Product Overview
Nisshinbo NJL9101R Surface-Mount Carrier Test Coupon
Condition
Unused new old stock (NOS). Engineering sample optical component pre-mounted to a square carrier test coupon with six edge connector pads. Sold each. No printed markings on package or circuit substrate.
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Product Overview
Nisshinbo Micro Devices NJL9101R optical component mounted on a dedicated evaluation carrier board. Originally prepared as factory engineering sample test coupons, these assemblies break out the miniature surface-mount package leads directly to six wide copper edge fingers for bench prototyping, test fixtures, and custom optical sensing experiments.
Key Features
- Pre-soldered Nisshinbo NJL9101R surface-mount optical package
- Dual-aperture window design on top face
- Six wide copper edge-connector fingers for probing or test sockets
- Carrier board measures 19 mm by 19 mm across outer edges
- Test coupon layout eliminates fine-pitch surface-mount soldering during initial bench evaluation
Applications
- Breadboard prototyping and optical sensor evaluation without soldering miniature surface-mount leads
- Bench test fixtures monitoring linear or rotary motion via optical targets
- Maker and robotics builds requiring a compact breakout-mounted optical pickoff
Frequently Asked Questions
How are the sensor pins routed to the board?
Each of the six terminal positions on the central surface-mount package routes directly through etched PCB traces to an individual copper edge pad along the lower margin.
What is included with this item?
Includes one board-mounted engineering sample carrier as shown. Cables, mating edge connectors, and documentation are not included.
What type of electrical connections do the board edge pads accept?
The board provides six flat edge contact pads suitable for micro-grabber test clips, custom test-fixture spring contacts, or direct fine-wire soldering.
Engineering sample coupons are the best kind of workbench shortcut when you want the precision of a modern micro-sensor without fighting the tweezers. Hook up your leads to the copper pads and start reading signals.
