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µISP User's Manual

 

 

 
 

Connectors Overview 

µISP has several connectors for interfacing to a host PC, to an Automatic Test 
Equipment (ATE), and to the target system(s) to be programmed. The following 
pictures show where the various connectors are located. 

 

 

 

 

 

 

 

 

 

 

 

The USB connector is used to communicate with a host PC system. µISP 
can also be powered by this USB type C (5V) port. 

 

The LAN connector is used to communicate with a host PC system. 

 

The multifunctional STATUS LED shows the status of programmer and the 
result of the project execution.  

 

The START button executes the programming process with the last 
downloaded project. 

 

The ISP connector is used to interface to the target system(s) to be 
programmed. 

 

The CONTROL connector is used to interface the instrument to an ATE or 
other systems. After the configuration of the parameters, the programmer 
can be controlled by I/O lines (START, BUSY, PASS/FAIL). 

For details and pinout of the various connectors, see the 

“Connectors” chapter. 

 

START button 

STATUS LED 

LAN 

USB 

CONTROL 
connector 

ISP connector 

Summary of Contents for mISP

Page 1: ...µISP Single Site In System Universal Programmer Hardware Manual Rev 1 00 UM00060100EN ...

Page 2: ...ts and labor or will provide a replacement in exchange for the defective product Parts modules and replacement products used by Algocraft for warranty work may be new or reconditioned to like new performance All replaced parts modules and products become the property of Algocraft In order to obtain service under this warranty Customer must notify Algocraft of the defect before the expiration of th...

Page 3: ...lone Manual Programming 9 Stand alone Automated Programming 9 Multiple Programming system 9 3 System Setup 10 Software setup 10 Hardware setup 10 Project setup 10 Connect to Target Device 10 Hardware Test 11 Programming Drivers 11 4 Standalone Mode low level interface 12 Overview 12 Signals 12 Application Example 12 5 Power Supply and Modules 13 Power Supply 13 Relays Lines 13 Demultiplexer Module...

Page 4: ...µISP User s Manual 4 UISP1 DIN ADP Board Connector 15 7 Specifications 16 Electrical Specifications 16 Physical and Environmental Specifications 17 Spare Parts 17 ...

Page 5: ...B LAN connections are built in or in standalone mode The programming cycle execution in standalone mode may occur by simply pressing the START button or through some control lines Its compact size and versatility allows a simple integration into production environments manual and automatic The µISP series is compatible with the entire WriteNow Series in order to allow an easy migration between the...

Page 6: ...able I O voltage USB 2 0 LAN RS 232 and low level interface START Push button 5V USB powered or 5V AC DC adapter Dedicated outputs for relays barrier or demultiplexer modules Software Features Project Generator GUI with built in utilities Image File Creation File Manager ISP Signal Connections Memory Analysis SDK API for custom application Visual C Visual Basic C LabView etc ASCII based command li...

Page 7: ...ost PC system The multifunctional STATUS LED shows the status of programmer and the result of the project execution The START button executes the programming process with the last downloaded project The ISP connector is used to interface to the target system s to be programmed The CONTROL connector is used to interface the instrument to an ATE or other systems After the configuration of the parame...

Page 8: ...t BLUE IDLE READY The programmer is in idle state powered and ready to accept commands RED FAIL ERR Programming cycle completed with error GREEN PASS OK Programming cycle completed successfully CYAN BUSY Programming cycle in execution Additional Documentation This hardware manual provides information about how to set up µISP and its hardware characteristics For any information about µISP commands ...

Page 9: ...ming cycle is executed by simply pressing the START button The result of the programming is verified by the status of the multifunction LED BUSY PASS FAIL µISP can be used as a handheld instrument in standalone mode for in field programming Stand alone Automated Programming After the configuration of the parameters the programmer can only be controlled by I O lines START BUSY PASS FAIL The needed ...

Page 10: ...fy your µISP model and communication settings with the PC µISP can be connected through USB LAN and serial port RS232 Hardware setup To setup µISP you must follow the steps below Connect µISP to your PC through the provided Ethernet or USB cable Power up µISP by USB Type C 5V or using the provided power supply Set up LAN or USB port Check µISP communication sending commands via WriteNow Project Ge...

Page 11: ... in standalone that is without a connection to a PC By building your own PC software that interfaces to the instrument for more information see WriteNow API on Programmer s Manual Hardware Test The diagnostic procedure is a very easy way to verify if any hardware faults occur Use the provided test board to check the programmer hardware functionality Programming Drivers µISP comes with preinstalled...

Page 12: ...e to start a project START and check the result OK ERR Signals The needed signals to control the instrument in standalone mode are located in the CONTROL connector and are explained as below Signal Description START Executes the last downloaded project Active low OK ERR Valid at the end of project execution when BUSY is low Indicate the success state of the programming project OK high ERR low BUSY...

Page 13: ...he beginning of the project with the relay o close command and opened at the end with the relay o open command These signals are driven to ground when a relay o close command is executed and driven to a weak pull up at 5 5V when a the relay o open command is executed Demultiplexer Module The demultiplexer module is designed to increase the number of ISP channels The Reed relay technology ensures t...

Page 14: ...L05 9 10 GND Ground ISP Line 6 S1L06 11 12 GND Ground ISP Line 7 S1L07 13 14 GND Ground Target Programmable Power Supply S1PPS 15 16 GND Ground CONTROL Connector CONTROL Interface Signals Description Signal Name Pin Pin Signal Name Description Input Power Supply 5V_EXT 1 2 GND Ground Input Power Supply 5V_EXT 3 4 GND Ground RS 232 TX Output TX_RS232 5 6 RX_232 RX_RS232 Input Project Start Input wi...

Page 15: ...1PPS Target Programmable Power Supply B4 S1GND Ground C1 C2 RLY0 Relay Output 0 C4 RLY1 Relay Output 1 C3 CONTROL Signals GND Power Supply Ground C13 C14 C15 C16 TX_RS232 RS 232 TX Output A16 RX_RS232 RS 232 RX Input B16 START Project Start Input internal pull up B13 BUSY Busy Output push pull B14 OK ERR Site OK ERR Output push pull A13 One of the most important parameters to take into account for...

Page 16: ...BUSY OK ERR voltage 0 7 6 0V Operating Ranges Power supply voltage USB powered or external 4 5V 5 5V ISP S1L1 voltage 0 15V ISP S1L 2 7 voltage 0 5 5V ISP S1L 1 7 adjustable voltage resolution 100mV ISP S1PPS voltage 1 5 12 5V ISP S1PPS current 150mA ISP S1PPS adjustable voltage resolution 100mV ISP S1RLY 0 1 voltage 0 28V Control interface START BUSY OK ERR voltage 0 5 5V LAN 100Mbit s USB 2 0 fu...

Page 17: ...pe USB Type C LAN connector type RJ 45 connector Operating conditions 0 40 C 90 humidity max without condensation SD card size 16GB min Storage conditions 10 60 C 90 humidity max without condensation EMC EMI EMS CE Spare Parts For wire wrapping DIN41612 connector 3 rows 48 pins 180 female C style Manufacturer Conec Manufacturer Part Number 122A10619X Catalog Part Number Mouser 706 122A10619X For s...

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