DM8613 NSC | Alldatasheet
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o rf 2 Semiconductor Fa g . 2 DM7613/DM8613 Dual/Quad Gated Flip-Flops e General Description Absolute Maximum Ratings (note 1) ‘The DM7613/8613 is a quad, gated, D-type flip-flop with supply Voltage wv ‘common clock, common clear, and gated input. When a Input Voltage 55V high logic level is applied to the gated input, data entry to T 7 a” the fliptiop is inhibited. Storage Temperature Range —65°C to 150°C Note 1: Tho “Absolute Maximum Ratings” are those values beyond Features which the safety of the device cannot be guaranteed. The device should not be operated at these limits. The parametric values defined inthe ® Positive-edge triggered “Electrical Characteristics” table are not guaranteed at the absolute me maximum ratings. Te “Recommended Operating Conditions” tabie wil © Do-nothing state Seti the conditions for actual device operation ® Buffered inputs ® Typical toggle rate 30 MHz = Typical power dissipation 20 mW. eo Connection Diagram Dualin-Line Package 6 | Voc G4 D4 a4 G3 03 Q@3 (CLEAR ie [iss fra fre fro
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clock G1 v1 a1 G2 02 G2 GND rurveswos 7613 (J) 8613 (N) 6-373
&| Recommended Operating Conditions B [owes Tessa = | Symbol Parameter Units: 2 [min [Nom [max | in [7 Nom [Mex | oO} YH High Level Input Vv Voltage Viv Low Level Input Vv Voltage lon High Levei Output mA Current tou Low Level Output mA Current Term | Clock Frequency | 9 | {| a fo || Miz Ww [cick [a fe | | mf ef ns [own | a | we | | av [iw | wy | sewptime [o | % | we | | # [owe ff os ___1& po fa pe a Ts Free Air Operating 70 ie] Temperature Electrical Characteristics over recommended operating free air temperature (unless otherwise noted) Vor | High Level Output Voc = Min, lon = Max . v Voltage Vi = Max, Viq = Min Vo. | Low Level Output Voc = Min, lo. = Max O4 v Voltage Vin = Min, Vie = Max \\ Input Current@ Max Vec = Max, Vi=5.5V. mA | Input Veltage . tin | High Level input Voc = Max, V\\=2.4V my Current te Low Level Input Voc = Max, Vi= 0.4V mA Current Note t: Ail typicals are at Vog= SV. Ta=25"C Note 2: Not more than one output should be shorted ata time Note 3: icc Is measured with CLEARICLOCK at 3V, all other inputs at Ov. 6-374
Switching Characteristics at voc=5v and T,= 25°C (See Section 1 for Test Wavetorms and Output Load) 5 fepaty R, =4000 g n Parameter To C.=15 pF units |2 cum [win [te | wer 8 fwax Maximum Clock MHz oe Frequency teu Propagation Delay ns Time Low to High Level Output teu. Propagation Delay ‘Clock ns Time High to Low to Level Output Q tpi Propagation Delay Clear ns Time High to Low to Level Output Q Function Table [> Te [ar [ones] H L H L Lt L x L Qn x H u * Asynchronous Transtion X= Don't Care Logic Diagram curak —“T Jo — CLEAR (4 79490) (43) |) ° 3 R } > oo p MON ae rT) 9202081, o o cLock D: —-—= rurresoo2 6-375