SP8719 Datasheet | Unknown Manufacturer

FEATURES DC to 520MHz Operation -40°C to +85°C Temperature Range Control Inputs and Outputs are CMOS patible Figure : 1 Pin connections - top view DP8, MP8 QUICK REFERENCE DATA Supply Voltage 5.0V ± 0.25V Supply Current 10.5m A typ. ABSOLUTE MAXIMUM RATINGS Supply voltage pin 2 or 8): Storage temperature range: Max. Junction temperature: Max. clock I/P voltage: 8V -55°C to +150°C +175°C 2.5V p-p Vcc 8 Vcc 2 7k SIGNAL INPUT 6 5 ÷P/P + 1 1.5k 1k 300 3 OUTPUT 4 0V 1 MODULUS CONTROL INPUT Figure 2 : Functional diagram SP8716/8/9 ELECTRICAL CHARACTERISTICS Test conditions (unless otherwise stated):] Supply voltage: Vcc = +4/95 to 5.45V, Temperature: Tamb = -40°C to +85°C Value Characteristics Max. frequency Min. frequency (sinewave input) Power supply current Output high voltage Output low voltage Control input high voltage Control input low voltage Control input high current Control input low current Clock to output delay Set-up time Release time NOTES 1. Tested at 25°C only 2. Guaranteed but not tested Symbol fmax fmin ICC VOH VOL VINH VINL VINH VINL tp ts tr 10 10 -0.20 28 3.3 0 (Vcc - 1.2) 1 8 1.7 0.41 Min. 520 30 11.9 Max. MHz MHz m A V V V V m A m A ns ns ns Units Conditions Input 100-280m V p-p Input 400-800m V p-p CL = 3p F; pins 2, 8 linked IL = -0.2m A IL = 0.2m A ÷P ÷P +1 VINH = 8V VINL = 0V CL = 10p F CL = 10p F CL = 10p F Notes 1 2 1 1 1 1 1 1 1 2 2 2 NOTE The set-up time ts is defined as the minimum time that can elapse between a L ¡ H transition of the control input and the next L ¡ H clock pulse transition to ensure that the ÷P mode is obtained. The release time tr is defined as the minimum time that can elapse between a H ¡ L transition of the control input and the next L ¡ H clock pulse transition to ensure that the ÷(P +1) mode is obtain Figure 3 : Timing diagram INPUT AMPLITUDE (m V p-p) 1000 800 600 400 200 0 30 100 200 300 400 500 FREQUENCY IN MHz 520m V GUARANTEED - OPERATING WINDOW 280m V - Tested as specified in table of Electrical...