Showing results: 1201 - 1215 of 2740 items found.
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50-298-134 -
Pickering Interfaces Ltd.
The 50-298-134 is a high density programmable resistor card with 4 channels which can be set between 3Ω and 102kΩ with 2Ω 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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50-298-144 -
Pickering Interfaces Ltd.
The 50-298-144 is a high density programmable resistor card with 3 channels which can be set between 3.5Ω and 1.51MΩ with 2Ω 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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50-298-143 -
Pickering Interfaces Ltd.
The 50-298-143 is a high density programmable resistor card with 3 channels which can be set between 3.5Ω and 773kΩ 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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50-298-154 -
Pickering Interfaces Ltd.
The 50-298-154 is a high density programmable resistor card with 3 channels which can be set between 4Ω and 22.3MΩ with 2Ω 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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50-298-123 -
Pickering Interfaces Ltd.
The 50-298-123 is a high density programmable resistor card with 4 channels which can be set between 2.5Ω and 3.55kΩ 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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50-298-153 -
Pickering Interfaces Ltd.
The 50-298-153 is a high density programmable resistor card with 3 channels which can be set between 4Ω and 11.4MΩ 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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50-298-013 -
Pickering Interfaces Ltd.
The 50-298-013 is a high density programmable resistor card with 18 channels which can be set between 2Ω and 239Ω 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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50-298-014 -
Pickering Interfaces Ltd.
The 50-298-014 is a high density programmable resistor card with 18 channels which can be set between 2Ω and 470Ω with 2Ω 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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Teledyne Defense Electronics
Teledyne RF & Microwave offers a wide range of both double & triple balanced mixers for many different applications from commercial test equipment to space qualified units. Low conversion loss and wide bandwidths are the hallmark of the product line. The incorporation of Schottky diodes on some designs offers significant performance benefits.TWe have many packaging options and with over 400 ITAR-free designs, we are able to offer the right mixer for your demanding application.
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Teledyne Defense Electronics
Teledyne RF & Microwave offers a wide range of both double & triple balanced mixers for many different applications from commercial test equipment to space qualified units. Low conversion loss and wide bandwidths are the hallmark of the product line. The incorporation of Schottky diodes on some designs offers significant performance benefits.TWe have many packaging options and with over 400 ITAR-free designs, we are able to offer the right mixer for your demanding application.
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782705-01 -
NI
The NI‑5782 is ideal for applications that require the acquisition and generation of IF or baseband signals with in-line, real-time processing. You can analyze acquired signals in the PXI FPGA Module for FlexRIO to perform measurements and generate response signals. Application areas include RF modulation and demodulation, channel emulation, bit error rate testing (BERT), signal intelligence, radio frequency identification (RFID) and near-field communication (NFC) test, real-time spectrum analysis, and software defined radio (SDR).
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782705-02 -
NI
The NI‑5782 is ideal for applications that require the acquisition and generation of IF or baseband signals with in-line, real-time processing. You can analyze acquired signals in the PXI FPGA Module for FlexRIO to perform measurements and generate response signals. Application areas include RF modulation and demodulation, channel emulation, bit error rate testing (BERT), signal intelligence, radio frequency identification (RFID) and near-field communication (NFC) test, real-time spectrum analysis, and software defined radio (SDR).
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Gambit Communications, Inc.
The MIMIC Redfish Simulator, the industry's first integrated simulation tool supporting Redfish, allows developers to perform real world, integrated device simulations. MIMIC simulates thousands of Redfish-capable devices. MIMIC allows suppliers of Redfish devices and applications to design, develop and test their products in a virtual and scalable network environment, assuring customers that their applications will be able to handle the scales of messages and different types of requests to work properly when deployed across heterogeneous environments.
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781098-01 -
NI
100 kS/s/ch Simultaneous, ±10 V, Isolated, 4-Channel C Series Voltage Output Module - The NI‑9269 is a channel‑to‑channel isolated analog output module. The NI‑9269 adds channel‑to‑channel isolation for increased safety and improved signal quality. Channel‑to‑channel isolation is commonly needed for applications that have multiple electrical systems, such as automotive tests, or industrial applications that are subjected to increased noise and often contain multiple ground planes.
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781098-02 -
NI
100 kS/s/ch Simultaneous, ±10 V, Isolated, 4-Channel C Series Voltage Output Module - The NI‑9269 is a channel‑to‑channel isolated analog output module. The NI‑9269 adds channel‑to‑channel isolation for increased safety and improved signal quality. Channel‑to‑channel isolation is commonly needed for applications that have multiple electrical systems, such as automotive tests, or industrial applications that are subjected to increased noise and often contain multiple ground planes.