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

13 

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. 

 

Summary of Contents for IOMOD10F

Page 1: ...ibration Module for Z Wave 500 Series IC and modules User Manual V2 06 06 10 2017 i IOMOD10F XTAL Calibration Module V1 1 and Carrier Board for the SIGMA Z Wave 500 Series of ICs and modules Hardware...

Page 2: ...IOMOD10F Calibration Module for Z Wave 500 Series IC and modules User Manual V2 06 06 10 2017 ii...

Page 3: ...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 IO...

Page 4: ...alibration Module for Z Wave 500 Series IC and modules User Manual V2 06 06 10 2017 iv 1 2 IOMOD10F SPI interface via 10 way IDC connector 31 1 3 IOMOD10F UART interface via separate wired signal conn...

Page 5: ...orm 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 2000...

Page 6: ...ox 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...

Page 7: ...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 n...

Page 8: ...ou 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 complian...

Page 9: ...he 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 Interne...

Page 10: ...IOMOD10F Calibration Module for Z Wave 500 Series IC and modules User Manual V2 06 06 10 2017 x...

Page 11: ...re 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...

Page 12: ...he 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...

Page 13: ...ined OXCO module which generates a very accurate stable fixed frequency of 10 MHz 2 Divider network The output frequency of the OXCO module is then divided down by 256 to give the required 39 0625 kHz...

Page 14: ...th information 2 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 inform...

Page 15: ...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 IOMOD1...

Page 16: ...nt 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...

Page 17: ...y 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 Conn...

Page 18: ...nable 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 LE...

Page 19: ...0 way 0 1 pitch IDC Box Header SPI Interface pin out SPI Interface pin out Do NOT connect pin 2 PROG_IO5 of the IDC connector to a Sigma Target Board J5 UART Equinox standard 10 way 0 1 pitch IDC Box...

Page 20: ...e pin label ISPnano Input Output Connect to pin on target Z Wave device Notes I O4 NVM CS O NVM CS Chip Select Optional connection Chip Select CS pin for external NVM device optional fit jumper link L...

Page 21: ...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 Out...

Page 22: ...ink LK2 see illustration below Please refer to the table below which shows the settings for the LK2 jumper link Jumper position Jumper setting Calibration frequency output pin from the IOMOD10F module...

Page 23: ...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 NO...

Page 24: ...1 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...

Page 25: ...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 there...

Page 26: ...n 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 st...

Page 27: ...6 06 10 2017 17 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 Import...

Page 28: ...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 mother...

Page 29: ...WO 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...

Page 30: ...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 pro...

Page 31: ...grammer 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 calibr...

Page 32: ...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...

Page 33: ...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 pl...

Page 34: ...gma 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...

Page 35: ...Wave 500 Series IC and modules User Manual V2 06 06 10 2017 25 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 loca...

Page 36: ...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...

Page 37: ...ier 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...

Page 38: ...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 Calibratio...

Page 39: ...omment SPI SPI programming Port Uses an SPI Port RESET_N pin as an In System Programming ISP interface UART UART programming port Uses a 2 pin UART interface RESET_N pin as an In System Programming IS...

Page 40: ...e 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 Note...

Page 41: ...ule J5 SPI Equinox standard 10 way 0 1 pitch IDC Box Header SPI Interface pin out 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 ta...

Page 42: ...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 Pro...

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