Z-Wave IOMOD10F Hardware User Manual

Download

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

IOMOD10F

XTAL Calibration Module V1.1

and Carrier B oard for the

SIGMA Z-Wave 500 Series of

ICs and modules

Hardware User Manual

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

iii

Contents

Contents ................................................................................................................................ iii

Copyright Information ........................................................................................................... v

Equinox Warranty Information ............................................................................................ vi

Disclaimer ............................................................................................................................. vii

Electromagnetic Compatibility (EMC) Compliance .......................................................... viii

Technical Support................................................................................................................. ix

1.0 IOMOD10F - Z-Wave Calibration Module (Fixed frequency version) ........................... 1

1.0 Overview ....................................................................................................................... 1

1.1 IOMOD10F module - main feat ur es .............................................................................. 1

1.2 Principle of operation of the IOMOD10F module .......................................................... 2

1.3 OXCO - Frequency Generat or bloc k ............................................................................. 3

1.4 IOMOD10F module - control methods .......................................................................... 4

2.0 IOMOD10F - General Product Information ..................................................................... 5

2.1 Ordering information ..................................................................................................... 5

2.2 IOMOD10F kit (module only) - System Contents .......................................................... 5

2.3 Sigma EQ-RBK-ZWAVECALIBOX-3 kit - System Contents ......................................... 6

2.4 IOMOD10F module - Hardware layout ......................................................................... 7

2.5 IOMOD10F module - connector overview ..................................................................... 9

2.6 IOMOD10F - connecting to a Z-Wave target system .................................................. 10

2.7 IOMOD10F - Configuration jumper link settings ......................................................... 11

2.7.1 Configuration Jumper LK1 - Enable Calibration Output ...................................... 11

2.7.2 Configuration Jumper LK2 - Calibration Clock Output Pin selection ................... 12

2.7.3 Configuration Jumper LK3 - TVCC (Target Power) Status LED - Enable ........... 12

2.7.4 Configuration Jumper LK4 - NVM CS (Chip Select) ........................................... 13

2.8 IOMOD10F module - Status LED's ............................................................................. 14

2.9 OXCO - Oscillator Module (temperature compensated) ............................................. 15

2.10 Operating specifications............................................................................................ 16

Appendix 1 - Using IOMOD10F module with ISPnano Series 4 programmer ................. 17

1.0 Overview ..................................................................................................................... 17

1.1 Fitting the IOMOD10F module to the ISPnano programmer ....................................... 18

1.2 Powering the IOMOD10F module ............................................................................... 19

1.3 Setting up the IOMOD10F module ready for production ............................................. 20

1.4 Power sequencing instructions for the IOMOD10F module ........................................ 21

Appendix 2 - IOMOD10F 'Carrier Board' ............................................................................ 22

1.0 Overview ..................................................................................................................... 22

1.1 IOMOD10F - Carrier Board - features ......................................................................... 23

1.2 IOMOD10F - Carrier Board - Hardware Layout .......................................................... 24

1.3 Powering the IOMOD10F module via the Carrier Board ............................................. 26

Appendix 3 - Interfacing the IOMOD10F carrier board to the Sigma eval module ......... 28

1.1 Overview ..................................................................................................................... 28

1.2 Connecting the IOMOD10F to the Sigma Eval Module ............................................... 28

Appendix 4 - Interfacing the IOMOD10F module to a Z-Wave target system ................. 29

1.0 Overview ..................................................................................................................... 29

1.1 IOMOD10F - SPI interface via separate wired signal connections ............................. 30

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.2 IOMOD10F - SPI interface via 10-way IDC connector ................................................ 31

1.3 IOMOD10F - UART interface via separate wired signal connections .......................... 32

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Information in this document is subject to change without notice and does not represent a commitment on the part of the manufacturer. The software described in this document is furnished under license agreement or nondisclosure agreement and may be used or copied only in accordance with the terms of the agreement.

It is against the law to copy the software on any medium except as specifically allowed in the license or nondisclosure agreement.

The purchaser may make one copy of the software for backup purposes. No part of this manual may be reproduced or transmitted in any form or by any means, electronic, mechanical, including photocopying, recording, or information retrieval systems, for any purpose other than for the purchaser’s personal use, without written permission.

Z-Wave is a t radem ar k of Sig ma Designs Inc.

Microsoft, MS-DOS, WindowsTM, Windows 95TM, Windows 98TM, Windows XPTM and Windows NT4

are registered trademarks of the Microsoft Corporation

Every effort was made to ensure accuracy in this manual and to give appropriate credit to persons,

companies and trademarks referenced herein.

Equinox guarantees that its products will be free from defects of material and workmanship under normal use and service, and these products will perform to current specifications in accordance with, and subject to, the Company’s standard warranty which is detailed in Equinox’s Purchase Order Acknowledgment.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Equinox War ranty Information

This product is guaranteed by Equinox Technologies UK Limited for a period of 24 months (2 years) after the date of purchase against defects due to faulty workmanship or materials. The guarantee covers both parts and labour. This is a ‘Return to manufacturer’ warranty. The customer is responsible for all shipping + customs clearance costs for returning the programmer to Equinox and for Equinox returning the programmer back to the customer. Service under the guarantee is only provided upon presentation of reasonable evidence that the date of the claim is within the guarantee period (e.g. completed registration/guarantee card or a purchase receipt).

