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BHW 62

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11-BHW-31

Abstract: J428 °C PARAMETER 11-BHW-43 11-BHW-52 11-BHW-53 11-BHW-58 11-BHW-60 11-BNW-62 Primary Input , Resolvers PARAMETER 11-BHW-27 11-BHW-31 11-BHW-32 11-BHW-37 11-BHW-38 11-BHW-42 Primary Input Voltage
Moog Components
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208H

Abstract: DMI36223 tws}}r u8r zvrv 2|-x7 30z,|4 z*x2xz4|2+34+z3 =`U\Xag gX`cXeTgheX < /62 LTgXW ib_gTZX , . Q\g[ Y ZXe cebgXVg a WXi\VX {+.|/3+0/3q 1z y0x2{ -x7054 x/{ 6+2+/~ {+x~2x. Oa\g< `` Ihg , { -x7054 x/{ 6+2+/~ {+x~2x. Oa\g< `` GTe^Xe ?\`Xaf af ,362AA/G33708 8 ; Eh`cXe ?\`Xaf af , hfXe f[bh_W UX T e\Z[g cbf\g a gb V[bbfX g[X fh\gTU_X cebWhVg Ybe g[X\e bja Tcc_\VTg a0 DY g[XeX , \gl gb WXgXe` X j[\V[ cebWhVg f[bh_W UX hfXW ba_l0 m R\T`Xa CbaZYT @_XVgebTVbhfg\V >b0. FgW0 =_ e
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DMI36223 208H C338 7222P 362AA/C3 362AA/G3 36AA/E3 CA36AQ1CA362AA 362AA/C338

DMI36223

Abstract: 208H tw}}s v8s zu 2|-x7 30z,|4 z*x2xz4|2+34+z3 =`U\Xag gX`cXeTgheX < /62 LTgXW ib_gTZX , \VTU_X eX_Tl glcX< CA3:AA ,6 cb_Xf- 4 {+.|/3+0/3r 1z y0x2{ -x7054 x/{ 6+2+/~ {+x~2x. Ihg_ X ? , { -x7054 x/{ 6+2+/~ {+x~2x. Oa\g< `` LXgT Xe ?\`Xaf af 3:AA/C5 ,J_Tfg\V eXgT Xe- 6208 58 , XiXel cbff\U_X Tcc_\VTg a0 N[hf g[X hfXe f[bh_W UX T e\Z[g cbf\g a gb V[bbfX g[X fh\gTU_X cebWhVg , CbjXiXe. \g \f g[X hfXeof eXfcbaf\U\_\gl gb WXgXe` X j[\V[ cebWhVg f[bh_W UX hfXW ba_l0 n R\T`Xa
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Q 451 X705 4222P DMI1NM38 AA/G4606 AA/E349

208H

Abstract: DMI36223 tw}}su8szv 2|-x7 30z,|4 z*x2xz4|2+34+z3 =`U\Xag gX`cXeTgheX < /62 LTgXW ib_gTZX< 472P , < CA3:AA ,4 cb_Xf- {+.|/3+0/3r 1z y0x2{ -x7054 x/{ 6+2+/~ {+x~2x. Ihg_ X ?\`Xaf af Oa\g< `` , LXi0 3022 37 {+.|/3+0/3r 1z y0x2{ -x7054 x/{ 6+2+/~ {+x~2x. Oa\g< `` LXgT Xe ?\`Xaf af , cXeYbe`TaVX TaW T_ g[X cTeT`XgXef Ybe XiXel cbff\U_X Tcc_\VTg a0 N[hf g[X hfXe f[bh_W UX T e\Z[g cbf\g a , [bh_W UX hfXW ba_l0 n R\T`Xa CbaZYT @_XVgebTVbhfg\V >b0. FgW0 =_ e\Z[gf bY CbaZYT TeX eXfXeiXW0
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8424 S4 9D

