SWBC2150PL21D-001 Datasheet| SYMBOL | PARAMETER | MIN | MAX | UNITS | TEST CONDITIONS | | gfs | Forward Transconductance | 1500 | 3000 | ccS | VDS = -15V, ID = -10mA, f= 1kHz | | gos | Output Admittance | | 300 | | Ciss | Input Capacitance | | 3O | pF | VDS = -15V, ID = -10mA, f= 1MHz (Note 4) | | Crss | Reverse Transfer Capacitance | | O7 | | coss | Output Capacitance | | 3O | | RE(Yfs) | Common Source Forward Transconductance | 1200 | | | VDS = -1 5V, ID = -'IOmA, f = 'IOOMHz (Note 4) | | | | | | |
SWBC2150PL21D-001 Price CRWBR (Pin l): Combination Overvoltage Timer and Crowbar Orcuit Trigger. The timer sets the overvoltage timeneeded to trigger thecrowbar circuit. To usethetimer connect a capacitor C to ground; the trigger time is 9ms-C(aF). When the timer is off an internal N-channel pulls the pin to ground. The timer is started when the CV comparator trips. A 45~t\ current source is connected from Vcc to the CRWBR pin, and the voltage increases at a rate of 45/C(aF) Volts/second. When thevoltage reaches 410mVthecurrent sourced by the pin increases t0 1.5mA Boost this current with an NPN emitter follower to trigger a crowbar SCR. SWBC2150PL21D-001 on stock| Pin-Out Informaiion Ordering Inrorrnation PT Series Sufrix (PT1234X) Pin Function PT6302 =+5 Volts Case/Pin 1 Inhibit PT6303 =+3.3Volts Configuration 1 (30V m:x:, PT67n4ln = d_17 Vnlt< VerricaIThrough-Hole N r IUJULI =iL VUIL:) | | Siaiidarci App | Co.iiorl 2 Vii, liUJl-r -Tl.JVUILC) PT67 1 4I-1 = +1 . 5Vnlc HorizontaIThrough-Hole A | | VoADJ 3 Vin HorizontaISurfaceMount C ,21 L .T | | V 2 3 4 | PT6300 | v 5 GND | | | | | 6 GND | Pkg Style 200 | j | | 2 5 6 7 8 c2j | 7 GND 8 GND ih 9 Vout Y | PLIVER TR b | L DS | ] | | (:- = OptionallpF ceramic 10 Vout - iII I ! I I I ! | | | : Required imipF electrolytic UJ Qi=NFET 11 Vout 12 Vou,Adj (s) Specificai:ions Characteristics PT6300 SERIES (Ta=251C unless noted) Symbols Conditions Min Typ Max Units Output Current Io OverVinrange 0.1 (2) - 3.0 A Short Circuit Current Isc Viii= Vo+5V 5.0 Apk W;e:Vhl}bazgjf4R~tzgz ca,znot Vin 0.1 " Io " 3.0 A Vo= 12V 16 30/38 (3) Vo= 5.OV 9 30/38 (3) TT i;eusedabove30V) Vo=3.3V 9 26 V V(,= 1.5V 9.0 17 OutputVoltageTolerance OVo OverViliRange,Io=3.OA +1.0 +2.0 %V Ta = OoC to +600C. LineRegulation Re91iiie OverVinrange +0.25 *0.5 %V Load Regulation Re910ad 0.1 " Io " 3.0 A +0.25 *0.5 %V VoRipple/Noise Vi, Viii= Vinmin,Io = 3.0 A .2 %V Titah Ceon:t ~OOeFnsettr 50%loac < 100 200 leor/d cdhens~eoot k}oSvc Vos Voover/i )ot 5.0 Efficiency rl Vi11=16V,Io=0.5A, Vo= 12V - 91 Vi11=9V,Io = 0.5 A, Vo = 5.OV - 89 Vi11=9V,Io-0.5A, Vo=3.3V - 8 % Vi11=9V,Io =0.5A, Vc,= 1.5V - 72 SwitchingFrequency o Omges,nanVo=3.3V/5V d+00 V5002V60000kI-Iz50 900 Vc)=1.5V 350 50 550 Shutdown Current Isc Vi11=15V 100 pA QuiescentCurrent Inl Io=OA,Viii=lOV 10 mA AbsoluteMaximum Tz, OverVinrange -40 - +85 (4) oC Operating Temperature Range Thermal Resistance Oia Free Air C.onvection (40-60LFM) 30 YC/W StorageTemperature Ts -0 - +125 0C Mechanical Shock Per M11-STD-883D, Method 2002.3, 1 msec, 5 00 G's I-Ialf Sine, mounted to a fixrure Mechanical Vibration Per Mil-STD-883D, Method 2007.2, 10 G's 20-2000 Hz,Soldered in a PC board Weight 6.5 grams Notes: (1) The PT6300 Series requires a 100 F electrolytic or tantalurn output capacitor for proper operation in aH applications. (2) The ISR will operate to no load witb redziced specifications. (3) Input voltage anznot exceed 30V wben the inbibit function is zrsed. (4) See Tber7nal Denttingrts. | | | | | | | | |
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