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Phyton CP12-B1 - In-System Device Programmer |
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The CPI2-B1 device programmer belongs to the ChipProg-ISP2 family of Phyton in-system production device programmers, designed for use with ATE, ICT, programming fixtures and automated handlers. It can also be used for development, and in stand-alone mode for field service. CPI2-B1 can be used for programming microcontrollers, flash memory and programmable logical devices.
Use of some CPI2-B1 programming features requires purchasing additional software licenses:
The CPI2-ACI license is tied to the programmer's hardware and enables remote control via DLL and other options.
CPI2-D-XXXX target-specific Device Driver Library licenses enable programming support for a certain group of devices.
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Major Features |
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- Designed around extremely fast CPI2 programming engine - see the timing.
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Connects to PC via High Speed USB 2.0, 100 Mbit/s Ethernet or RS232 (optional) interfaces.
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Stand-alone or PC-hosted operation.
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Has a SD card for storing up to 64 projects
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Use of the SD card enables fast project switching and speeds up stand-alone operations.
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Up to 72 programmers can be concurrently controlled by a single PC.
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Supports multiple ISP interfaces: JTAG, JTAG chain, SWD, SPI, SCI, I2C, UART, and more.
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Supports ISP for devices with Vcc voltages in the range of 1.2V to 5.5V.
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Programmable Vpp power supply output from 1.5V to 15V.
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Power source for target board adjustable from 1.2 to 5.5V @ 350 mA.
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Programs devices at distances as long as 10 ft (3m) - actual distance is target specific.
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Areas of Application |
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- Production single and multi-channel device programmer for use in ATE, ICT, fixtures and handlers.
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Development in-system device programmer.
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Stand-alone battery-powered in-field service programmer.
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Implementations and Mechanical Options |
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- Palm-size unit in a plastic enclosure.
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Includes removable plastic bracket for mounting CPI2-B1 units on a standard 35 mm DIN rail.
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An optional small compartment with a lithium battery and controls can be attached to the CPI2-B1 unit for stand-alone operation such as in-field service.
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Communication Interfaces |
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- High Speed USB 2.0 (480Mbps).
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100 Mbit/s Ethernet with ATE-to-DUT galvanic insulation.
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RS-232C, galvanically isolated (optional, requires CPI2-ISO board).
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Control Methods |
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- Friendly and intuitive graphical user interface (GUI).
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User-configurable simplified interface for use by unskilled personnel.
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Integration with National Instruments® LabVIEW™ software.
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Controllable by Automated Test Equipment (ATE), In-Circuit Test System (ICT), fixtures and handlers.
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Application Control Interface (DLL).
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Command line mode.
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On-the-fly control utility allows modification of commands in a running programmer without stopping its operation.
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Script language for mastering user-defined scripts.
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Programming can be initiated manually or automatically by connecting to target device or closing the fixture lid.
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Project and Configuration Management |
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Power Source Options |
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- External power adapter 5V@1A.
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Can be powered by PC's USB communication port.
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Rechargeable Li-Ion battery (optional).
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Power for Targets |
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- In a process of programming allows powering target equipment from external sources.
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When powered from an external power adapter (5V@1A), CPI2-B1 can provide Vcc (1.2 to 5.5V @ up to 350mA) and Vpp (1.2 to 15V @ up to 80mA) voltages for the target equipment.
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Software Features |
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- Supports loading and saving files in all popular formats.
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Unlimited number of data buffers can be open simultaneously.
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Arithmetic operations on data blocks in buffers.
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Programmable serialization of target devices.
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Multiple serialization algorithms, including script-controlled ones.
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Allows writing of user-defined signatures and data blocks into target devices.
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Several different algorithms of checksum calculation.
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Special DLL for user-defined checksum calculation.
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Stores logs of programming sessions with time-stamping.
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Easy to use GUI editor for device-specific settings and algorithm parameters, such as fuses, lock bits, protected sectors, boot loader vectors, clock frequency, etc.
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Featured with a link opening connection diagram for currently selected device right from the GUI.
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Comprehensive self-test and diagnostic procedures.
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Target Interface Signals |
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- Equipped with a 20-pin "TARGET" connector and supplied with a 10" ribbon cable with compatible 20-pin headers.
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Ten target-specific logic inputs/outputs with 1.2 to 5.5V levels, individually programmable as I/O, GND or Vcc.
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For stable programming the above ten signal lines are interspersed with GND wires.
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Two inputs/outputs individually programmable as TTL logic I/O, GND, or Vcc or Vpp.
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Signals for Interfacing with External Equipment |
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TTL-level input and output logic signals for interfacing with external equipment are available at the 20-pin "CONTROL" connector.
The signals include:
- start/stop signal;
- output status signals: BUSY, GOOD and ERROR;
- six inputs for selection of one of the 64 pre-loaded projects;
- one low-current TTL logic voltage output that can be used for driving the above project selection inputs;
- three GND lines.
- Use of CPI2-ISO board insures galvanic isolation of all control signals on the "CONTROL" connector.
- When using CPI2-BB option, the connector provides power for charging the battery but other "CONTROL" signals become unavailable for use.
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System requirements |
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- Microsoft® Windows™ XP, 7, 8 and 10.
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Phyton CP12-B1 - In-System Device Programmer
The CPI2-B1 device programmer belongs to the ChipProg-ISP2 family of Phyton in-system production device programmers, designed for use with ATE, ICT, programming fixtures and automated handlers.
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Price (GBP) [Excl. VAT] |
| 1 and above |
557.50
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