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SMBJ50中文资料

SMBJ 5.0 - 170A

SURFACE MOUNT TRANSIENT VOLTAGE SUPPRESSOR

V BR : 6.8 - 200 Volts P PK : 600 Watts

FEATURES :

* 600W surge capability at 1ms * Excellent clamping capability * Low inductance

* Response Time Typically < 1ns * Typical I R less then 1μA above 10V

MECHANICAL DATA

* Case : SMB Molded plastic

* Epoxy : UL94V-O rate flame retardant * Lead : Lead Formed for Surface Mount * Polarity : Color band denotes cathode end * Mounting position : Any * Weight : 0.108 gram

MAXIMUM RATINGS

Rating at Ta = 25 ?C ambient temperature unless otherwise specified.

Rating

Symbol Value Units

Peak Pulse Power Dissipation on 10/1000μs (1) waveform (Notes 1, 2, Fig. 3)P PPM

Minimum 600

Watts

Peak Pulse Current on 10/1000μs waveform (Note 1, Fig. 5)I PPM

See Table

Amps

Peak forward Surge Current

8.3 ms single half sine-wave superimposed on rated load ( JEDEC Method )(Notes 2, 3)

Maximum Instantaneous Forward Voltage at 50A (Note 3,4 )V FM See Note 3, 4Volts Operating Junction and Storage Temperature Range

T J, T STG

- 65 to + 150

Note :

(1) Non-repetitive Current pulse, per Fig. 5 and derated above Ta = 25 ?C per Fig. 1 (2) Mounted on 5.0mm2 (0.013mm thick) land areas.

(3) Measured on 8.3ms. Single half sine-wave or equivalent square wave, duty cycle = 4 pulses per minutes maximum. (4) V F =3.5V for SMBJ5.0 thru SMBJ90 devices and V F =5V for SMBJ100 thru SMBJ170 devices.

UPDATE : MAY 25, 2000

TEL. : (66 2) 326-0102, 739-4580 FAX. : (66 2) 326-0933 E-mail : eicfirst @ https://www.docsj.com/doc/397936950.html, http. : // https://www.docsj.com/doc/397936950.html,

ELECTRICAL CHARACTERISTICS

Rating at Ta = 25 ?C ambient temperature unless otherwise specified

Reverse Maximum Maximum Maximum

Breakdown Voltage @ I T Stand-off Reverse Peak Pulse Clamping

( Note 1 )Voltage Leakage Surge Current Voltage @ I PPM TYPE Marking Code @ V WM(See Fig. 2)

V BR (V)I T V WM I R I PPM V C

Min.Max.(mA)(V)(μA)(A)(V) SMBJ5.0 606I 6.407.5510 5.080062.59.6 SMBJ5.0A 656I 6.407.2510 5.080065.29.2 SMBJ6.0 607C 6.678.4510 6.080052.611.4 SMBJ6.0A 657C 6.677.6710 6.080058.310.3 SMBJ6.5 607I7.229.1410 6.550048.712.3 SMBJ6.5A 657I7.228.3010 6.550053.611.2 SMBJ7.0 608E7.789.86107.020045.113.3 SMBJ7.0A 658E7.788.95107.020050.012.0 SMBJ7.5 609A8.3310.67 1.07.510042.014.3 SMBJ7.5A 659A8.339.58 1.07.510046.512.9 SMBJ8.0 609G8.8911.3 1.08.05040.015.0 SMBJ8.0A 659G8.8910.23 1.08.05044.113.6 SMBJ8.5 60109.4411.92 1.08.52037.715.9 SMBJ8.5A 65109.4410.82 1.08.52041.714.4 SMBJ9.0 601110.012.6 1.09.01035.516.9 SMBJ9.0A 651110.011.5 1.09.01039.015.4 SMBJ10 601211.114.1 1.010 5.031.918.8 SMBJ10A 651211.112.8 1.010 5.035.317.0 SMBJ11 601312.215.4 1.011 5.029.920.1 SMBJ11A 651312.214.0 1.011 5.033.018.2 SMBJ12 601413.316.9 1.012 5.027.322.0 SMBJ12A 651413.315.3 1.012 5.030.219.9 SMBJ13 601514.418.2 1.013 5.025.223.8 SMBJ13A 651514.416.5 1.013 5.027.921.5 SMBJ14 601715.619.8 1.014 5.023.325.8 SMBJ14A 651715.617.9 1.014 5.025.823.2 SMBJ15 601816.721.1 1.015 5.022.326.9 SMBJ15A 651816.719.2 1.015 5.024.024.4 SMBJ16 601917.822.6 1.016 5.020.828.8 SMBJ16A 651917.820.5 1.016 5.023.126.0 SMBJ17 602018.923.9 1.017 5.019.730.5 SMBJ17A 652018.921.7 1.017 5.021.727.6 SMBJ18 602220.025.3 1.018 5.018.632.2 SMBJ18A 652220.023.3 1.018 5.020.529.2 SMBJ20 602422.228.1 1.020 5.016.735.8 SMBJ20A 652422.225.5 1.020 5.018.532.4 SMBJ22 602624.430.9 1.022 5.015.239.4 SMBJ22A 652624.428.0 1.022 5.016.935.5 SMBJ24 602926.733.8 1.024 5.014.043.0 SMBJ24A 652926.730.7 1.024 5.015.438.9 SMBJ26 603128.936.6 1.026 5.012.446.6 SMBJ26A 653128.933.2 1.026 5.014.242.1 SMBJ28 603331.139.4 1.028 5.012.050.0 SMBJ28A 653331.135.8 1.028 5.013.245.4 SMBJ30 603633.342.2 1.030 5.011.253.5 SMBJ30A 653633.138.3 1.030 5.012.446.6

