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Product
Universal Programmers
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Economical universal programmer is a burner designed to meet the starting customer, to support less than 48 chips, but the support of more than 3000 chips, is the first choice for maintenance, teaching tools. Although the economy as the label, but its performance is no less than other competing products, with DIP48 lock socket, chip pin automatic detection function.
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Product
Universal Programmers
Uprog
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Uprog is universal device programmers family. It uses LPT parallel port or USB for communication with PC.Graphical interface of Uprog software is very confortable in usage for programming and testing tasks. Uprog programmers have 100% universal programming socket. They allow to put independly on any pin programming voltage (0-30V), power supply (1.8-8V), ground or clock, so this flexibility allow Uprog programmers to handle any device.
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Product
Programmers
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Based upon your requirements you will be looking at a programmer in one of three categories. A low to medium cost universal programmer, a high end multi socket gang programmer or a dedicated stand-alone programmer. Below I will describe each type in more detail.
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Product
Automated Programmers
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The time required to process a typical production order through the factory is generally reduced with automation. Xeltek offers mid to high volume automated programming solutions at a highly competitive price. With the automated SuperBOT systems installed, less manpower is needed for operation, thus lowering operational cost tremendously. Less manhandling of production line also reduces human induced errors and failures, resulting in higher reliability.
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Product
CCS Programmers & Debuggers
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Fast & Easy-to-useComplete & Cost EffectiveUSB Connection to PCPower Target Board Through USBICD & ICSP™ Programmer/DebuggerDebug Support Covers all Targets
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Product
Production Programmers
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eltek offers both traditional gang programmers and modern stand-alone models for production cluster setups. Traditional gang programmers come with four independent sockets that allow chips to be programmed concurrently.Recent trends have shifted from gang programming to cluster setups. Cluster setups consist of multiple stand-alone programmers operated by one operator for enhanced efficiency and cost-savings during production.
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Product
In-System Programmers
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Xeltek in-system programming tools provide a convenient method for configuring microcontrollers and various serial devices. Users could simply program microcontrollers, Flash memories, PLDs, and FPGAs via the ISP cable. Devices are programmed in the target system or target hardware, making field applications more convenient than ever. Typically, a jumper/DIP switch enables in-system programming and a set of serial programming connector (such as an IDC connector) connects the target board(s) to the ISP programmer(s).
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Product
Multi Socket Programmers
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Gang programmers are based around the universal programmers but offer multiple sockets allowing 4 or more devices to be programmed at the same time giving a greater throughput where a large number of devices require programming. Mass production environments churning out tens of thousands of chips a week are where these programmers are typically found.
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Product
Multi-module Programmers
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Xeltek offers both traditional gang programmers and modern stand-alone models for production cluster setups. Traditional gang programmers come with four independent sockets that allow chips to be programmed concurrently.Recent trends have shifted from gang programming to cluster setups. Cluster setups consist of multiple stand-alone programmers operated by one operator for enhanced efficiency and cost-savings during production.
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Product
Universal Programmers
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Xeltek engineers work around the clock to maintain the largest device library in the industry, so new devices are being added on a daily basis for EPROM, Paged EPROM, Parallel and Serial EEPROM, FPGA Configuration PROM, FLASH memory (NOR), BPROM, NVRAM, SPLD, CPLD, EPLD, Firmware HUB, Microcontroller, and MCUs. The majority of SuperPro universal programmers come equipped with a ZIF socket supporting up to 144 pins for programming a wide range of DIP devices; other chip package supported includes SDIP, PLCC, JLCC, SOIC, QFP, TQFP, PQFP, VQFP, TSOP, SOP, TSOPII, PSOP, TSSOP, SON, EBGA, FBGA, VFBGA, uBGA, CSP, and SCSP.
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Product
Manual Programmers
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Buy Manual Programmers Available for purchase in North America (US/Canada/Mexico)
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Product
WriteNow! Programmers
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Based on the proprietary WriteNow! Technology, the WriteNow! Series of In-System Programmers is a breakthrough in the programming industry. The programmers support a large number of devices (microcontrollers, memories, CPLDs and other programmable devices) from various manufacturers and have a compact size for easy ATE/fixture integration. They work in standalone or connected to a host PC (RS-232, LAN and USB connections are built-in), and are provided with easy-to-use software utilities.
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Product
PXI 2.5W Programmable Resistor Module, 4-Channel, 2Ω to 52.4kΩ
40-251-033
Programmable Resistor Module
The 40-251-033 is a programmable resistor module with 4 channels which can be set between 2Ω and 52.4kΩ with 1Ω resolution The 40-251 range provides a simple solution for applications requiring up to 2.5W of power handling per channel. The 40-251 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems.
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Product
PCI High Density Potentiometer Card 4-Channel, 16-Bit, 0 To 65k Ohm
50-296A-121-4/16
Programmable Potentiometer
The 50-296A series are Programmable Potentiometer versions of the 50-295A Programmable Resistor cards with up to 9-channels of 8-bit resolution resistor chains in a single PCI slot. The flexible architecture allows the card to also be supplied as 12-bit, 16-bit or 24-bit resolution versions for applications requiring finer resolution, greater resistance range or higher channel count. The card is ideal for simulating the sensors for control and management systems under test, allowing the user to verify system response in design verification or manufacturing test applications.
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Product
PXI/PXIe 15W Programmable Resistor Module
40-254-113
Programmable Resistor Module
The 40-254-113 (PXI) and 42-254-113 (PXIe) are programmable resistor modules with 1 channel which can be set between 1Ω and 238Ω with 1Ω resolution The 40-254 range provides a simple solution for applications requiring up to 15W of power handling per channel.
