Datasheet ARX4435-701, ARX4435, ARX4435-FP Datasheet (ACT)

ARX4435 Transceiver

for Macair H009 Specificati on

Features

• ARX4435 Transceiver meets Macair H009 data bus
specifications

• Transmitter can be used to dri ve clock signal l ine

• Operates with ±1 5 Volts to ±12 Volts power supplies

• Direct replacement for CT1641 and CT1816 devices

• Voltage source output for higher bus dri ve power

• Plug-in and flat package available

• Monol ithic construc tion using linear ASICs

• Processed and screened to MIL-STD-883 specs

• MIL-PRF-38534 compliant devices available

AEROFLEX

AEROFLEX

ARX 4435FP

USA-88379

ARX4435FP/4435 Transceiv ers

ARX 4435

USA-88379

CIRCUIT TECHNOLOGY

www.aeroflex.com

General Description

The Aeroflex Laboratories
Incorporated model ARX4435 and
ARX4435FP are new generation
monolithic transceivers which
provides compliance with Macair
H009 data bus requirements

The model ARX4435 and
ARX4435FP perform the front-end
analog function of inputting and out­putting data through a transformer to
a H-009 data bus.

Design of these transceivers
reflects particular attention to active
filter performance.This results in low
bit and word error rate with superior
waveform purity and minimal zero
crossover distortion. The ARX4435
series active filter design has addi­tional high frequency roll-off to pro­vide the required low harmonic
distortion waveform without increas­ing the delay characteristics signifi­cantly.

Efficient transmitter electrical and
thermal design results in low internal
power dissipation and temperature
rise at high and low duty cycle.

TX DATA IN
TX DATA IN

TX INHIBIT

EXT THRESHOLD

DATA

SET INTERNAL
THRESHOLD

EXT THRESHOLD

DATA

-12V or -1 5V
RX DATA IN
RX DATA IN

+15V or +12V

STROBE

DATA
DATA

+5 V

eroflex Circuit T

DRIVER

INPUT

AMP

+V

TH

-V

TH

SHAPING

–

~4K

+

~4K

V-

ACTIVE
FILTER

V+

+
–

Block Diagram (without Transformer)

echnology

– Data Bus Modules For The Future © SCD4435 REV B 2/3/99

OUTPUT
STAGE

COMP.

COMP.

TX DATA OUT
TX DATA OUT

RX DATA OUT

RX DATA OUT

Transmitter

The Transmitter section accepts
complementar y TTL data at the input,
and when coupled to the data bus
with a 1:1 transformer, isolated on the
transceiver side with two 35 Ohm
fault isolation resistors, and loaded by
a 170 Ohm ter mination, the data bus
signal produced is 20 volts nominal
P-P at A-A’. (See Figure 5.) When
both DATA and DATA
low or high, the transmitter output
impedance is low, and signal is
“removed” from the line. In addition,

inputs are held

an overriding “INHIBIT” input returns the output
impedance to a high state. A logic “1” applied to the
“INHIBIT” takes priority over the condition of the data
inputs and disables the transmitter. (See Tran smitter
Logic Waveforms, Figure 1.)

The transmitter utilizes an active filter to suppress
harmonics above 1 mHz to meet H 009 Macair speci­fications. The transmitter may be safely operated for
an indefinite period with the ou tput short circuited at
100% duty cycle.

Receiver

The Receiver section accepts bi-phase differential
data at the input and produces two TT L signals at the
output. The outputs are DATA and DATA

Figure 1 - Transmitter Logic Waveforms

Region 1 2 3

DATA IN

, and repre-

sent positive and negative excursions of the input
beyond a pre-determined threshold.(See Receiver
Logic Waveforms, Figure 2.)

The internal threshold is nominally set to detect
data bus signals exceeding 1.05 Volts P-P and reject
signals less than 0.6 volts P-P when used with a 1:1
turns ratio transformer. (See Figure 5 for transformer
data and typical connection.)

A low level at the Strobe input inhibits the DATA
and DATA

outputs. If unused, a 2K pull-up to +5 Volts

is recommended

DATA IN

INHIBIT

LINE TO LINE

OUTPUT

Notes: 1. Data and DATA inputs must be complementry waveforms or 50% duty cycle average, with no delays between them, and in the same state during

the off time (both high and low).

2. Region 1 ; no output signal, High Z state, (Receive Mode), Region 2; No Output signal, Low Z state, (Terminate Mode), Region 3, Tr ansmitter signal
on, low Z.

