HS1-3282-8 Intersil, HS1-3282-8 Datasheet

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HS1-3282-8

Manufacturer Part Number
HS1-3282-8
Description
IC,LINE TRANSCEIVER,CMOS,1 DRIVER,2 RCVR,DIP,40PIN,CERAMIC
Manufacturer
Intersil
Datasheet

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REFERENCE AN400
March 1997
CAUTION: These devices are sensitive to electrostatic discharge; follow proper IC Handling Procedures.
1-888-INTERSIL or 321-724-7143
Copyright © Intersil Americas Inc. 2002. All Rights Reserved
Features
• ARlNC Specification 429 Compatible
• Data Rates of 100 Kilobits or 12.5 Kilobits
• Separate Receiver and Transmitter Section
• Dual and Independent Receivers, Connecting Directly
• Serial to Parallel Receiver Data Conversion
• Parallel to Serial Transmitter Data Conversion
• Word Lengths of 25 or 32 Bits
• Parity Status of Received Data
• Generate Parity of Transmitter Data
• Automatic Word Gap Timer
• Single 5V Supply
• Low Power Dissipation
• Full Military Temperature Range
Ordering Information
CERDIP
CLCC
SMD#
SMD#
to ARINC Bus
PACKAGE
-55
-55
TEMP. RANGE
-40
o
o
o
C to +125
C to +125
C to +85
|
Intersil (and design) is a trademark of Intersil Americas Inc.
TM
o
o
o
C
C
C
HS1-3282-8
5962-8688001QA
HS4-3282-9+
HS4-3282-8
5962-8688001XA
PART NUMBER
F40.6
F40.6
J44.A
J44.A
J44.A
PKG.
NO.
183
Description
The HS-3282 is a high performance CMOS bus interface
circuit that is intended to meet the requirements of ARINC
Specification 429, and similar encoded, time multiplexed
serial data protocols. This device is intended to be used with
the HS-3182, a monolithic Dl bipolar differential line driver
designed to meet the specifications of ARINC 429. The
ARINC 429 bus interface circuit consists of two (2) receivers
and a transmitter operating independently as shown in
Figure 1. The two receivers operate at a frequency that is
ten (10) times the receiver data rate, which can be the same
or different from the transmitter data rate. Although the two
receivers operate at the same frequency, they are
functionally independent and each receives serial data asyn-
chronously. The transmitter section of the ARINC bus
interface circuit consists mainly of a First-In First-Out (FIFO)
memory and timing circuit. The FIFO memory is used to hold
up to eight (8) ARINC data words for transmission serially.
The timing circuit is used to correctly separate each ARINC
word as required by ARINC Specification 429. Even though
ARINC Specification 429 specifies a 32-bit word, including
parity, the HS-3282 can be programmed to also operate with
a word length of 25 bits. The incoming receiver data word
parity is checked, and a parity status is stored in the receiver
latch and output on Pin BD08 during the 1st word. [A logic
“0” indicates that an odd number of logic “1” s were received
and stored; a logic “1” indicates that an even number of logic
“1”s were received and stored]. In the transmitter the parity
generator will generate either odd or even parity depending
upon the status of PARCK control signal. A logic “0” on
BD12 will cause odd parity to be used in the output data
stream.
Versatility is provided in both the transmitter and receiver by
the external clock input which allows the bus interface circuit
to operate at data rates from 0 to 100 kilobits. The external
clock must be ten (10) times the data rate to insure no data
ambiguity.
The ARINC bus interface circuit is fully guaranteed to
support the data rates of ARINC specification 429 over both
the voltage (±5%) and full military temperature range. It
interfaces with UL, CMOS or NMOS support circuitry, and
uses the standard 5-volt V
CMOS ARINC Bus Interface Circuit
HS-3282
CC
supply.
FN2964.2

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HS1-3282-8 Summary of contents

Page 1

... Generate Parity of Transmitter Data • Automatic Word Gap Timer • Single 5V Supply • Low Power Dissipation • Full Military Temperature Range Ordering Information PACKAGE TEMP. RANGE PART NUMBER o o CERDIP - +125 C HS1-3282-8 SMD# 5962-8688001QA o o CLCC - +85 C HS4-3282- - +125 C HS4-3282-8 ...

Page 2

Pinouts D/R1 D/R2 SEL EN1 EN2 BD15 BD14 BD13 BD12 BD11 HS-3282 HS-3282 (CERDIP) TOP VIEW 429DI1( 429DI1( CLK 429DI2( CLK 429DI2( D/R1 6 ...

