Broadcom 1.9 V Green LED 3 mm (T-1) Through Hole HLMP HLMP-1790

Subtotal (2000 units, on reels of 2000)*

Kr. 4 200,00

(exc. VAT)

Kr. 5 240,00

(inc. VAT)

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2000 +Kr. 2,10Kr. 4 200,00

*price indicative

RS Stock No.:
178-1558
Mfr. Part No.:
HLMP-1790
Brand:
Broadcom
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Brand

Broadcom

Product Type

LED

LED Colour

Green

Maximum Forward Current

7mA

Package Type

3 mm (T-1)

Packaging

Bulk

Mount Type

Through Hole

Maximum Power Dissipation

15.4mW

Forward Voltage

1.9V

Number of Pins

2

Viewing Angle

50 °

Lens Dimensions

3 x 4.7 mm

LED Luminosity

2.3 mcd

Lens Shape

Round

Standards/Approvals

RoHS

Dominant Wavelength

569nm

Lens Colour

Green

Lens Finish

Diffused, Tinted

Series

HLMP

Automotive Standard

No

Broadcom HLMP Series LED, 569 nm Dominant Wavelength, 1.9V Forward Voltage - HLMP-1790


This LED is a green indicator device designed for through-hole installation in general electronic assemblies. It emits a green hue centred at 569 nm and operates at low power, providing visible signalling with modest luminous output while fitting standard 3 mm T-1 package requirements.

Features and Benefits:


• Forward voltage of 1.9 V enables low-voltage circuit compatibility
• Maximum forward current 7 mA limits power draw for energy-sensitive designs
• Luminous intensity 2.3 mcd provides discreet Visual signalling
• Viewing angle 50° concentrates light for focused indication
• Maximum power dissipation 15.4 mW minimises thermal load on the PCB
• Diffused tinted round lens reduces glare and softens appearance

Applications


• Suitable for status indicators on handheld instruments
• Ideal for panel-mounted signalling in control systems
• Used with low-current consumer electronics indicators
• Can be used for indicator arrays in test equipment
• Appropriate for educational electronics and prototyping kits

What mounting method does it require?


It fits through-hole PCB assemblies and uses two pins for soldered retention.

How does the lens finish affect appearance?


The diffused tinted round lens softens emitted light and reduces specular reflection.

What environmental standard is declared for the device?


The component is RoHS‑compliant.

What are the electrical limits to observe during operation?


Do not exceed 7 mA forward current or 15.4 mW power dissipation to avoid overstress.

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