TC74HC107P/F TC74HC107P/F DUAL J-K FLIP FLOP WITH CLEAR The TC74HC107 is a high speed CMOS DUAL J-K FLIP FLOP fabricated with silicon gate c2MOs technology. It achieves the high speed operation similar to equivalent LSTTL while maintaining the CMOS low power dissipation. In accordance with logic level applied to J and K input, this device changes state on the negative going transition of clock input pulse (CK). The clear function is accomplished independ- ently of the clock condition when the clear input (CER) is taken low. All inputs are equipped with protection circuits against static discharge or transient excess voltage. FEATURES: * High Speed ..... eee cee wees EMmax=52 MHz (Typ.) (Vec=5V) * Low Power Dissipation ....... Icc=2uA(Max.) (Ta=25C) : High Noise Immunity ......... VNIH=VNIL=28% Voc(Min. ) Output Drive Capability .............. 10 LSTTL Loads + Symmetrical Output Impedance ..... {lou }=loL=4mA (Min. ) + Balanced Propagation Delays ........... baae tpLHStpHL * Wide Operating Voltage Range ....... Voc (Opr. )=2V% 6V * Pin and Function Compatible with 74LS107 MFP14(Fi4GB-P) ABSOLUTE MAXIMUM RATINGS PIN ASSTCNMENT PARAMETER SYMBOL VALUE UNIT Supply Voltage Range Voc -0.5%7 Vv iif 14 Yoo DC Input Voltage VIN ~0.5 V Vect0.5 V wef] 9 181K DC Output Voltage Your ~0.5 ~ Vect0.5 Vv a re 3f 12 18k Input Diode Current ItK +20 mA oe LK a[] Li 2k Output Doide Current Tox +20 mA DC Output Current Tout +25 mA za o[ 10 2CR DC Voc/Ground Current Tcc +50 mA ea ef] 9 20K Power Dissipation Pp 500 (DIP)*/180(MFP mW aND D 2 3 Storage Temperature TstG -65 % 150 C (TOP VIBW) Lead Temperature 10 sec] Ty 300 C * 500mW in the range of Ta=-40C%65C and from Ta=65C up to 85C derating factor of -1l0mW/C shall be applied until 300mW. 188TC74HC 107P/F INPUT and OUTPUT TRUTH TABLE EQUIVALENT CIRCUIT INPUTS OUTPUTS FUNCTION CLR J K CK Q Q Yeo Yoo 7 L x x x L H Clear H L L L Qn Qn No Change a z , a 1 L 1H 7 INPUT 7 - ' OUTPUT H H L L H L H H H Ll a@ qn Toggle H x x f qn Qn No Change GRD GND LOGIC DIAGRAM (1/2 Package) K a 8 o J >o- > ew RECOMMENDED OPERATING CONDITIONS PARAMETER SYMBOL LIMIT UNIT Supply Voltage Vec 2.6 Input Voltage VIN O Veco Output Voltage VouT O-~ Vec Vv Operating Temperature Topr ~40 85 C 0%1000 (Vcc=2.0V) Input Rise and Fall Time | t,,t 0 ~ 500 (Vec=4.5V) ns 0 ~ 400 (Vec=6.0V) 189TC74HC107P/F DC ELECTRICAL CHARACTERISTICS = = | PARAMETER SYMBOL| | TEST CONDITION Ta=25"C Fae 4088 TT Voc] MIN. | TYP. | MAX.| MIN.