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Product
PCI High Density Pecision Resistor Card, 4-Channel, 3Ω To 52.4kΩ
50-298-133
Programmable Resistor Module
The 50-298-133 is a high density programmable resistor card with 4 channels which can be set between 3Ω and 52.4kΩ with 1Ω resolution The 50-298 range provides a simple solution for applications requiring accurate simulation of resistive sensors. The 40-298 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems. It is particularly well suited to applications such as the testing of engine controllers where resistive sensors provide information on parameters such as temperature.
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Product
PCI Programmable Resistor Card 2-Channel 3 Ohm To 32.7k Ohm
50-294-032
Programmable Resistor Module
The 50-294 series of PCI Programmable Resistor cards are available with two channels of 16-bit, two channels of 12-bit or four channels of 8-bit resistor chains in a single card. These cards are ideal for simulating sensors for control and management systems under test, allowing the user to verify system response in design verification or manufacturing test applications.
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Product
PXI/PXIe High Density Precision Resistor Module
42-297A-156
Precision Resistor Module
The 40-297A-156 (PXI) and the 42-297A-156 (PXIe) are 3-channel programmable resistors with a range of 3 Ω to 85.3 MΩ. They are part of the 40/42-297A series of high density precision resistor modules and provide a simple solution for applications requiring accurate simulation of resistive sensors.
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Product
PXI/PXIe High Density Precision Resistor Module, 18-Channel
40-297A-015
Precision Resistor Module
The 40-297A-015 (PXI) and the 42-297A-015 (PXIe) are 18-channel programmable resistors with a range of 1 Ω to 920 Ω. They are part of the 40/42-297A series of high density precision resistor modules and provide a simple solution for applications requiring accurate simulation of resistive sensors.
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Product
PXI High Voltage Programmable Resistor Module, REDEL Connector
40-230-241-HI
Programmable Resistor Module
The 40-230-241-HI (PXI) and 42-230-241-HI (PXIe) are programmable resistor modules with 2 channels which can be set between 4Ω and 102kΩ with 0.25Ω resolution with maximum voltage of 1.2kV. The 40/42-230 range provides a simple solution for applications requiring voltage handling up to 1kV (9-pin D-type connector) or 1.2kV (22-pin REDEL connector).
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Product
PXI 5W Programmable Resistor Module, 1-Channel, 3Ω to 22.3MΩ
40-252-054
Programmable Resistor Module
The 40-252-054 is a programmable resistor module with 1 channel which can be set between 3Ω and 22.3MΩ with 2Ω resolution The 40-252 range provides a simple solution for applications requiring up to 5W of power handling per channel. The 40-252 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems.
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Product
PXI/PXIe 15W Programmable Resistor Module
40-254-012
Programmable Resistor Module
The 40-254-012 (PXI) and 42-254-012 (PXIe) are programmable resistor modules with 2 channels which can be set between 1Ω and 120Ω with 0.5Ω resolution The 40-254 range provides a simple solution for applications requiring up to 15W of power handling per channel.
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Product
PXIe High Voltage Programmable Resistor Module, REDEL Connector
42-230-241-HI
Programmable Resistor Module
The 40-230-241-HI (PXI) and 42-230-241-HI (PXIe) are programmable resistor modules with 2 channels which can be set between 4Ω and 102kΩ with 0.25Ω resolution with maximum voltage of 1.2kV. The 40/42-230 range provides a simple solution for applications requiring voltage handling up to 1kV (9-pin D-type connector) or 1.2kV (22-pin REDEL connector).
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Product
PXI Resistor Module 2-Channel 2R to 131k
40-293-034
Programmable Resistor Module
The 40-293 is a Programmable Resistor module with two channels of 16-bit, two channels of 12-bit or four channels of 8-bit resistor chains in a single 3U PXI module. The module is ideal for simulating sensors for control and management systems under test, allowing the user to verify system response in design verification or manufacturing test applications.
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Product
Programmable High-Current
Copperhead
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AMETEK Programmable Power, Inc.
Provides 15,000A DC at 5V DC in current mode*Single complete package*Integrated bus bars*Current mode Analog programming*Input 400VAC, 220A/ph, Delta
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Product
PCI High Density Pecision Resistor Card, 6-Channel, 4Ω To 5.82MΩ
50-298-052
Programmable Resistor Module
The 50-298-052 is a high density programmable resistor card with 6 channels which can be set between 4Ω and 5.82MΩ with 0.5Ω resolution The 50-298 range provides a simple solution for applications requiring accurate simulation of resistive sensors. The 40-298 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems. It is particularly well suited to applications such as the testing of engine controllers where resistive sensors provide information on parameters such as temperature.
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Product
PXIe High Voltage Programmable Resistor Module, REDEL Connector
42-230-342-HI
Programmable Resistor Module
The 40-230-342-HI (PXI) and 42-230-342-HI (PXIe) are programmable resistor modules with 1 channel which can be set between 4Ω and 392kΩ with 0.5Ω resolution with maximum voltage of 1.2kV. The 40/42-230 range provides a simple solution for applications requiring voltage handling up to 1kV (9-pin D-type connector) or 1.2kV (22-pin REDEL connector).
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Product
PXI High Voltage Programmable Resistor Module, Connector
40-230-256-HI
Programmable Resistor Module
The 40-230-256-HI (PXI) and 42-230-256-HI (PXIe) are programmable resistor modules with 2 channels which can be set between 4.5Ω and 76.8MΩ with 8Ω resolution with maximum voltage of 1.2kV. The 40/42-230 range provides a simple solution for applications requiring voltage handling up to 1kV (9-pin D-type connector) or 1.2kV (22-pin REDEL connector).
