Breadboard Specifications

Description: Precision machined from a monolithic aluminum alloy, these optical breadboards are extremely flat and ideally suited for the applications as test benches to align and fine-tune or incorporate into photonic instruments. We also offer tailor made specification to meet your requests. *

• Length: 7.87402 to 47.24412 inch
• Width: 7.87402 to 47.24412 inch
• Height / Thickness: 0.5118113 inch
• Style: Metric

Description: Global's solderless breadboards can be used to experiment and design a multitude of analog and digital circuits, as well as test fixture and prototyping applications. Sockets are made of ABS plastic and phosphor-bronze contacts. Specifications Strip Length: 3.3 in Strip Width: 1.4 in

Description: Global's solderless breadboards can be used to experiment and design a multitude of analog and digital circuits, as well as test fixture and prototyping applications. Sockets are made of ABS plastic and phosphor-bronze contacts. Specifications Strip Length: 6.5 in Strip Width: 2.125 in

Description: The M-PBN16 Steel Base Plate is used to connect positioners with bottom-surface mounting holes to support structures that are inaccessible from below, such as breadboards and optical tables. An array of tapped and countersunk clearance holes provides compatibility with UTR160 Series Stages.

• Features: Other

Description: FEATURES Mates common QFP packages to standard breadboard and breakout boards for rapid and easy prototyping Panelized adapters available upon request GENERAL SPECIFICATIONS BOARD MATERIAL: 0.062 [1.58] thick FR-4, UL 94V-0 with 1/2-oz. Cu traces PIN INSULATOR: Polyester, UL 94V-0

• Operating Temperature: -55 to 125 C
• Number of Contacts: 32 to 80
• Contacts Pitch: 2.54 mm
• Contact Plating: Gold Plating

Description: The M-PBN3 Steel Base Plate is used to connect positioners with bottom-surface mounting holes to support structures that are inaccessible from below, such as breadboards and optical tables. An array of tapped and countersunk clearance holes provides compatibility with UMR3.5 Series Stages.

• Features: Other

Description: The M-PBN12 Steel Base Plate is used to connect positioners with bottom-surface mounting holes to support structures that are inaccessible from below, such as breadboards and optical tables. An array of tapped and countersunk clearance holes provides compatibility with UMR12, MVN120, UTR120,

• Features: Other

Description: The M-PBN8 Steel Base Plate is used to connect positioners with bottom-surface mounting holes to support structures that are inaccessible from below, such as breadboards and optical tables. An array of tapped and countersunk clearance holes provides compatibility with UMR8, MVN80, and UTR80

• Features: Other

Description: FEATURES Mates SOT23, SOIC, MSOP, or TSSOP packages to standard breadboard and breakout boards for rapid and easy prototyping Panelized adapters available upon request GENERAL SPECIFICATIONS BOARD MATERIAL: 0.062 [1.58] thick FR-4, UL 94V-0 with 1/2-oz. Cu traces PIN INSULATOR:

• Operating Temperature: -55 to 122 C
• Number of Contacts: 6 to 40
• Contacts Pitch: 2.54 mm
• Contact Plating: Gold Plating

Description: EATURES Makes 48-pin QFP prototype circuits with a standard breadboard easy GENERAL SPECIFICATIONS BOARD MATERIAL: 0.062 thick FR-4 with 1-oz. Cu traces, both sides PINS: Brass 360 1/2-hard per UNS C36000, ASTM B16/B16M PIN PLATING: 200µ [5.08µ] Sn/Pb 93/7 per ASASTM B579-73 over 100µ

• Operating Temperature: 105 C
• Number of Contacts: 48
• Contacts Pitch: 2.54 mm
• Socket Type: DIP, QFP

Description: male bottom Pins available at special request for easy use of probe clips Large topside pads allow for soldering test pins, jumpers, etc. to top of adapter GENERAL SPECIFICATIONS BOARD MATERIAL: 0.062 [1.58] thick FR-4 manufactured to IPC-600E, Class 2 standards, with 1-oz. Cu traces, both

• Operating Temperature: 105 C
• Number of Contacts: 6
• Socket Type: DIP
• Contact Plating: Nickel Plating

Description: processor architecture used in the book is relatively simple to learn, powerful enough to apply towards a wide-range of interfacing tasks, and accommodates breadboard prototyping in a laboratory using freely available and low-cost tools. In Part II: Digital and Analog Hardware Interfacing,

Description: two ways. The clear aperture has C-mount threads around it, allowing for direct interface to any male C-mount connectors. For the optics bench user, the bottom has post holes on a standard 1”grid with 8 - 32 threads, allowing for easy installation on any optics bench or breadboard. All

Description: output can be evaluated while powering a breadboard or prototype circuit to determine the circuit's power supply requirements. Its laboratory quality specifications will meet most engineering laboratory requirements. The applications for the 1660A include service shops, industrial

• DC Output Power: 319.9999999999997 watts
• Type: DC Power Supply