5962-8753503XC - Aeroflex Incorporated

SCDCT2512 Rev E

DESCRIPTION

The Aeroflex-Plainview CT2512 contains 2 Transceivers, 2 Encoder/Decoders, Bit Processors and complete

Remote Terminal (RT) logic. The device is constructed using Aeroflex advanced VLSI custom chip and hybrid

technology. It functions as a complete dual redundant MIL-STD-1553B RT Unit supporting all 13 mode codes for

dual redundant operation. The CT2512 is a pin-for-pin functional equivalent of the DDC BUS-65112/117 and

performs parallel data transfers with a DMA type handshake. Multiple error flag outputs and host access to many

of the RT Status Word bits are just some of the features that make this part ideal for many RT applications. The unit

has an operating range of -55°C to +125°C. See "Ordering Information" (last sheet) for CT2513 / CT2510 /

CT2511.

FEATURES

❑CT2512 Replaces DDC BUS-65112 and BUS-65117

❑CT2513 Replaces DDC BUS-65113 and BUS-65118

❑CT2510 Replaces DDC BUS-65110 and BUS-65120

❑CT2511 Replaces DDC BUS-65111 and BUS-65121

❑Functions as a Complete Remote Terminal Unit

❑Supports 13 Mode Codes, Illegalization of Codes Allowed

❑Transfers Data with DMA Type Handshaking

❑Latched Outputs for Command Word and Word Count

❑14 Bit Built-ln-Test Word Register

❑4 Error Flag Outputs

❑Advanced Low Power VLSI Technology

❑Designed for commercial, industrial and aerospace applications

❑MIL-PRF-38534 compliant devices available

❑Aeroflex-Plainview is a Class H & K MIL-PRF-38534 manufacturer

❑Packaging – Hermetic Metal

- 68 Pin, 2.1" x 1.87" x .25" Plug-In Type Package

- 82 Leads, 2.195" x 1.60" x .19" Flat Type Package

❑DESC SMD# 5962–87535

CT2512 / CT2513 / CT2510 / CT2511

Dual Redundant Remote Terminal for MIL-STD-1553B

www.aeroflex.com/Avionics

May 23, 2005

FIGURE 1 – FUNCTIONAL BLOCK DIAGRAM

DB0-DB15

A0-A11

ERROR FLAG

TIMING FLAGS

STATUS BITS

I/O

INTERFACE

MIL-STD-1553B

PROTOCOL

AND

BIT

PROCESSING

LOGIC

ENCODER/

DECODER

ENCODER/

DECODER

DUAL

TRANSCEIVER

DATA BUS A

DATA BUS B

SCDCT2512 Rev E

ABSOLUTE MAXIMUM RATINGS

Parameter Limits Units

Power Supply Voltage (VCC)

(Pins 18, 76 DDIP)

-0.3 to +18.0 Volts

Power Supply Voltage (V

EE)

(Pins 38, 57 DDIP)

+0.3 to -18.0 Volts

Power Supply Voltage (VCCL)

(Pins 37, 58 / 51 DDIP)

-0.3 to +7.0 Volts

Receiver Differential Input

(Pins 20, 59 / 74, 36 DDIP)

±20 (40Vp-p) Volts

Receiver Input Voltage

(Pins 20, 59 / 74, 36 DDIP)

±15 Volts

Driver Output Current

(Pins 56, 17 / 39, 77 DDIP)

+200 mA

Transmission Duty Cycle at TC = 125°C 100 %

Operating Case Temperature Range (TC) -55 to +125 °C

POWER AND THERMAL DATA (SINGLE TRANSCEIVER AND LOGIC SECTION)

Parameter/Conditions Symbol Min Typ Max Units

Power Supply Voltage VCC

VEE

VCCL

14.25

-14.25

4.5

-15

15.75

-15.75

5.5

Thermal Resistance, most critical device ØJC -10 -°C/W

Power dissipation of most critical (hottest) device during

continuous transmission (100% duty cycle) 1/

PC- 700 - mW

Total supply current standby mode, or transmitting at less than 1%

duty cycle (e.g. 20us of transmission every 2ms or longer interval)

ICC

IEE 2/

ICCL 2/

Total supply current transmitting at 1Mhz into a 35-ohm load at

Point A in Figure 2 3/

ICC @ 25%

ICC @ 100%

180

100

200

Notes

1/ Decreases linearly to zero at zero duty cycle.

2/ Limit does not change with mode of operation or duty cycle.

3/ Decreases linearly to applicable "standby" values at zero duty cycle.