208H

Abstract: DMI36223 sv|r u7r yt 1{,w6 2/y+{3 y~w1wy3{1*23*y2 =`U\Xag gX`cXeTgheX < /62 LTgXW ib_gTZX< 472P=> gb 92 LTgXW VheeXag < 9= ,cXe cb_X- ?\X_XVge\V fgeXaZg[ ` 0 < 4222P=> ,UXgjXXa chg + bhgchg- LXgT Xe glcX < 3:AA/C5 ,J_Tfg\V eXgT Xe3:AA/C7 ,MgXX_ eXgT Xe- TiT\_TU_X , XiXel cbff\U_X Tcc_\VTg a0 N[hf g[X hfXe f[bh_W UX T e\Z[g cbf\g a gb V[bbfX g[X fh\gTU_X cebWhVg , CbjXiXe. \g \f g[X hfXenf eXfcbaf\U\_\gl gb WXgXe` X j[\V[ cebWhVg f[bh_W UX hfXW ba_l0 m R\T`Xa
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cbf 422

l2938

Abstract: fk80 2 63 RDN SYNC 3 62 WRN FHW 4 61 AD1 BHW 5 60 AD0 CTEST 6 59 DB7 LRSTN , CLK3 CLC FHW FD FK BHW BD BDS CTEST TCounter TMIX XOUT X1 X2 TEST , l FHW R1NR2NB8 SYNCCLK164kHz ICDAB l BHW T1NT2NB SYNCCLK164kHz CLK1 BSW12ON PCMB BHW , . B TSBHW BHW 3 50 - - ns B THBHW BHW 3 50 - - , 100 370 500 VA/2 V mA kW *1. BHW, FK, FD, PS *2. SYNC, CLK1, CLK2, CLK3
OKI Electric Industry
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MSM7503 l2938 fk80 sgt 34 sa042 MSR-1N NS802 J2U0024-16-92 MSM7503MSM7502 8DC113 8DC116 ITU-TMSM7578

C338

Abstract: E338 uxt~~s v9s {wsw 3}.y8 41{-}5 {+y3y{5}3,45,{4 =`U\Xag gX`cXeTgheX < /62 LTgXW ib_gTZX< 472P=> gb 92 LTgXW VheeXag < 32= ,cXe cb_X- ?\X_XVge\V fgeXaZg[ ` 0 < 7222P=> ,UXgjXXa chg + bhgchg- J_Tfg\V eXgT Xe glcX < 362AA/C3 GTe^Xe glcX< 362AA/G3 GbWh_X glcX , hfXe f[bh_W UX T e\Z[g cbf\g a gb V[bbfX g[X fh\gTU_X cebWhVg Ybe g[X\e bja Tcc_\VTg a0 DY g[XeX , \gl gb WXgXe` X j[\V[ cebWhVg f[bh_W UX hfXW ba_l0 n R\T`Xa CbaZYT @_XVgebTVbhfg\V >b0. FgW0 =_ e
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E338 36AA/E338

W643

Abstract: K 9008 sv|rt7ryu 1{,w6 2/y+{3 y~w1wy3{1*23*y2 =`U\Xag gX`cXeTgheX < /62 LTgXW ib_gTZX< 472P=> gb 92 LTgXW VheeXag < 9= ,cXe cb_X- ?\X_XVge\V fgeXaZg[ ` 0 < 4222P=> ,UXgjXXa chg + bhgchg- LXgT Xe glcX < 3:AA/C5 ,J_Tfg\V eXgT Xe3:AA/C7 ,MgXX_ eXgT Xe- TiT\_TU_X GTe^Xe glcX , _ g[X cXeYbe`TaVX TaW T_ g[X cTeT`XgXef Ybe XiXel cbff\U_X Tcc_\VTg a0 N[hf g[X hfXe f[bh_W UX T , [\V[ cebWhVg f[bh_W UX hfXW ba_l0 m R\T`Xa CbaZYT @_XVgebTVbhfg\V >b0. FgW0 =_ e\Z[gf bY CbaZYT
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W643 K 9008 S4 2A ba 6208
Abstract: = KAL T]- &(;I @HML &(;I BHW &(;I @K &(;I _ C C &^ &T &T @HS BHMW Yab Yab MAB , ,)%/0.G,+H 6.7, 0%I J AK LKM # # # # Typical Applications* # N0'4* 2,)*.6.,2 6%2 '%3,2 -4''7. , ,*,2H .0 *9, h$>H 6%2 -%7+,2 '.0- (0+ '7(-*.) &%40*.0/ '.0- R M&&U * The specifications of our SEMIKRON
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Abstract: Conditions N= @K]B T^- &(;I @HM &(;I BHW &(;I @@ &(;I _ C C &` &T &T @HM BHM Ybc , +.%+,- )9.'?F 2,)%/0.G,+H 6.7, 0%I J AK LKM # # # # Typical Applications* # N0'4* 2,)*.6.,2 6%2 , , V] H 6%2 -%7+,2 '.0- (0+ '7(-*.) &%40*.0/ '.0- R M&&U * The SEMIKRON
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byy 62

