( 12/03/16 B 09/12/46) ELIT: IRE , ELIT, BZE , LE , KXE , KYE , UIK2; GIRO: MOD , SRR , SK , FG , O1 , O2 , TPG , TEG ; LINC: PL , FKL , KG1 , KV1 , KXL , KZL , FLL , KG2 , KV2 , BL , TEL ; KAN1: M1 , KBK , K1 , K2 , K3 , K4 , KM1 , L1 , L2 , FE , FP , M2 , BPM , K5 , K6 , L3 , K7 , K8 , L4 , K9 , M3 ; SYNC: Q , ST , STP , Z1I , Z2I , BS , SP , R1B , R2B , ZB ; KAN2: PM1 , NK1X, NK2X, NK2Z, PM2 , KL1 , NQX , KL2 , NK3Z, NK4X, PM3 , NK5X, NK6Z, MA , LF , LD , PM4 ; SERV: VREM, T , VV , APRR, BELK, TOKI, FREQ, VACU, EP ;

ELIT

1 ) IRE 1 (U: 1 ; I: 0 ) 1 (. ) : 1 ) T U NP=1 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=0 : 1 ) -7 ZAP : NP=451, I1011 1UR : N=12, K=0; N=10 1 2 ) ELIT 20 (U: 6 ; I: 14) 5 (. ) : 1 ) UE U NP=2 R(/B )=2.57730 C: +-.5000% MAX(B )=20000.0 I1011 1PKS(-8 ) .:N=12,K=0,P=16; N=2 ,A=1 2 ) UK U NP=3 R(/B )=2.55780 MAX(B )=20000.0 I1011 1PKS(-8 ) .:N=12,K=0,P=16; N=2 ,A=2 3 ) US U NP=5 R(/B )=555.000 C: +-1.000 MAX(B )=100.000 I1012 8PKS(-8 ) .:N=12,K=1,P=15; N=11,A=1 4 ) UN U NP=4 R(/B )=1.00000 MAX(B )=10000.0 I1012 8PKS(-8 ) .:N=12,K=1,P=15; N=11,A=0 5 ) TE U NP=7 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=1 6 ) TK U NP=6 R(/MKS )=10.0000 MAX(MKS )=6500.00 I1012 7GV (-8 ) .:N=12,K=1,P=15; N=5 ,A=3 7 ) UCE I NP=10 R(/B )=-22.960 C: +-.5000% (D: 2, T: 2.50, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 3 8 ) UCK I NP=9 R(/B )=24.7525 C: +-5.000% (D: 2, T: 2.50, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 2 9 ) USI I NP=8 R(/DEL )=4870.00 (D: 2, T: 1.25, -: 0) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 0 10) LZI I NP=16 R(/DEL )=4870.00 (D: 2, T: 1.25, -: 0) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 1 11) UNI I NP=17 R(/DEL )=4870.00 (D: 2, T: 1.25, -: 0) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 1 12) UGI I NP=18 R(/B )=420.732 C: +-5.000 (D: 2, T: 1.25, -: 0) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 2 13) IGI I NP=19 R(/A )=367843. C: +-.1000 (D: 2, T: 1.25, -: 0) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 0 14) IES I NP=26 R(/MKA )=300.000 (D: 2, T: 1.25, -: 0) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 0 15) IOE I NP=14 R(/MKA )=1000.00 (D: 1, T: 1.25, -: 0) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 1 16) QE I NP=15 R(/A )=700.000 I2022 9BP (-4 ) .:N=16,K=1,P=15; N=3 ,A=1 17) IE I NP=20 R(/A )=13.9600 C: +-2.500% I2022 1ZIS(-4 ) .:N=16,K=1,P=15; N=12,A=0 18) U2 I NP=21 R(/KB )=-.55500 C: +-2.500% I2022 1ZIS(-4 ) .:N=16,K=1,P=15; N=12,A=1 19) TSTE I NP=13 R(/MKS )=10.0000 C: +-1.000 I2000 1IV8(-8 ) N=7 ,A=2 20) TZAP I NP=32 R(/MKS )=10.0000 C: +-1.000 I2000 1IV8(-8 ) N=7 ,A=1 : 1 ) -7 WE : NP=451, I1011 1UR : N=12, K=0; N=10 2 2 ) -7 WK : NP=451, I1011 1UR : N=12, K=0; N=10 3 3 ) -7 BLE : NP=457, I1011 7UR : N=12, K=0; N=14 2 4 ) -7 BLK : NP=457, I1011 7UR : N=12, K=0; N=14 3 5 ) -7 NAK : NP=458, I1013 8UR : N=12, K=2; N=14 13 3 ) BZE 4 (U: 0 ; I: 4 ) 0 (. ) : 1 ) RESU I NP=24 R(/ )=3600.00 I1000 UPO ( ) N=25,A=0 2 ) PROB I NP=27 R(/RAZ )=1.00000 I1000 UPO ( ) N=25,A=0 3 ) BORO I NP=28 R(/RAZ )=1.00000 I1000 UPO ( ) N=25,A=0 4 ) U2 I NP=29 R(/RAZ )=1.00000 I1000 UPO ( ) N=25,A=0 4 ) LE 4 (U: 2 ; I: 2 ) 1 (. ) : 1 ) U U NP=22 R(/B )=70.5887 C: +-.5000% MAX(B )=849.994 I1011 1PKS(-8 ) .:N=12,K=0,P=16; N=2 ,A=3 2 ) T U NP=23 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=3 3 ) ULE I NP=12 R(/B )=1000.00 C: +-.5000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 2 4 ) HLE I NP=426 R(/A )=-80.000 C: +-1.000% I2021 1BP (-4 ) .:N=16,K=0,P=16; N=3 ,A=0 : 1 ) -7 BLOK : NP=457, I1011 7UR : N=12, K=0; N=14 4 5 ) KXE 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=30 R(/A )=2500.00 C: +-.0500 MAX(A )=1.50000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=10 2 ) IKXE I NP=31 R(/A )=48900.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 20 6 ) KYE 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=34 R(/A )=2500.00 C: +-.0500 MAX(A )=1.50000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=11 2 ) IKYE I NP=35 R(/A )=48900.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 22 7 ) UIK2 4 (U: 0 ; I: 4 ) 0 (. ) : 1 ) 1 I NP=36 R(/A )=1.00000 (D: 2, T: 20.0, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 8 2 ) 2 I NP=37 R(/A )=1.00000 (D: 2, T: 20.0, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 9 3 ) 3 I NP=38 R(/A )=1.00000 (D: 2, T: 20.0, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 10 4 ) 4 I NP=39 R(/A )=1.00000 (D: 2, T: 20.0, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 11

GIRO

1 ) MOD 11 (U: 2 ; I: 9 ) 3 (. ) : 1 ) U U NP=51 R(/B )=2.64000 MAX(B )=18000.0 I1011 1PKS(-8 ) .:N=12,K=0,P=16; N=2 ,A=7 2 ) T U NP=52 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1012 7GV (-8 ) .:N=12,K=1,P=15; N=5 ,A=2 3 ) UMOD I NP=58 R(/B )=24.9200 C: +-2.000% (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 4 4 ) FZG I NP=59 R(/MHZ )=1000.00 C: +-.0100 I1000 UPO ( ) N=25,A=0 5 ) PAD1 I NP=53 R(/B )=44.4000 I2022 7ZIS(-4 ) .:N=16,K=1,P=15; N=18,A=0 6 ) PAD2 I NP=54 R(/B )=42.9000 I2022 7ZIS(-4 ) .:N=16,K=1,P=15; N=18,A=1 7 ) OTR1 I NP=55 R(/B )=112.300 I2022 2ZIS(-4 ) .:N=16,K=1,P=15; N=13,A=2 8 ) OTR2 I NP=56 R(/B )=135.000 I2022 2ZIS(-4 ) .:N=16,K=1,P=15; N=13,A=3 9 ) URR1 I NP=76 R(/B )=44.4000 C: +-22.00% I2022 7ZIS(-4 ) .:N=16,K=1,P=15; N=18,A=2 10) URR2 I NP=77 R(/B )=44.7000 I2022 7ZIS(-4 ) .:N=16,K=1,P=15; N=18,A=3 11) UAM I NP=57 R(/B )=56.1500 I2022 2ZIS(-4 ) .:N=16,K=1,P=15; N=13,A=1 : 1 ) -7 W : NP=452, I1011 2UR : N=12, K=0; N=12 4 2 ) -7 BLOK : NP=457, I1011 7UR : N=12, K=0; N=14 8 3 ) -7 NAKG : NP=457, I1011 7UR : N=12, K=0; N=14 16 2 ) SRR 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) U U NP=60 R(/B )=9.00000 C: +-5.000% MAX(B )=7000.00 I1012 8PKS(-8 ) .:N=12,K=1,P=15; N=11,A=4 2 ) USRR I NP=61 R(/B )=50.0000 C: +-100.0 (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 4 3 ) SK 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) U U NP=62 R(/B )=9.00000 C: +-5.000% MAX(B )=7000.00 I1012 8PKS(-8 ) .:N=12,K=1,P=15; N=11,A=5 2 ) USK I NP=63 R(/B )=50.0000 C: +-5.000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 4 4 ) FG 4 (U: 2 ; I: 2 ) 1 (. ) : 1 ) U U NP=64 R(/B )=70.5887 C: +-.5000% MAX(B )=299.991 I1011 1PKS(-8 ) .:N=12,K=0,P=16; N=2 ,A=4 2 ) T U NP=65 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=4 3 ) UCFG I NP=66 R(/B )=1000.00 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 5 4 ) HFG I NP=67 R(/A )=120.000 C: +-2.000% I2021 1BP (-4 ) .:N=16,K=0,P=16; N=3 ,A=1 : 1 ) -7 BLOK : NP=457, I1011 7UR : N=12, K=0; N=14 6 5 ) O1 4 (U: 2 ; I: 2 ) 1 (. ) : 1 ) U U NP=68 R(/B )=70.5887 C: +-.5000% MAX(B )=649.991 I1011 1PKS(-8 ) .:N=12,K=0,P=16; N=2 ,A=5 2 ) T U NP=69 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=5 3 ) UO1 I NP=70 R(/B )=1000.00 C: +-.5000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 5 4 ) IO1 I NP=71 R(/KA )=345.000 C: +-1.000% I2021 1BP (-4 ) .:N=16,K=0,P=16; N=3 ,A=2 : 1 ) -7 BLOK : NP=457, I1011 7UR : N=12, K=0; N=14 6 6 ) O2 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=72 R(/B )=11.1300 C: +-.5000% MAX(B )=4500.00 I1011 1PKS(-8 ) .:N=12,K=0,P=16; N=2 ,A=6 2 ) T U NP=73 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=6 3 ) UO2 I NP=74 R(/B )=110.740 C: +-.5000% (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 5 4 ) IO2 I NP=75 R(/KA )=580.000 C: +-1.000% I2021 1BP (-4 ) .:N=16,K=0,P=16; N=3 ,A=3 : 1 ) -7 W : NP=452, I1011 2UR : N=12, K=0; N=12 3 2 ) -7 BL : NP=457, I1011 7UR : N=12, K=0; N=14 7 7 ) TPG 3 (U: 0 ; I: 3 ) 0 (. ) : 1 ) TOS1 I NP=95 R(/B )=1.00000 I2022 9BP (-4 ) .:N=16,K=1,P=15; N=3 ,A=2 2 ) TOS2 I NP=96 R(/B )=1.00000 I2022 9BP (-4 ) .:N=16,K=1,P=15; N=3 ,A=3 3 ) IKG I NP=97 R(/B )=1.00000 I2022 9BP (-4 ) .:N=16,K=1,P=15; N=3 ,A=0 8 ) TEG 6 (U: 0 ; I: 6 ) 0 (. ) : 1 ) 1RR I NP=80 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=0 2 ) 2RR I NP=81 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=1 3 ) 1WR I NP=82 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=2 4 ) 2WR I NP=83 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=3 5 ) 1WW I NP=84 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=4 6 ) 2WW I NP=85 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=5

LINC

1 ) PL 4 (U: 1 ; I: 3 ) 1 (. ) : 1 ) I U NP=101 R(/A )=1.00000 MAX(A )=50.0000 I1012 8PKS(-8 ) .:N=12,K=1,P=15; N=11,A=6 2 ) UNAK I NP=102 R(/B )=16047.2 C: +-5.000% (D: 2, T: 1.25, -: 0) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 3 3 ) INAK I NP=103 R(/A )=6850.29 (D: 2, T: 1.25, -: 0) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 3 4 ) QPL I NP=104 R(/A )=62.8000 I2021 2BP (-4 ) .:N=16,K=0,P=16; N=5 ,A=0 : 1 ) -7 NAK : NP=458, I1013 8UR : N=12, K=2; N=14 14 2 ) FKL 3 (U: 1 ; I: 2 ) 0 (. ) : 1 ) I U NP=127 R(/A )=22.4100 C: +-1.000 MAX(A )=39.9822 I1015 7PKS(-8- ) .:N=14,K=0,P=12; N=21,A=0 2 ) IFKL I NP=128 R(/A )=-661.00 C: +-1.500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 72 3 ) TEFK I NP=193 R(/GRAD)=1.00000 C: +-5.000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=10 3 ) KG1 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=105 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=14 2 ) IKG1 I NP=106 R(/A )=48900.0 C: +-.1000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 28 4 ) KV1 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=107 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=15 2 ) IKV1 I NP=108 R(/A )=48900.0 C: +-.1000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 30 5 ) KXL 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=109 R(/A )=2500.00 C: +-.0500 MAX(A )=5.10000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=12 2 ) IKXL I NP=110 R(/A )=48900.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 24 6 ) KZL 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=111 R(/A )=2500.00 C: +-.0500 MAX(A )=5.10000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=13 2 ) IKZL I NP=112 R(/A )=48900.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 26 7 ) FLL 4 (U: 2 ; I: 2 ) 1 (. ) : 1 ) U U NP=113 R(/B )=70.5887 C: +-.5000% MAX(B )=799.986 I1011 2PKS(-8 ) .:N=12,K=0,P=16; N=6 ,A=0 2 ) T U NP=114 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 2GV (-8 ) .:N=12,K=0,P=16; N=8 ,A=0 3 ) UFLL I NP=115 R(/B )=-1000.0 C: +-.5000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 6 4 ) HFLL I NP=116 R(/HS )=-.92200 C: +-5.000% I2022 10BP(-4 ) .:N=16,K=1,P=15; N=5 ,A=0 : 1 ) -7 BLOK : NP=457, I1011 7UR : N=12, K=0; N=14 9 8 ) KG2 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=117 R(/A )=435.000 C: +-.0500 MAX(A )=10.0000 I1015 7PKS(-8- ) .:N=14,K=0,P=12; N=21,A=2 2 ) IKG2 I NP=118 R(/A )=13269.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 89 9 ) KV2 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=119 R(/A )=442.000 C: +-.0500 MAX(A )=6.00000 I1015 7PKS(-8- ) .:N=14,K=0,P=12; N=21,A=1 2 ) IKV2 I NP=120 R(/A )=13436.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 94 10) BL 13 (U: 0 ; I: 13) 0 (. ) : 1 ) U1L I NP=125 R(/MEV )=18.4700 I2022 4ZIS(-4 ) .:N=16,K=1,P=15; N=15,A=0 2 ) U2L I NP=126 R(/MEV )=33.5800 I2022 4ZIS(-4 ) .:N=16,K=1,P=15; N=15,A=1 3 ) X1L I NP=121 R(/MM )=60.0000 I2022 5ZIS(-4 ) .:N=16,K=1,P=15; N=16,A=0 4 ) X2L I NP=122 R(/MM )=60.0000 I2022 5ZIS(-4 ) .:N=16,K=1,P=15; N=16,A=1 5 ) Y1L I NP=123 R(/MM )=30.0000 I2022 5ZIS(-4 ) .:N=16,K=1,P=15; N=16,A=2 6 ) Y2L I NP=124 R(/MM )=30.0000 I2022 5ZIS(-4 ) .:N=16,K=1,P=15; N=16,A=3 7 ) EL I NP=402 R(/MEV )=18.1100 I1000 UPO ( ) N=25,A=0 8 ) FSL I NP=403 R(/GRAD)=1.00000 I1000 UPO ( ) N=25,A=0 9 ) XL I NP=400 R(/MM )=60.0000 I1000 UPO ( ) N=25,A=0 10) YL I NP=401 R(/MM )=30.0000 I1000 UPO ( ) N=25,A=0 11) IL I NP=404 R(/A )=200.000 I1000 UPO ( ) N=25,A=0 12) IKG I NP=406 R(/B )=1.00000 I2022 9BP (-4 ) .:N=16,K=1,P=15; N=3 ,A=0 13) APLU I NP=412 R(/MM )=1.00000 I1000 UPO ( ) N=25,A=0 11) TEL 4 (U: 0 ; I: 4 ) 0 (. ) : 1 ) 1NLU I NP=86 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=6 2 ) 1SLU I NP=87 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=7 3 ) 2SLU I NP=88 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=8 4 ) 2WLU I NP=89 R(/GRAD)=1.00000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=9