The guarantee is not valid if the defect is due to accidental damage, misuse or neglect and in the case of alterations or repair carried out by unauthorised persons. A number of exceptions to the warranty are listed in the ‘Exceptions to warranty’ section below. Service (during and after guarantee period) is available in all countries where the product is distributed by Equinox Technologies UK Limited.

Exceptions to warranty

Over-voltage damage

This warranty does not cover damage to the programmer due to voltages beyond the specified voltage limits being applied to the ‘DC Power Input’ (CON1) or any of the ISP Headers. The user must ensure that sufficient care is taken to avoid over-voltage and static conditions on any of the ‘ISP Header’ I/O pins.

Over-current damage This warranty does not cover damage to the programmer due to excessive current being drawn from the programmer power supply. The user must ensure that there is sufficient over-current protection within the test fixture to protect against short circuit loads.

Short-circuit damage This warranty does not cover damage to the programmer due to short-circuit loads being placed across programmer I/O lines.

IOMOD10 - ‘Line Driver Ci rcuitry’ damage. The IOMOD10 module features ‘Line Driver Circuitry’ which interfaces to the Target system (DUT).

This circuitry is protected via ESD protection diodes. If these diodes become damaged during operation of the programmer then it is likely that the programmer driver circuitry is also damaged. This warranty does not cover damage to the programmer ‘Line Driver Circuitry’.

Warning!

Any damage caused to the programmer by Electrostatic Discharge (ESD) through inadequate earthing is not covered under the warranty of the product.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

vii

Disclaimer

Whilst every effort has been made to ensure that programming algorithms are correct at the time of their release, it is always possible that programming problems may be encountered, especially when new devices and their associated algorithms are initially released. It is Equinox’s Company Policy to endeavour to rectify any programming issues as quickly as possible after a validated fault report is received.

It is recommended that high-volume users always validate that a sample of a devices has been programmed correctly, before programming a large batch. Equinox Technologies UK Ltd. can not be held responsible for any third party claims which arise out of the use of this programmer including ‘consequential loss’ and ‘loss of profit’.

Equinox Technologies UK Ltd. cannot be held responsible for any programming problems which are ‘out of our control’. This type of problem is usually listed in the ‘Errata Sheet’ for the particular device being programmed and is available from the silicon vendor.

Information contained in this manual is for guidance purposes only and is subject to change. E&OE.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

viii

Electromagnetic Compatibility (EMC) Compliance

The 'IOMOD10 - Z-Wav e Calibration module' is a CE Approved Product but only when used in conjunction with an Equinox ‘ISPnano Programming Module’. It is designed for use in an ESD controlled environment i.e. development or production. This means, therefore, that the user must ensure that there is no possibility of damage from electrostatic discharge (ESD). Since the devices and equipment to which this product is likely to be connected may well themselves be susceptible to ESD, this should not pose any difficulty.

For example, if you are handling microcontrollers and EEPROMS etc. then you will already be used to appropriate precautions, such as the use of anti-static mats, wrist straps and so on. You should treat your 'IOMOD10F - Z-Wave Calibration module' with the same care as you would these types of devices. Always ensure that you are not carrying a static charge yourself before handling the product. Wearing an earthed anti-static wrist strap is recommended.

Equinox has taken great care in designing this product to be compliant with the European EMC directive. When using the equipment be sure to follow the instructions provided. Although RF emissions are within prescribed limits, care should be taken if you are using the product near to sensitive apparatus. If you experience any difficulty please refer to Equinox Technical Support.

ESD Points to remember

• Work in a static -free environment.

• Wear an earthed wrist strap when handling either the programmer and/or

any programmable device.

• Ensure that the PC, programmer and Target system are connected to the

same EARTH (0V) potential.

• Do NOT plug the ISP cable of the programmer into a Target System when

the Target power is ON.

• Ensure than any residual charge stored in capacitors on the Target System

has been discharged BEFORE connecting or disconnecting the programmer or IOMOD10F module.

Warning!

Any damage caused to the programmer by Electrostatic Discharge (ESD) through inadequate earthing is not covered under the warranty of the product.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Technical Support

It is often the case that users experience problems when installing or using a product for the first time.

If you have a technical support problem, please consult the following list for help:

► User Manuals

- This manual.

- Sigma Design document: INS12524 - 500 Series Calibration User Guide

► Application Notes

AN145 - AN145 Sigma Z-Wave 500 Series ISP programming

► On-line help

Press <F1> for help at any time when running EQTools or ISP-PRO.

The help system is context-sensitive. Simply press <F1> on any error message and the possible causes of the error should be listed. This help system is updated on a regular basis. Please see software update details for information on keeping up-to-date with software revisions.

