0	330	0.5 @ 114	31.6	1500	1.1	3
SMBJ5384B	160	8.0	350	0.5 @ 122	29.4	1650	1.1	3
SMBJ5385B	170	8.0	380	0.5 @ 129	28	1750	1.0	3
SMBJ5386B	180	5.0	430	0.5 @ 137	26.4	1750	1.0	4
SMBJ5387B	190	5.0	450	0.5 @ 144	25	1850	0.9	5
SMBJ5388B	200	5.0	480	0.5 @ 152	23.6	1850	0.9	5

General Electrical Characteristics @ 25C
Parameter	Value	Unit
Forward Voltage (at 1.0A Current) (V_F)	1.2	Volts
Steady State Power Dissipation (P_(AV))	5	Watts
Operating and Storage Temperatures (T_J, T_STG)	-55 to +150	C
Thermal Resistance (R_JL) (Lead temp @ 75C)	15	K/W
Thermal Resistance (R_JA) (Ambient temp @ 15C)	90	K/W
Maximum Temperature for Soldering	260	C (for 10 Seconds)

Dimensions (DO-214AA / SMB)
Dimension	Min (Inches)	Max (Inches)	Min (MM)	Max (MM)
A	.075	.095	1.91	2.41
B	.077	.083	1.96	2.10
C	.002	.008	.05	.20
D	-----	.02	-----	.51
E	.030	.060	.76	1.52
G	.200	.220	5.08	5.59
H	.160	.187	4.06	4.75
J	.130	.155	3.30	3.94

Note 1: Devices listed have a 5% tolerance on nominal V_Z. Suffix 'C' denotes a 2% tolerance.

Note 2: Nominal Zener Voltage (V_Z) is tested with a 40 10 milliseconds pulse current to avoid self-heat affection.

Note 3: The Zener impedance (Z_ZT or Z_ZK) is derived from the 60 Hz AC voltage, which results when an AC current having a RMS value equal to 10% of the DC zener current (I_ZT or I_ZK) is superimposed on I_ZT or I_ZK respectively.

Note 4: The Maximum Reverse (leakage) Current is specified for devices with 20% and 10% voltage tolerances on nominal V_Z in another column.

Note 5: The Maximum Zener Current (I_ZM) shown is for 5% tolerance devices. I_ZM for 10% and 20% devices can be calculated using the formula: I_ZM = P / V_ZM where V_ZM is V_Z at the high end of the voltage tolerance specified and P is the rated power of the device.

Note 6: The Surge Current (I_ZSM) is specified as the maximum peak of a nonrecurring sine wave of 8.3 milliseconds duration.

Note 7: Voltage Regulation (V_Z) is the difference between the voltage measured at 10% and 50% I_ZM.

2410121251_MCC-SMBJ5355B-TP_C151728.pdf

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