Figure 2 - Receiver Logic Waveforms

LINE TO LINE

INPUT

Rx DATA OUT

Rx DATA

Aeroflex Circuit Technology SCD4435 REV B 2/3/99 Plainview NY [phone]

OUT

Note: Waveforms shown ar e for normally low devices. For normal ly high receive r output

devices, the receiver outputs are swapped as shown by the dashed lines

level

2

Note overlap

Absolute Maximum Ratings

Operating case temperature
Storage case temperature

Power supply Vol tages

±15 V P.S. to ±18V MAX +5 V P.S. to +7V MAX

Logic input Voltage -0.3 V to +5.5 V
Receiver differential input

Receiver input voltage (common mode) ±10V

-55° C to + 1 25°C

-65°C to +150 °C

±40 V

Driver peak output current
Total package power dissipation over the full operating

case temperature range
Maximum junction to case temperature rise

(100 % duty cycle)
Junction-Case thermal resistance

300 mA

3.8 Watts

38°C

10°C/W

Electrical Characteristics, Transmitter Section

Input Characteristics, TX DATA in or TX DATA in

Parameter Condition Symbol Min Typ Max Unit

“0” Input Current VIN = 0.4 V I
“1” Input Current V

= 2.7 V I

IN

“0” Input Voltage V
“1” Input Voltage V

Inhibit Characteristics

"0" Input Current
"1" Input Current V
"0" Input Voltage
"1" Input Voltage V

Delay from TX inhibit(0→1) to inhibited output

Delay from TX inhibit, (1→0) to active output Note 1

V

=0.4V

IN

=2.7V I

IN

Note 1

ILD

IHD

IHD

IHD

I

ILI

IHI

V

ILI

IHI

t

DXOFF

t

DXON

2.0

2

-0.2 -0.4

1.0 40

0.7

-0.2

-0.4

1.0 40

0.7

350 700
200 500

mA

µA

V
V

mA

µA

V
V

nS
nS

Differential output noise, inhibit mode V
Differential output impedance (inhibited)

Note 2

Z

NOI

OI

10K Ω

0.8 10 mV p-p

Output Charact eris tics

V

V

t

DTX

O

t

OS

17 21 24 V p-p

r

200 300

nS

±265 mV peak

220 350 nS

Differential output level RL=170 Ω
Rise and fall times

(10% to 90% of p-p output)
Output offset at point A-A on Figure 5, 2.5

µS after midpoint crossing of the last bit R

=170 Ω

L

Delay from 50% point of TX DATA or
TX DATA

input to zero crossing of differen-

tial signal. (note1)

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3

Electrical Characteristics, Receiver Section

Parameter Condition Symbol Min Typ Max Unit

Differential Input Impedance (Note 1)

f= 1MHz

Differential Input V oltage Range V
Input Common Mode Voltage Range Note 1
Common Mode Rejection Ratio

Point A-A on

Figure 5

Strobe Characteristics (Logic “O” inhibits output)

"0" Input Current VS=0.4 V
"1" Input Current V

=2.7 V I

S

"0" Input Voltage
"1" Input Voltage
Strobe Delay (turn-on or turn-off)

Note 1.

Threshold Characteristics (Sinewave input)

Internal Threshold Voltage

(Referred to the bus) Pins 6 and 11 to GND
For 4435-701 only – Pins 6 and 11 to GND

Ext ernal T hres hold

Pins 6 & 11 open, Pin 5 with a 5.9K resistor to GND, Pin 12
with a 6.65K resistor to GND, 1MHZ Sinewave applied to
point A-A

100KHz-1MHz V

Z

IDR

V

ICR

CMRR

I

V

V

t

SD

TH

V

TH(

In

IL

IH

IL

IH

EXT

20K Ω

10
40 dB

-0.2

1.0 +40

2.0

0.60

1.2

1.65 1.95 2.24 V

)

0.80

1.6

40

V p-p
V p-p

-0.4

mA

µA

0.7

V
V

150 nS

1.15

2.3

V P-P
V P-P

P-P

Output Characteristics, RX DATA and RX DATA

"1" State
"0" State I
Delay, (average) from differential input zero

crossings to RX DATA and RX D ATA

output

50% points

=-0.4 mA

I

OH

= 4 mA V

OL

V

t

DRX

OH

OL

Power D ata

Power Supply Currents (Power supplies set at +15V, -15V, +5V)

