RAY | and I! Series TTL (Cont.) Digital Circuits a TYPICAL CHARACTERISTICS Available Tpd (ns) Packages or Avg. Pwr. pc 14 Pin Toggle Function Noise Type! Fanout Rate (mW) Margin Number Description Function (Min) 50% Duty (Vv) 3lSla lS RG260 Single 8 input NAND gate 11 8 22 +1.0, -1.5 X|X]X]X RG261 Single 8 input NAND gate 6 8 22 +1.0,-1.5 XIX] X]X RG262 Single 8 input NAND gate 9 8 22 +1.0,-1.5 X{XPX |X RG263 Single 8 input NAND gate 5 8 22 +1.0, -1.5 XX] XX RG270 2-wide, 4 input AOI expander - 4 7/gate +1.0, -1.5 XX] XX RG271 2-wide, 4 input AOI expander _ 1 7/gate +1.0, -1.5 XXL XX RG272 2-wide, 4 input AOI expander - 1 Tigate +1.0,-1.5 X|X1X]X RG273 2-wide, 4 input AOI expander - 1 7/gate +1.0,-1.5 X{XIX|X RG280 Expandable dual 4 input AND gate 15 11 38/gate +1.1,-1.5 XIX] X]X RG281 Expandable dual 4 input AND gate 7 11 38/gate +1.1,-1.5 X|X] XX RG282 Expandable dual 4 input AND gate 12 11 38/gate +1.1,-1.5 X|X] XX RG283 Expandable dual 4 input AND gate 6 11 38/gate +1.1,-1.5 X|TX1X]X RG290 Dual 2 and 3 input AND/OR gate exp. - 7 15/gate +1.1,-1.5 XEX]X]X RG291 Dual 2 and 3 input AND/OR gate exp. - 7 15/gate +1.1,-1.5 XTX] X]X RG292 Dual 2 and 3 input AND/OR gate exp. - 7 15/gate 41.1, -1.5 XIX] X]X RG293 Dual 2 and 3 input AND/OR gate exp. - 7 15/gate +1.1,-1.5 XIX] X]X RG300 Expandable 3-wide, 3 input AQ! gate 11 7 35 +1.0,-1.5 X|X]X]X RG301 Expandable 3-wide, 3 input AOI gate 6 7 35 +1.0, -1.5 XIX XTX RG302 Expandable 3-wide, 3 input AOI gate 9 7 35 +1.0, -1.5 X]X|X]X RG303 Expandable 3-wide, 3 input AOI gate 5 7 35 +1.0, -1.5 XiX]T XTX RG310 Dual 2-wide, 2 input AOI gate, one side exp. 11 7 30/gate +1.0, -1.5 X[ XT XTX RG311 Dual 2-wide, 2 input AOI gate, one side exp. 6 7 30/gate +1.0, -1.5 XT XTXEX RG312 Dual 2-wide, 2 input AQI gate, one side exp. 9 7 30/gate +1.0,-1.5 XIX] X]X RG313 Dual 2-wide, 2 input AQI gate, one side exp. 5 7 30/gate +1.0,-1.5 XX] X]X RG320 Triple 3 input NAND gate 11 6 22/gate +1.0,-1.5 XPXPXEX RG321 Triple 3 input NAND gate 6 6 22/gate +1.0,-1.5 X|X} XIX RG322 Triple 3 input NAND gate 9 6 22/gate +1.0, -1.5 X]X]X]X RG323 Triple 3 input NAND gate 5 6 22/gate +1.0, -1.5 Xi X] XX RG370 Hex inverter 15 10 15/inverter 41.1, -1.5 X|X| XX RG371 Hex inverter 7 10 15/inverter 41.1, -1.5 X|X|X]X RG372 Hex inverter 12 10 15/inverter +1.1,-1.5 XI XTX] X RG373 Hex inverter 6 10 15/inverter +1.1,-1.5 X|X|X]X RG380 Hex inverter 11 6 22/inverter +1.0,-1.5 XXX TEX RG381 Hex inverter 6 6 22/inverter +1.0, -1.5 X{XPX TX RG382 Hex inverter 9 6 22/inverter +1.0,-1.5 X|X[X]X RG383 Hex inverter 5 6 22/inverter +1.0, -1.5 X|X]X]X RG7510 Quad 2 input line driver 30 15 30/gate +1.1,-1.5 X]X|]X]X RG7511 Quad 2 input line driver 15 16 30/gate +1.1,-1.5 XIX]X]X RG7512 Quad 2 input line driver 24 15 30/gate +1.1,-1.5 X{X]X]X RG7513 Quad 2 input line driver 12 15 30/gate +1.1,-1.5 X|X]X[X RG7520 Quad 2 input lamp driver 40mA 15 30/gate +1.1, -1.5 XX] XTX RG7521 Quad 2 input lamp driver 20 mA 15 30/gate 41.1, -1.5 X| XIX] X RG7522 Quad 2 input lamp driver 40 mA 15 30/gate 41.1, -1.5 X|X]X]X RG7523 Quad 2 input lamp driver 20 mA 15 30/gate 41.1, -1.5 X{X|X]X 1. Operating temperature range, final digits 0 or 1: -55C to +125C; final digits 2 or 3: 0C to +70C ~ = w