KAN1

1 ) M1 8 (U: 1 ; I: 7 ) 0 (. ) : 1 ) I U NP=131 R(/A )=-24.460 C: +-.5000 MAX(A )=374.980 I1015 7PKS(-8- ) .:N=14,K=0,P=12; N=21,A=5 2 ) IM1 I NP=132 R(/A )=721.000 C: +-1.000 (D: 2, T: 10.0, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 69 3 ) TEM1 I NP=192 R(/GRAD)=1.00000 C: +-5.000 I1020 1ACT(-16 ) .:N=14,K=3,P=9 ; N=17,A=11 4 ) UCAP I NP=190 R(/MB )=-500.00 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 114 5 ) USO I NP=191 R(/MB )=500.000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 115 6 ) UM1+ I NP=194 R(/B )=100000. C: +-.3000 (D: 2, T: 5.00, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 112 7 ) UM1- I NP=195 R(/B )=100000. C: +-.3000 (D: 2, T: 5.00, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 113 8 ) UN I NP=196 R(/B )=100000. I1000 UPO ( ) N=25,A=0 2 ) KBK 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=129 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=0 2 ) IKBK I NP=130 R(/A )=48900.0 C: +-.3000 (D: 0, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 0 3 ) K1 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=159 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=1 2 ) IK1X I NP=160 R(/A )=48900.0 C: +-.3000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 2 4 ) K2 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=161 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=2 2 ) IK2Z I NP=162 R(/A )=48900.0 C: +-.3000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 4 5 ) K3 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=163 R(/A )=2500.00 C: +-.0500 MAX(A )=4.99920 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=3 2 ) IK3X I NP=164 R(/A )=48900.0 C: +-.3000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 6 6 ) K4 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=165 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=4 2 ) IK4Z I NP=166 R(/A )=48900.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 8 7 ) KM1 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=141 R(/A )=441.000 C: +-.2000 MAX(A )=25.0000 I1015 7PKS(-8- ) .:N=14,K=0,P=12; N=21,A=6 2 ) IKM1 I NP=144 R(/A )=13435.0 C: +-.5000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 110 8 ) L1 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=177 R(/A )=436.000 C: +-.2000 MAX(A )=25.0000 I1015 7PKS(-8- ) .:N=14,K=0,P=12; N=21,A=3 2 ) IL1 I NP=178 R(/A )=13316.0 C: +-.5000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 100 9 ) L2 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=179 R(/A )=441.000 C: +-.2000 MAX(A )=25.0000 I1015 7PKS(-8- ) .:N=14,K=0,P=12; N=21,A=4 2 ) IL2 I NP=180 R(/A )=13475.0 C: +-.2000 (D: 2, T: 20.0, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 105 10) FE 5 (U: 2 ; I: 3 ) 2 (. ) : 1 ) U U NP=133 R(/B )=14.1387 C: +-1.000% MAX(B )=4000.86 I1011 2PKS(-8 ) .:N=12,K=0,P=16; N=6 ,A=1 2 ) T U NP=134 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 2GV (-8 ) .:N=12,K=0,P=16; N=8 ,A=1 3 ) UCFE I NP=135 R(/B )=-142.05 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 6 4 ) FAZA I NP=235 R(/B )=100.000 (D: 0, T: 20.0, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 21 5 ) HFE I NP=136 R(/HS )=.804500 C: +-5.000% I2022 10BP(-4 ) .:N=16,K=1,P=15; N=5 ,A=1 : 1 ) -7 W : NP=452, I1011 2UR : N=12, K=0; N=12 6 2 ) -7 BL : NP=457, I1011 7UR : N=12, K=0; N=14 10 11) FP 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=142 R(/B )=16.6100 C: +-1.000% MAX(B )=3789.95 I1011 2PKS(-8 ) .:N=12,K=0,P=16; N=6 ,A=2 2 ) T U NP=137 R(/MKS )=10.0000 C: +-1.000% MAX(MKS )=6500.00 I1011 2GV (-8 ) .:N=12,K=0,P=16; N=8 ,A=2 3 ) UCFP I NP=143 R(/B )=165.020 C: +-5.000% (D: 2, T: 10.0, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 6 4 ) HFP I NP=138 R(/HS )=.268700 C: +-5.000% I2022 10BP(-4 ) .:N=16,K=1,P=15; N=5 ,A=2 : 1 ) -7 BL : NP=457, I1011 7UR : N=12, K=0; N=14 11 2 ) -6 ; U : +U: NP=452, I1011 2UR : N=12, K=0; N=12 8 -U: NP=452, I1011 2UR : N=12, K=0; N=12 7 12) M2 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=139 R(/B )=70.3094 C: +-1.000% MAX(B )=655.446 I1011 2PKS(-8 ) .:N=12,K=0,P=16; N=6 ,A=3 2 ) T U NP=140 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 2GV (-8 ) .:N=12,K=0,P=16; N=8 ,A=3 3 ) UCM2 I NP=145 R(/B )=1055.00 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 7 4 ) HM2 I NP=146 R(/GAUS)=-1.0000 C: +-2.000% I2022 10BP(-4 ) .:N=16,K=1,P=15; N=5 ,A=3 : 1 ) -7 BL : NP=457, I1011 7UR : N=12, K=0; N=14 12 2 ) -6 ; U : +U: NP=452, I1011 2UR : N=12, K=0; N=12 10 -U: NP=452, I1011 2UR : N=12, K=0; N=12 9 13) BPM 1 (U: 1 ; I: 0 ) 0 (. ) : 1 ) T U NP=464 R(/MKS )=10.0000 MAX(MKS )=6500.00 I1012 7GV (-8 ) .:N=12,K=1,P=15; N=5 ,A=1 14) K5 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=167 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=5 2 ) IK5X I NP=168 R(/A )=48900.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 10 15) K6 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=169 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=6 2 ) IK6Z I NP=170 R(/A )=48900.