TF1202 TOSHIBA | Alldatasheet
Document overview
- Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
- PDF pages: 5
Technical content
TOSHIBA SOLID STATE GTR DRIVER MODULE TOSHIBA TF1202 is the GTR driver designed for use with Unit in mm TOSHIBA Giant Transistor Module and it includes the optical isolator and GTR driver circuit. a7 MAX. SS Using this driver, you can design high reliability and rm compact system. 3 ! Wak 2 1 “| he 3ase7e} | + 2000VRMg Optical Isolation thy ivy i | . . 2 RES os e Logic Compatible Input & (7.62), WVilos (20) « High Speed Switching Response 2) 25.4 >} (2.4) : tpLH=2us, tpHL=3zs (Typ.) atase e Small Size and Light Weight JEDEC — TOSHIBA 10-47B1A Weight : 12g MAXIMUM RATINGS (Ta = 25°C) BLOCK DIAGRAM CHARACTERISTIC SYMBOL | RATING 3900 (8) Supply Voltage an--y yess ‘[ Q| pewe | -® Input Voltage \\e-$ Yorcurr | © Reverse Input Voltage ~ @ High Level Output Current | Ton [| -2 | A () Low Level Peak Output Current | IoLP 6 (10s) : INPUT) Isolation (Input-Output) BVg/AC [2000 (min) 3. COMMON 4. OUTPUT 2(-) (VgE) Operating Temperature —20~70 5. OUTPUT 2(+) Storage Temperature —20~100 6. OUIPUr iw CIRCUIT DIAGRAM 8. Voc © rd @) | Grn) © a 7 Og 2610016802 malfunction or fall due to their inherent electrical sensitivity and vulnerability to physical stress. itis the responsibilty of the buyer, when utilizing TOSHIBA products, to observe standards of safety, and to avoid situations in which a malfunction or failure of a TOSHIBA product could cause loss of human life, bodily injury or damage to property. in developing your, designs, please ensure that TOSHIBA: products are, used within specified operating ranges as set forth in the most recent products specifications. Also, please keep in mind the precautions and conditions set forth in the TOSHIBA Semiconductor Reliability Handbook. 1996-12-02 1/5
RECOMMENDED OPERATING CONDITIONS (Ta = - 10~50°C) CHARACTERISTIC SYMBOL | TEST CONDITION | aa. | rye. [wax. [unr] [vec | -— Te cc | s{ 7] a] [High Level Input Voltage | Vm =| | — Ts | ~ | Vv External Resistor Operating Frequency ee ee ee ELECTRICAL CHARACTERISTICS (Ta = 25°C, Vcc =7V, Veg = -4V, Rex1 = 2.50, Rex2 = 0.22) CHARACTERISTIC SYMBOL | TEST CONDITION [ wan. | rye. [Max. |unrr] [High Level Input Voltage |Win [lon=-24 | — | 25 | as] v | Low Level Input Voltage ToLp=5A | wf 2{— | v | High Level Output Current Vin=5V, Vo=1sv [| — | -2 | — | a | Low Level Peak Output Current | orp |Vm=ov | — | 46 | — | a | (Low-High) Propagation Delay Time Vin =0-5V [— | 2] 7 os | (High—Low) Propagation Delay Time Vin=5-0V [= [os] a] os | Power Dissipation | Pp _| f=2kHz, D.f=50% [— | o7 | — | w | TEST CIRCUIT Voc VpD @ an | MG100H2DL2 (1/2) fe @ LD Jo 3! Clb = [6 ork Jt ls Win TF1202 pa | am i ja i i Rex2 ae ! COMMON INPUT | GB) Vo: GIR VgE ! INPUT VOLTAGE (VIN) Soeeiaiaiaie ciiaiaieiatatatatel GTR BASE CURRENT ee | Ion] (Io) t LH P IoLp ‘toHL
961001 EBA2”