ELECTRICAL CHARACTERISTICS (RECEIVER SECTION)

Parameter/Conditions Symbol Min Typ Max Units

Differential input impedance

DC to 1MHz

ZIN 9K - - Ω

Differential voltage range VDIR ±20V - - VPK

Input common mode voltage

range

VICR ±10V - - VPK

Common mode rejection ratio

(from Point A, Figure 1)

CMMR 40 - - dB

Threshold characteristics

(Sine wave at 1MHz) Note: Threshold voltages refer to Point A,

Figure 2.

VTH 0.8 -1.1 VPK-PK

SCDCT2512 Rev E

ELECTRICAL CHARACTERISTICS (TRANSMITTER SECTION)

Parameter/Conditions Symbol Min Typ Max Units

Differential output level at Point B, Figure 2 (145-ohm load) VO26 28 35 VPK-PK

Rise and Fall times (10% to 90% of p-p output) Tr100 160 300 nS

Output offset at Point A in Figure 2 (35-ohm load) 2.5us after

mid-bit crossing of parity bit of last word of a 660us message

VOS -±20 ±90 mVPK

Differential output noise VNOI - - 10 mVPK-PK

LOGIC CHARACTERISTICS

Symbol Parameter Min Typ Max Units Conditions

VIH Input "1" 2.4 - - VDC

VIL Input "0" - - 0.7 VDC

IIL Input l -100 --650 µA Note 1A

IIH Input l - - -650 µA Note 1B

IIL Input l -20 -+20 µA Note 2A

IIH Input l -20 -+20 µA Note 1B

VOH Output "1" 2.7 - - VDC Note 3A/4A

VOL Output "0" - - 0.4 VDC Note 3B/4B

Note 1: For INPUT pins 12,13,14,15, 53, 54, 55.

VCC = 5.5V

A. @ VIL = 0.4V

B. @ VIH = 2.4V

Note 2: All remaining INPUTS other than in Note 1.

VCC = 5.5V

A. @ VIL = 0.4V

B. @ VIH = 2.4V

Note 3: For OUTPUT pins 4 through 11 and 43 through 50.

A. @ VCC = 4.5V and IOH = 3mA

B. @ VCC = 2.4V and IOL = 6mA

Note 4: All remaining OUTPUTS other than in Note 3.

A. @ VCC = 4.5V and IOH = 2mA

B. @ VCC = 5.5V and IOL = 4mA

SCDCT2512 Rev E

Taps at N1:N3 For

Stub Coupling

(See Table)

CT }

FIGURE 2 – TYPICAL DIRECT COUPLED CONFIGURATION

B A

For

Direct

Coupling

55Ω

(N1 : N2)

(See Table)

Turns Ratio CT2512

N1:N2 1.4:1

N1:N3 2:1

Technitrol Part # T-1553-2

CT2512

CH A/B

GND

TX DATA

SCDCT2512 Rev E

FIGURE 3 – TIMING DIAGRAM, TRANSMIT ONE WORD

NBGT

INCMD

DTREQ

DTGRT

DTACK

STATEN

A5 (D/C)

DTSTB

A11 (T/R)

R/W

A6 - A10

A0 - A4

DB0 - DB4

BUFFENA

TRISTATE

COMMAND WORD

ILLCMD STROBED IN 3µs (STATUS BITS STROBED IN)

(SRQ,BUSY,SSFLAG,RDBC,RTFLAG)

TRISTATE TRISTATE

WORD COUNT STATUS WORD

DATA WORD FROM SUBSYSTEM

ADDRESS = 00h ADDRESS = 01h

SUB ADDRESS

PREVIOUS STATE

4.5µs

1µs

160ns

250ns MAX

2.5µs MAX

4.5 ± 0.5µs

11µs ± .75µs

16µs max

250ns MAX

DATA WORD FROM SUBSYSTEM STROBED IN

DON’T CARE

5µs ±0.5µs

STATUS SYNC 15 14 13 0 P DATA SYNC 15 14 13 0 P

COMMAND SYNC 15 14 13 1 0 P

SCDCT2512 Rev E

9.5µs ± 0.75µs

NBGT

INCMD

DTREQ

DTGRT

DTACK

STATEN

A5 (D/C)

DTSTB

A11 (T/R)

R/W

A6 - A10

A0 - A4

DB0 - DB15

BUFFENA

TRISTATE

COMMAND WORD

ILLCMD STROBED IN

3µs (STATUS BITS STROBED IN)