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 12 16) L3 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=147 R(/B )=34.5000 C: +-.5000% MAX(B )=1400.00 I1011 2PKS(-8 ) .:N=12,K=0,P=16; N=6 ,A=4 2 ) T U NP=148 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 2GV (-8 ) .:N=12,K=0,P=16; N=8 ,A=4 3 ) UCL3 I NP=149 R(/B )=-335.00 C: +-.5000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 7 4 ) HL3 I NP=150 R(/GAUS)=-1.0000 C: +-5.000% I2022 11BP(-4 ) .:N=16,K=1,P=15; N=7 ,A=0 : 1 ) -6 ; U : +U: NP=452, I1011 2UR : N=12, K=0; N=12 12 -U: NP=452, I1011 2UR : N=12, K=0; N=12 11 2 ) -7 BL : NP=457, I1011 7UR : N=12, K=0; N=14 13 17) K7 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=171 R(/A )=2500.00 C: +-.0500 MAX(A )=10.0000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=7 2 ) IK7 I NP=172 R(/A )=48900.0 C: +-.3000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 14 18) K8 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=173 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=8 2 ) IK8Z I NP=174 R(/A )=48900.0 C: +-.3000 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 16 19) L4 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=151 R(/B )=52.2700 C: +-1.000 MAX(B )=1250.09 I1011 2PKS(-8 ) .:N=12,K=0,P=16; N=6 ,A=5 2 ) T U NP=152 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 2GV (-8 ) .:N=12,K=0,P=16; N=8 ,A=5 3 ) UCL4 I NP=153 R(/B )=-510.00 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 8 4 ) HL4 I NP=154 R(/GAUS)=1.00000 C: +-1.000% I2022 11BP(-4 ) .:N=16,K=1,P=15; N=7 ,A=1 : 1 ) -6 ; U : +U: NP=452, I1011 2UR : N=12, K=0; N=12 14 -U: NP=452, I1011 2UR : N=12, K=0; N=12 13 2 ) -7 BL : NP=457, I1011 7UR : N=12, K=0; N=14 14 20) K9 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) I U NP=175 R(/A )=2500.00 C: +-.0500 MAX(A )=5.00000 I1015 1CAP(-16 ) .:N=14,K=0,P=12; N=13,A=9 2 ) IK9X I NP=176 R(/A )=48900.0 C: +-.0500 (D: 2, T: 1.25, -: 0) I1015 4ACP(-20 ) .:N=14,K=0,P=12; N=7 ,A=0 ; KA 18 21) M3 5 (U: 2 ; I: 3 ) 2 (. ) : 1 ) U U NP=155 R(/B )=70.6569 C: +-1.000% MAX(B )=919.995 I1011 2PKS(-8 ) .:N=12,K=0,P=16; N=6 ,A=6 2 ) T U NP=156 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 2GV (-8 ) .:N=12,K=0,P=16; N=8 ,A=6 3 ) UCM3 I NP=157 R(/B )=1068.00 C: +-1.000% (D: 2, T: 2.50, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 7 4 ) HM3 I NP=158 R(/GAUS)=1.00000 C: +-2.000% I2022 12BP(-4 ) .:N=16,K=1,P=15; N=9 ,A=0 5 ) IM3G I NP=181 R(/A )=1.00000 I2022 12BP(-4 ) .:N=16,K=1,P=15; N=9 ,A=1 : 1 ) -7 BL : NP=457, I1011 7UR : N=12, K=0; N=14 6 2 ) -6 ; U : +U: NP=452, I1011 2UR : N=12, K=0; N=12 16 -U: NP=452, I1011 2UR : N=12, K=0; N=12 15

SYNC

1 ) Q 9 (U: 7 ; I: 2 ) 5 (. ) : 1 ) U U NP=200 R(/B )=4.54000 C: +-5.000 MAX(B )=9500.00 I1013 4PKS(-8 ) .:N=12,K=2,P=14; N=6 ,A=3 2 ) TPM U NP=201 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1013 4GV (-8 ) .:N=12,K=2,P=14; N=8 ,A=6 3 ) TM U NP=202 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1013 4GV (-8 ) .:N=12,K=2,P=14; N=8 ,A=3 4 ) TST U NP=219 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1013 4GV (-8 ) .:N=12,K=2,P=14; N=8 ,A=7 5 ) TKF U NP=220 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1013 4GV (-8 ) .:N=12,K=2,P=14; N=8 ,A=5 6 ) UZG U NP=259 R(/KB )=2144.00 C: +-.1000% MAX(KB )=21.0000 I1013 4PKS(-8 ) .:N=12,K=2,P=14; N=6 ,A=6 7 ) F U NP=232 R(/MHZ )=1000.00 C: +-.0100 MAX(MHZ )=38.0000 I1000 PAUK(PAUK ) N=23,A=4 8 ) UCFB I NP=252 R(/B )=13.6430 C: +-3.000% (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 12 9 ) FB4 I NP=261 R(/MHZ )=10000.0 C: +-.0100% I1000 UPO ( ) N=25,A=0 : 1 ) -6 ; U : +U: NP=454, I1013 4UR : N=12, K=2; N=12 11 -U: NP=454, I1013 4UR : N=12, K=2; N=12 9 2 ) -7 BLTM : NP=458, I1013 8UR : N=12, K=2; N=14 3 3 ) -7 BLST : NP=458, I1013 8UR : N=12, K=2; N=14 5 4 ) -8 ; TM : TKF Q 5 ) -8 ; TM : TST Q 2 ) ST 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=203 R(/B )=51.3039 C: +-.2000% MAX(B )=1099.99 I1013 3PKS(-8 ) .:N=12,K=2,P=14; N=2 ,A=6 2 ) T U NP=204 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1013 3GV (-8 ) .:N=12,K=2,P=14; N=4 ,A=6 3 ) UCST I NP=205 R(/B )=-493.60 C: +-.5000% (D: 2, T: 10.0, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 8 4 ) EIN I NP=260 R(/MEV )=-2076.0 C: +-.5000% I2022 11BP(-4 ) .:N=16,K=1,P=15; N=7 ,A=3 : 1 ) -7 W : NP=454, I1013 4UR : N=12, K=2; N=12 1 2 ) -7 BL : NP=458, I1013 8UR : N=12, K=2; N=14 10 3 ) STP 2 (U: 1 ; I: 1 ) 0 (. ) : 1 ) U U NP=238 R(/B )=215.000 MAX(B )=300.000 I1013 3PKS(-8 ) .:N=12,K=2,P=14; N=2 ,A=5 2 ) USTP I NP=237 R(/B )=1000.00 (D: 0, T: 5.00, -: 2) I2023 3KAS(-128 ) .:N=16,K=2,P=14; N=18,A=0 ; KA 10 4 ) Z1I 4 (U: 2 ; I: 2 ) 1 (. ) : 1 ) U U NP=206 R(/B )=643.000 C: +-1.000% MAX(B )=100.000 I1013 3PKS(-8 ) .:N=12,K=2,P=14; N=2 ,A=2 2 ) T U NP=207 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1013 3GV (-8 ) .:N=12,K=2,P=14; N=4 ,A=2 3 ) UZ1I I NP=227 R(/B )=1000.00 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 9 4 ) IZ1I I NP=229 R(/A )=1.00000 C: +-5.000% I2022 12BP(-4 ) .:N=16,K=1,P=15; N=9 ,A=2 : 1 ) -6 ; U : +U: NP=453, I1013 3UR : N=12, K=2; N=10 6 -U: NP=453, I1013 3UR : N=12, K=2; N=10 5 5 ) Z2I 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=209 R(/B )=64.2500 C: +-1.000% MAX(B )=449.992 I1013 3PKS(-8 ) .:N=12,K=2,P=14; N=2 ,A=3 2 ) T U NP=210 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1013 3GV (-8 ) .:N=12,K=2,P=14; N=4 ,A=3 3 ) UZ2I I NP=211 R(/B )=1000.00 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 9 4 ) IZ2I I NP=243 R(/A )=1.00000 C: +-5.000% I2022 12BP(-4 ) .:N=16,K=1,P=15; N=9 ,A=3 : 1 ) -7 BL : NP=458, I1013 8UR : N=12, K=2; N=14 2 2 ) -6 ; U : +U: NP=453, I1013 3UR : N=12, K=2; N=10 2 -U: NP=453, I1013 3UR : N=12, K=2; N=10 1 6 ) BS 6 (U: 2 ; I: 4 ) 2 (. ) : 1 ) U U NP=212 R(/B )=-14.650 C: +-1.000% MAX(B )=3998.98 I1013 3PKS(-8 ) .:N=12,K=2,P=14; N=2 ,A=7 2 ) T U NP=213 R(/MKC )=10.0000 C: +-.3000 MAX(MKC )=6500.00 I1013 3GV (-8 ) .:N=12,K=2,P=14; N=4 ,A=7 3 ) UBS I NP=214 R(/B )=-140.85 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 8 4 ) EBS1 I NP=208 