@ The information contained herein is presented only as a guide for the applications of ur products. No responsibilty is assumed by, TOSHIBA CORPORATION for any infringements of intellectual property or other rights of the third parties which may resuit from its use. NO license is granted By implication or otherwise under any intellectual propery of other rights of TOSHIBA CORPORATION or others @ The information contained herein is subject to change without notice. 1996-12-02 2/5
Ion - Rext (Typ.) Ion - Voc (Typ.) od TET TT TTT vecerw cot TIT T TT TT TT TT ee ee ee
2 J TTT ane 2 t titi ttt tt |
ee : 8 LETT TET TTT tty yy ee JI ENG TT a oe eZee Be LL TERA ge LL tT pera a it TTT AN ETT TT a 4 || eer tt Tt tT g LETT TTT TEAL TT § Let TT TTT vee=-ev gs i, tt} itt i tt | | Pe ee eee = CTT T TTT TT TTT yy 2 ET TT TT TTT) riess0 oh __L LTT T TT TT Ty | cog LLT TTT TT | *2-080 EXTERNAL RESISTOR Rex1 (2) SUPPLY VOLTAGE Vcc (V) ToLP — Rexz yp.) love — VEE yp.) es gf tLETT TT TTT vec=w se titi titi ttt y ty ee oe g {tit t titty ty yy B gt tT TTT | actos 3 He ee es ee ee e -EP eri 5S AEN 53 Aer ert | ee LITT NTT 28 Hee teen + ++ +H e JtTTTT PALIT TTT = |r| tt TTY | a Ew a ELLE TET TY vconrw s JitTitTi titi ty yyy ae JETT tT | wesv ee eee ee Ee = jEEET Ti Ti tt tt | = EET itty | 0 03 0a 060802 <3 34-38 42 46 80 Ba EXTERNAL RESISTOR Rexg (2) SUPPLY VOLTAGE Vg (V) tpLH, tpHL — VCC (Typ.) tpLH, tpHL — VEE (Typ.) . «TT TT VeE=-4V, Vin=5V . «tt TTT Voc=7V, ViIn=5V SET TTT] ex =3.30, tera =0.50 ST TT TT) eat =3.89, Rexe=0.860 e L | | | [| teins, v.r=0.02% 2 | | | | | [| tet, par=0.02% = AAA Te=25°C FS TR! Te=25°C gL ee § {irre
2 ELE EEE TTT BT EE TT
8 Jerereee eee oe
s LLTTT TT TTT TT s L_LEPT Tre tty e LITT TTT TT yt yy se [TTT TTT TTT yet tT en eee 2 [LITT TT TT tty yyy oLLti Tit tei ty tty oLtitT titi tt tt tit | SUPPLY VOLTAGE Vcc (V) SUPPLY VOLTAGE Vgg (V) 1996-12-02 3/5
tpLH, tpHL — VIN (Typ.) tpLH, tpHL — Ta (Typ.) ~ slitt ttt t tity , cee ett & LEEEEETT EET Tey ee e ~-tETTT TTT Tt tt ft e ~iti Ti ttt itty ty = He é HHH ee g , EPP | | 2 fy | lt rT a EEE ET a Hara et
6 Jeepers | | 8 ji erp ierri tt ty
rem 25° "a 46 48 50 52 54 86 a a INPUT VOLTAGE Vin (V) AMBIENT TEMPERATURE Ta (°C) Pp - DF (Typ) 0 Ta MAX. — DF ol LLL TTT os COT] C] gL Poe rT veo=ssv Zo ot LL Pe Ree Meer | BT BT cen 2 Sneeen 3 of ae tee ze {ITI TTT TT Ty ity BT cose oe 2 wo Lett tt | vee=-av z LLITTITT TTT ttt tt BEE vicesv ze | v-v | II | it | | ZOE i 2) eee COOP BT von J cm CEPT ALT ttt ttt t | (TELE itt | o 2 40 6 80 100 o 2 4 60 80 100 120 140 DUTY RATIO D.F (%) DUTY RATIO DF (%) 1996-12-02 4/5
EXAMPLE OF APPLIED CIRCUIT MG100H2DL2 BASE DRIVE CIRCUIT TF1202 SR1 COMOTOIOIOIONS) 2 aT Lt dl Vy DD°Note 1 ee L113 fh Rex Fy [10 I INPUT Rj ee ©), ee OF 1 > TRo iMG100H2DL2 i Law] aay | Be aoe OO i 4 i ioe Hee ’ ic ae oro OF, RECOMMENDED CONSTANTS SYMBOL | CONSTANTS Note 1: Insert an external resistor Rp in Vpp bias line when the power [ixternal Resistor | Rp | Note1 | 9 | supply over 5.5V in used. a ee eee es ee ee asciais_ | — | rp=YDD-YF _Ryy 10000 1N Capacitor : Co 3300 uF LED (~1.6[V]) Bridge Rectifier 4G4B41 | — | Ryn : Input resistor (390 (1) unaoorxs | — | UN: Input current (8.5 {mA]) [Capacitor | ca] ot |p TTT G22 55