Abstract: IBGT = 6 7o32 A_XVge\VT_ XaWheTaVX IJM +Tg eTgXW _bTW, =`U\Xag gX`cXeTgheX /62 P\UeTg , cXeYbe`TaVX TaW T_ g[X cTeT`XgXef Ybe XiXek cbff\U_X Tcc_\VTg a0 N[hf g[X hfXe f[bh_W UX T e\Z[g cbf\g a , [bh_W UX hfXW ba_k0 m R\T`Xa DbaZYT A_XVgebTVbhfg\V ?b0. FgW0 =_ e\Z[gf bY DbaZYT TeX eXfXeiXW0
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byy 62 IBGT hb baz 3307 tbaz DB5727 DB57271DB5727 3507P 134/D/8 134/D/

SPH032D970R1R

Abstract: SPH032D970R1R 32mb psram type 9 (ns) 90 / Top Boot Sector pSRAM 9 / 70 S71GL032N40 BFW, BHW 0K 90 / Bottom Boot Sector , S71GL032NA0 BHW 0F S71GL032NA0 90 / Top Boot Sector 0K pSRAM 10 / 70 90 / Bottom Boot Sector 0, 2, 3 (1) BHW pSRAM 9 / 70 0P 90 / Top Boot Sector 0B 90 / Bottom Boot Sector , Sector S71GL064NA0 BHW pSRAM 10 / 70 pSRAM 9 / 70 TSC056 BFW, BHW pSRAM 8 / 70 Note , January 13, 2010 S71GL-N_00_06 S71GL-N Based MCPs 9 Data 6.2 Sheet (Advan ce Infor m
Spansion
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SPH032D970R1R SPH032D970R1R 32mb psram type 9 S71GL064NB0 S29GL-N S71GL064NB S71GL032N80 2M/1M/512

MSM7503

Abstract: MSM7502 ) CLK2 1 64 CEN CLK1 2 63 RDN SYNC 3 62 WRN FHW 4 61 AD1 BHW 5 60 AD0 CTEST , INTF R1N R2N PS SYNC CLK1 CLK2 CLK3 CLC FHW FD FK BHW BD BDS CTEST T · Counter , signal is input to the BHW pin, or when the FHW pin outputs signals for the external circuit, the timing , signals are decoded to analog signals. BHW Input to the B bit slot of line signals transmitted from , by setting SW12 to ON through processor control. In this case the BHW pin is used as an output pin
OKI Electric Industry
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MSM7502 QFP80-P-1420-0 MSM7503GS-BK E2U0024-16-X2 80-BK

SPH032D970R1R

Abstract: SPH016D970R1R & Temperature BHW 0F 0K S71GL032NA0 BHW 0P 0B S71GL064NA0 S71GL064NB0 BFW, BHW S71GL064NB0 S71GL064NB0 S71GL064NB0 BHW 0P 0U 0Z 90 / Top Boot Sector 90 / Bottom Boot Sector pSRAM 8 / 70 90 / Top Boot Sector BHW 0F 0K 0, 2, 3 (1) 90 / Top Boot Sector 90 / Bottom Boot Sector pSRAM 9 / 70 TSC056 90 / Top , 9 Data Sheet (Advan ce Infor m a tio n) 6.2 TSC056-56-ball Fine-Pitch Ball Grid
Spansion
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SPH016D970R1R S71GL064NB0BHW S71GL032NA0B