R(/DEL )=1.00000 C: +-300.0 I2021 2BP (-4 ) .:N=16,K=0,P=16; N=5 ,A=3 5 ) EBS2 I NP=233 R(/DEL )=1.00000 I2022 9BP (-4 ) .:N=16,K=1,P=15; N=3 ,A=1 6 ) EBS I NP=234 R(/MEV )=5080.00 C: +-5.000% I1000 UPO ( ) N=25,A=0 : 1 ) -7 BL : NP=458, I1013 8UR : N=12, K=2; N=14 11 2 ) -7 W : NP=454, I1013 4UR : N=12, K=2; N=12 3 7 ) SP 8 (U: 3 ; I: 5 ) 12(. ) : 1 ) U U NP=215 R(/B )=13.6530 C: +-.0500% MAX(B )=4299.86 I1013 4PKS(-8 ) .:N=12,K=2,P=14; N=6 ,A=4 2 ) T U NP=216 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1013 4GV (-8 ) .:N=12,K=2,P=14; N=8 ,A=4 3 ) TWYP U NP=270 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1012 8GV (-8 ) .:N=12,K=1,P=15; N=7 ,A=4 4 ) USP I NP=231 R(/B )=-249.00 C: +-1.000% I2000 IPO ( ) N=25,A=0 5 ) USP+ I NP=217 R(/B )=249.400 C: +-1.000% (D: 2, T: 20.0, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 12 6 ) USP- I NP=218 R(/B )=249.000 C: +-1.000% (D: 2, T: 20.0, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 12 7 ) EOUT I NP=253 R(/MEV )=84.7798 C: +-.0500% I2021 4BP (-4 ) .:N=16,K=0,P=16; N=9 ,A=0 8 ) IEP I NP=269 R(/DEL )=1.00000 I1017 1SDS( ) .:N=14,K=2,P=10; N=11,A=0 : 1 ) -7 WS : NP=454, I1013 4UR : N=12, K=2; N=12 2 2 ) -7 BL : NP=458, I1013 8UR : N=12, K=2; N=14 12 3 ) -6 ; U : +U: NP=454, I1013 4UR : N=12, K=2; N=12 6 -U: NP=454, I1013 4UR : N=12, K=2; N=12 5 4 ) -8 ; TWYP: T R1B 5 ) -8 ; TWYP: T R2B 6 ) -8 ; TWYP: T ZB 7 ) -8 ; TWYP: T PM1 8 ) -8 ; TWYP: T PM2 9 ) -8 ; TWYP: T PM3 10) -8 ; TWYP: T PM4 11) -8 ; TWYP: T LF 12) -8 ; TWYP: T LD 8 ) R1B 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=221 R(/B )=66.7630 C: +-10.00 MAX(B )=949.987 I1013 4PKS(-8 ) .:N=12,K=2,P=14; N=6 ,A=0 2 ) T U NP=222 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1013 4GV (-8 ) .:N=12,K=2,P=14; N=8 ,A=0 3 ) UCR1 I NP=223 R(/B )=1000.00 C: +-10.00 (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 11 4 ) IR1 I NP=225 R(/A )=1.00000 C: +-5.000% I2021 3BP (-4 ) .:N=16,K=0,P=16; N=7 ,A=0 : 1 ) -7 BL : NP=458, I1013 8UR : N=12, K=2; N=14 7 2 ) -6 ; U : +U: NP=453, I1013 3UR : N=12, K=2; N=10 12 -U: NP=453, I1013 3UR : N=12, K=2; N=10 11 9 ) R2B 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=224 R(/B )=67.4064 C: +-10.00 MAX(B )=949.999 I1013 4PKS(-8 ) .:N=12,K=2,P=14; N=6 ,A=1 2 ) T U NP=226 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1013 4GV (-8 ) .:N=12,K=2,P=14; N=8 ,A=1 3 ) UCR2 I NP=228 R(/B )=-1000.0 C: +-10.00 (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 11 4 ) IR2 I NP=230 R(/A )=1.00000 C: +-5.000% I2021 3BP (-4 ) .:N=16,K=0,P=16; N=7 ,A=1 : 1 ) -7 BL : NP=458, I1013 8UR : N=12, K=2; N=14 8 2 ) -6 ; U : +U: NP=453, I1013 3UR : N=12, K=2; N=10 14 -U: NP=453, I1013 3UR : N=12, K=2; N=10 13 10) ZB 5 (U: 2 ; I: 3 ) 2 (. ) : 1 ) U U NP=254 R(/B )=4.96500 C: +-2.000% MAX(B )=6600.00 I1013 4PKS(-8 ) .:N=12,K=2,P=14; N=6 ,A=2 2 ) T U NP=255 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1013 4GV (-8 ) .:N=12,K=2,P=14; N=8 ,A=2 3 ) UCZB I NP=256 R(/B )=-99.010 C: +-5.000% (D: 2, T: 10.0, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 11 4 ) IZ1B I NP=257 R(/A )=6.29100 C: +-1.000% I2021 3BP (-4 ) .:N=16,K=0,P=16; N=7 ,A=2 5 ) IZ2B I NP=258 R(/A )=3.05000 C: +-1.000% I2021 3BP (-4 ) .:N=16,K=0,P=16; N=7 ,A=3 : 1 ) -6 ; U : +U: NP=453, I1013 3UR : N=12, K=2; N=10 16 -U: NP=453, I1013 3UR : N=12, K=2; N=10 15 2 ) -7 BL : NP=458, I1013 8UR : N=12, K=2; N=14 9 x

KAN2

1 ) PM1 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=271 R(/B )=7.41000 C: +-.2000% MAX(B )=7100.00 I1014 5PKS(-8 ) .:N=12,K=3,P=13; N=2 ,A=0 2 ) T U NP=272 R(/MKS )=10.0000 C: +-.5000 MAX(MKS )=6500.00 I1014 5GV (-8 ) .:N=12,K=3,P=13; N=4 ,A=0 3 ) UPM1 I NP=273 R(/B )=-71.020 C: +-.3000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 13 4 ) HPM1 I NP=274 R(/MEV )=52.6900 C: +-.1000% I2021 5BP (-4 ) .:N=16,K=0,P=16; N=11,A=0 : 1 ) -6 ; U : +U: NP=455, I1014 5UR : N=12, K=3; N=10 2 -U: NP=455, I1014 5UR : N=12, K=3; N=10 1 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 1 3 ) -9 ; UPM1: U - R(UPM1/U )=1.009400 2 ) NK1X 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=307 R(/B )=70.5887 C: +-1.000% MAX(B )=399.993 I1014 6PKS(-8 ) .:N=12,K=3,P=13; N=6 ,A=1 2 ) T U NP=308 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 6GV (-8 ) .:N=12,K=3,P=13; N=8 ,A=1 3 ) UNK1 I NP=309 R(/B )=1000.00 C: +-5.000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 17 4 ) HNK1 I NP=310 R(/HS )=1.00000 C: +-3.000 I2021 6BP (-4 ) .:N=16,K=0,P=16; N=13,A=2 : 1 ) -9 ; UNK1: U - R(UNK1/U )=-1.02160 2 ) -6 ; U : +U: NP=456, I1014 6UR : N=12, K=3; N=12 4 -U: NP=456, I1014 6UR : N=12, K=3; N=12 3 3 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 10 3 ) NK2X 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=311 R(/B )=70.5887 C: +-1.000% MAX(B )=479.992 I1014 6PKS(-8 ) .:N=12,K=3,P=13; N=6 ,A=2 2 ) T U NP=312 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 6GV (-8 ) .:N=12,K=3,P=13; N=8 ,A=2 3 ) UK2X I NP=313 R(/B )=1000.00 C: +-5.000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 17 4 ) HK2X I NP=314 R(/HS )=-7.7670 C: +-300.0 I2021 6BP (-4 ) .:N=16,K=0,P=16; N=13,A=3 : 1 ) -9 ; UK2X: U - R(UK2X/U )=-1.05875 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 11 3 ) -6 ; U : +U: NP=456, I1014 6UR : N=12, K=3; N=12 6 -U: NP=456, I1014 6UR : N=12, K=3; N=12 5 4 ) NK2Z 4 (U: 2 ; I: 2 ) 1 (. ) : 1 ) U U NP=334 R(/B )=70.5887 C: +-1.000% MAX(B )=479.992 I1013 3PKS(-8 ) .:N=12,K=2,P=14; N=2 ,A=0 2 ) T U NP=335 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1013 3GV (-8 ) .:N=12,K=2,P=14; N=4 ,A=0 3 ) UK2Z I NP=336 R(/B )=1000.00 C: +-5.000% (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 9 4 ) HK2Z I NP=337 R(/HS )=7.76700 C: +-5.000% I2021 2BP (-4 ) .:N=16,K=0,P=16; N=5 ,A=1 : 1 ) -6 ; U : +U: NP=458, I1013 8UR : N=12, K=2; N=14 2 -U: