| Multi-Channel
Photocontrol
Receptacles
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Provide a standardized
connection between
the photocell and the
dimmable luminaire with
this ANSI compliant
receptacle. Achieve ease
of integration into new
or existing light fixtures
with pre-terminated
receptacle and wire
leads.
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| Low-Voltage Pivot
Power RJ45 Connectors
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Reduce cable cost by
utilizing two conductor
18 AWG cable versus
8 conductor cat5 data
grade cable. Simplify
the wiring process
by combining RJ45
positions into two 18
AWG wires.
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| ITB Card Edge
Connectors & Inverted
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Poke-in platform
Save time and cost by
eliminating secondary
SMT assembly processes
with the ability to
process the ITB
connectors at the same
time as all other PCB
components. Minimize
LED light obstruction
and shadowing with low
profile connector design.
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| High-Power Inverted Thru Board SMT Connectors |
Enable a power connection from the underside of an FR4 or aluminum-clad PCB. Prevent LED light emission interference with a low profile height of 2 mm. |
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| SlimSeal SSL Connectors
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Design for various lighting and control applications with 1, 2, 3, and 4 position sizes. Achieve system protection with IP67 seal rating permitting use in outdoor and commercial refrigeration lighting applications. |
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Mini Hermaphroditic Connector System
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Enable quick assembly, minimize inventory, and lower production costs with connectors that mate and un-mate to themselves horizontally and vertically. Connect data and control signals with 2, 4, and 6 position versions. |
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| Low-Profile SMT Releasable Poke-In Wire Connectors |
Ensure product reliability during wire insertion and removal with integral robust wire release mechanism. Support higher connection variations, minimize part number inventory and lower production costs with side by side stackable design. |
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| LUMAWISE LED Holders Type Z50
|
Simplify installation with snap-in LED retention, securing the LED to the holder before mounting. Save time with poke-in wire connection, eliminating the need to solder to the LED. |
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| Polyswitch Devices
|
Our PolySwitch PPTC (Polymeric Positive Technology Coefficient) devices deliver overcurrent protection across various electrical equipment applications. Tested using strict protocols and compliant to production standards, our PolySwitch PPTC products help provide safety and increase your product's value. |
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| Pulse Tolerant Chips Fuses
|
Our pulse tolerant chip fuse’s monolithic, multilayer design results in high inrush current withstand capability in a small footprint surface-mount package. Use these fuses to help enhance high-temperature performance in an array of space-limited portable electronics using power sources up to 63VDC. |
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| 0603 Very Fast Acting Chips Fuses
|
Our 0603 very fast-acting chip fuses help provide overcurrent protection for systems using DC power sources up to 32VDC. The monolithic, multilayer design results in high inrush current withstand capability in a small 0603 footprint surface-mount package. Use these fuses to help enhance high-temperature performance in an array of thin, compact consumer electronics. |
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| Fast Acting Chips Fuses
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Fast-acting chip fuses help provide overcurrent protection for systems using DC power sources up to 63VDC. The fuse’s monolithic, multilayer design helps provide the highest hold current in the smallest footprint, reduce diffusion- related aging, improve product reliability and resilience, and enhance high-temperature performance in a wide range of circuit designs. |
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| Slow-Blow Chips Fuses
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Available in industry standard 1206 and 0603 chip sizes, TE's slow-blow chip fuses help provide overcurrent protection on systems that experience large and frequent current surges as part of their normal operation. |
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| ESD Devices
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Our devices for ESD protection include polymer ESD (PESD) and ChipSESD devices. These ESD protection products are suitable for a wide range of port applications protection and come in various package sizes. All devices are RoHS compliant and are Pb and halogen free. |
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| 2Pro Devices
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2Pro devices help provide current limiting during overcurrent events and voltage clamping during overvoltage events. |
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