► Internet Web Site

The support / download page for the ‘500 series Z-Wave programming tools’ can be found at:

http://www.equinox-tech.com/products/details.asp?ID=1732

► E-mail

Please e-mail any technical support questions about this product to:

support@equinox-tech.com

► Fax Please fax any technical support questions about this product to: +44 (0) 1942 844181

Equinox will try our best to answer your questions about this product as quickly as possible. However, we cannot promise an immediate reply. Please consult our web site for new software updates as the problem that you are enquiring about may have already been fixed in a new version.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.0 IOMOD10F - Z-Wave Calibration Module (Fixed frequency version)

1.0 Overview

The ‘IOMOD10F’ module has been specially designed to support 'XTAL calibration' of the Z-Wave 500 series ICs and modules from Sigma Designs. The module generates a very accurate 'Calibration frequency' of 39.0625 kHz which can be switched to the target Z-Wave device under

programmer control.

1.1 IOMOD10F module - main features

The main features of the ‘IOMOD10F’ module are as follows….

• Generates a very accurate 'Calibration frequency' (39.0625 kHz) for use during the 'XTAL calibration' procedure of a Sigma Z-Wave 500 series device.

• The 'Calibration frequency' can be switched to the target device under programmer control

• Very high accuracy temperature-compensated OXCO module guarantees correct frequency

for calibration.

• Quick-connect connector for connecting programmer I/O pins to target board / DUT

• Quick-connect connector for connecting power signals TVCC, TVPP, E-VCC

• 10-way IDC connector (Equinox / Sigma SPI pin-out) to allow direct connection to any Z-Wave

evaluation board

• 'Target Power' LED - illuminates when the programmer switches the TVCC supply on

• The 'Calibration frequency' can be output on either the programmer MOSI or MISO pin (SPI

interface) or TXD or RXD pin (UART interface) - jumper selectable

• Chip Select (CS) control line available for interfacing to external NVM serial memory device.

• Full ESD protection on 'Calibration frequency' output pin

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.2 Principle of operation of the IOMOD10F module

The ‘IOMOD10F - Calibration Module’ is simply a hardware block which generates a very accurate / stable 'Calibration frequency' for use with the 'Z-Wave calibration firmware' from Sigma.

The module must be controlled from an 'external system' which could be an Equinox programmer, Sigma Designs evaluation board or even a customer's own programming system.

The illustration below shows how the 'programming signals' connect between the 'External programmer' and the 'Z-Wave target Board' through the IOMOD10F module.

The table below explains the different states of the 'Calibration frequency' during the

'programming' and 'calibration' stages....

Status

CAL

ENABLE

Explanation

No action

LOW

When the programmer / calibration is dormant, then the 'Calibration frequency' must be switched off.

Programming

LOW

During normal 'programming operations', the MOSI / TXD signal from the 'external programmer' passes unchanged through the IOMOD10F module.

Calibrating

HIGH

When the 'CAL_ENABLE' pin is enabled by the 'External programmer', then the 'calibration frequency' from the 'OXCO frequency generator' block is switched to the MOSI / RXD output pin so the module will now output the 'calibration frequency'. to the 'Z-Wave target Board'.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.3 OXCO - Frequency Generator block

The 'OXCO Frequency Generator' block on the IOMOD10F module generates a very accurate 'Calibration frequency' which is used during the 'XTAL calibration procedure' of a Z-Wave 500

Series IC or module.

The illustration below shows the internal functionality of the 'OXCO Frequency Generator' block...

Functional block /

signal

Further information

OXCO Oscillator Module

This is a totally self-contained OXCO module which generates a very accurate / stable fixed frequency of 10 MHz.

Divider network

The output frequency of the OXCO module is then divided down by 256 to give the required 39.0625 kHz frequency used for the Z-Wave XTAL calibration procedure.

Buffer

The output of the divider is then buffered before going into an analogue switch.

Analogue switch

This switch is used to 'gate' the 'Calibration frequency' onto the selected output signal of the IOMOD10F module.

ESD protection

The analogue switch features ESD protection on its output.

Fcal (OXCO)

This is the output frequency of the OXCO module which is a fixed frequency 10 MHz.

Fcalbuf

This is the final 'calibration frequency' waveform of 39.0625 kHz

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.4 IOMOD10F module - control methods

The table below outlines possible methods of controlling the 'IOMOD10F' module.....

# Control Method Further information / instructions

Equinox ISPnano programmer control

See appendix 1 of this manual for an overview. See application note AN145 for more in-depth information.

Sigma Designs Evaluation board / programmer

A separate 'IOMOD10F - Carrier Board' is required. See appendix 3 of this manual.

Please contact Sigma Designs technical support for further information about this configuration.

Custom factory programming hardware

Please contact either Equinox Technologies or Sigma Designs to discuss your production requirements. A separate 'IOMOD10F - Carrier Board' is required.

IMPORTANT NOTE!

The 'IOMOD10F - calibration module' must be controlled by an 'external control system'.

