DDX-PJS Datasheet, PDF (5/13 Pages) DOMINANT Semiconductors – High brightness surface mount LED

DOMINANT ^TM
Opto Technologies ^PRELIMINARY
s
Innovatin_Rg_eIl_llu_am_tivin_eat_Ii_non_{tenUsNitDyEVRs DFoErVwEaLrOdPCMurErNenTt}
t verified. The1.2^Rs_R^ep^l_e^a_lc^t_aⁱi^v_tf_i^ei_vc_e^Iaⁿ_It_n^ti^Meo_te^nun_n^sls^t_s^itp_i^ya_t^l_y^er^Ve_V^Xs_s^-s^YFu_F^oP_ob^rl_rj^wo_we^tac_a^rt_r^d_dto^C_C^u_u^r_r^r_r^e_eⁿ_n^t_t
e without notice.
3₃₁₆
Forward current vs. forward voltage.
2₂.₀5_.5.85
0²².6⁴
1₁.5_{.5 3}
0.4
1_{1 2}
0.2
0₀.5_{.5 1}
0₀⁰₀₀₀₀₀
10₁₁₀₀
20
2
2²0⁰³⁰ ₄ ⁴3⁰³0⁰
50
6
4⁴0⁰⁶⁰
8^{575000 806}1⁰⁶0⁰
100
F_Fo_oFr_orw_wrwa_ar_ard_CdrdC_oCu_{Cl_u}r_ur_1re_rr8ren_ent_n,_ttm_;;mA_mAA
Variables
Col_19
AllnGaP : DDx-PJS
Forward Current vs Forward Voltage
70 _F^F_o^or_r^w_w^a_a^r_r^d_d ^V_C^o_u^l_r^ta_re^g_n^e_t^V_V^s_s^F_F^o_o^rw_rw^a_a^rd_rd^C_V^u_o^rr_l^e_taⁿ_g^t _e
60²₃^.8₀
50 ₂₅
40_22.40
30
15
20
1²0
10
5
0
1.₁6_0.7
1.8
1.9
2
2.1 2.2 2.3
1⁰.2 ¹⁰1.4 ²⁰ 1.³6^{0 4}1⁰.8 ⁵⁰ 2 ⁶⁰ 2⁷.2^{0 80}2.4
F_Fo_oFr_row_wra_war_rad_drdCVo_uVrl_ot_ra_eltg_nae_tg,;_emV_;AV
Max^MFi^oa_Fm^rx_o^wuⁱ_r^m_w^am^ur_a^dm_rc_d^Cu^C_C^ur^ur_u^re^rr_r^ren_r^e_eⁿtⁿM_n^ttv_tu^VVs_Vl^st.i_spt^Ale_Ae^mm_mX^bp_b-ⁱY^ee_ie_eⁿⁿrP_n^ta^tl_to^Tt^T_Tut^ee_e^mr^m_me^p.^p_p^ee_e^rra_r^a_a^tut_t^u_u^re_r^r_e^e
680₆₂0₀₅
Variables
5⁷0₅⁰₀
FCurrentTS
20
60
4040
5₁0₅
3₄03₀0
2₃02¹₀0⁰
1²01⁰05
10
0 0₀
0 _{0 0}0 ₁₀
0 10
2²0₂⁰₀ 30 ⁴4⁰0₄₀ 50 ⁶⁰6₆0₀ 70⁸⁰8₈0₀ 9¹0⁰⁰1₁0₀0₀ ¹²⁰
20_AAm30_mbbi4_ei0_enFntCt5_T0_Tueermrm6_ep0_pneetr7_Ara0_aSttuu8_rre0_e 90 100
Ambient Temperature
Re_RRl_eea_llt_aaiv_ttiie_vveeIn_MIInt_nue_ttlen_teins_pnsi_lst_eiy_tityXyV_V-s_YVssW_PWWla_oav_tave_vel_ele_eln_neg_ngtt_ghh_th
11 1₁
0₀._.9₉0₀._.9₉ ^Yellow
0₀._.8₈0₀._.8_{8 Yellow}
0₀._.7₇⁰₀^._.⁷₇
AmAbmebrer
Red
0₀._.6₆⁰₀^._.⁶₆
0₀._.5₅⁰₀^._.⁵₅
0₀._.4₄⁰₀^._.⁴₄
000⁰⁰...^..123²³⁰⁰⁰₀₀₀^..._...¹²³₁₂₃
0.₀1 ₀₀
0 ₄₅₀5₅0₀0₀
SuRpeedr Red
5⁵5⁵⁵0⁵⁰⁰ 60⁶0^{00 6}6⁵5⁰0⁶⁵⁰ 700 ⁷⁷⁵⁰⁰⁰750 ⁷⁵8⁰0⁸0⁵⁰
500
550 _WW6_Wa0_av0_{aveevleleenlngeg}6_tnh5_tgh0_{; ;tnhnmm} 700
750
Wavelength; nm
Variable
Supe
Red
Ambe
Yellow
Radiation Pattern
Maxim₃₀u_° m P₂₀u_° lse₁₀C_° urr_0°ent Vs Duty Cycle
1.0
1000
40°
0.8
50°
0.6
100 _60°
0.4
70°
80°
90°
10
1
0.2
0
10
100
Duty (%); Tp<=10us
5
30/10/2015 V6.0