E9340A – Agilent / HP Logic Analyzers 34 (Max. Channels Number) – The Agilent E9340A LogicWave logic analyzer is easy to use, inexpensive, and powerful. It”s the perfect personal tool for digital circuit debugging. LogicWave offers single screen operation with an easy to use graphical interface. This is the perfect tool if you are looking for an easy to use, inexpensive solution to your debugging needs. A PC-hosted logic analyzer connects to a personal computer that runs the logic analyzer user interface software. You can set up measurements, run them, and display and analyze the captured data on your PC. These tools are designed for personal and portable use. Features: Single-screen user interface — the most commonly used features, and the captured data, are available on one screen Portable (can fit in a briefcase with a laptop computer) Least expensive logic analyzer in the history of Agilent Technologies Uses the display, processor, and input devices of your PC so you do not pay twice for the same functions (connects via parallel port) 34 channels Memory depth of 128K samples on each channel in timing mode, 64K in state mode 100 MHz state analysis 250 MHz timing analysis Perfect for debugging digital circuits that use 8- or 16-bit microprocessors, micro-controllers, or FPGAs
Specifications
Max. Channels Number34
Max. State Speed100.0MHz
Max. Timing Speed250MHz
More Details
LogicWave PC Logic Analyzer – discont.
1693AD – Agilent / HP Logic Analyzers34 (Max. Channels Number) - 800 MHz timing with 4 M deep memory enables you to find the root cause of a problem that is widely separated from the symptom in time. 200 MHz state acquisition provides you performance and headroom for synchronous system measurements. Simple and Quick triggers let you define triggers you need in the context of signals you are viewing. Use pull-down menus within data displays to define trigger events as edges, patterns and glitches (Simple trigger) or draw a box around a suspect event in the display to see if it reoccurs (Quick trigger). Advanced trigger lets you use drag-and-drop graphical icons as building blocks to customize complex trigger scenarios to find the most elusive problems. Time correlated measurements between an external oscilloscope and the logic analyzer help you determine how the analog quality of a signal impacts the digital operation of your device. Offline analysis allows you to analyze previously captured data on a Windows PC leaving your logic analyzer free to capture additional data. PC-hosted version provides small footprint, saving valuable workspace. View your captured traces at the display size and resolution of your PC. An IEEE 1394 port provides direct connection to a 500 MHz minimum Intel Celeron or AMD K-6 II (or equivalent) PC running Windows 2000 Professional. 34 channel PC hosted logic analyzer.
1693A – Agilent / HP Logic Analyzers 34 (Max. Channels Number) – 800 MHz timing with 1 M deep memory enables you to find the root cause of a problem that is widely separated from the symptom in time. 200 MHz state acquisition provides you performance and headroom for synchronous system measurements. Simple and Quick triggers let you define triggers you need in the context of signals you are viewing. Use pull-down menus within data displays to define trigger events as edges, patterns and glitches (Simple trigger) or draw a box around a suspect event in the display to see if it reoccurs (Quick trigger). Advanced trigger lets you use drag-and-drop graphical icons as building blocks to customize complex trigger scenarios to find the most elusive problems. Time correlated measurements between an external oscilloscope and the logic analyzer help you determine how the analog quality of a signal impacts the digital operation of your device. Offline analysis allows you to analyze previously captured data on a Windows PC leaving your logic analyzer free to capture additional data. PC-hosted version provides small footprint, saving valuable workspace. View your captured traces at the display size and resolution of your PC. An IEEE 1394 port provides direct connection to a 500 MHz minimum Intel Celeron or AMD K-6 II (or equivalent) PC running Windows 2000 Professional. 34 channel PC hosted logic analyzer.
1683AD – Agilent / HP Logic Analyzers 34 (Max. Channels Number) – 800 MHz timing with 4 M deep memory enables you to find the root cause of a problem that is widely separated from the symptom in time. 200 MHz state acquisition provides you performance and headroom for synchronous system measurements. Simple and Quick triggers let you define triggers in the context of the signals you”’re viewing. Use pull-down menus within data displays to define trigger events as edges, patterns and glitches (Simple trigger) or draw a box around a suspect event in the display to see if it reoccurs (Quick trigger). Advanced trigger lets you use drag-and-drop graphical icons as building blocks to customize complex trigger scenarios to find the most elusive problems. Time correlated measurements between an external oscilloscope and the logic analyzer help you determine how the analog quality of a signal impacts the digital operation of your device. Offline analysis allows you to analyze previously captured data on a Windows PC leaving your logic analyzer free to capture additional data. 12.1-inch built-in color flat panel display allows you to see more data and gain insight quickly. 34 channel standalone logic analyzer.
1683A – Agilent / HP Logic Analyzers 34 (Max. Channels Number) – 800 MHz timing with 1 M deep memory enables you to find the root cause of a problem that is widely separated from the symptom in time. 200 MHz state acquisition provides you performance and headroom for synchronous system measurements. Simple and Quick triggers let you define triggers in the context of the signals you”’re viewing. Use pull-down menus within data displays to define trigger events as edges, patterns and glitches (Simple trigger) or draw a box around a suspect event in the display to see if it reoccurs (Quick trigger). Advanced trigger lets you use drag-and-drop graphical icons as building blocks to customize complex trigger scenarios to find the most elusive problems. Time correlated measurements between an external oscilloscope and the logic analyzer help you determine how the analog quality of a signal impacts the digital operation of your device. Offline analysis allows you to analyze previously captured data on a Windows PC leaving your logic analyzer free to capture additional data. 12.1-inch built-in color flat panel display allows you to see more data and gain insight quickly. 34 channel standalone logic analyzer.