The module cannot be used standalone to perform the calibration process.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.0 IOMOD10F - General Product Information

2.1 Ordering information

This table below details the order codes for the various IOMOD calibration systems....

See

section

Kit Order Code Further information

2.2

IOMOD10F-KIT

This is the legacy IOMOD10 kit which included an IOMOD10F module + 3.3V power supply.

Availability: Discontinued due to obsolescence of the 3.3V power supply used to power the IOMOD10F module

2.3

EQ-RBKZWAVECALIBOX-3

This is a new IOMOD10 kit which includes an IOMOD10F module plus a re-designed 'Carrier Board' which features an integrated 3.3V power supply on the 'Carrier Board'.

Availability: current product

2.2 IOMOD10F kit (module only) - System Contents

The IOMOD10F module when ordered as an 'IOMOD10F kit' (Order code: EQ-IOMOD10F-KIT) comes with the following components...

Hardware:

• 1 x IOMOD10F V1.1 module (actual 'Calibration Module' hardware)

• 1 x 9V Power Supply

• 1 x Set of mains plug adaptors - UK, USA, European, Asia

• 1 x 10-way 0.1" pitch IDC cable

Software:

• The IOMOD10F module does NOT come with any software.

• Please see application note AN145 for details of how to control the IOMOD10F module.

Documentation:

• 1 x IOMOD10F - User Manual (printed)

PLEASE NOTE:

This EQ-IOMOD10F-KIT is no longer available due to the obsolescence of the 3.3V power supply used with the IOMOD10F module.

The replacement product is the EQ-IOMOD14-KIT which features the new IOMOD14 calibration

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

module with an on-board 3.3V power supply

If you are using the IOMOD10F module with an external programmer from Sigma, then please refer

to the new EQ-RBK-ZWAVECALIBOX-3 kit.

2.3 Sigma EQ-RBK-ZWAVECALIBOX-3 kit - System Contents

The IOMOD10F module is also available with a 'Carrier Board' which allows it to be connected to an 'external programming system' e.g. Sigma's own development programmer.

Kit order code: EQ-RBK-ZWAVECALIBOX-3

System contents: Hardware:

• 1 x ISPnano-IOMOD-10-V1.1 (actual 'Calibration Module' hardware)

• 1 x ISPnano-IOMOD10-CB1-V2.0 (actual 'Carrier Board' hardware)

• 1 x 9V Power Supply

• 1 x Set of mains plug adaptors - UK, USA, European, Asia

• 1 x 10-way Ribbon Cable

• 1 x Screw Pack

Contents:

- 4 x 16mm M3 Pozi Pan Head Screws

- 4 x M3 Metal Plain Washers

- 4 x M3 Full Hexagonal Nuts

- 4 x Stick On Rubber Feet, Round

- 4 x Jumper Links

- 4 x 7mm Round Nylon Spacers

Software:

• The IOMOD10F module does NOT come with any software.

• Please see application note AN145 for details of how to control the IOMOD10F module.

Documentation:

• 1 x IOMOD10F - User Manual (printed)

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.4 IOMOD10F module - Hardware layout

The illustration below shows the relevant hardware items on the ‘IOMOD10’ module......

PCB

Label

Diagram

Functional description

CONNECTORS

J2 10 DC Power Input (2.1mm Jack Socket - centre pos itive)

J5 4

Programming / Calibration Signals

Connector type: 10-way IDC - Equinox / Sigma pin-out

Purpose: Connect to 'external programmer' e.g. Sigma eval board

J6 8

Programming / Calibration Signals (Quick connect connector)

Connector type: Quick connect connector Purpose: Connect 'programming signals' to target Z-Wave device / fixture

probe pins

J8 11

Power Connectors

Connector type: Quick connect connector Purpose: Connect 'power signals' to target Z-Wave device / f ixture probe

pins

JUMPER LINKS

LK1 3

Enable Calibration Output (Manual Test only)

For test purposes only

DO NOT

fit this jumper during normal operation.

LK2 7

Calibration Clock - Output Pin Select

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

LK3 12

TVCC (Target Power) Status LED - Enable

(fit jumper to enable LED)

LK4 6

External NVM SPI memory device - 'Chip Select (CS)' - enable

Fit jumper link to connect programmer 'IO4' pin to the target 'NVM CS (Chip

Select)' pin.

LED's

LD1 9 IOMOD10F module - 3.3V Power Status LED (Green) LD2 1 Target VCC (TVCC) Power status LED (RED) LD3 3 Calibrated Oscillator signal - Enabled / Active (Yellow)

OSCILLATOR MODULE

TPI 2 OXCO - Oscillator Module

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.5 IOMOD10F module - connector overview

The connectors on the IOMOD10F module are detailed in the table below.

SPI

Equinox standard 10-way 0. 1" pitch IDC Box Header

SPI Interface pin-out

*Do NOT connect pin 2 (PROG_IO5) of the IDC connector to a Sigma Target Board!

UART

Equinox standard 10-way 0. 1" pitch IDC Box Header

UART Interface pin-out

UART interface pin-out

*Do NOT connect pin 2 (PROG_IO5) of the IDC connector to a Sigma Target Board!

