VMIVME-2540

Description

argument
Event count: up to 4 gigabit events
Frequency measurement range: 1.16 x 10^-3 Hz to 2.5 MHz
Period/pulse width measurement range: 400 ns to 8.5899 x 10^6 s (32-bit floating point number), 400 ns to 858 s (32-bit unsigned integer)
Square wave/pulse train generation range: 0.0076 Hz to 2.5 MHz
Timer/Periodic VME bus interrupter Range: 0.0076 to 1,000 Hz
Orthogonal position measurement: sine/cosine frequency up to 1 MHz, 32-bit counter, limit/modulus check
Integer cycle/pulse width measurement: 16 and 32 bits, discrete or continuous; Low data transfer lag
Programming outputs: up to 24 discrete outputs
Orthogonal position control output: ±1/4 wave control resolution; Maximum 1.25MHz step rate, ±32767 steps per instruction
Onboard CPU: 15 MHz 68HC000 CPU
Data exchange interface: ANSI/IEEE standard 754-1985 for 32-bit floating-point operations
specification
VMEbus architecture: The VMIVME-2540 uses the VME (Versa Module Europa) bus architecture and can communicate with other compatible VME devices and modules
High-precision digital measurement and generation capabilities: provides high-precision event counting, frequency measurement, period/pulse width measurement and other functions
Size and weight
Dimensions: Approx. 115mm x 48mm x 150mm (L x W x H)
Weight: About 1.2kg
trait
High-performance processor: Equipped with high-performance processor, can handle real-time control tasks
Programmability: It is programmable and can be configured and programmed according to specific application requirements
Flexible interface: Supports multiple interface options, such as RS-422 differential interface, supports single-end TTL input
High precision output: Each output channel is designed to provide high precision and stability
Easy to test and configure: A user-friendly and memory-mapped interface enables users to easily configure measurement, timing and output functions for each channel