FAB0910009 Datasheet, PDF (1/1 Pages) Power System Technology – FAB0910009

FAB0910009
Description
Features
►28Vdc Input voltage for avionic
►4 outputs up to 1000W
►1/4 ATR short case
►RS422 outputs control - RS422 temperature monitor
►EMI, surge & transient protection for defense, avionic application
►EMI filtering MIL-STD-461E
►Transient protection MIL-STD-704A/E/F, MIL-STD-1275A/B/D
►DO-160E input protections
►Fan cooled 6m/s min. (external)
Safety IEC/EN 60950-1, RoHS lead-free-solder compliant
RoHS
This DC/DC converter is based on the integration of Vicor input filter M-FIAM and 3 DC/DC converters. All outputs a^Pr^INe fully monitored by micr^Do^ec^sco^rn^iptr^tio^olⁿler board through a opto
isolated RS422 communication. It is ruggedized, conformal coated for severe environment in avionics application_Es_-F-G-H
Amphenol Socapex TV07RW-17-8P
+IN 28V
Positive input voltage
A-B-C-D
-IN 28V
Negative input voltage
Electrical Input Data
Signal
Input
Characteristics
Operating input voltage
Nominal input voltage
Undervoltage lockout
Overvoltage lockout
Input current
No-load input power
Peak inrush current
Start-up time
Conditions
28
Unit
min typ max
20,5
36,3
36
V
28
V
19,5
V
37,8 39,6 V
40
57 A
40
W
44 A
10
80 ms
Electrical Output Data
FAN alarm
Input interruption > 2,5ms
RS422 voltage monitoring
Temp. monitoring
Undervoltage & overvoltage alarm
Output
Characteristics
Output voltage
Overvoltage protection
Nominal output current
Output current limit
Output noise
Load regulation
Conditions
V1
V2
V3
V4
Unit
min typ max min typ max min typ max min typ max
30
30
30
24
V
31,5 32,7 33,9 31,5 32,7 33,9 31,5 32,7 33,9 31,5 32,7 33,9 V
0 13,3 14,3 0 13,3 14,3 0 6,6 7,1 0 1,8 1,8 A
16,5
16,5
8,4
2,1
A
15
15
15
15
mVp
1
1
1
1
%
Mechanical Data
L-K-J
H-R-S
A^P-B^IN-C
M-N-P
E-F_G-_-G_F-H
A-B_E-_-C_D-D
Connector ^{Amphenol Socapex} P^TVi⁰n^7RWA^-2l¹l^-1o^6Scation
+V1
Positive output voltage V1
0V1
Negative output voltage V1
+V2
D_Poe_ss_ic_tir_vi_ept_oio_un_{tput voltage V2}
Am₀p_Vhe₂nol Socape_Nx_eT_gV_a0_tiv7_eRW_ou-_t1_p7_u-_t8_vP_{oltage V2}
+IN_+V2₃8V
P_Po_os_si_it_ti_iv_ve_e i_on_up_tu_pt_uv_t o_vl_ota_ltg_ae_{ge V3}
-IN_0V2₃8V
N^Ne^eg^ga^at^tiⁱv^ve^e oⁱⁿu^pt^up^tu^vt ^ov^lo^talt^ga^ege V3
L-K₁ -J
H-R₂ -S
A-B₃-C
M-N₄ -P
G₅-F
E₆-D
Amphenol S_So_Ic_La₆pe₂x_,5T₄V_m0_m7RW-21-16S
V⁺P^VP¹
C^Poo^snⁱn^tie^vecte^od^utt^po^u0^t V^voL^ltf^ao^gr^epr^Vo¹gramming
V^0VS¹S
N_0Ve_Lgative output voltage V1
V⁺D^VD²