Programming \ Calibration Signals

(Quick connect connector)

Power Connectors

(Quick connect connector)

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.6 IOMOD10F - connecting to a Z-Wave target system

The illustrations below detail the connections required between the IOMOD10F module and the target 500 series Z-Wave device for both the 'SPI interface' and 'UART interface'.

SPI interface

UART interface

The table below details the connections required between the IOMOD10F module and the target Z-Wave device.

ISPnano Pin name

IOMOD10F module pin label

ISPnano Input / Output

Connect to pin on target Z-Wave device

Notes

I/O4

NVM CS

NVM CS (Chip Select)

*Optional connection

Chip Select (CS) pin for external NVM device

(optional - fit jumper link LK4)

I/O3

SCK

O SCK SPI - Serial Clock

I/O2

RXD / MISO

I MISO or TXD SPI - MISO

I/O1

TXD / MOSI

O MOSI or RXD SPI - MOSI

RESET

O RESET_N RESET for Z-Wave device

GND

P Signal GROUND (0V) Signal Ground Connection

TVCC

P Target VCC

Connect to Z-Wave VCC power rail

TVPP

VPP

- N/C Not Connected

EXT-VCC

EXT

- N/C Not Connected

Please refer to appendix 4 for detailed examples of how to connect the IOMOD10F module to different Z-Wave target systems via the 'SPI interface' and 'UART interface'.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.7 IOMOD10F - Configuration jumper link settings

The ‘IOMOD10F’ module features 4 x 'Configuration jumper links' which are used to configure the module for the programming application.

PCB

Label

Diagram

Description

LK1 3

Enable Calibration Output (Manual)

For test purposes only.

DO NOT fit this jumper during programming.

LK2 7

Calibration Clock - Output Pin Select

LK3 12

TVCC (Target Power) Status LED - Enable

(fit jumper to enabled LED)

LK4 6

External NVM SPI memory device - 'Chip Select (CS)' - enable

Fit jumper link to connect programmer 'IO4' pin to the target 'NVM CS (Chip

Select)' pin.

2.7.1 Configuration Jumper LK1 - Enable Calibration Output

The jumper link 'LK1' is used to manually force the 'Calibration frequency' to be output from the module. This bypasses the programmer control and can be used to manually test the output frequency of the module.

Please refer to the table below which shows the settings for this jumper link.

LK1

Jumper

position

Selected function

Not fitted

Calibration frequency output is controlled by the programmer (via OP5 pin)

Default setting

Fitted Calibration frequency is permanently output

(ONLY USE THIS SETTING FOR TEST PURPOSES)

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.7.2 Configuration Jumper LK2 - Calibration Clock Output Pin selection

The 'LK2' jumper link is used to select which output pin on th e IOMOD10F module the 'Calibration frequency' will be output on. The 'Calibration frequency' (Fcalbuf) is output to the centre pin of the

3-way jumper link LK2 - see illustration below...

Please refer to the table below which shows the settings for the LK2 jum per link.

Jumper

position

Jumper setting

Calibration frequency output pin from the

IOMOD10F module

1 - 2

MISO / RXD

2 - 3

MOSI / TXD (defa u lt setting)

2.7.3 Configuration Jumper LK3 - TVCC (Target Power) Status LED Enable

The 'LK3' jum per link is used to enable an LED when 'Target Power' is switched on.

Jumper

position

Selected function

Not fitted TVCC LED will be permanently off

Fitted

TVCC LED will illuminate when the programmer TVCC (power from external

programmer) supply is enabled

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Important note:

The 'Target Power' is independent of the 3.3V supply which the IOMOD10F circuitry is actually running from.

2.7.4 Configuration Jumper LK4 - NVM CS (Chip Select)

The jumper link LK4 connects the external ISPnano programmer 'IO4' pin to the 'NVM CS (Chip Select)' pin on the Z-Wave Target Board

. Please refer to the table below which shows the settings for this jumper link.

LK4

Jumper

position

Selected function

Not fitted

Target NVM CS (Chip Select) pin is left floating. It is NOT connected to the external programmer.

Fitted

Target NVM CS (Chip Select) pin is connected to the external ISPnano IO4 output pin.

This allows the external programmer to control the Chip Select of the NVM memory device connected to the Z-Wave device on the shared SPI bus.

If the programmer needs to disable the NVM memory via the 'Chip Select' pin, then

this jumper must be fitted.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.8 IOMOD10F module - Status LED's

The IOMOD10F module features 3 x 'Status LEDs' as shown in the illustration below....

The function of each 'Status LED' is explained in the table below....

LED Colour Description

LD1

GREEN

IOMOD10F module +3.3V DC Power Status

This LED will illuminate as soon as the +3.3V power supply to the module is switched on. The LED should then remain permanently on.

LD2 RED

TVCC - Target Power Status

This LED will only illuminate when the 'target power supply' (either from the programmer or target board) is switched on.