(SRQ,BUSY,SSFLAG,RDBC,RTFLAG)

TRISTATE TRISTATE

WORD COUNT STATUS WORD

RECEIVE DATA WORD

ADDRESS = 00h ADDRESS = 01h

SUB ADDRESS

PREVIOUS STATE

1µs

160ns

250ns MAX

2.5µs MAX

4.5 ± 0.5µs

16µs max

250ns MAX

5µs ±0.5µs

GBR

STATUS WORD

4.5µs FOR HANDSHAKES < 3.5µs

DON’T CARE

STATUS SYNC 8 7 6 5 0 P

4.5 ± 0.5µs

250ns FOR HANDSHAKES > 3.5µs

FIGURE 4 – TIMING DIAGRAM, RECEIVE ONE WORD

COMMAND SYNC 1 0 P DATA SYNC 15 14 13 12 11 0 P

SCDCT2512 Rev E

NBGT

INCMD

DTREQ

DTGRT

DTACK

STATEN

A5 (D/C)

DTSTB

GBR

R/W

A6 - A10

A11 (T/R)

DB0 - DB15

BUFFENA

TRISTATE

COMMAND WORD

WORD COUNT

ADDRESS = 00h

SUB ADDRESS

PREVIOUS STATE

160ns

2.25µs MAX

4.5 ± 0.5µs

250ns MAX DON’T CARE

TX STATUS SYNC 15 14 13

TRISTATE TRISTATE TRISTATE TX COMMAND WORD

4.0 ± 0.5µs

250ns MAX

1µs

A0 - A4

TRANSMITTING RT

RESPONSE TIME

FIGURE 5A – TIMING DIAGRAM, RT TO RT RECEIVE ONE WORD (PART A)

RX COMMAND SYNC 15 14 13 1 0 P TX COMMAND SYNC 15 14 13 12 11 10 0 P

SCDCT2512 Rev E

0 P DATA SYNC 15 14 13 1 0 P STATUS SYNC 8 7 6 5 1 0 P

NBGT

INCMD

DTREQ

DTGRT

DTACK

STATEN

A5 (D/C)

DTSTB

GBR

R/W

A6 - A10

A11 (T/R)

DB0 - DB15

BUFFENA

500ns TYP

4.5 ± 0.5µs

250ns MAX DON’T CARE

TRISTATE

250ns FOR HANDSHAKES > 3.5µs

A0 - A4

TRISTATE

TX RT STATUS RESPONSE

RECEIVE DATA WORD STATUS WORD

ADDRESS = 01h

4.5 ± 0.5µs

4.5 µs FOR HANDSHAKES < 3.5µs

5 ± 0.5µs

16µs MAX

9.5µs ±0.75µs

FIGURE 5B – TIMING DIAGRAM, RT TO RT RECEIVE ONE WORD (PART B)

SCDCT2512 Rev E

166ns

0ns MIN

2.25µs MAX

250ns MAX

500ns

166ns

666ns

1µs

166ns

WHEN T/R = 0

VALID

SUB ADDRESS

ADDRESS = 00h OR MODE

WORD

COUNT

TRISTATE TRISTATETRISTATE

75ns MAX 75ns MAX

75ns

MAX 75ns MAX

COMMAND WORD

NOTE:

1. R/W = LOGIC 0

BUFFENA

DB0 - DB15

A0 - A4

A6 - A10

A5 (D/C)

A11 (T/R)

INCMD

DTSTB

DTACK

DTGRT

DTREQ

NBGT

FIGURE 6 – TIMING DIAGRAM, COMMAND WORD TRANSFER

SCDCT2512 Rev E

TRISTATE TRISTATE

STATEN

GBR

DTSTB

DB0 - DB15

BUFFENA

Receive Only

500ns

166ns

75ns

NOTE:

1. R/W = 0

TRISTATE TRISTATE

BITEN

DTSTB

DB0 - DB15

BUFFENA

500 ns

166ns

75ns

NOTE:

1. R/W = 0

STATUS

BIT WORD

FIGURE 7 – TIMING DIAGRAM, STATUS WORD TRANSFER

FIGURE 8 – TIMING DIAGRAM, BIT WORD TRANSFER

SCDCT2512 Rev E

500ns TYP

0ns MIN DON’T CARE

250ns MAX

166ns TYP

75ns MAX 75ns MAX

50ns MAX

RECEIVED DATA WORD

ADDRESS or MODE *ADDRESS +1

VALID

TRISTATE

BUFFENA

DB0 - DB15

A0 - A4

DTSTB

DTACK

DTGRT

DTREQ

500ns TYP

0ns MIN DON’T CARE

250ns MAX

166ns TYP

ADDRESS or MODE *ADDRESS +1

DB0 - DB15

A0 - A4

DTSTB

DTACK

DTGRT

DTREQ

R/W

50ns MIN

50ns MAX

TRANSMIT DATA WORD VALID

NOTES:

