BLOCK DIAGRAM IS SHOWN BELOW Veo INPUT g 5 Piece x x x | | | PULSE i | | GENERATOR ETE I Co aa F +OUT -oUT GROUND MECHANICAL DETAIL IS SHOWN BELOW #500 4 5 Fin Ne, Vv tN MDFPG- + = 6 Pin Mo. 1 4 {fo is | [ i ts ED pe a 2.010 AZo OM, yom om 100 ccs I 400 + yi oF | & i yl las Es a PF. Thru-hole Lead treo re" |[* ae peo Bh Li and pl 159 Ly Eas TYP. Gull Wing Lead FOZOTYP. + fa td ary) TYP. 030 re. | it | 285 wl.150 le 1vF J Lead | set rie i Uo ; Fs al 2R4 ag 00 j A he: TYP, | - 1 TSO TYP, Tucked Lead can Typo! laa TEST CONDITIONS 1. All measurements are made at 25C. 2. Vee supply voltage is maintained at 5.0V DC. 3. Allunits are tested using a FAST toggle-type positive input pulse and one FAST TL load at the output, 4, Input pulse width used is 10ns for all modules; repetition rate is approximately 200kHz. OPERATING SPECIFICATIONS * Voc supply voltage: . Veco supply current: Constant 0" in Gonstant 1"in ,,. Logic 1 Input: Voltage .. Current Logic 0 Input: Voltage . Current Logic 1 Voltage out: + eee ee es Logic 0 Voltage out: Operating temperature range: Storage temperature: * Pulse width increases or decreases approxim live decrease or increase of 5% in supply vo PART NUMBER TABLE Suffix Part Number with G (for Gull Wing Lead), Thru-hole Lead) or T (for Tucked Lead). Exampl 2 fF fF 8 ee eB ee a 4.75 to 5.25V DC 40m, typical 40m typical | 2V min; Veo max. 2fV = 20uA max. 5.6V = 100mA max. .BV max. .6mA max. @ vy = .5v. 2.7 min. .5V max, Oto 7O%C, 5 to +125C. ately 1% for a respec- ltage. J (for J Lead), F (for jes: MDOFAPG-TTL- 10G (Gull Wing), MDFRPG-TTL-25J (J Lead), MDFRPG-TTL-70F (Thru- hole Lead) or MDFRPG-TTL-100T (Tucked Lead). ; Maximum Part Number err a Rep. Rate {in Mhz} MDFRPG-TTL-10 10 +1 60.0 MDFRPG-TTL-11 11 +1 56,0 MDBFRPG-TTL-12 12 +1 53.0 MOFRPG-TTL-13 13 41 51.0 MDFRPG-TTL-14 14 +7 48.0 MDFRPG-TTL-15 15 +71 46.0 | MDFRPG-TTL-16 16 +71 44,0 MDFRPG-TTL-17 Ws+d 427.0 MDFRPG-TTL-18 16 +1 40,0 MOFRPG-TTL-19 9 +14 38.0 MOFRPG-TTL-20 20 +1 37.0 MDFRPG-TTL-21 2147 35.0 MDBFRPG-TTL-22 22+] 34.0 MDFRPG-TTL-23 2a +] 33.0 MDBFRPG-TTL-24 24 41 32.0 MDFRPG-TTL-25 25 +1 21.0 MDFRPG-TTL-30 30 41 26.0 MDFRPG-TTL-35 35 +1.5 23.0 MDBFRPG-TTL-40 40 +1.5 20.0 MBFRPG-TTL-45 45 +1.5 18.0 MDFRPG-TTL-50 5O + 1.5 17.0 MOFRPG-TTL-60 60 +1.5 14.5 MDFRPG-TTL-70 7O +2 12.5 MDFRPG-TTL-75 75 +2 11.5 MDFRPG-TTL-80 a0 +2 11.0 MDFRPG-TTL-90 90 +23 9.5 MOFRPG-TTL-100 100 +3 6.5 MDBFRPG-TTL-150 150 =4 6.0 MDFRPG-TTL-2700 200 +6 4.5 MDFRPG-TTL-250 250 +7 3.5 MDFRPG-TTL-300 300 +95 3.0 MDFRPG-TTL-400 400 +10 ZZ MDBFRPG-TTL-500 BOO +10 1.8 MOBFRPG-TTL-600 600 +14 1.6 MOFRPG-TTL-700 FOO +16 1.3 MDFRPG-TTL-800 800 + 18 1.1 MIDFRPG-TTL-S00 900 +20 1.0 MDBFRPG-TTL-1000 1000 +22 0.9 All modules can be operated up lo the maximum pulse rate specilied in the Part Number Table with pulse wioths as low as 10ns and pulse spacing as low as 1Ons, Since pulse width accuracies may be somewhat degraded al high pulse rates, itis suggested that the module be evaluated under the specilic operating conditions, Special modules can be readily manufactured to improve accura- cies and/or provide customer specified pulse widths for specific applications. Cala log No. C/O21588R