LD3 YELLOW

Calibrated Oscillator enabled / active

This LED will only illuminate when the 'Calibration oscillator' has been enabled via the programmer IO5 signal being driven HIGH.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.9 OXCO - Oscillator Module (temperatur e co mpe ns at ed)

The 'OXCO Oscillator Module' fitted to the IOMOD10F module is a temperature-compensated component. It requires a minimum of 90 seconds

to come up to temperature before the 'Calibration

Frequency' output will stabilise to the nominal calibrated value. It is therefore very important to wait

at least 90 seconds after applying the 3.3V power supply to the module BEFORE attempting any

programming / calibration operation.

OXCO Module - Warning this component gets very hot!!!

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

2.10 Operating specifications

The table below details the main operating characteristics of the IOMOD10F module.

Parameter Minimum Nominal Maximum Units Notes

Temperature range 0 25 70 deg. C

Supply Voltage (via DC jack socket)

3.13 3.30 3.47 V

Supply current (at start-up) N/A 680 800 mA Supply current (steady-state) - 330 - mA OXCO Warm-up time - - 60 seconds OXCO output frequency 10.00 - MHz Calibration output frequency - 39.0625 - kHz

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Appendix 1 - Using IOMOD10F module with ISPnano Series 4 programmer

1.0 Overview

This appendix describes how to use the 'IOMOD10F' module with an Equinox ‘ISPnano Series 4’ programmer.

Important note:

The 'IOMOD10F' module is NOT compatible with any other ISPnano programmer.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.1 Fitting the IOMOD10F module to the ISPnano programmer

The ‘IOMOD10F’ module fits onto the 'ISPnano Series 4 ATE' programmer as shown in the picture

below.....

Instructions:

• Position the ‘IOMOD10F’ module over the IOMOD connectors on the programmer motherboard - see picture above.

• Gently push the ‘IOMOD10F’ module down at both ends at the same time.

• The module should lock into place on the programmer.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.2 Powering the IOMOD10F module

A programming / calibration system using the 'ISPnano Series 4 ATE' and the 'IOMOD10F Oscillator Calibration Module', requires TWO independent power supplies. One power supply is for

the ISPanno programmer and the other power supply is for the IOMOD10F module.

The IOMOD10F connector module must be powered by an external 3.3V DC power supply. The external supply is required because the 'OXCO - Oscillator Module' on the IOMOD10 module takes around 600mA at 3.3V and must have an accurate current-limited supply.

The illustration below shows the two independent power supply connections.........

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

The illustration below shows how to connect an external power supply to the IOMOD10 module via a

2.1 mm centre positive jack socket.

Please note:

A suitable 3.3V DC regulated @ 1.8A power supply for use with this module is supplied as standard by Equinox with the IOMOD10F module kit. Please use the Equinox power supply as this has been checked for use with the IOMOD10F module.

1.3 Setting up the IOMOD10F module ready for production

The ‘IOMOD10F - Z-Wave calibration module’ is designed to be used with an Equinox ‘ISPnano Series 4’ programmer.

Instructions:

• Plug the module into an Equinox ‘ISPnano Series 4’ programmer

• Connect the 'Z-Wave Target System (DUT)' to either the 'Quick connect' connector (via

wires) or to the 10-way IDC connector via a 10-way ribbon cable.

• Manually connect any power and GROUND signals required between the programmer and the Target Board (DUT)

• Set the 'Calibration Clock Output Pin Select' (LK2) configuration jumper to select which pin the 'Calibration frequency' is output on.

• Run a 'Calibration script' using the Equinox ISP-PRO software utility in order to perform the 'XTAL calibration' function.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.4 Power sequencing instructions for the IOMOD10F module

It is very important to follow the power sequencing instructions below when setting up the IOMOD10F

module / programmer ready for a production run.....

Instructions:

1. Apply 9.0 - 24.0V DC power to the ISPnano programmer

2. Apply 3.3V power to the IOMOD10F module via the 2.1mm jack connector

3. Wait at least 90 seconds for the OXCO module to come up to temperature.

4. It is now safe to start the programming / calibration sequence.

Important notes:

1. The power to the IOMOD10F module should be left on throughout production.

2. If the power to the IOMOD10F module is switched off (even momentarily) for any reason, you must wait at least 90 seconds before attempting any further calibrations. Failure to wait 90 seconds could result in incorrect calibration values being calculated.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Appendix 2 - IOMOD10F 'Carrier Board'

1.0 Overview

It is possible to use the IOMOD10F - Sigma calibration module without using an Equinox ISPnano programmer. This allows the module to be used for performing 'XTAL calibration' when connected to a customer's own in-house 'programming system' or the 'Sigma evaluation board'.

To use the IOMOD10F module without an ISPnano programmer, it is necessary to fit the IOMOD10F

module into the 'IOMOD10F - Carrier Board' - see illustrations below.....

