SP8793 Datasheet | Unknown Manufacturer

FEATURES Very Low Power Control Input and Output CMOS/TTL patible AC Coupled Input Operation up to 9.5V using Internal Regulator DP8 MP8 Figure 1 Pin connections - top view ABSOLUTE MAXIMUM RATINGS QUICK REFERENCE DATA Supply Voltage 5.2V or 6.8V to 9.5V Power consumption: 26m W Typical Supply voltage Supply voltage Storage temperature range Max. Junction temperature Max. clock input voltage Vcc2 max. 6.0V pins 7 & 8 tied 13.5V pin 8, pin 7 decoupled -55°C to +125°C +175°C 2.5V p-p 10V VCC1 VCC2 2 100n 8 1n CLOCK INPUT DIVIDE BY 80/81 (SP8792) VOLTAGE REGULATOR DECOUPLING DIVIDE BY 40/41 (SP8793) 1n 16k 4 VEE (0V) 1 CONTROL INPUT 3 OUTPUT 7 100n Figure 2 : Functional diagram SP8799 ELECTRICAL CHARACTERISTICS Test conditions (unless otherwise stated):] Supply voltage : Vcc = 5.2 ± 0.25V or 6.8V to 9.5V (see Operating Note 6): VEE = 0V Temperature Tamb = -40°C to +85°C Value Characteristics Maximum frequency (sinewave input)) Minimum frequency (sinewave input) Power supply current Control input high voltage Control input low voltage Output high voltage Output low voltage Set up time Release time Clock to output propagation time IEE VINH VINL VOH VOL ts tr tp 14 20 45 2.4 0.5 4 2 7 m A V V V V ns ns ns Note 4 Note 4 Note 4 Note 4 Note 4 Note 3 Note 3 Note 3 Pins 2, 7 and 8 linked Vcc = 4.95V IOH = 100µA Pin 2 linked to 8 and 7 IOL = 1.6m A 25°C 25°C 25°C fmin 20 MHz Note 4 Input = 400-800m V p-p Symbol fmax Min. 225 Max. MHz Units Notes Note 4 Conditions Input = 200-800m V p-p NOTES 1. Unless otherwise stated the electrical characteristics are guaranteed over full specified supply, frequency and temperature range. 2. The test configuration for dynamic testing is shown in Fig.6. 3. Guaranteed but not tested. 4. Tested onlt at 25°C TRUTH TABLE FOR CONTROL INPUTS Control inputs 0 1 Division Ratio SP8792 81 80 SP8793 41 40 Figure 3 : Timing diagram SP8792/3 NOTES The set-up time ts is defined as the minimum time that can elapse between a L ¡ H...