+^P5^oV^siL^{tive output voltage V2}
P⁰G^VM²
N_loe_wg_va_oti_lv_tae_go_eu_ptp_ru_ot_gv_rao_mlta_mg_ie_ngV_i2_nput
P⁺G^V3D
S^Pe^or^siⁱa^til^vp^ero^og^ur^ta^pm^utm^voin^ltg^agd^eat^Va³
P⁰G^V3C
N_See_rg_iaa_lti_pve_roo_gu_ratp_mu_mt v_ino_glta_cg_loe_ckV3
Amphenol S^So^Ic^La⁶pe²x^,5T⁴V^m0^m7RW-17-26S
S¹-T
V₊P_VP₄
C_Poo_sn_tn_ive_ect_oe_ud_tpto_ut0_VV₄L for programming
B²-C
V_0VS₄S
N^0Ve^Lgative output voltage V4
Z³
GPU-PW^VD^DIP^D-IND-RET ⁺N⁵e^Vg^Lative output GPU-PWDIP-IND
4_L
GPU-P^PW^GD^MIP-IND ^lP^oo^wsi^vti^ov^le^tao^gu^etp^pu^rot ^gG^raP^mU^m-PⁱW^ngDⁱⁿIP^p-^uIN^t D
M⁵
SEU^P-O^GN^D-RET
S_Ne_er_gia_al_tip_vr_eo_ig_nr_pa_um_t m_SEin_Ug_-d_Oa_Nta
N⁶
SE^PU^G-^CON
S_Pe_or_si_ia_til_vp_ero_ing_pr_ua_tm_Sm_Ei_Ung_-Oc_Nlock
Y
SP-PWDIP-IND-RET Negative output SP-PWDIP-IND
K
SP^A-^mPW^phD^eIⁿP^o-^lIN^SD^ocapeP^x o^Ts^Vit⁰iv⁷e^Ro^Wu^-tp¹u⁷t^-2S⁶P^S-PWDIP-IND
S_J-T _SEU-PWD+_IV_P4_{-IND-RET N}Po_es_gt_aiv_tie_veou_intp_pu_ut_t V_S4_EU-PWDIP-IND
B_H-C
SEU-P⁰W^VD⁴IP-IND P^No^es^gi^ati^tv^ive^ein^op^uu^tpt ^uS^tE^vU^o-^ltP^aW^geD^VIP⁴-IND
Z_c
GP_SU_P-_AP_RW_ED_-DIP_IS-I_CN_-D_R-_ER_TET _NN_ee_gg_aa_tt_ii_vv_ee _oo_uu_tt_pp_uu_tt _SG_PP_AU_R-P_EW_-DD_ISIP_C-IND
X^L
GP_SU_P-_AP_RW_ED_-DIP_IS-I_CND P_Po_os_si_it_ti_iv_ve_e o_ou_ut_tp_pu_ut_t G_SPP_AU_R-P_EW_-DD_ISIP_C-IND
M_R
S_FE_AU_N-O_-TN_A-_CR_HE_IT
N_Poe_sg_ia_tit_viv_ee_inin_pp_uu_t t_FS_AE_NU_-T-O_ACN_HI
N_A
P^SR^EE^US^--^OFA^NN
P_Po_res_sit_eiv_ne_cein_Fpu_At_NSEU-ON
Y_V
SP-PWD_TI_XP_--_PIND-RET N_TXeg₊ative output SP-PWDIP-IND
K_F
SP-PW_TXD_-NIP-IND P_TXos_- itive output SP-PWDIP-IND
W^J
SEU-PW_RD_XIP_-N-IND-RET N_Re_Xg₊ative input SEU-PWDIP-IND
H_E
SEU-P₀W_VRD_SIP-IND P_0Vos_Riti_Xve_&in_Tp_Xut SEU-PWDIP-IND
G^c
SPARE_R-D_X-IS_PC-RET N_Re_Xg₊ative output SPARE-DISC
a-b-D^X-P-U
SPARE-DISC
N^PoC^{sitive output SPARE-DISC}
R
FAN-TACHI
Positive input FAN-TACHI
A
PRES-FAN
Presence FAN
V
F
Compliance ^TX-P
TX+
TX-N
TX-
W
RX-N
RX+
Stan_GEdard
0VRS
RX-P
0V RX & TX
RX+
L^a-a^bb^-Do^-r^Pa^-t^Uory qualification repo^Nrt^Cavailable on request for hint
of test and level.
* Conducted Emission
- MIL STD 461F CE101, CE102
- DO160E
* Radiated Emission
- MIL STD 461F, RE102
- DO160F Sect 21
* Susceptibility
- DO160F Sect 19, 17, 22
- MIL STD 461F CS102, 114, 115, 116, RS103
* Transient
- DO160F sect 22, 15, 17
- MIL STD 704
- MIL STD 1275
* Environmental
- DO160 sect 4, 5, 6, 7, 8, 12, 14
- MIL STD 810F
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