IOMOD10 Carrier Board V2 on its own

IOMOD10 module V1.1 fitted to the IOMOD10 Carrier Board V2

The 'IOMOD10F - Carrier Board' is simply a 'base board' which the standard 'IOMOD10F module' plugs into. The carrier board then allows an 'external programmer' to connect to the 'IOMOD10F module' via a 10-way IDC connector.

Important note:

The new V2.00 PCB version of the 'Carrier Board' features an integrated 3.3V power supply which is used to power the IOMOD10F module.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.1 IOMOD10F - Carrier Board - features

The main features of the 'IOMOD10F carrier board' are as follows:

• Simple 'carrier board' which allows the 'IOMOD10F - Sigma Calibration Module' to be used with an external programming system.

• Allows the 'IOMOD10F module' to plug in via Micromatch mating connectors

• 10-way IDC connector (standard Equinox / Sigma SPI pin-out) to allow external programmer

to plug into the carrier board.

• Connector pin for 'Oscillator Output Enable' signal from external

• External power connector (2-way Molex) to allow the 'Target VCC (TVCC)' to be externally

powered if required.

• The actual IOMOD10F module circuitry is powered from an external 3.3V supply which is

plugged into the jack socket on the IOMOD10F module itself.

• The new V2.00 PCB version of the 'Carrier Board' features an integrated 3.3V power supply

which is used to power the IOMOD10F module.

• All other signal and power connections are available on the 'IOMOD10F module' itself.

• 4 x mounting holes to allow the 'carrier board' to be mounted inside a test / programming

fixture

Important note:

The 'IOMOD10F carrier board' simply allows the routing of an external programmer to the 'IOMOD10 module'. The 'IOMOD10F module' must be controlled from the external programming system.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.2 IOMOD10F - Carrier Board - Hardware Layout

PCB

Label

Diagram

Description

CONNECTORS

J3 7

Programming / Calibration Signals Connector type: 10-way IDC - Equinox / Sigma pin-out Purpose: Connect to 'external programmer' e.g. Sigma eval board

J4 5

DC 3.3V Power Output Connector (3-pin JST ZH Series Connector Vertical)

J5 3

DC 9V Power Input Connector (2-pin JST XH Series Connector Vertical)

JUMPER LINKS

LK1 6

Jumper Link

(Fit LK1 to connect VCC Pin 1 on J3 to TVCC on IOMOD10F Board)

LK2 8

Calibration Clock Enable Jumper Link (Pin 2 LOW to enable fit LK2 to enable)

LED's

LD1 2

Carrier Board Status LED 3V Power Status LED (Green)

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

MISCELLANEOUS

- 2 This is where the IOMOD10F module is located when fitted.

- 4

This is where the circuitry for the 3.3V power supply is located on the IOMOD10-CB1 V2.0 Board.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.3 Powering the IOMOD10F module via the Carrier Board

The new version 2.0 of the 'Carrier Board' now has an on-board 3.3V power supply which generates a very accurate and stable 3.3V supply to power the IOMOD10F module circuitry. It is now possible to power the 'Carrier Board' via a 9V DC supply which then generates the 3.3V supply required to power the IOMOD10F module.

The illustration below shows how to connect up the power supply to the 'Carrier Board' and

IOMOD10F module combination....

Number

PCB

label

Description

rev

2.0

IOMOD10F 'Carrier Board'

rev

V1.1

IOMOD10F - Z-Wave - XTAL calibration module

DC 3.3V Power Output Connector J5 (3-pin JST ZH Series Connector Vertical)

Power Cable (3-pin JST ZH Series Connector to 2.1mm Jack Socket)

J4 DC 9V Power Input Connector

External 9V Power Supply (fitted with 2-pin JST XH Series Connector)

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Instructions:

The instructions detailed below explain how to connect power to the IOMOD10F / Carrier Board combination. Steps 1 - 3 should already have been carried out by Equinox so you can start at step 4.

1. Place the 'Carrier Board' on a flat surface.

2. Carefully plug the IOMOD10F module into the 'Carrier Board'.

3. Connect the power cable shown below between the 'Carrier Board' and the IOMOD10F module

4. Plug the external 9V Power supply into the 2-pin 'Power input' on the 'Carrier Board'.

5. Switch on the external 9V Power supply

--> The 'Power LED' on the 'Carrier Board' should illuminate.

--> The power supply on the 'Carrier Board' then feeds 3.3V to the IOMOD10F module via the jack socket.

--> The 'Power LED' on the IOMOD10F module should illuminate.

6. Wait at least 90 seconds for the OXCO module on the IOMOD10F to come up to temperature.

7. It is now safe to start the programming / calibration sequence.

Warnings!

1. The power to the Z-Wave Target System must be switched OFF BEFORE connecting it to the IOMOD10F module. Do NOT connect when the target board is live!

2. The power to the Z-Wave Target System must be switched OFF and any residual energy stored in the system must be fully discharged BEFORE the Target System is disconnected from the

IOMOD10F module.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Appendix 3 - Interfacing the IOMOD10F carrier board to the Sigma eval module

1.1 Overview

The ‘IOMOD10F module’ can be interfaced to the ‘Sigma Eval Module / programmer’ by using the 'IOMOD10 carrier board'. The 'Carrier board' features a 10-way IDC connector with the standard

Equinox / Sigma pin-out allowing the external programmer to connect to the ‘IOMOD10F module’.

