MCC SMBJ11, SMBJ100A, SMBJ10, SMBJ100, SMBJ100CA Datasheet

M C C

omponents 21201 Itasca Street Chatsworth

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Features

•For surface mount applicationsin or der to optimize boar d space

•L ow pr ofil e package

•Fast response time: typical less than 1.0ps from 0 volts to VBR minimum

•Low inductance

•Excellent clamping capability

Mechanical Data

•CASE: JEDEC DO-214AA

•Terminals: solderable per MIL-STD-750, Method 2026

•Polarity: Color band denotesposit ive end (cathode) except Bidirectional

•Maximum soldering temperature: 260oC for 10 seconds

Maximum Ratings @ 25oC Unless Otherwise Specified

Peak Pulse Current on	IPP	See Table 1	Note: 1
10/1000us waveform
Peak Pulse Power	PPP	600W	Note: 1,
Dissipation			2
Peak Forward Surge	IFSM)	100A	Note: 2
Current			3
Operation And Storage	TJ, TSTG	-55oC to
Temperature Range		+150oC
Thermal Resistance	R	25oC/W

NOTES:

1.Non-repetitive current pulse, per Fig.3 and derated above TA=25oC per Fig.2.

2.Mounted on 5.0mm2 copper pads to each terminal.

3.8.3ms, single half sine wave duty cycle=4 pulses per. Minute maximum.

4.Peak pulse current waveform is 10/1000us, with maximum duty Cycle of 0.01%.

SMBJ5.0

THRU

SMBJ170CA

Transient

Voltage Suppressor

5.0 to 170 Volts

600 Watt

DO-214AA

(SMBJ) (LEAD FRAME)

												G
																										H
																		D
																												A																C
												F						E																		B
																							DIMENSIONS
										INCHES																		MM
DIM												MIN						MAX								MIN				MAX								NOTE
	A					.083										.096									2.13					2.44
	B					.075										.083									1.91					2.11
	C					.002										.008									0.051					0.203
	D					.006-										.012									0.152					0.305
	E					.030										.050									0.76					1.27
	F					.200										.220									5.08					5.59
	G					.160										.185									4.06					4.70
	H					.130										.155									3.30					3.94

SUGGESTED SOLDER

PAD LAYOUT

0.106"

0.082”

0.050”

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SMBJ5.0 THRU SMBJ170CA

M C C

KW

100

POWER,

NON-REPETITIVE

10

PULSE WAVEFORM

SHOWN IN FIGURE 3

TA = 25 ¢J

PULSE

PEAK,

1.0

MOUNTED ON 5.0mm2

PPM

0.1

COPPER LAND AREAS

P

1.0 £gs

10 £gs

100 £gs

1.0ms

10ms

0.1 £gs

td, PULSE WIDTH, SEC

Fig. 1-PEAK PULSE POWER RATING CURVE

	150
%																			TA = 25¢J
CURRENT,											tf = 10£gsec								Pulse Width(td) is Defined as the
																			Point Where the Peak Current
	100							Peak Value Ippm											Decays to 50% of lpp
PULSE													Half Value-Ipp
																2
PEAK
																					as Defined by R.E.A.
Ippm,	50																				10/1000£gsec Waveform
																						e-kt
	0								td
	0							1.0											2.0			3.0				4.0

t, TIME , ms

Fig. 3-PULSE WAVEFORM

SURGEFORWARDPEAK		200
						TJ = TJ max
	AMPERESCURRENT,					8.3ms SINGLE HALF
		100				SINCE-WAVE JEDEC
						METHOD
		50
,
FSM		0
I		1	2	4	6	8 10	20	60 80 100

NUMBER OF CYCLES AT 60Hz

Fig. 5-MAXIMUM NON-REPETITIVE PEAK FORWARD

SURGE CURRENT

POWER(pppm)PULSEPEAK OR CURRENT IN(Ipp)DERATINGPERCENTAGE %	0
	100
	75
	50
	25

0

25

50

75

100

125

150

175

200

TA, AMBIENT TEMPERATURE, ¢J

Fig. 2-PULSE DERATING CURVE

	6,000
	4,000			MEASURED AT
				ZERO BIAS
	2,000
	1,000	TJ = 25¢J
pF	800	f = 1.0MHz
	600	Vsig = 50mVp-p
CAPACITANCE,
	400
		MEASURED AT
	200	STAND-OFF
		VOLTAGE(VMW)
	100
CJ,
	80
	60
	40
	20
	10
	1.0	2.0	10	20	100	200

