Gopel Electronic SFX-TAP2/C, SFX-TAP4/C Technical Description

http://www.

goepel.com

Desktop Transceiver

SFX-TAP4/C
SFX-TAP2/C

Technical Description

Version 0.1

Intelligent Boundary Scan Solutions®

GÖPEL electronic GmbH
Göschwitzer Str. 58/60
D-07745 Jena
Tel.: [phone]
Fax: [phone]
E-Mail: [e-mail]

© 2005 GOEPEL electronic GmbH. All rights reserved.

The software described in this manual as well as the manual itself are supplied under
license and may be used or copied only in accordance with the terms of the license.
The customer may make one copy of the software for safety purposes.

The content of the manual is subject to change without notice and is supplied for
information only.

In case of inaccuracies or errors appearing in this manual,
GOEPEL electronic GmbH assumes no liability or responsibility.

Without the prior written permission of GOEPEL electronic GmbH, no part of this
documentation may be transmitted, reproduced or stored in a retrieval system in
any form or by any means as well as translated into other languages (except as
permitted by the license).

printed: 02.08.2005
Rev.: 07/05
Author: Dietmar Beltz

Table of Contents

1 Definition ........................................................................................................................ 5

1.1 Versions of the Desktop Transceiver...................................................................... 5

1.2 Scope of Delivery.................................................................................................... 6

2 Technical Data ............................................................................................................... 6

2.1 General Information ................................................................................................ 6

2.2 Dimensions ............................................................................................................. 6

2.3 Characteristics ........................................................................................................ 6

2.4 ESD / Latch up Strength ......................................................................................... 7

2.5 Current Input ........................................................................................................... 7

3 Device Structure............................................................................................................. 7

3.1 Interfaces ................................................................................................................ 7

3.2 Structure of the Desktop Transceivers SFX-TAP4/C (SFX-TAP2/C) ..................... 7

3.3 AUX Connector ....................................................................................................... 8

3.4 PwrCtrl Connector .................................................................................................. 8

3.5 TAP/PIP Connector ................................................................................................ 8

4 Hardware Components .................................................................................................. 9

4.1 Voltage Supply........................................................................................................ 9

4.2 PIP Complex ........................................................................................................... 9

4.3 Analog IO Signals ................................................................................................... 9

4.4 Digital IO Signals .................................................................................................... 9

4.5 Trigger Signals...................................................................................................... 10

4.6 Output Voltages .................................................................................................... 11

4.6.1 Output Voltages on TAP/PIP Connector: ...................................................... 11

4.6.2 Switch for the function of the PwrCtrl Connector:.......................................... 11

4.7 Boundary Scan Interface ...................................................................................... 12

4.8 Output Driver......................................................................................................... 12

4.8.1 Absolute Maximum Ratings........................................................................... 12

4.8.2 Recommended Operating Conditions ........................................................... 13

4.8.3 Electrical Characteristics ............................................................................... 13

4.9 Input Stage............................................................................................................ 15

5 Software Settings of the Testbus Interface.................................................................. 15

5.1 TCK Frequency..................................................................................................... 15

5.2 TAP Specific Settings ........................................................................................... 17

5.2.1 TIC Type........................................................................................................ 21

5.2.2 Output Voltage............................................................................................... 21

5.2.3 Input Voltage ................................................................................................. 21

5.2.4 Inline Resistor................................................................................................ 22

5.2.5 Pull Down Resistor ........................................................................................ 22

5.2.6 Power Relays ................................................................................................ 22

5.2.7 ADYCS II™.................................................................................................... 22

5.2.8 Testbus Signals on TAP/PIP User Interface ................................................. 25

5.2.9 SCP Controller............................................................................................... 25

6 Appendix ...................................................................................................................... 26

6.1 TAP/PIP : User Interface SFX-TAP4/C ................................................................ 26

6.2 TAP/PIP : User Interface SFX-TAP2/C ................................................................ 27

7 Order Information ......................................................................................................... 28

8 References................................................................................................................... 28

Desktop Transceiver SFX-TAP4_2/C, V0.1, Technical Description 3

1 Definition

The Desktop Transceiver SFX-TAP4/C (SFX-TAP2/C) is a Hardware product of the company
GÖPEL electronic GmbH and belongs to the product group Boundary Scan test tools. It can
only be operated together with the „SYSTEM CASCON“ and „POLARIS“ [1] software or a
respective dynamic link library (DLL) of version 4.2.1 or higher from GÖPEL electronic.
The SFX-TAP4/C (SFX-TAP2/C) is a Desktop Transceiver. In combination Host Controller
connected via a SFX cable, it forms a highly flexible Boundary Scan test system with:

• 4 (2) independent voltage and impedance programmable TAP’s

• ADYCS™ (Active Delay Compensation)

• Fast In System Programming (ISP)

• 32 Bit PIP (Parallel Interface Port)

• Trigger Signals (C-Bus)

• SCP-TAP on SFX-TAP2/C

• 2 analog I/O

• 4 (2) Power outputs, relay-connectable

1.1 Versions of the Desktop Transceiver

There are two versions available. Despite of their identical body structure, the performance is
different:

- Desktop Transceiver SFX-TAP2/C --> Compact Transceiver with 2TAP and one SCP-TAP

