ITT - Index of

ITT
ITT9093, ITT9094, ITT9097, ITT9099
-
DUAL DTL MASTER-SLAVE J-K FLIP-FLOPS
SEMICONDUCTORS -----------~
Package: Dual In-L.ine and Flat Pack
DUAL DTL MASTER-SLAVE J-K FLIP-FLOPS
The ITISOS3 and ITTSOS4 are single chip dual
flip-flops with circuitry similar to the ITIS45 and
ITIS48 respectively. They feature internal J-K
connections. separate clock pins. and separate SO
pins. They are useful in ripple-carry counters and
many other J-K flip-flop applications.
The ITISOS7 and ITTSOSS are single chip dual
flip-flops with circuitry similar to the ITIS48 and
ITIS45 respectively. They feature internal J-K
connections. a ·common clock pin. a common CD
pin. and separate SO pins. They are useful in shift
registers. shift counters. and synchronous counters.
The ITTSOS3 and ITISOSS are usable with clock
frequencies up to 5 MHz and feature a DC level
sensitive clock input for stable operation regardless
of clock waveshape.
The ITTSOS4 and ITISOS7 are usable with clock
frequencies up to 8 MHz.
These circuits are fully compatible with the ITIS30
series OTL family and the ITISOOO series TTL
family.
The ITISOSS series of flip-flops feature J-K
feedback connections directly from the output
stage of the device. This configuration increases the
inherent noise immunity of the circuit. but prevents
the circuit from being used in a wired - 0 R mode.
Wired - OR capability is obtained with the
ITISOSSX series of devices. which are functionally
equivalent to the ITTSOSS series. but have J-K
feedback connections from the buffer stage of the
slave flip-flop.
ITTSOS3/9094
(DUAL ITT945/948 SEPARATE So: SEPARATE Cp)
GND 7
ITT9097/9099
(DUAL ITT948/945 COMMON Cp : COMMON Co)
ABSOLUTE MAXIMUM RATINGS 1
Characteristics
Units
Pinout: Dual In-Line and Flat Pack
Supply Voltage (VCC). -55°C to +125°C.
Continuous ..................................... -0.5 to +8 Volts
Supply Voltage (V CCI. Pulsed. < 1 sec ..... + 12 Volts
Output Current. Into Outputs ........................... 30 mA
Input Forward Current ................................... -10 mA
Input Reverse Current .......................................... 1 mA
Operating Temperature ................... -55to +125°C
Storage Temperature ...................... -65 to + 125°C
Input Voltage Applied to Input. -1.5 to +5.5 Volts
Lead Temp. (soldering. 60 sec.) ................•..... 300°C
NOTES:
1. Above which useful life may be impaired.
2. Allow 300·C/Watt OJ-A for 1/4" x 1/4"
flatpack and dual in-line. Allow 50·C/Watt
OJ-C for TO-5; 180·C/Watt OJ...,.c for 1/4"
x 1/4" flatpack and dual in-line. Heat removal
in 1/4" x 1/4" flatpack is highly dependent
upon contact surfaces or air flow and on lead
attachment and thermal paths thru leads, as
well as number of soldered leads.
4-37