DS9622
DS9622 is Dual Line Receiver manufactured by National Semiconductor.
Description
The DS9622 is a dual line receiver designed to discriminate a worst case logic swing of 2V from a ± 10V mon mode noise signal or ground shift. A 1.5V threshold is built into the differential amplifier to offer a TTL patible threshold voltage and maximum noise immunity. The offset is obtained by use of current sources and matched resistors. The DS9622 allows the choice of output states with the input open, without affecting circuit performance by use of S3. A 130Ω terminating resistor is provided at the input of each line receiver. An enable is also provided for each line receiver. The output is TTL patible. The output high level can be increased to 12V by tying it to a positive supply through a resistor. The output circuits allow wired-OR operation.
Features n n n n n n n n TTL patible threshold voltage Input terminating resistors Choice of output state with inputs open TTL patible output High mon mode Wired-OR capability Enable inputs Logic patible supply voltages
Connection Diagram
14- Lead DIP
DS009760-2
Top View For plete Military 883 Specifications, see RETS Datasheet. Order Number DS9622ME/883, DS9622MJ/883 or DS9622MW/883 See NS Package Number E20A, J14A or W14B
© 1999 National Semiconductor Corporation
DS009760
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Absolute Maximum Ratings (Note 1)
If Military/Aerospace specified devices are required, please contact the National Semiconductor Sales Office/ Distributors for availability and specifications. Storage Temperature Range Operating Temperature Range Lead Temperature (Soldering, 60 sec.) Internal Power Dissipation (Note 5) V+ to GND Input Voltage
- 65˚C to +175˚C
- 55˚C to +125˚C 300˚C 400 m W
- 0.5V to +7.0V ± 15V
Voltage Applied to Outputs for Output High State V- to GND Enable to GND
- 0.5V to +13.2V
- 0.5V to
- 12V
- 0.5V to +15V
Operating Conditions
Min Supply Voltage, VCC Temperature, TA 4.5
- 55 Max 5.5 +125 Units V ˚C
Electrical Characteristics (Notes 2, 3)
Symbol VOL Parameter Output Voltage LOW Conditions V+ = S3 =...