Duty Cycle

Transmitter Standby

25% duty cycle

50% duty cycle

100% duty cycle

45mA 60mA 65mA
60mA 80mA 85mA
75mA 105mA 100mA

110mA 140mA 130mA

Recommended Power Supply Voltage Range

+V

-V -11.4 Volts to -15.75 Volts

Logic +4.5 Volts to +5.5 Volts

+V

TYP MAX TYP MAX TYP MAX

+11.4 Volts to +15.75 Volts

2.5 3.6 V

0.35

0.5

275 450 nS

-V

5V

75mA

mA

95

28mA 35mA

120mA

mA

160

V

Aeroflex Circuit Technology SCD4435 REV B 2/3/99 Plainview NY [phone]

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Figure 3 – Transmitter (TX) Output Wave form Figure 4 – Transmitter (TX) Output offset

LAST BIT

2.5 µsec

90%

17V P-P MIN
24V P-P MAX

10%

tr*

* Rise and fall times measured at point A-A’ in Fig 5

tf*

0 Volts

0 volts

*Offset measured at point A-A’ in Fig 5

Figure 5 – Typical Transformer connection Figure 6 – Power Dissipation vs. Duty Cycle

4.0

3.5

3.0

2.5

2.0

1.5

POWER DISSIP ATION

WA TTS

1.0

0.5
0

0 10 20 30 40 50 60 70 80 90 100

DUTY CYCLE, PERCENT

(TYPICAL)

TX DATA OUT

TX DATA

OUT
RX DATA
RX DATA IN

IN

35

Ω

N1:N2

A

A’

35

Ω

Transformer turns ratio:
N1:N2 = 1:1
Use Aeroflex 25T1553-1

170

Ω

Magnified View

OUTPUT OFFSET*

OUTPUT OFFSET*

Notes:

1. Charact eristics guaranteed by design, not production tes te d.

2. Measured at 1mH z at p oint A-A’, power on or off.

3. Specifications apply over the temperature range of -55°C to +125°C (case temperature)
unless otherwise noted.

4. All typic al valu es are measured at +25°C.

Aeroflex Circuit Technology SCD4435 REV B 2/3/99 Plainview NY [phone]

5

CIRCUIT TECHNOLOGY

Package Configurations and Pinouts

PLUG-IN PACKAGE

1.27 MAX

1.10

24 13

1.27
MAX

Designator

Pin 1 & ESD

0.24
MIN

0.018 DI A.
±0.002

Notes

1. Dimensions shown are in inches .

2. Pins are equally spaced at 0.100±0.002 tolerance non-cu mulative each row.

1.10

12

0.100

Pin Connections

1. TX DATA OUT

2. TX DATA

3. TX GND (+5V)

4. +15V (TX)

5. E XT. DATA THRES

6. IN T. DATA T HR ES

7. RX DATA OUT

8. STROBE

9. RX GND (+5V)

10. RXDATA

11. INT DATA THRES

12. EXT DATA THRES

13. +15V (RX)

14. N.C.

15. RX DATA IN

16. RX DATA

17. GND

18. CASE GND

0.175

19. -15V (RX)

MAX

20. +5V

21. TX INHIBIT

22. TX DAT A IN

23. TX DATA

24. -15V (TX)

OUT

OUT

IN

IN

0.167 for Low Profile Flat Pack

0.200 for Std Flat Pack

1.27 MAX

FLAT PACKAGE

1.27 MAX

Designator

Pin 1 & ESD

±0.002

0.400
MAX

2 sides

0.009

±0.002

0.080 ±0.015

0.017

0.10 Typ

Configurations and Ordering Information

Model No. DESC No.

Receiver Data level

Case

ARX4435 To Be Assigned Normally High Plug In H009 Macair

ARX4435-FP To Be Assigned Normally High Flat Pack H009 Macair

ARX4435-701 - Normally High Plug In H009 Macair

Commercial ( 0°C - 70°C)

The information contained in this data sheet is believed to be accurate; however, Aeroflex Laboratories Incorporated assumes no
responsibility for it s use, and no license or rights ar e granted by implication or otherise in connection therewit h.

Specifications subject to change without notice.

Aeroflex Circuit Technology
35 South Service Road
Plainview New York 11803
www.aeroflex.com

Aeroflex Circuit Technology SCD4435 REV B 2/3/99 Plainview NY [phone]

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E-Mail: [e-mail]

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Specs.