GPIB-110
Modular Systems > National Instruments > E Series
| Description: | GPIB-110, 144 Kbytes/s, High-Performance Bus Extender |
Need an Official Quote?
Or speak to a sales representative for additional information:
Phone:1-800-915-6216
Email:sales@apexwaves.com
National Instruments GPIB-110 High-Performance Bus Extender
The GPIB-110 (Part Numbers: 320052-01) is a High-Performance Bus Extender with user transparent software and the capacity to lengthen the distance between GPIB configurations by 2 km. The GPIB-110 offers 144 kbytes/s transfer rates. Both fiber-optic and coaxial cables may be used with the GPIB-110 to pass control. Independent GPIB and/or IEEE 488 bus systems can be connected via fiber optic or coaxial cables in series to advance functionality. The GPIB-110 offers a noise emission FCC Class A verification.
The GPIB-110 works as a transparent extender and utilize GPIB communication methods and control programs for operation within the system. The GPIB-110 High-Performance Bus Extender system expands the distance and loading limits. The distance limit is extended by 2 km and the loading limit to up to 30 total devices. Point-to-point extender systems can be connected serially to increase the distance. Star pattern connections may also be employed to achieve additional loading.
The GPIB-110 High-Performance Bus Extender comes with the following components: model GPIB-110 bus extender, 100-120 VAC (Fiber Optic Version, Coaxial Version, Dual Fiber Optic and Coaxial Capability), 220-240 VAC (Fiber Optic Version, Coaxial Version, Dual Fiber Optic & Coaxial Capability), a 3-wire power cord, and a user guide.
The GPIB-110 High-Performance Bus Extender has 3 distinct models. The models are differentiated by the cable utilized for operation. The GPIB-110 models can use a fiber-optic cable, coaxial cable, or both. The model selected depends on the desired type of cable, available cable length, and operating conditions.
The National Instruments GPIB-110 High Performance Bus Extenders operates in pairs via serially- or star-connected fiber-optic or coaxial cables. Connections facilitate connections between independent GPIB or IEEE 488 bus systems to transparently improve functionality. The GPIB-110 is a link, bus, or interface system that allows for the interconnection of electronic devices to achieve effective communications.
Associated part numbers for GPIB-110:
180294-01, 180294-02, 180294-32, 180294-52C, 180294D-01, 180294D-02, 180294D-31, 180294D-32, 180294D-33, 180294D-50, 180295-01, 180295-02, 180295-03, 180295-50, 776103-01, 776103-02, 776103-03, 776103-31, 776103-32, 776103-321, 776103-33, 776103-50
Why Buy From Apex Waves:
"The business transaction was super easy and friendly."
"Hand carrying parts to fedex directly to make sure I get them overnight. Great service"
"They were very helpful to get me the test equipment that I need."
GPIB-110
Modular Systems > National Instruments > E Series
GPIB-110, 144 Kbytes/s, High-Performance Bus Extender
1-800-915-6216
- Description
- Technical Specifications
National Instruments GPIB-110 High-Performance Bus Extender
The GPIB-110 (Part Numbers: 320052-01) is a High-Performance Bus Extender with user transparent software and the capacity to lengthen the distance between GPIB configurations by 2 km. The GPIB-110 offers 144 kbytes/s transfer rates. Both fiber-optic and coaxial cables may be used with the GPIB-110 to pass control. Independent GPIB and/or IEEE 488 bus systems can be connected via fiber optic or coaxial cables in series to advance functionality. The GPIB-110 offers a noise emission FCC Class A verification.
The GPIB-110 works as a transparent extender and utilize GPIB communication methods and control programs for operation within the system. The GPIB-110 High-Performance Bus Extender system expands the distance and loading limits. The distance limit is extended by 2 km and the loading limit to up to 30 total devices. Point-to-point extender systems can be connected serially to increase the distance. Star pattern connections may also be employed to achieve additional loading.
The GPIB-110 High-Performance Bus Extender comes with the following components: model GPIB-110 bus extender, 100-120 VAC (Fiber Optic Version, Coaxial Version, Dual Fiber Optic and Coaxial Capability), 220-240 VAC (Fiber Optic Version, Coaxial Version, Dual Fiber Optic & Coaxial Capability), a 3-wire power cord, and a user guide.
The GPIB-110 High-Performance Bus Extender has 3 distinct models. The models are differentiated by the cable utilized for operation. The GPIB-110 models can use a fiber-optic cable, coaxial cable, or both. The model selected depends on the desired type of cable, available cable length, and operating conditions.
The National Instruments GPIB-110 High Performance Bus Extenders operates in pairs via serially- or star-connected fiber-optic or coaxial cables. Connections facilitate connections between independent GPIB or IEEE 488 bus systems to transparently improve functionality. The GPIB-110 is a link, bus, or interface system that allows for the interconnection of electronic devices to achieve effective communications.
Why Buy From Apex Waves
"The business transaction was super easy and friendly."
"Hand carrying parts to fedex directly to make sure I get them overnight. Great service"
"They were very helpful to get me the test equipment that I need."
| Delivery: | UPS, FedEX and DHL – Free FedEx Ground on all orders Overnight, Next Day Air or Expedited shipping options available International delivery available Same day shipping for in-stock on location |
| Warranty: |
All of our products are covered by our Apex Waves Warranty. ✓ 3 Year Warranty - New Surplus Parts ✓ 2 Year Warranty - Refurbished Parts |
| Returns: | No hassle return policy. Dedicated customer service team. |
| Payment: |
|
| Quick Quotes: | Receive Price & Availability Today! |
| Calibration: | Ask About Our Tiered Calibration Levels |
| Option & Modules: | Confirm Your Requirements or Versions |
| Repair: | Cost & Lead Time Available Upon Request for Service Repair Evaluation: $150 |
| Share this page: |
|