NP=458, I1013 8UR : N=12, K=2; N=14 1 5 ) PM2 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=275 R(/B )=20.8300 C: +-.1000% MAX(B )=2600.00 I1014 5PKS(-8 ) .:N=12,K=3,P=13; N=2 ,A=1 2 ) T U NP=276 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 5GV (-8 ) .:N=12,K=3,P=13; N=4 ,A=1 3 ) UPM2 I NP=277 R(/B )=-199.60 C: +-.2500% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 13 4 ) HPM2 I NP=278 R(/MEV )=-68.210 C: +-.5000% I2021 5BP (-4 ) .:N=16,K=0,P=16; N=11,A=1 : 1 ) -6 ; U : +U: NP=455, I1014 5UR : N=12, K=3; N=10 4 -U: NP=455, I1014 5UR : N=12, K=3; N=10 3 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 2 3 ) -9 ; UPM2: U - R(UPM2/U )=1.018100 6 ) KL1 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=287 R(/B )=33.4600 C: +-.5000% MAX(B )=1900.00 I1014 5PKS(-8 ) .:N=12,K=3,P=13; N=2 ,A=4 2 ) T U NP=288 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 5GV (-8 ) .:N=12,K=3,P=13; N=4 ,A=4 3 ) UKL1 I NP=289 R(/B )=-333.06 C: +-.5000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 14 4 ) HKL1 I NP=290 R(/HS )=-5.4800 C: +-1.000% I2021 4BP (-4 ) .:N=16,K=0,P=16; N=9 ,A=2 : 1 ) -6 ; U : +U: NP=455, I1014 5UR : N=12, K=3; N=10 10 -U: NP=455, I1014 5UR : N=12, K=3; N=10 9 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 5 3 ) -9 ; UKL1: U - R(UKL1/U )=1.007700 7 ) NQX 4 (U: 2 ; I: 2 ) 1 (. ) : 1 ) U U NP=345 R(/B )=66.6667 MAX(B )=900.000 I1013 3PKS(-8 ) .:N=12,K=2,P=14; N=2 ,A=4 2 ) T U NP=346 R(/MKS )=10.0000 MAX(MKS )=6500.00 I1013 3GV (-8 ) .:N=12,K=2,P=14; N=4 ,A=4 3 ) UNQ I NP=348 R(/B )=1000.00 C: +-5.000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 10 4 ) HNQ I NP=347 R(/GS )=-20.000 C: +-10.00 I2021 8BP (-4 ) .:N=16,K=0,P=16; N=17,A=1 : 1 ) -6 ; U : +U: NP=453, I1013 3UR : N=12, K=2; N=10 8 -U: NP=453, I1013 3UR : N=12, K=2; N=10 7 8 ) KL2 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=291 R(/B )=51.8100 C: +-.5000% MAX(B )=1200.00 I1014 5PKS(-8 ) .:N=12,K=3,P=13; N=2 ,A=5 2 ) T U NP=292 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 5GV (-8 ) .:N=12,K=3,P=13; N=4 ,A=5 3 ) UKL2 I NP=293 R(/B )=-493.83 C: +-.5000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 14 4 ) HKL2 I NP=294 R(/HS )=5.48000 C: +-1.000% I2021 4BP (-4 ) .:N=16,K=0,P=16; N=9 ,A=3 : 1 ) -6 ; U : +U: NP=455, I1014 5UR : N=12, K=3; N=10 12 -U: NP=455, I1014 5UR : N=12, K=3; N=10 11 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 6 3 ) -9 ; UKL2: U - R(UKL2/U )=1.027800 9 ) NK3Z 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=315 R(/B )=70.5887 C: +-1.000% MAX(B )=399.993 I1014 6PKS(-8 ) .:N=12,K=3,P=13; N=6 ,A=3 2 ) T U NP=316 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 6GV (-8 ) .:N=12,K=3,P=13; N=8 ,A=3 3 ) UNK3 I NP=317 R(/B )=1000.00 C: +-5.000% (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 17 4 ) HNK3 I NP=318 R(/HS )=13.1600 C: +-5.000% I2021 7BP (-4 ) .:N=16,K=0,P=16; N=15,A=0 : 1 ) -9 ; UNK3: U - R(UNK3/U )=-1.00680 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 12 3 ) -6 ; U : +U: NP=456, I1014 6UR : N=12, K=3; N=12 8 -U: NP=456, I1014 6UR : N=12, K=3; N=12 7 10) NK4X 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=319 R(/B )=70.5887 C: +-5.000% MAX(B )=499.995 I1014 6PKS(-8 ) .:N=12,K=3,P=13; N=6 ,A=4 2 ) T U NP=320 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 6GV (-8 ) .:N=12,K=3,P=13; N=8 ,A=4 3 ) UNK4 I NP=321 R(/B )=-1000.0 C: +-5.000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 16 4 ) HNK4 I NP=322 R(/HS )=13.1600 C: +-50.00 I2021 7BP (-4 ) .:N=16,K=0,P=16; N=15,A=1 : 1 ) -9 ; UNK4: U - R(UNK4/U )=-1.01700 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 13 3 ) -6 ; U : +U: NP=456, I1014 6UR : N=12, K=3; N=12 10 -U: NP=456, I1014 6UR : N=12, K=3; N=12 9 11) PM3 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=279 R(/B )=17.2500 C: +-.0500% MAX(B )=3100.00 I1014 5PKS(-8 ) .:N=12,K=3,P=13; N=2 ,A=2 2 ) T U NP=280 R(/MKS )=10.0000 C: +-.5000 MAX(MKS )=6500.00 I1014 5GV (-8 ) .:N=12,K=3,P=13; N=4 ,A=2 3 ) UPM3 I NP=281 R(/B )=-166.00 C: +-.0500% (D: 2, T: 20.0, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 13 4 ) PM3 I NP=282 R(/MEV )=-62.270 C: +-.1000% I2021 5BP (-4 ) .:N=16,K=0,P=16; N=11,A=2 : 1 ) -6 ; U : +U: NP=455, I1014 5UR : N=12, K=3; N=10 6 -U: NP=455, I1014 5UR : N=12, K=3; N=10 5 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 3 3 ) -9 ; UPM3: U - R(UPM3/U )=1.016000 12) NK5X 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=323 R(/B )=70.5887 C: +-1.000% MAX(B )=699.999 I1014 6PKS(-8 ) .:N=12,K=3,P=13; N=6 ,A=5 2 ) T U NP=324 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 6GV (-8 ) .:N=12,K=3,P=13; N=8 ,A=5 3 ) UNK5 I NP=325 R(/B )=1000.00 C: +-5.000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 16 4 ) HNK5 I NP=326 R(/HS )=1.00000 C: +-5.000% I2021 7BP (-4 ) .:N=16,K=0,P=16; N=15,A=2 : 1 ) -9 ; UNK5: U - R(UNK5/U )=-1.05760 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 14 3 ) -6 ; U : +U: NP=456, I1014 6UR : N=12, K=3; N=12 12 -U: NP=456, I1014 6UR : N=12, K=3; N=12 11 13) NK6Z 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=327 R(/B )=70.5887 C: +-1.000% MAX(B )=399.993 I1014 6PKS(-8 ) .:N=12,K=3,P=13; N=6 ,A=6 2 ) T U NP=328 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 6GV (-8 ) .:N=12,K=3,P=13; N=8 ,A=6 3 ) UNK6 I NP=329 R(/B )=1000.00 C: +-5.000 (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 16 4 ) HNK6 I NP=331 R(/GS )=1.00000 I2021 7BP (-4 ) .:N=16,K=0,P=16; N=15,A=3 : 1 ) -9 ; UNK6: U - R(UNK6/U )=-1.04250 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 15 3 ) -6 ; U : +U: NP=456, I1014 6UR : N=12, K=3; N=12 14 -U: NP=456, I1014 6UR : N=12, K=3; N=12 13 14) MA 4 (U: 2 ; I: 2 ) 2 (. ) : 1 ) U U NP=304 R(/B )=70.6000 C: +-1.000% MAX(B )=919.986 I1014 6PKS(-8 ) .:N=12,K=3,P=13; N=6 ,A=0 2 ) T U NP=305 R(/MKS )=10.0000 C: +-300.0 MAX(MKS )=6500.00 I1014 6GV (-8 ) .:N=12,K=3,P=13; N=8 ,A=0 3 ) UMA I NP=306 R(/B )=1000.00 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 15 4 ) HMA I NP=330 R(/HS )=-1.0000 C: +-200.0 I2021 4BP (-4 ) .:N=16,K=0,P=16; N=9 ,A=1 : 1 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 9 2 ) -6 ; U : +U: NP=456, I1014 6UR : N=12, K=3; N=12 2 -U: NP=456, I1014 6UR : N=12, K=3; N=12 1 15) LF 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=296 R(/B )=70.5887 C: +-.5000% MAX(B )=749.993 I1014 5PKS(-8 ) .:N=12,K=3,P=13; N=2 ,A=6 2 ) T U NP=297 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 5GV (-8 ) .:N=12,K=3,P=13; N=4 ,A=6 3 ) ULF I NP=298 R(/B )=1000.00 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 1ACP(-20 ) .:N=16,K=2,P=14; N=8 ,A=0 ; KA 15 4 ) HLF I NP=299 R(/HS )=-4.0000 C: +-5.000% I2021 8BP (-4 ) .:N=16,K=0,P=16; N=17,A=3 : 1 ) -9 ; ULF : U - R(ULF /U )=1.060800 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 7 3 ) -6 ; U : +U: NP=455, I1014 5UR : N=12, K=3; N=10 14 -U: NP=455, I1014 5UR : N=12, K=3; N=10 13 16) LD 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=300 R(/B )=103.630 C: +-.5000% MAX(B )=632.056 I1014 5PKS(-8 ) .:N=12,K=3,P=13; N=2 ,A=7 2 ) T U NP=301 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1014 5GV (-8 ) .:N=12,K=3,P=13; N=4 ,A=7 3 ) ULD I NP=302 R(/B )=-1009.0 C: +-1.000% (D: 2, T: 1.25, -: 2) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 15 4 ) HLD I NP=303 R(/HS )=-4.0000 C: +-5.000% I2021 8BP (-4 ) .:N=16,K=0,P=16; N=17,A=2 : 1 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 8 2 ) -6 ; U : +U: NP=455, I1014 5UR : N=12, K=3; N=10 16 -U: NP=455, I1014 5UR : N=12, K=3; N=10 15 3 ) -9 ; ULD : U - R(ULD /U )=1.002500 17) PM4 4 (U: 2 ; I: 2 ) 3 (. ) : 1 ) U U NP=283 R(/B )=8.37500 C: +-.2000% MAX(B )=6499.94 I1014 5PKS(-8 ) .:N=12,K=3,P=13; N=2 ,A=3 2 ) T U NP=284 R(/MKS )=10.0000 C: +-.5000 MAX(MKS )=6500.00 I1014 5GV (-8 ) .:N=12,K=3,P=13; N=4 ,A=3 3 ) UPM4 I NP=285 R(/B )=83.1300 C: +-.2500% (D: 2, T: 1.25, -: 2) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 14 4 ) HPM4 I NP=286 R(/MEV )=-57.110 C: +-.5000% I2021 5BP (-4 ) .:N=16,K=0,P=16; N=11,A=3 : 1 ) -6 ; U : +U: NP=455, I1014 5UR : N=12, K=3; N=10 8 -U: NP=455, I1014 5UR : N=12, K=3; N=10 7 2 ) -7 BL : NP=459, I1014 9UR : N=12, K=3; N=14 4 3 ) -9 ; UPM4: U - R(UPM4/U )=1.016450 x

SERV

1 ) VREM 19 (U: 19; I: 0 ) 1 (. ) : 1 ) ST0 U NP=351 R(/MKS )=10.0000 C: +-5.000 MAX(MKS )=6500.00 I1012 8GV (-8 ) .:N=12,K=1,P=15; N=7 ,A=0 2 ) RB1 U NP=352 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1012 8GV (-8 ) .:N=12,K=1,P=15; N=7 ,A=1 3 ) RB2 U NP=353 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1012 8GV (-8 ) .:N=12,K=1,P=15; N=7 ,A=2 4 ) RB3 U NP=354 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1012 8GV (-8 ) .:N=12,K=1,P=15; N=7 ,A=3 5 ) RB4 U NP=355 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1012 8GV (-8 ) .:N=12,K=1,P=15; N=7 ,A=4 6 ) RB5 U NP=356 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1012 8GV (-8 ) .:N=12,K=1,P=15; N=7 ,A=5 7 ) RZ1 U NP=360 R(/MKS )=10.0000 C: +-.1000 MAX(MKS )=6500.00 I1012 9GV (-8 ) .:N=12,K=1,P=15; N=9 ,A=1 8 ) RZ2 U NP=361 R(/MKS )=10.0000 C: +-.1000 MAX(MKS )=6500.00 I1012 9GV (-8 ) .:N=12,K=1,P=15; N=9 ,A=2 9 ) RZ3 U NP=362 R(/MKS )=10.0000 C: +-.1000 MAX(MKS )=6500.00 I1012 9GV (-8 ) .:N=12,K=1,P=15; N=9 ,A=3 10) RZ4 U NP=363 R(/MKS )=10.0000 C: +-.1000 MAX(MKS )=6500.00 I1012 9GV (-8 ) .:N=12,K=1,P=15; N=9 ,A=4 11) RZ5 U NP=364 R(/MKS )=10.0000 C: +-.1000 MAX(MKS )=6500.00 I1012 9GV (-8 ) .:N=12,K=1,P=15; N=9 ,A=5 12) RZ6 U NP=366 R(/MKS )=10.0000 MAX(MKS )=6500.00 I1012 9GV (-8 ) .:N=12,K=1,P=15; N=9 ,A=6 13) RZ8 U NP=365 R(/MKS )=10.0000 MAX(MKS )=6500.00 I1012 9GV (-8 ) .:N=12,K=1,P=15; N=9 ,A=0 14) S5 U NP=369 R(/MKS )=10.0000 C: +-.1000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=2 15) TBAT U NP=386 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=7 16) TIK2 U NP=427 R(/MKS )=10.0000 C: +-1.000% MAX(MKS )=6500.00 I1020 10GV(-8 ) .:N=14,K=3,P=9 ; N=20,A=6 17) TEZO U NP=432 R(/MKS )=10.0000 MAX(MKS )=6500.00 I1012 12GV(-8 ) .:N=12,K=1,P=15; N=13,A=3 18) FORP U NP=446 R(/DEL )=100.000 MAX(DEL )=1.60000 I1000 UPO ( ) N=25,A=0 19) FORE U NP=448 R(/DEL )=100.000 MAX(DEL )=1.60000 I1000 UPO ( ) N=25,A=0 : 1 ) -7 BEZO : NP=451, I1011 1UR : N=12, K=0; N=10 16 2 ) T 12 (U: 12; I: 0 ) 0 (. ) : 1 ) T0 U NP=370 R(/MKS )=10.0000 C: +-2.000 MAX(MKS )=6500.00 I1011 GVIS(-8 ) .:N=12,K=0,P=16; N=17,A=0 2 ) T1 U NP=371 R(/MKS )=10.0000 C: +-10.00 MAX(MKS )=6500.00 I1011 GVIS(-8 ) .:N=12,K=0,P=16; N=17,A=1 3 ) T2 U NP=372 R(/MKS )=10.0000 C: +-10.00 MAX(MKS )=6500.00 I1011 GVIS(-8 ) .:N=12,K=0,P=16; N=17,A=2 4 ) T3 U NP=373 R(/MKS )=10.0000 C: +-10.00 MAX(MKS )=6500.00 I1011 GVIS(-8 ) .:N=12,K=0,P=16; N=17,A=3 5 ) TFEU U NP=374 R(/MKS )=10.0000 MAX(MKS )=6500.00 I1011 2GV (-8 ) .:N=12,K=0,P=16; N=8 ,A=7 6 ) T5 U NP=375 R(/MKS )=10.0000 C: +-10.00 MAX(MKS )=6500.00 I1011 GVIS(-8 ) .:N=12,K=0,P=16; N=17,A=5 7 ) T6 U NP=376 R(/MKS )=10.0000 C: +-10.00 MAX(MKS )=6500.00 I1011 GVIS(-8 ) .:N=12,K=0,P=16; N=17,A=6 8 ) TP0 U NP=367 R(/MKS )=10.0000 C: +-.2000% MAX(MKS )=6500.00 I1012 7GV (-8 ) .:N=12,K=1,P=15; N=5 ,A=0 9 ) TOS1 U NP=368 R(/MKS )=10.0000 C: +-.2000% MAX(MKS )=6500.00 I1012 12GV(-8 ) .:N=12,K=1,P=15; N=13,A=0 10) TOS2 U NP=388 R(/MKS )=10.0000 C: +-.2000% MAX(MKS )=6500.00 I1012 12GV(-8 ) .:N=12,K=1,P=15; N=13,A=1 11) TOS3 U NP=393 R(/MKS )=10.0000 C: +-.2000% MAX(MKS )=6500.00 I1012 12GV(-8 ) .:N=12,K=1,P=15; N=13,A=2 12) TOS4 U NP=409 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1011 1GV (-8 ) .:N=12,K=0,P=16; N=4 ,A=7 3 ) VV 15 (U: 10; I: 5 ) 14(. ) : 1 ) VKUR U NP=378 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1020 10GV(-8 ) .:N=14,K=3,P=9 ; N=20,A=0 2 ) TZIL U NP=379 