IR Receiver 5mm Straw Hat for 850nm

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Payment Type:: T/T, Paypal, Western Union

Incoterm:: FOB, EXW, FCA

Min. Order:: 5000 Piece/Pieces

Min. Order:: 5000 Piece/Pieces

Delivery Time:: 5-7 Business Days

Transportation:: Ocean, Land, Air

Port:: SHENZHEN

Quantity:

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Basic Info

Place of Origin:	China
Productivity:	1000000000 pcs/week
Supply Ability:	7000000000 pcs/week
Payment Type:	T/T,Paypal,Western Union
Incoterm:	FOB,EXW,FCA
Certificate:	GB/T19001-2008/ISO9001:2008
HS Code:	8541401000
Transportation:	Ocean,Land,Air
Port:	SHENZHEN

Product Description

- 850nm Through-Hole IR LED -

U5293FIRC-85L14I150

Infrared receivers are used in IR systems to control and operate devices by sending signals. Look for infrared receivers with low prices. We distribute a large number of high-performance IR modules, which are categorized according to supply voltage, transmission distance, power loss, supply current, carrier frequency and packaging to facilitate product selection. Our website offers many well-known brands of products, using parameter filters to optimize search. Do you need some IR receiver? Contact us for more detail about it~

- Size: 4.8mm*H4.85mm

- Chip Number: 1 chip

- Color: 850nm IR led

- Type: Dual in-line package

- Chip brand: Tyntek

- Different color are available

- Different wavelength are available

- Warranty: 5 Years

- RoHS, REACH, EN62471

- Uniform light output

- Long life-solid state reliability

- Low Power consumption

-Anti UV epoxy resin package

-High temperature resistance

-Dimension Parameters -

5mm straw hat led

These through-hole LED case are also available for UV LED, 570nm Green LED, Amber LED, IR LED, through-hole blue LED, yellow LED ect.

- Emitting Color -

*Colors in the photo was took by camera, please take actual emitting color as standard.

- Electrical Parameters -

Absolute Maximum Ratings At Ta=25℃

Parameter	Symbol	Rating
Power Dissipation	Pd	200mW
Pulse Forward Current	IFP	1000mA
Forward Current	IF	100mA
Reverse Voltage	VR	5V
Junction Temperature	Tj	115°C
Operating Tempertature	Topr	-40 - +80°C
Storage Tempertature	Tstg	-40 - +100°C
Soldering Temperature	Tsol	260°C
Electro-Static-Discharge(HBM)	ESD	2000v
Warranty	Time	5Years
Antistatic bag	Piece	1000Back
*Pulse Forward Current Condition:Duty 1% and Pulse Width=10us.
*Soldering Condition:Soldering condition must be completed with 3 seconds at 260°C

Optical and Electrical Characteristics( Tc=25℃)

Parameter

Symbol

Min

Typ

Max

Unit

Test Condition

Forward Voltage

VF

1.5

1.9

V

IF=100mA

Pulse Forward Voltage

VF

3

V

IFP=1000mA

Radiant Intensity

IE

45

60

mw/sr

IF=100mA

Peak Wavelength

λP

840

850

860

nm

IF=100mA

Total Radiated Power

PO

18

mw

IF=100mA

Half Width

Dl

50

nm

IF=100mA

Viewing Half Angle

2q1/2

±60

deg

IF=100mA

Reverse Current

IR

5

uA

VR=5V

Rise Time

Tr

25

ns

IF=100mA

Fall Time

Tf

13

ns

IF=100mA

*Luminous Intensity is measured by ZWL600.

*q1/2 is the off-axis angle at which the luminous intensity is half the axial luminous intensity.

*lD is derived from the CIE chromaticity diagram and represents the single wavelength which defines the color of the device.

- Golden Wire Connection -

* In order to keep every one of LED's long lifespan, BestLED factory use high pure gold wire for inside circuit connection

- Packing -

*We package it with vacuum packing after tape it as a reel

- Application -

- Related LED -

- Production -

- 840nm IR LED Use -

Through-hole LED using

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Related Keywords

IR Receiver for Remote-control , IR Receiver 5mm , IR Receiver Through-hole

Parameter	Symbol	Min	Typ	Max	Unit	Test Condition
Forward Voltage	VF	1.5		1.9	V	IF=100mA
Pulse Forward Voltage	VF		3		V	IFP=1000mA
Radiant Intensity	IE	45		60	mw/sr	IF=100mA
Peak Wavelength	λP	840	850	860	nm	IF=100mA
Total Radiated Power	PO		18		mw	IF=100mA
Half Width	Dl		50		nm	IF=100mA
Viewing Half Angle	2q1/2		±60		deg	IF=100mA
Reverse Current	IR			5	uA	VR=5V
Rise Time	Tr		25		ns	IF=100mA
Fall Time	Tf		13		ns	IF=100mA
*Luminous Intensity is measured by ZWL600.
*q1/2 is the off-axis angle at which the luminous intensity is half the axial luminous intensity.
*lD is derived from the CIE chromaticity diagram and represents the single wavelength which defines the color of the device.