TEL. : (66 2) 326-0102, 739-4580 FAX. : (66 2) 326-0933 E-mail : eicfirst @ https://www.docsj.com/doc/397936950.html, http. : // https://www.docsj.com/doc/397936950.html,

Reverse Maximum Maximum Maximum

Breakdown Voltage @ I T Stand-off Reverse Peak Pulse Clamping

( Note 1 )Voltage Leakage Surge Current Voltage @ I PPM TYPE Marking Code @ V WM(See Fig. 2)

V BR (V)I T V WM I R I PPM V C

Min.Max.(mA)(V)(μA)(A)(V)

SMBJ33 604036.746.5 1.033 5.010.259.0 SMBJ33A 654036.742.2 1.033 5.011.353.3 SMBJ36 604340.050.7 1.036 5.09.364.3 SMBJ36A 654340.046.0 1.036 5.010.358.1 SMBJ40 604844.456.3 1.040 5.08.471.4 SMBJ40A 654844.451.1 1.040 5.09.364.5 SMBJ43 605147.860.5 1.043 5.07.876.7 SMBJ43A 655147.854.9 1.043 5.08.669.4 SMBJ45 605450.063.3 1.045 5.07.580.3 SMBJ45A 655450.057.5 1.045 5.08.372.7 SMBJ48 605753.367.5 1.048 5.07.085.5 SMBJ48A 655753.361.3 1.048 5.07.777.4 SMBJ51 606156.771.8 1.051 5.0 6.691.1 SMBJ51A 656156.765.2 1.051 5.07.382.4 SMBJ54 606560.076.0 1.054 5.0 6.296.3 SMBJ54A 656560.069.0 1.054 5.0 6.987.1 SMBJ58 607064.481.6 1.058 5.0 5.8103.0 SMBJ58A 657064.474.1 1.058 5.0 6.493.6 SMBJ60 607266.784.5 1.060 5.0 5.6107 SMBJ60A 657266.776.7 1.060 5.0 6.296.8 SMBJ64 607671.190.1 1.064 5.0 5.3114 SMBJ64A 657671.181.8 1.064 5.0 5.8103 SMBJ70 608477.898.6 1.070 5.0 4.8125 SMBJ70A 658477.889.5 1.070 5.0 5.3113 SMBJ75 609083.3105.7 1.075 5.0 4.5134 SMBJ75A 659083.395.8 1.075 5.0 4.9121 SMBJ78 609386.7109.8 1.078 5.0 4.3139 SMBJ78A 659386.799.7 1.078 5.0 4.7126 SMBJ85 60B094.4119.2 1.085 5.0 3.9151 SMBJ85A 65B094.4108.2 1.085 5.0 4.4137 SMBJ90 60B1100126.5 1.090 5.0 3.8160 SMBJ90A 65B1100115.5 1.090 5.0 4.1146 SMBJ100 60B2111141.0 1.0100 5.0 3.4179 SMBJ100A 65B2111128.0 1.0100 5.0 3.7162 SMBJ110 60B3122154.5 1.0110 5.0 3.0196 SMBJ110A 65B3122140.5 1.0110 5.0 3.4177 SMBJ120 60B4133169.0 1.0120 5.0 2.8214 SMBJ120A 65B4133153.0 1.0120 5.0 3.1193 SMBJ130 60B5144182.5 1.0130 5.0 2.6231 SMBJ130A 65B5144165.5 1.0130 5.0 2.9209 SMBJ150 60B8167211.5 1.0150 5.0 2.2268 SMBJ150A 65B8167192.5 1.0150 5.0 2.5243 SMBJ160 60B9178226.0 1.0160 5.0 2.1287 SMBJ160A 65B9178205.0 1.0160 5.0 2.3259 SMBJ170 60D0189239.5 1.0170 5.0 2.0304 SMBJ170A 65D0189217.5 1.0170 5.0 2.2275

Note:

( 1 ) V BR measured after I T applied for 300 μs., I T = square wave pulse or equivalent.

( 2 ) Surge Current Waveform per Figure 5 and Derate per Figure 1

( 3 ) A Transient suppressor is normally selected according to the reverse " Stand-off Voltage " (V WM) which should be

equal to or greater then the D.C. or continuous peak operating voltage level.

ELECTRONICS INDUSTRY (USA) CO., LTD.

103 MOO 4, LATKRABANG EXPORT PROCESSING ZONE, LATKRABANG, BANGKOK 10520, THAILAND TEL. : (66 2) 326-0102, 739-4580 FAX. : (66 2) 326-0933 E-mail : eicfirst @ https://www.docsj.com/doc/397936950.html, http. : // https://www.docsj.com/doc/397936950.html,