UV LED LAMP SPECIFICATION
Model: NS360L-5RLO

Nitride Semiconductors Co., Ltd.

NS360L-5RLO
160301-NS
1/7

1. Name: UV LED LAMP
2. Model: NS360L-5RLO
3. Absolute maximum ratings (Ta=25℃)
Item
SymbolMaximum rating
UnitIF
DC Forward current
25mA
1IFP
Pulse forward current *100mA
PD
Power dissipation
100mW
TOPR
Operating temperature-30 to +80℃
TSTG
Storage temperature-30 to +85℃
TSOL
Soldering temperature
260℃ within 10 seconds*1 Conditions: Duty cycle≦1/10, Pulse width≦0.1msec

4. Optical and electrical characteristics（Ta=25℃）
Item
SymbolCondition
Min.
Typ.
Max.
UnitVF
IF=20mA
Forward voltage
3.2
3.6
4.2
V
Peak wavelength *2
λp
IF=20mA
360363nm
IF=20mA
Full width at half maximum
1020nm⊿λOpticaloutput
IF=20mA
Rank 5 & 6
Po
1.2
2.4mW
power *3
*2 Measurement error: ±2nm
*3 Measurement error: 10%
The percentage of each rank in the shipment shall be determined by Nitride Semiconductors.
5. Standard optical and electrical characteristics
To be hereinafter described.

6. Dimensional outline and materials (This product complies with RoHS.)
To be hereinafter described.

NS360L-5RLO
160301-NS
2/7

7. Reliability(1) Test items and the results
・Mechanical test results
Test items
Terminal strength(Pulling/Pushing)
Terminal strength(Bending)
Dropping damage

Test conditions

Notes

Load 5N (Pulling)
Load 1N(Pushing)
Load 2.5N
0°to 90°to 0° to reverse direction
90°to 0°Dropping from 1m highFor 10 seconds each

Test results
LTPD Damages
50%
0/5

One time

50%

0/5

Two times

20%

0/11

・Environmental test results
Test itemsResistance tosoldering heat
Resistance tosoldering heat
Solderability

Test conditions

One time

Test results
LTP Damage
Ds
10%
0/22

One time

10%0/22

One time
Wetting more than
95%

20%

0/11

Notes

Tsol=260±5℃, 10 seconds
At 1.5mm from the lead base
Tsol=350±5℃, 3 seconds
At 1.5mm from the lead base
Tsol=235±5℃, 5 seconds（using flux）

・Life test results
Test items
Steady state
operating life
Operating life at hightemperature
Storage at hightemperature
Operating life at low
temperature
Operating life at hightemperature andhumidity
Storage at hightemperature andhumidity

Ta=25±2℃, IF=25mA

500 hours

Test results
LTPD Damages
10%0/22

Ta=80±2℃, IF=10mA

500 hours

10%

0/22

Ta=85±2℃

500 hours

10%

0/22

Ta=-30±2℃, IF=15mA

500 hours

10%

0/22

Ta=60±2℃, RH=90±5%,
IF=15mA

500 hours

10%

0/22

Ta=60±2℃, RH=90±5%500 hours

10%0/22

Test conditions

Notes(2）Criteria for judging damages
Measurementconditions
Forward voltage
VF
IF=20mA
Optical output power
Po
IF=20mA*(U): Upper standard level, (L): Lower standard level
Test items