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1016 11GV(-8 ) .:N=14,K=1,P=11; N=16,A=1 3 ) TRIL U NP=380 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1016 11GV(-8 ) .:N=14,K=1,P=11; N=16,A=0 4 ) TZIB U NP=381 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1016 11GV(-8 ) .:N=14,K=1,P=11; N=16,A=2 5 ) TZDB U NP=382 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1016 11GV(-8 ) .:N=14,K=1,P=11; N=16,A=3 6 ) TZIV U NP=383 R(/MKS )=10.0000 C: +-1.000 MAX(MKS )=6500.00 I1016 11GV(-8 ) .:N=14,K=1,P=11; N=16,A=4 7 ) TIN U NP=384 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6500.00 I1012 9GV (-8 ) .:N=12,K=1,P=15; N=9 ,A=7 8 ) V1 U NP=385 R(/HCEK)=1.00000 C: +-1.000 MAX(HCEK)=255.000 I1016 1LZ (LZ-1NS ) .:N=14,K=1,P=11; N=18,A=0 9 ) VD U NP=394 R(/HCEK)=5.00000 C: +-1.000 MAX(HCEK)=6553.40 I1000 PAUK(PAUK ) N=23,A=1 10) VIVI U NP=408 R(/HCEK)=5.00000 MAX(HCEK)=6553.40 I1000 PAUK(PAUK ) N=23,A=3 11) TKUR I NP=387 R(/MKS )=10.0000 C: +-.3000 I2000 1IV8(-8 ) N=7 ,A=0 12) TIL I NP=389 R(/HCEK)=1.00000 C: +-2.000 I1016 1IS8(-8121 ) .:N=14,K=1,P=11; N=8 ,A=6 13) TIB I NP=390 R(/HCEK)=1.00000 C: +-2.000 I1016 1IS8(-8121 ) .:N=14,K=1,P=11; N=8 ,A=7 14) TDB I NP=391 R(/HCEK)=1.00000 C: +-2.000 I1016 2IS8(-8121 ) .:N=14,K=1,P=11; N=10,A=0 15) TIV I NP=392 R(/HCEK)=1.00000 C: +-2.000 I1016 2IS8(-8121 ) .:N=14,K=1,P=11; N=10,A=1 : 1 ) -8 ; TIN : RZ2 VREM 2 ) -8 ; TIN : RZ3 VREM 3 ) -8 ; TIN : RZ4 VREM 4 ) -8 ; TIN : RZ5 VREM 5 ) -8 ; TIN : RZ8 VREM 6 ) -7 DB : NP=420, I1000 PAUR N=24 1 7 ) -7 IVI : NP=422, I1000 PAUR N=24 3 8 ) -7 WRIL : NP=461, I1016 11UR : N=14, K=1; N=21 1 9 ) -7 WIL : NP=461, I1016 11UR : N=14, K=1; N=21 2 10) -7 WIB4 : NP=461, I1016 11UR : N=14, K=1; N=21 3 11) -7 WDB4 : NP=461, I1016 11UR : N=14, K=1; N=21 4 12) -7 WIV3 : NP=461, I1016 11UR : N=14, K=1; N=21 5 13) -7 POZB : NP=461, I1016 11UR : N=14, K=1; N=21 6 14) -7 POZV : NP=461, I1016 11UR : N=14, K=1; N=21 7 4 ) APRR 6 (U: 0 ; I: 6 ) 0 (. ) : 1 ) FRE1 I NP=395 R(/MB )=1.00000 I2022 3ZIS(-4 ) .:N=16,K=1,P=15; N=14,A=0 2 ) FRE2 I NP=396 R(/MB )=1.00000 I2022 3ZIS(-4 ) .:N=16,K=1,P=15; N=14,A=1 3 ) FAS1 I NP=397 R(/MB )=1.00000 I2022 3ZIS(-4 ) .:N=16,K=1,P=15; N=14,A=2 4 ) FAS2 I NP=398 R(/MB )=1.00000 I2022 3ZIS(-4 ) .:N=16,K=1,P=15; N=14,A=3 5 ) FSL1 I NP=433 R(/GRAD)=1.00000 I2022 6ZIS(-4 ) .:N=16,K=1,P=15; N=17,A=0 6 ) FSL2 I NP=434 R(/GRAD)=1.00000 I2022 6ZIS(-4 ) .:N=16,K=1,P=15; N=17,A=1 5 ) BELK 17 (U: 3 ; I: 14) 9 (. ) : 1 ) TBDQ U NP=399 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6553.00 I1012 8GV (-8 ) .:N=12,K=1,P=15; N=7 ,A=7 2 ) T U NP=441 R(/MKS )=10.0000 MAX(MKS )=6500.00 I1012 12GV(-8 ) .:N=12,K=1,P=15; N=13,A=7 3 ) TIK2 U NP=50 R(/MKS )=10.0000 C: +-.2000 MAX(MKS )=6501.00 I1020 10GV(-8 ) .:N=14,K=3,P=9 ; N=20,A=6 4 ) TPG I NP=417 R(/ )=10.5200 I1000 UPO ( ) N=25,A=0 5 ) XL I NP=400 R(/MM )=60.0000 I1000 UPO ( ) N=25,A=0 6 ) YL I NP=401 R(/MM )=30.0000 I1000 UPO ( ) N=25,A=0 7 ) IL I NP=404 R(/A )=200.000 I1000 UPO ( ) N=25,A=0 8 ) IK1 I NP=405 R(/MA )=3.30000 I2021 8ZIS(-4 ) .:N=16,K=0,P=16; N=20,A=0 9 ) IN I NP=410 R(/MA )=136.000 I2000 IPO ( ) N=25,A=0 10) OUT I NP=411 R(/MA )=136.000 I2000 IPO ( ) N=25,A=0 11) IK2 I NP=443 R(/MA )=1000.00 I1000 UPO ( ) N=25,A=0 12) E I NP=415 R(/J )=.740000 C: +-0 % I1000 UPO ( ) N=25,A=0 13) EIN I NP=413 R(/MEV )=2076.00 I1000 UPO ( ) N=25,A=0 14) EOUT I NP=414 R(/MEV )=84.7800 I1000 UPO ( ) N=25,A=0 15) PM1 I NP=423 R(/MEV )=52.6900 I1000 UPO ( ) N=25,A=0 16) PM3 I NP=416 R(/MEV )=62.2700 I1000 UPO ( ) N=25,A=0 17) 4321 I NP=442 R(/DEL )=1.00000 I1020 2SDS( ) .:N=14,K=3,P=9 ; N=2 ,A=0 : 1 ) -7 PBP : NP=460, I1012 10UR : N=12, K=1; N=16 1 2 ) -7 PBKL : NP=460, I1012 10UR : N=12, K=1; N=16 2 3 ) -7 PBKA : NP=460, I1012 10UR : N=12, K=1; N=16 7 4 ) -7 POZI : NP=460, I1012 10UR : N=12, K=1; N=16 3 5 ) -7 14DB : NP=460, I1012 10UR : N=12, K=1; N=16 5 6 ) -7 28DB : NP=460, I1012 10UR : N=12, K=1; N=16 4 7 ) -7 TEST : NP=460, I1012 10UR : N=12, K=1; N=16 6 8 ) -7 10DB : NP=460, I1012 10UR : N=12, K=1; N=16 10 9 ) -7 20DB : NP=460, I1012 10UR : N=12, K=1; N=16 11 6 ) TOKI 8 (U: 0 ; I: 8 ) 0 (. ) : 1 ) IN I NP=445 R(/MA )=1000.00 I2000 IPO ( ) N=25,A=0 2 ) OUT I NP=418 R(/MA )=1000.00 I2000 IPO ( ) N=25,A=0 3 ) IK2 I NP=419 R(/MA )=1000.00 I2000 IPO ( ) N=25,A=0 4 ) STV3 I NP=421 R(/DEL )=1.00000 I1000 UPO ( ) N=25,A=0 5 ) IV3 I NP=435 R(/MA )=1000.00 I1000 UPO ( ) N=25,A=0 6 ) DIV3 I NP=436 R(/MKA )=1.00000 I1000 UPO ( ) N=25,A=0 7 ) IV31 I NP=437 R(/MA )=1000.00 I1000 UPO ( ) N=25,A=0 8 ) IV32 I NP=438 R(/MA )=1000.00 I1000 UPO ( ) N=25,A=0 7 ) FREQ 2 (U: 0 ; I: 2 ) 0 (. ) : 1 ) FV3 I NP=262 R(/KHZ )=100.000 I1000 UPO ( ) N=25,A=0 2 ) FV4 I NP=263 R(/KHZ )=1000.00 I1000 UPO ( ) N=25,A=0 8 ) VACU 6 (U: 1 ; I: 5 ) 0 (. ) : 1 ) VELS U NP=431 R(/B )=100000. C: +-.1000 MAX(B )=6.00000 I1000 UPO ( ) N=25,A=0 2 ) VELI I NP=424 R(/B )=-1.0+05 C: +-.1000 (D: 2, T: 1.25, -: 0) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 18 3 ) VGIR I NP=425 R(/B )=100000. C: +-.1000 (D: 2, T: 1.25, -: 0) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 19 4 ) VLIN I NP=428 R(/B )=100000. C: +-.1000 (D: 2, T: 1.25, -: 0) I2023 2ACP(-20 ) .:N=16,K=2,P=14; N=12,A=0 ; KA 20 5 ) VB-4 I NP=429 R(/B )=100000. C: +-.1000 (D: 2, T: 1.25, -: 0) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 19 6 ) VK-2 I NP=430 R(/B )=100000. C: +-.1000 (D: 2, T: 1.25, -: 0) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 18 9 ) EP 5 (U: 0 ; I: 5 ) 0 (. ) : 1 ) IEP I NP=444 R(/DEL )=1.00000 I1017 1SDS( ) .:N=14,K=2,P=10; N=11,A=0 2 ) KONW I NP=440 R(/MM )=181.818 I1000 UPO ( ) N=25,A=0 3 ) UPL2 I NP=11 R(/B )=100000. (D: 2, T: 20.0, -: 0) I2023 3ACP(-20 ) .:N=16,K=2,P=14; N=16,A=0 ; KA 22 4 ) APLI I NP=439 R(/RAZ )=1.00000 I1000 UPO ( ) N=25,A=0 5 ) IK2F I NP=447 R(/MKA )=1.00000 I2000 IPO ( ) N=25,A=0