For detailed instructions for setting up this configuration, please refer to the Sigma Design document: INS12524 - 500 Series Calibration User Guide

1.2 Connecting the IOMOD10F to the Sigma Eval Module

The illustration below shows how the 'Sigma evaluation module' connects to the 'IOMOD10F

carrier board' via a 10-way IDC cable......

Important note: The actual control of the 'Calibration Frequency' signal must be implemented manually. Please contact Sigma Designs for instructions and technical support for this mode of operation.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

Appendix 4 - Interfacing the IOMOD10F module to a Z-Wave target system

1.0 Overview

This section details how to connect the IOMOD10F module to a Z-Wave target system.

The IOMOD10F module supports the following Z-Wave device 'programming interfaces'.....

Interface

Comment

SPI

programming Port

Uses an SPI Port + RESET_N pin

as an In-System Programming (ISP) interface.

UART

progr amming port

Uses a 2-pin UART interface + RESET_N pin

as an In-System Programming (ISP) interface.

The illustrations below detail the connections required between the IOMOD10F module and the target 500 series Z-Wave device for both the 'SPI interface' and 'UART interface'.

SPI interface

UART interface

The next sections give detailed examples of how to connect the IOMOD10F module to a Z-Wave target system via either the 'SPI' or 'UART' interface.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.1 IOMOD10F - SPI interface via separate wired signal connections

The illustration below shows how to connect the IOMOD10F module to a 500 series Z-Wave Target Board (DUT) via the 'SPI programming interface' using the 'Quick Connect' connectors J6 and J8.

Quick Connect - J6

Quick Connect - J8

SPI Interface pin-out

The table below details the connections required between the IOMOD10F module and Z-Wave device.

ISPnano Pin name

IOMOD10F

module pin label

ISPnano Input / Output

Connect to pin on target Z-Wave device

Notes

I/O4

NVM CS

NVM CS (Chip Select)

*Optional connection

Chip Select (CS) pin for

external NVM device

(optional - fit jumper link LK4)

I/O3

SCK

O SCK SPI - Serial Clock

I/O2

RXD / MISO

I MISO SPI - MISO

I/O1

TXD / MOSI

O MOSI SPI - MOSI

RESET

O RESET_N RESET for Z-Wave device

GND

P Signal GROUND (0V) Signal Ground Connection

TVCC

P T arget VCC

Connect to Z-Wave VCC power rail

EXT-VCC

EXT

- N/C Not Connected

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.2 IOMOD10F - SPI interface via 10-way IDC connector

The illustration below shows how to connect the IOMOD10F module to a 500 series Z-Wave Target Board (DUT) via the 'SPI programming interface' using the '10-way IDC' connector (J5) on the IOMOD10F module.

SPI

Equinox standard 10-way 0. 1" pitch IDC Box Header

SPI Interface pin-out

*Do NOT connect pin 2 (PROG_IO5) of the IDC connector to a Sigma Target Board!

Notes:

1. The 'Z-Wave target board' must be fitted with a 10-way IDC connector with the identical pin-out to the connector on the IOMOD10F module - see pin-out description above.

2. A 10-way IDC ribbon cable should then be connected between the IOMOD10F module and the 'Z- Wave target board'.

3. Power connections - always use separate wired connections for GROUND (0V) and TVCC.

IOMOD10F Calibration Module for Z-Wave 500 Series IC and modules - User Manual - V2.06 06/10/2017

1.3 IOMOD10F - UART interface via separate wired signal connections

The illustration below shows how to connect the IOMOD10F module to a 500 series Z-Wave Target Board (DUT) via the 'UART programming interface'.

Quick Connect - J6

Quick Connect - J8

UART Interface pin-out

The table below details the connections required between the IOMOD10F module and Z-Wave device.

ISPnano Pin name

IOMOD10F

module pin label

ISPnano Input / Output

Connect to pin on target Z-Wave device

Notes

I/O4

NVM CS

O No connection

Chip Select (CS) pin for

external NVM device

(optional - fit jumper link LK4)

I/O3

SCK

O No connection

I/O2

RXD / MISO

I TXD Programmer UART receive

I/O1

TXD / MOSI

O RXD Pro g ra mmer UART transmit

RESET

O RESET_N RESET for Z-Wave device

GND

P Signal GROUND (0V) Signal Ground Connection

TVCC

P T arget VCC

Connect to Z-Wave VCC power rail

EXT-VCC

EXT

- No connection Not Connected

Notes:

1. The programmer UART TXD TRANSMIT pin connects to the Z-Wave device RXD RECEIVE pin.

2. The programmer UART RXD RECEIVE pin connects to the Z-Wave device TXD TRANSMIT pin.

3. There is no 'external NVM memory' device accessible via the 'UART interface'.

Z-Wave IOMOD10F Hardware User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual