The Agilent E2625A Communications Mask Test Kit. Perform compliance testing to ANSI, ITU-T and IEEE standards with Infiniium’s Communication Mask Template library and electrical communication adapters.
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The Pentium analysis probe (formerly known as a preprocessor) has four modes of operations. In the state-per-transfer mode, the logic analyzer is clocked upon completing data transfer cycles. In this mode, the analysis probe keeps track of the address pipeline and aligns data with its parent address. Additionally, activity during an HLDA or BOFF# assertion is captured. In the state-per-clock mode, data is captured on every system clock, so you see all processor activity including wait and idle states. This mode of operation is useful in finding memory locations that do not respond with data and in checking memory control systems. In the timing analysis mode, all signals are buffered, but otherwise pass straight through to the logic analyzer. The debugger mode is identical to state-per-transfer mode, except that whenever IU, IV or IBT are asserted, data is captured regardless of whether or not it is valid.
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Agilent E1740A Time Interval Analyzer VXI C-size plugin analyzer provides continuous measurements at up to an 80 MHz sample.
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The Agilent E1531A 8-Channel Voltage Output SCP provides eight channels of non-isolated voltage source outputs. Each channel can source ±16 V at up to 5 mA output current. The output voltage resolution is 16 bits (500 µV). Each output is current-limited to protect it from short circuits.
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The E1490B register-based breadboard 16-bit chassis can be used with any “C” sized VXI chassis.
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The Agilent E1460A High-Density Relay Multiplexer is a C-size, 1-slot, register-based VXI module. This 64-channel multiplexer, using latching armature switches, offers a highly configurable, high point-count switching topology. Switching topologies include 64 two-wire, 32 three-wire, 32 four-wire, or 128 single- ended latching relay channels. This multiplexer consists of a component card with switches (labeled E1460-66202) and the QUIC screw terminal block (E1460-80011) that plugs onto the component card. Use of SCPI commands or status bit jumpers on the terminal card configures the E1460A “wire mode” as either a 128 x 1-wire, 64 x 2-wire, 32 x 3-wire, or 32 x 4-wire multiplexer. Applications for the E1460A include wire harness and cable testing, component testing, and printed circuit board testing.
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The Agilent E1458A 96-Channel Digital Input/Output module is a C-size, 1-slot, register-based VXI module that offers twelve 8-bit bi-directional data ports. It provides block memory transfers and six GPIO handshake protocols (none, leading edge, trailing edge, pulse, partial, and strobe) for a wide range of applications. Functionally similar to the E1330B, the E1458A is intended for digital I/O control applications such as digital subassembly test or data acquisition and control. Each of the 12 identical ports consists of eight data lines and six handshake/control lines. Each 8-bit port is individually configured for positive/negative true logic and read/write or tri-state condition. The E1458A is arranged into three banks of four ports each. Ports can be combined within a bank, allowing data transmission using bytes, words (16-bit), or long words (32-bit). Data transmission can be from a single port (8-bits) or from multiple ports up to all 12 ports.
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The Agilent E1406A Command Module is a C-size, 1-slot VXI message-based commander that provides Slot 0 and Resource Manager function. It can act as a VMEbus system controller and GPIB (IEEE-488)-to-VXIbus interface device for transparently communicating with any manufacturers message-based VXI modules. The E1406A Command Module has FLASH memory for downloadable drivers, so you can program Agilent register-based devices using the high-level SCPI programming language. It also translates SCPI commands for register-based instruments and therefore, makes these VXI devices as easy to program as message-based instruments
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