The National Instruments PXI-2510 is a 68-channel, 2 A signal insertion switch module with a part number of 778572-10, designed for electronic reliability tests and HIL applications, featuring a non-latching electromechanical
The National Instruments PXI-2510 is a robust Signal Insertion Switch Module with part number 778572-10 that is designed to handle a current rating of 2 A across its 68 channels. It is specifically engineered for electronic reliability tests and hardware-in-the-loop (HIL) applications, making it a versatile tool in various testing environments.
Utilizing non-latching electromechanical relays, the module boasts a swift actuation time of 1 ms (typical), ensuring quick response during operation. The durability of the module is highlighted by its expected mechanical relay life of 1×108 cycles, and an electrical relay life of 5×105 cycles at 30 V, 1 A and 1×105 cycles at 30 V, 2 A.
Connection to the module is facilitated through a 160 DIN 41612, male front panel connector, offering 160 positions for extensive interfacing options. The module’s physical dimensions are 18.8 cm in height, 2.0 cm in width, and 13.0 cm in depth, and it conforms to the 3U PXI form factor, making it a compact yet powerful addition to any test setup.
Specification
Detail
Part Number
778572-10
Product Name
National Instruments PXI-2510 PXI Signal Insertion Switch Module
Question 1: What is the expected mechanical relay life of the National Instruments PXI-2510 Signal Insertion Switch Module, and how does this compare to its electrical relay life at various voltage and current settings? Answer 1: The expected mechanical relay life of the National Instruments PXI-2510 Signal Insertion Switch Module is 1×10^8 cycles, which is significantly higher than its electrical relay life that is rated at 5×10^5 cycles at 30 V, 1 A and 1×10^5 cycles at 30 V, 2 A.
Question 2: What are the key specifications and applications of the National Instruments PXI-2510 Signal Insertion Switch Module with part number 778572-10? Answer 2: The National Instruments PXI-2510 Signal Insertion Switch Module has an expected mechanical relay life of 1×10^8 cycles and an electrical relay life of 5×10^5 cycles at 30 V, 1 A and 1×10^5 cycles at 30 V, 2 A, with an actuation time of 1 ms (typical).
Question 3: What type of applications is the National Instruments PXI-2510 Signal Insertion Switch Module primarily engineered for, and what are its key specifications in terms of current rating, channel count, and actuation time? Answer 3: The National Instruments PXI-2510 Signal Insertion Switch Module is engineered for electronic reliability tests and hardware-in-the-loop simulations, featuring a current rating of 2 A, 68 channels, and unique features such as non-latching electromechanical relays with a swift actuation time of 1 ms, a mechanical relay life expectancy of 1×10^8 cycles, and an electrical relay life of up to 5×10^5 cycles at specified conditions, making it a highly
Question 4: What are the electrical and mechanical relay life expectancies of the National Instruments PXI-2510 Signal Insertion Switch Module, and what is its actuation time? Answer 4: The National Instruments PXI-2510 Signal Insertion Switch Module is primarily engineered for electronic reliability tests and hardware-in-the-loop (HIL) applications, and it features a current rating of 2 A, a total of 68 channels, and a swift actuation time of 1 ms (typical).
Question 5: What are the applications and specifications of the National Instruments PXI-2510 Signal Insertion Switch Module, including its current rating, number of channels, and unique features for electronic reliability tests and hardware-in-the-loop simulations? Answer 5: The National Instruments PXI-2510 Signal Insertion Switch Module, part number 778572-10, features a current rating of 2 A, 68 channels, non-latching electromechanical relays with an actuation time of 1 ms, a mechanical relay life of 1×10^8 cycles, and an electrical relay life of up to 1×10^5 cycles at 30 V, 2 A. It is designed for electronic reliability tests and hardware-in