| may. h-Level 2.0] 1.5 - ~ 1.5 = High-Leve Vv IH 4.5] 3. - - . - Input Voltage 15 3.15 Vv 6.0} 4.2 - - 4.2 - 2.0] - - 0.5 - 0.5 Low-Level VEL 4 Input Voltage I 5] - - | 2.35} - | aasl ov 6.0] - - 1.8 ~ 1.8 2.0] 1.9 | 2.0 - 1.9 - Iou=-20uA | 4.5] 4.4 | 4.5 - 4.4 - - oh Views igh ae vor | 6.0/5.9 |6.0] - | so} - | y Output Voltage P YtH Of Vin | toy=-4ma [4.5] 4.18] 4.31| - 4.13) - ToH=-5-2mA/ 6.0] 5.68] 5.80] - 5.63], - 2.0] - 0.0 | O.1 - Q.1 Toy =20uA . ~ . - Low-Level a OL 4.5 0.0 | O.1 O.L Output Voltage | VOL IN 6.0) - 0.0 | 0.1 - 0.1 V Vio OF Vib | Top=4ma 4.5{ - | o.17| 0.26] - | 0.33 Top=5-2mA | 6 o/ - | 0.18] 0.26] - | 0.33 Input Leakage I _ Current IN | Vin=Vcc or GND 6.0} - - +0.1 - 1.0 Quiescent HA Vin=Vv 7 Supply Current Tec In=Yoc or GND or - 2.0 - 20.0 AC ELECTRICAL CHARACTERISTICS (Cy=50pF, Input ty=ts=6ns) Ta=25C Ta=-4085C UNIT PARAMETER SYMBOL | TEST CONDITION Vec| MIN. | Typ. | MAX. | MIN. | MAX. tTLH 2.0| - 30 75 - 95 Output Transition Time 4.5] - 8 i5 - 19 tTHL 6.0| - 7 13 - 16 Propagation Delay Time | tpiH 2.0) - 84 | 165 - | 205 4.5| = 21/ 33] - | 41 | os (CK - a, *pHL 6.0] - ig | 28] - | 35 - il - Propagation Delay Time | tpLH 2.0 6 | 220 275 ws ~ 4.5] = 29 44 - 55 (CLR - Q, Q) pHL 6.0] - 25 | 37] = | 47 2.0 6 12 | - 5 - Maximum Clock Frequency] fyax 4.5] 30 48 | - 24 - MHz 6.0 35 | 56 - 28 - 190TC74HC107P/F AC ELECTRICAL CHARACTERISTICS (Continued) Ta=25C Ta=-40%85C PARAMETER SYMBOL| TEST CONDITION UNIT Voc] MIN. | TYP. | MAX. | MIN.| MAX. 2.0 - 0 75 ~ Minimum Pulse Width tw(L) 3 95 4.5] - 8} is | - 19 CK t ae wH) 6.0] - 7} 13] - 16 Minimum Pulse Width 2.0) - 40 | 100 - 125 = tw(L) 4.5] - 10 20) - 25 (CLR) 6.0 - 9 17 ~ 21 2.0 - 30 75 - 95 Minimum Set-up Time ts 4.5] = 8 15 - 19 6.0 - 7 13 - 16 ns 2.0 - - 0 - Minimum Hold Time th 4.5] = - 0 - 6.0] - - Oo} - 0 Minimum Removal Time 2.0] ~ - 2500 30 trem 4.5] - - 5 ~ 6 (CLR) 6.0] - - 5 - 5 Input Capacitance Cin - 5 10 - 10 Power Dissipation Cen (1) pF Capacitance PD - 46 - - - Note (1) Cpp is defined as the value of internal equivalent capacitance of IC which is calculated from the operating current consumption without load (refer to Test Circuit). Average operating current can be obtained by the equation hereunder. Icc(opr.) = pp * Voc * fin + Icc/2 (per Circuit) SWITCHING CHARACTERISTICS TEST WAVEFORM TcC(opr.) TEST CIRCUIT Vec POT CIR l so ar _ fi" GND , |. CER | Vee PG. hc K 50% 8 i a CK iD trem GND Ap OND Vou Q *: TRANSITION TIME OF INPUT WAVEFORM $$_/ vo, IS THE SAME AS THAT IN CASE OF SWITCHING CHARACTERISTICS TEST. 191TC74HC107P/F SWITCHING CHARACTERISTICS TEST WAVEFORM Yoc Vee Joor k 50% 0b RE GND | ts th le th cK _ w Lsog% - i OND QND TLE WHE, > a _ TF +. : FOE * OH Vou Q V, 50% N 10% t You Von t ty Lt DLE pil be tPLH r s0% - You _on wi Lf NL oS loy Q 2b Yar, Yo, Lt pHi, tLe toLH 192