The E1458A is a VXI from Agilent.
Additional Features:
1-Slot, C-size, register based
Twelve 8-bit input or output data ports for acquisition
Wide variety of output data types
Data port readback on a per-port basis
Control of interface driver tri-state capability
Block mode transfer to/from memory
The Agilent E1458A 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 Agilent E1330B, the Agilent 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 Agilent 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.
The E1458A is a VXI from Agilent.
Additional Features:
- 1-Slot, C-size, register based
- Twelve 8-bit input or output data ports for acquisition
- Wide variety of output data types
- Data port readback on a per-port basis
- Control of interface driver tri-state capability
- Block mode transfer to/from memory
The Agilent E1458A 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 Agilent E1330B, the Agilent 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 Agilent 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.