- Desktop Transceiver SFX-TAP4/C --> Compact Transceiver with 4TAP

Desktop Transceiver SFX-TAP4_2/C, V0.1, Technical Description 5

1.2 Scope of Delivery

• SFX-TAP2/C or SFX-TAP4/C

• Power supply 5.0 V / 2.4 A

• SFX Cable

• this manual

2 Technical Data

2.1 General Information

The Desktop Transceiver SFX-TAP4/C (SFX-TAP2/C) forms together with the Host Controller a
Boundary Test System that allows versatile kind of connections the Unit-Under-Test (UUTs).
The following device properties allow maximum flexibility of the interface to the UUT:

• voltage-programmable Testbus interface in the range of 1.8V-4.5V, inputs (TDI
signals) in the range of 0V-3.0V

• 3-array impedance programming of the Testbus interface

• ADYCS™ (Active Delay Compensation)

• voltage-programmable 32 Bit Parallel Interface Port (PIP) in the range of 1.8V- 4.5V

• relay output (5V) or a logic signal at each TAP(2 or 4) on connector PwrCtrl for UUT

power control

• 2 analog I/O with 10 Bit resolution, (AD and DA converter on 2 pins of the AUX
connector)

• 3 digital I/O on AUX connector

• SFX/LS interface

• Trigger lines (2 output, 1 input) on AUX and on TAP/PIP connector

• SCP-TAP on SFX-TAP2/C

2.2 Dimensions

The Desktop Transceiver SFX-TAP4/C (SFX-TAP2/C) has following dimensions:

(L x W x H) 152 mm x 102.5 x 22 mm

2.3 Characteristics

Symbol Name Min. Typical Max. Unit

VDD Operating Voltage 4.75 5.0 5.25 V

T

Storage temperature -40 125 °C

stg

Ta Operating temperature 0 35 °C

6 Desktop Transceiver SFX-TAP4_2/C, V0.1, Technical Description

Relative storage humidity, not
condensing

Relative operating humidity,
not condensing

10 90 %

20 85 %

2.4 ESD / Latch up Strength

All pins of the output drivers have an ESD strength of >1500V and a Latch up Strength of ±100
mA.

2.5 Current Input

The quiescent current is 700 mA.
The current input during operation depends on output driver loads, clock frequency as well as
the load of the power supply pins at connector.

3 Device Structure

3.1 Interfaces

Controller interface
SFX/LS interface
Testbus IEEE 1149.1 : TAP/PIP connector (68-pole, SCSI)
Parallel I/O interface : TAP/PIP connector (68-pole, SCSI)
C-Bus interface : TAP/PIP connector (68-pole, SCSI)
2 analog I/O : AUX connector
PowerCtrl OUT : PwrCtrl connector

3.2 Structure of the Desktop Transceivers SFX-TAP4/C (SFX-TAP2/C)

AUX

SFX/LS

Controller

PWR

Figure 1: Assignment of the Connector and LED of the Desktop Transceiver SFX-TAP4/C (SFX-TAP2/C)

PwrCtrl

TAP1

TAP2

TAP3

TAP4

TAP/PIP

Desktop Transceiver SFX-TAP4_2/C, V0.1, Technical Description 7

3.3 AUX Connector

35 171113 915

46 281214 1016

Figure 2: AUX connector on the side panel of the Compact Transceiver

Assignment of the AUX connector:

1 TRG0
3 TRG1
5 TRG2
7 D-AUX1
9 D-AUX2
11 D-AUX3
13 A-AUX1
15 A-AUX2
2, 4, 6, 8, 10, 12, 14, 16 GND

3.4 PwrCtrl Connector

35 1

46 2

Figure 3: PwrCtrl connector on the Side panel of the Compact Transceiver

Assignment of the PwrCtrl connector:

1 PWR1
2 PWR2
3 PWR3
4 PWR4
5 GND
6 GND

3.5 TAP/PIP Connector

For assignment see Appendix TAP/PIP – User Interface

8 Desktop Transceiver SFX-TAP4_2/C, V0.1, Technical Description

4 Hardware Components

4.1 Voltage Supply

Die voltage supply of the Desktop Transceiver SFX-TAP4/C (SFX-TAP2/C) is obtained by using
the wall power supply. Connect it to the PWR plug of the Transceiver.

4.2 PIP Complex

Count of I/O: 32
Formatting: 4 x 8, 2 x 16
Input voltage range: 0 V – 5,0 V
Output voltage range: 1.8 – 4.5 V

For the PIP unit, there are no handshake signals available. The user must ensure a safe data
transmission.
The output driver of the PIP‘s are activatable group-wise which means 8 or 16 Bit each can be
in tristate or active mode.
The PIP complex is designed with the same driver circuitries as for TAPs. For further
information refer to chapter 4.8 and [2].

4.3 Analog IO Signals

Analog signals can be provided ore measured on pin 13 and 15 of the AUX connector. Signal
generation and Measuring are based on 10-bit converter technique. The voltage range covers 0
and 4.096 V with a maximum rating of - 0.3 to +5.0 V.

The analog output serves an inline resistor of 1 kOhms.

4.4 Digital IO Signals

The AUX connector has 3 general purpose digital I/O signals on pins 7, 9, and 11. All of them
have a 22 Ohm in-line resistor. The connected logic IC is PCA9555. Input voltage range is -0.5
V to 6 V, following is the data sheet of that IC type.

Desktop Transceiver SFX-TAP4_2/C, V0.1, Technical Description 9