Page 3

Pin Description PIN SYMBOL SECTION 1 V Recs/Trans CC 2 429 DI1 (A) Receiver 3 429 DI1 (B) Receiver 4 429 Dl2 (A) Receiver 5 429 DI2 (B) Receiver 6 D/R1 Receiver 7 D/R2 Receiver 8 SEL Receiver 9 EN1 ...

Page 4

Pin Description (Continued) PIN SYMBOL SECTION 31 429D0 Transmitter 32 429D0 Transmitter 33 ENTX Transmitter 34 CWSTR Recs/Trans CLK Recs/Trans 38 TXCLK Transmitter 39 MR Recs/Trans Pinout ...

Page 5

Operational Description The HS-3282 is designed to support ARINC Specification 429 and other serial data protocols that use a similar format by collecting the receiving, transmitting, synchronizing, timing and parity functions on a single, low power LSl circuit. It goes ...

Page 6

TABLE 2B. WORD 2 FORMAT BI-DIRECTIONAL BlT# FUNCTION 15 Sign 14 MSB Data Receiver Parity Status Odd Parity 1 = Even Parity If the receiver input data word string is broken before the entire data ...

Page 7

Transmitter Operation The Transmitter section consists of an 8-word deep by 31- Bit long FIFO Memory, Parity Generator, Transmitter Word Gap Timing Circuit and Driver Circuit. • The FlFO Memory is organized in such a way that data loaded in ...

Page 8

WLSEL SELF TEST 429D11 (A) 2 SEL LINE RECEIV. 429D11 ( SLF TEST S/DENB S/D WDCNT 1 DECODER WDCNT 2 S/D CODER 429D12 (A) 4 LINE RECEIV. 429D12 ( SEL SELF TEST WLSEL RCV ...

Page 9

Absolute Maximum Ratings Supply Voltage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...

Page 10

AC Electrical Performance Specifications PARAMETER Clock Frequency Data Rate 1/ Data Rate 2/ Master Reset Pulse Width RECEIVER TIMING Receiver Ready Time From 32nd Bit 1/ Receiver Ready Time From 32nd Bit 2/ Device Ready to Enable Time Data Enable ...

Page 11

AC Electrical Performance Specifications PARAMETER Data Word Gap Time 1/ Data Word Gap Time 2/ Data Transmission Word to TX/R Set Time Enable Transmit Turnoff Time REPEATER OPERATION TIMING Data Enable to Parallel Load Delay Time Data Enable Hold for ...

Page 12

Timing Waveforms TX/R TX ENABLE DATA BUS PL1 PL2 D/R1 D/R2 EN1 EN2 SEL TIME INTERVAL A BUS IS BEING USED AS AN OUTPUT FIGURE 2. TYPICAL INTERFACE TIMING SEQUENCE 429DI BIT 32 t D/R D/R EN SEL BD00-15 SEL ...

Page 13

Timing Waveforms (Continued) CWSTR BD00-15 PL1 t PL PL2 TX/R t DWSET BD00-15 WORD 1 TX/R ENTX t ENDAT BIT 42900 1 HS-3282 t CWSTR t CWHLD t CWSET CONTROL WORD FIGURE 4. CONTROL WORD TIMING t PL12 t PL ...

Page 14

Timing Waveforms (Continued) 429DI BIT 32 t D/R D/R t D/REN EN t SELEN SEL t ENPL PL1 PL2 TX/R ENTX 429D0 HS-3282 t END/R t ENEN SELEN t t ENSEL ENSEL t PLEN t ...

Page 15

... Accordingly, the reader is cautioned to verify that data sheets are current before placing orders. Information furnished by Intersil is believed to be accurate and reliable. However, no responsibility is assumed by Intersil or its subsidiaries for its use; nor for any infringements of patents or other rights of third parties which may result from its use ...

Page 16

Burn-In Circuits F15 F14 F13 F12 F11 NOTES: 1. Resistors = 47kΩ, 5%, 1/4W (Min) 2. GND = Ground = +5.5V, ±0. 0.01mF/Socket (Min ...

Page 17

... Accordingly, the reader is cautioned to verify that data sheets are current before placing orders. Information furnished by Intersil is believed to be accurate and reliable. However, no responsibility is assumed by Intersil or its subsidiaries for its use; nor for any infringements of patents or other rights of third parties which may result from its use ...

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