1. R/W = Logic 0

2. (*) = Non-Mode Only

3. BUFFENA = DTACK

NOTES:

1. (*) = Non-Mode Only

2. Word Count for Mode Code

3. BUFFENA = Don’t Care

FIGURE 10 – TIMING DIAGRAM, DATA FROM SUBSYSTEM

FIGURE 9 – TIMING DIAGRAM, DATA TO SUBSYSTEM

SCDCT2512 Rev E

166ns TYP

250ns MIN 250ns MIN

VALID DON’T CAREDON’T CARE

RECEIVED DATA

TRISTATE

ADDRESS OR MODE FIELD

TRISTATE

DTSTB

BUFFENA

DB0 - DB15

A0 - A4

NOTES:

1. R/W = LOGIC 0

2. DTGRT = DTREQ = LOGIC 1

3. INCMD = DAT/CMD ARE LOGIC 1

FIGURE 11 – TIMING DIAGRAM, DATA TRANSFERS TO SUBSYSTEM (NO HANDSHAKE)

SCDCT2512 Rev E

A10

DB0

DB1

DB2

DB3

DB4

DB5

DB6

DB7

DB8

DB9

DB10

DB11

DB12

DB13

DB14

DB15

+5V

BRO ENA

GND

ADDRE

ADDRD

ADDRC

ADDRB

ADDRA

ADDRP

RTADERR

TXDATA B

-15V B

+15V B

+5V B

GND B

RXDATA B

DTGRT

DTACK

INCMD

HSFAIL

R/W

DISTR

GBR

A5(DAT/CMD)

12MHz IN

RTFAIL

BUF ENA

DTREQ

RESET

ADBC

RTFLAG

TP2

TP1

A11(T/R)

BUSY

ILLCMD

SSFLAG

SRQ

BITEN

RXDATA A

GND A

+5V

+15V

-15V

TXDATA A

STATEN

NBGT

CT2512 PIN OUT DESCRIPTION (DDIP)

#Function Pin

#Function

1A1040NBGT

2A841 A9

3A642 A7

4DB143 DB0

5DB344 DB2

6DB545 DB4

7DB746 DB6

8DB947 DB8

9DB1148 DB10

10 DB13 49 DB12

11 DB15 50 DB14

12 BRO ENA 51 +5V

13 ADDRE 52 GND

14 ADDRC 53 ADDRD

15 ADDRA 54 ADDRB

16 RTADERR 55 ADDRP

17 TXDATA B 56 TXDATA B

18 +15V B 57 -15V B

19 GND B 58 +5V B

20 RXDATA B 59 RXDATA B

21 A3 60 A2

22 A1 61 A0

23 DTGRT 62 DTACK

24 INCMD 63 A4

25 HSFAIL 64 R/W

26 DTSTR 65 GBR

27 A5 (DAT/CMD) 66 12MHz IN

28 RTFAIL 67 BUF ENA

29 DTREQ 68 RESET

30 ADBC 69 RTFLAG

31 TP2 (NC) 70 TP1 (NC)

32 A11 (T/R)71 BUSY

33 ILLCMD 72 SSFLAG

34 SRQ 73 ME

35 BITEN 74 RXDATA A

36 RXDATA A75 GND A

37 +5V A 76 +15V A

38 -15V A 77 TXDATA A

3 9 TX DATA A 7 8 S TATE N

CT2512

MIL-STD-1553B

REMOTE TERMINAL

PROTOCOL UNIT

FIGURE 12 – DDIP PIN CONNECTION DIAGRAM, CT2512 AND PINOUT TABLE

SCDCT2512 Rev E

A10

DB0

DB1

DB2

DB3

DB4

DB5

DB6

DB7

DB8

DB9

DB10

DB11

DB12

DB13

DB14

DB15

+5V

BR0 ENA

GND

ADDRE

ADDRD

ADDRC

ADDRB

ADDRA

ADDRP

RTADERR

TXDATA B

-15V B

+15V B

+5V B

GND B

RXDATA B

DTGRT

DTACK

INCMD

HSFAIL

R/W

DISTR

GBR

A5(DAT/CMD)