V(WM), REVERSE STAND-OFF VOLTAGE, VOLTS

Fig. 4-TYPICAL JUNCTION CAPACITANCE

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M C C

SMBJ5.0(A) thru SMBJ170(A)

Electrical Characteristics @ 25oC Unless Otherwise Specified

								MAXIMUM
		REVERSE						REVERSE
		STAND-OFF	BREAKDOWN VOLTAGE			MAXIMUM	PEAK PULSE	LEAKAGE
	MCC PART	VOLTAGE		V(BR) @IT		CLAMPING	CURRENT	@VWM
	NUMBER	VWM		(VOLTS)		VOLTAGE@IPP	IPP	ID	MARKING
		VOLTS	MIN	MAX	IT(mA)	VOLTS	(AMPS)	(uA)	CODE
	SMBJ5.0	5.0	6.40	7.30	10	9.6	62.5	800	KD
	SMBJ5.0A	5.0	6.40	7.00	10	9.2	65.2	800	KE
	SMBJ6.0	6.0	6.67	8.15	10	11.4	52.6	800	KF
	SMBJ6.0A	6.0	6.67	7.37	10	10.3	58.3	800	KG
	SMBJ6.5	6.5	7.22	8.82	10	12.3	48.7	500	KH
	SMBJ6.5A	6.5	7.22	7.98	10	11.2	53.6	500	KK
	SMBJ7.0	7.0	7.78	9.51	10	13.3	45.1	200	KL
	SMBJ7.0A	7.0	7.78	8.60	10	12.0	50.0	200	KM
	SMBJ7.5	7.5	8.33	10.2	1	14.3	42.0	100	KN
	SMBJ7.5A	7.5	8.33	9.21	1	12.9	46.5	100	KP
	SMBJ8.0	8.0	8.89	10.9	1	15.0	40.0	50	KQ
	SMBJ8.0A	8.0	8.89	9.83	1	13.6	44.1	50	KR
	SMBJ8.5	8.5	9.44	11.5	1	15.9	37.7	10	KS
	SMBJ8.5A	8.5	9.44	10.4	1	14.4	41.7	10	KT
	SMBJ9.0	9.0	10.0	12.2	1	16.9	35.5	5	KU
	SMBJ9.0A	9.0	10.0	11.1	1	15.4	39.0	5	KV
	SMBJ10	10	11.1	13.6	1	18.8	31.9	5	KW
	SMBJ10A	10	11.1	12.3	1	17.0	35.3	5	KX
	SMBJ11	11	12.2	14.9	1	20.1	29.9	5	KY
	SMBJ11A	11	12.2	13.5	1	18.2	33.0	5	KZ
	SMBJ12	12	13.3	16.3	1	22.0	27.3	5	LD
	SMBJ12A	12	13.3	14.7	1	19.9	30.2	5	LE
	SMBJ13	13	14.4	17.6	1	23.8	25.2	5	LF
	SMBJ13A	13	14.4	15.9	1	21.5	27.9	5	LG
	SMBJ14	14	15.6	19.1	1	25.8	23.3	5	LH
	SMBJ14A	14	15.6	17.2	1	23.2	25.8	5	LK
	SMBJ15	15	16.7	20.4	1	26.9	22.3	5	LL
	SMBJ15A	15	16.7	18.5	1	24.4	24.0	5	LM
	SMBJ16	16	17.8	21.8	1	28.8	20.8	5	LN
	SMBJ16A	16	17.8	19.7	1	26.0	23.1	5	LP
	SMBJ17	17	18.9	23.1	1	30.5	19.7	5	LQ
	SMBJ17A	17	18.9	20.9	1	27.6	21.7	5	LR
	SMBJ18	18	20.0	24.4	1	32.2	18.6	5	LS
	SMBJ18A	18	20.0	22.1	1	29.2	20.5	5	LT
	SMBJ20	20	22.2	27.1	1	35.8	16.7	5	LU
	SMBJ20A	20	22.2	24.5	1	32.4	18.5	5	LV
	SMBJ22	22	24.4	29.8	1	39.4	15.2	5	LW
	SMBJ22A	22	24.4	26.9	1	35.5	16.9	5	LX
	SMBJ24	24	26.7	32.6	1	43.0	14.0	5	LY
	SMBJ24A	24	26.7	29.5	1	38.9	15.4	5	LZ
	SMBJ26	26	28.9	35.3	1	46.6	12.4	5	MD
	SMBJ26A	26	28.9	31.9	1	42.1	14.2	5	ME

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