SymbolsJudgment criteria
Min.
Max.
(U)×1.1(L)×0.5
NS360L-5RLO
160301-NS

3/7

8. Cautions(1) The LEDs emit strong UV radiation. Do not look directly at the LEDs. UV radiation may harm
your eyes. To prevent inadequate exposure of UV radiation, wear UV protective glasses.
(2) Direction for use
When designing the circuit, the current through each LED must not exceed the absolute
maximum ratings. Operating at a constant current per LED is recommended.
This product should be operated using forward current. Do not apply either forward or reversevoltage while it is not in use.
(3) Static and surge
The LEDs are very sensitive to static electricity and surge voltage. Take a full protection against
static and surge.
(4) Heat generation
The powered LEDs generate heat. The operating current should be decided after considering theambient maximum temperature of LEDs.
(5) Lead forming
Lead forming should be done before soldering. When forming leads, the leads should be bent at
a point at least 1.5mm from the base of header and must be taken to avoid any stress. Whenmounting the LEDs onto a PCB, the holes on the circuit board should be exactly aligned with theleads of the LEDs. The LEDs should be soldered at least 1.5mm from the base of header.
(6) Storage
The leads are silver plated. They may be changed in quality by exposing to the air contains
corrosive gas. Be careful with the storage environment. The LEDs in the sealed bag can be stored
for maximum 6 months. For the storage more than 6 months up to 1 year, the LEDs should be
stored in the suitable environment of the stable temperature and humidity.
(7) This LED also emits the visible light. Please take notice of the visible light spectrum in case ofuse for especially sensors.

9. Warranty(1) The warranty is valid for UV LED lamps only.
(2) Perform an acceptance inspection on arrival of the goods. Return the defectives if any stipulating
the disqualification and quantity.
(3) Embedding the LEDs into the application and the verification of life and other qualities inpractical use shall be executed by user.
(4) The LEDs are intended to be used for ordinary electronics equipment. Do not use the LEDs forthe applications that require the higher reliability and security and that may endanger life andhealth by the breakdown and the malfunction. Seller shall not bear any responsibility or liability
with respect to any claims and damages caused by user’s usage of the LEDs without following
our intended purpose or any written consent.
(5) Seller shall not bear responsibility for any damages or defects caused by improper operation at
the current in excess of the absolute maximum ratings that are not covered by warranty.

10. Others(1) The technical information in this specification is not to guarantee the intellectual property rightsof seller’s nor a third party and not to grant the license.
(2) The appearance and specifications may be modified for improvement without notice.
Do not reverse engineering by disassembling or analysis of the LEDs without our consent. If
there’s any defectives found, please contact our sales division.
NS360L-5RLO
160301-NS
4/7

Optical and electrical characteristics■Forward voltage vs. Forward current■Forward current vs. Relative output power
Ta=25℃

Ta=25℃
5

Relative output power (a.u.)

Forward current I F (mA)

100

101

32102

2.533.5
4
Forward voltage VF (V)

4.55■Ambient temperature vs. Relative output power

0204060
80
Forward current I F (mA)

100

■Ambient temperature vs. Forward voltage

IF=20 mA

IF=20 mA

4.2

Forward voltage VF (V)10Relative output power (a.u.)

41

4.0
3.8
3.6
3.4
3.2

0-40-200204060
Ambient temperature Ta (℃)

80-40

100-200204060
Ambient temperature Ta (℃)

80

100

NS360L-5RLO
160301-NS
5/7

■Spectrum

30

1.225

1

Relative output power (a.u.)

Allowable forward current (mA)

■Ambient temperature vs.
Allowable forward current

20151050.8
0.60.40.20300

0020406080
Ambient temperature Ta (℃）

Ta=25℃, IF=20 mA

100

325

350375
Wavelength λ400(nm)

425

450

■Directivity
15°
30°

0°

Ta=25℃
1530
45°

45°

6060°

75°

75°
90

10.5

00.5

190°

Relative output power(a.u.)

NS360L-5RLO
160301-NS6/7

■Dimensional outline drawing

Top View

φ5.7±0.2

φ5.0±0.2

Side View
Internal circuit
7.7±0.5

Anode24MIN

1.0±0.51.1

1.5MAX

Cathode

0.6MAX

1MIN

2-□0.5
CathodeAnode
2.54(Unit : mm)*A zener diode is built in the protective circuit against static electricity.
Item
Encapsulating Resin
Lead Frame

Material
Silicone resin
Fe + Ag coating
NS360L-5RLO
160301-NS
7/7