12MHz IN

RTFAIL

BUF ENA

DTREQ

RESET

ADBC

RTFLAG

TP2

TP1

A11(T/R)

BUSY

ILLCMD

SSFLAG

SRQ

BITEN

RXDATA A

GND A

+5V

+15V

-15V

TXDATA A

STATEN

NBGT

CT2512 PIN OUT DESCRIPTION (FP)

#Function Pin

#Function

1NC42 NC

2A1043NBGT

3A944STATEN

4 A8 45 TXDATA A

5A746TXDATA

6A647-15V A

7 DB0 48 +15V A

8 DB1 49 +5V A

9DB250GND A

10 DB3 51 RXDATA A

11 DB4 52 RXDATA A

12 DB5 53 BITEN

13 DB6 54 ME

14 DB7 55 SRQ

15 DB8 56 SSFLAG

16 DB9 57 ILLCMD

17 DB10 58 BUSY

18 DB11 59 A11 (T/R)

19 DB12 60 TP1

20 DB13 61 TP2

21 DB14 62 RTFLAG

22 DB15 63 ADBC

23 +5V 64 RESET

24 BRO ENA 65 DTREQ

25 GND 66 BUF ENA

26 ADDRE 67 RTFAIL

27 ADDRD 68 12MHz IN

28 ADDRC 69 A5 (DAT/CMD)

29 ADDRB 70 GBR

30 ADDRA 71 DTSTR

31 ADDRP 72 R/W

32 RTADERR 73 HSFAIL

33 TXDATA B 74 A4

34 TXDATA B 75 INCMD

35 -15V B 76 DTACK

36 +15V B 77 DTGRT

37 +5V B 78 A0

38 GND B 79 A1

39 RXDATA B80 A2

40 RXDATA B 81 A3

41 NC 82 NC

CT2512-FP

MIL-STD-1553B

REMOTE TERMINAL

PROTOCOL UNIT

N/C

N/C N/C

N/C

FIGURE 13 – FLAT PACKAGE PIN CONNECTION DIAGRAM, CT2512 AND PINOUT TABLE

SCDCT2512 Rev E

.100

2.100

1.500

TYP

Lead 1 & ESD

Designator

1.900

1.800

Pin 19 Pin 20

Pin 59

Pin 41

Pin 2 .050

TYP

1.650

1.870

.100

.110 Pin 1

.250

MAX

Pin 39 Pin 40

Pin 78

Pin 22

Pin 21

Pin 60

.018 DIA

TYP

.105

.190

MAX

.010

±.002

.015

2.000

Pin 42

.095

Pin 41

2.195

MAX

Lead 1 & ESD

Designator

1.600

MAX

.500

TYP

.050 Lead Centers

41 Leads/Side

(4 Places)

Pin 82

FLAT PACKAGE OUTLINE

PLUG IN PACKAGE OUTLINE

.050

PLAINVIEW, NEW YORK

Toll Free: 800-THE-1553

Fax: 516-694-6715

SE AND MID-ATLANTIC

Tel: 321-951-4164

Fax: 321-951-4254

INTERNATIONAL

Tel: 805-778-9229

Fax: 805-778-1980

WEST COAST

Tel: 949-362-2260

Fax: 949-362-2266

NORTHEAST

Tel: 603-888-3975

Fax: 603-888-4585

CENTRAL

Tel: 719-594-8017

Fax: 719-594-8468

www.aeroflex.com info-ams@aeroflex.com

Aeroflex Microelectronic Solutions reserves the right to

change at any time without notice the specifications, design,

function, or form of its products described herein. All

parameters must be validated for each customer's application

by engineering. No liability is assumed as a result of use of

this product. No patent licenses are implied.

SCDCT2512 Rev E

Our passion for performance is defined by three

attributes represented by these three icons:

solution-minded, performance-driven and customer-focused

ORDERING INFORMATION

Model Number Screening DESC SMD Power Supply Package

CT-2512-001-2 Military Temperature, -55°C to +125°C,

Screened to the individual test methods

of MIL-STD-883

5962-8753503XA +5V, ±15V Plug in

CT-2512-001-1 5962-8753503XC

CT-2512-201-2 5962-8753503ZA Flat Package

CT-2512-201-1 5962-8753503ZC

* CT2513 - +5V, ±12V Plug in

* CT2513-FP Flat Package

* CT2510 +5V, -15V Plug in

* CT2510-FP Flat Package

* CT2511 +5V, -12V Plug in

* CT2511-FP Flat Package

* Contact Factory for availability