S29GL-N

Abstract: S71GL032N40 , BHW 0K 90 / Bottom Boot Sector 0P 90 / Top Boot Sector 0B 90 / Bottom Boot Sector pSRAM9 / 70 S71GL032N80 TLC056 S71GL032NA0 BHW 0F S71GL032NA0 90 / Top Boot Sector 0U pSRAM10 / 70 90 / Bottom Boot Sector 0, 2, 3 (1) BFW, BHW pSRAM7 / 70 0Z 90 / Top Boot , Sector S71GL064NB0 0Z 90 / Top Boot Sector S71GL064NA0 BHW pSRAM10 / 70 pSRAM7 / 70 TSC056 BFW, BHW pSRAM8 / 70 Note 1. Type 0 is standard. Specify other options as required. Valid
Spansion
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S71GL032N40-0K S71GL032N40-0P sd marking bh

BA P122

Abstract: PCH 7900 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 A1 A2 A3 A4 A5 A6 A7 , P43/HOLD P42/TC P41/1 P40/ALE P33/BHW BLW RD A0 81 P86/CLK0 82 P85/RXD0 83 P84 , , P33/BHW Memory control signal I/O Input Output Output Output While the input level at pin , pin BLW is at "L" level, the microcomputer writes data into an evennumbered address. While pin BHW is , , P10 to P17 (Note 2), D8 to D15 (Note 1) P20 to P27 RD, BLW, BHW RD, BLW, BHW (Note 1) P31
Mitsubishi
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M37920S4CGP BA P122 PCH 7900 P91-P93 BLW 82 16-BIT

P91-P96

Abstract: P20D 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 A1 A2 A3 A4 A5 A6 A7 , P43/HOLD P42/TC P41/1 P40/ALE P33/BHW BLW RD A0 81 P86/CLK0 82 P85/RXD0 83 P84 , , P33/BHW Memory control signal I/O Input Output Output Output While the input level at pin , pin BLW is at "L" level, the microcomputer writes data into an evennumbered address. While pin BHW is , , P10 to P17 (Note 2), D8 to D15 (Note 1) P20 to P27 RD, BLW, BHW RD, BLW, BHW (Note 1) P31
Renesas Electronics
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P91-P96 P20D RASH tc 4516

MSM6955

Abstract: M6955 KHz SYNC fcL K ' 50 100 117 US ns ns IV-D-39 PABX* MSM6955 PARAMETER BHW setup time BHW hold time BD setup time BD hold time BK setup time BK hold time WR pulse BHW setup time BHW , L K I Parallel mode Serial mode 62 .5 4 64 67 .1 2 KH z CLK1 122.30 128 50 , (high) BHW 2 7////77777T 1 f C1.K2 run m i CLK2 FD 1DFD SBD-t- lhbd BD FK , K H z o r above · Serial mode {S/P = L) CLK 1 SYNC FHW1 FHW2 BH\V1 BHW 2 ,'( BO Ï B1 .
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OCR Scan
M6955 z11h 695SGS IV-D-56 IV-D-57

M37920S4CGP

Abstract: 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 A1 A2 A3 A4 A5 A6 A7 , P43/HOLD P42/TC P41/1 P40/ALE P33/BHW BLW RD A0 81 P86/CLK0 82 P85/RXD0 83 P84 , , P33/BHW Memory control signal I/O Input Output Output Output While the input level at pin , pin BLW is at "L" level, the microcomputer writes data into an evennumbered address. While pin BHW is , , P10 to P17 (Note 2), D8 to D15 (Note 1) P20 to P27 RD, BLW, BHW RD, BLW, BHW (Note 1) P31
Mitsubishi
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Equalizer

Abstract: QFP100-P-1420-0 internal signal. Can select signal from TRON, DMON, HYS and SHC by command. â'" 62 vDD â'" Digital power , ) *BHW Write, SRC mode 120 â'" â'" BUCK "H" Clock Pulse Width (2) *BHW QDRC mode (x 1) 3000 â'" â'" ns BUCK "H" Clock Pulse Width (3) *BHW QDRC mode (x2) 1500 â'" â'" BUCK "H" Clock Pulse Width (4) *BHW
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OCR Scan
TC9432AF TA2109F QFP100-P-1420-0 Equalizer TA2122FN 16KRAM 980910EBA1
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