BLOCK DIAGRAM IS SHOWN BELOW Voc os 14 x x | lj OUTPUT ba BUFFER OSCILLATOR I 1 I 1 1 SQUARE WAVE 1 QUT MECHANICAL DETAIL IS SHOWN BELOW 800 +| Pin Mo. 14 8 IN @ FSWG-TTL- ___ our c Pin No. 4 ue 7 &r? 9514 pao MADME ON SLC LA + i 104.010 260 - | O60 le 020.14. TYP il I TYP, 300 | | f fits po Oo | a 400 | de \ al + 300 | | _ i= = | = = < sn *Thru-hole Lead rue | woot BP +4 sf : send A425 | a IL | 28) rye. of oa0 TYP. * * *Gull Wing Lead t TL ete 10 . ea : + | eo cel a *Tucked Lead TEST CONDITIONS 1. All measurements are made at 25C. 2, Vee supply voltage is maintained at 5.0V DC. 3. All units are tested using a TTL FAST toggle-type gate driving the input and one FAST TL load at the output. OPERATING SPECIFICATIONS Veo supply vollage:. 1... eas Vee supply current: FSWG-TTL-2 FSWG-TTL-100 (Current increases with operating frequency) Logic 1 input: 4.75 to 5.25V DC 20m<A typical 30m<A typical 2V min.; Veo max. 2.7V = 20uUA max. .5V = 1mA max. . BY max. - 6m, max. 2. min. AV max. Oto 7OC. -55 to +125C, Output frequency will increase or decrease less than 1% fora respective increase or decrease of 5% in supply voltage. PART NUMBER TABLE Suffix Part Number with G (for Gull Wing Lead), J (for J Lead), F (for Thru-hole Lead) or T (for Tucked Lead). Examples: FSWG-TTL-10G (Gull Wing), FSWG-TTL-25J (J Lead), FSWG-TTL-75F (Thru-hole Lead} or FSWG-TTL-80T (Tucked Lead} PART NUMBER seen ene PART NUMBER seers FSWG-TTL-2 2.0 MHz FSWG-TTL-13 13.0 MHz FSWG-TTL-2.5 2,5 MHz FSWG-TTL-14 14.0 MHz FSWG-TTL-3 3,0 MHz FSWG-TTL-15 15.0 MHz FSWG-TTL-3.5 3.5MHz || FSWG-TTL-20 20.0 MHz FSWG-TTL-4 4.0 MHz FSWG-TTL-25 25.0 MHz FSWG-TTL-4.5 4.5 MHz FSWG-TTL-30 30.0 MHz FSWG-TTL-5 5.0 MHz FSWG-TTL-35 35.0 MHz FSWG-TTL-5.5 5.5 MHz FSWG-TTL-40 40.0 MHz FSWG-TTL-6 6.0 MHz FSWG-TTL-45 45.0 MHz FSWG-TTL-7 7.0 MHz FSWG-TTL-50 50.0 MHz FSWG-TTL-8 B.0 MHz FSWG-TTL-60 60.0 MHz FSWG-TTL-9 9.0 MHz FSWG-TTL-70 70.0 MHz FSWG-TTL-10 10.0 MHz FSWG-TTL-80 840.0 MHz FSWG-TTL-11 11.0 MHz FSWG-TTL-90 90.0 MHz FSWG-TTL-12 12.0 MHz FSWG-TTL-100 | 100.0 MHz Special modules can be readily manufactured to improve accuracies and/or provide customer specified random frequencies for specific applications Catalog No. G/051795