2003 - IDT CV 184
Abstract: csmc2 1 4 M CSMC2
Text: :0] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , selectable through SM bus, Byte 34 bit 5, power on is RESET# mode.(1) 21 SEL24/24_48MHZ I/O , programmed through SM bus Byte 34.(2) 3.3V GND 22 48MHz1 OUT 48MHz clock output 23 48MHz0 OUT 48MHz clock output. Output drive strength can be doubled through SM programming. Power
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IDTCV104B
IDTCV104B
48MHz
133MHz
100MHz
48MHz
33MHz
IDT CV 184
csmc2
1 4 M CSMC2
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2003 - Not Available
Abstract: No abstract text available
Text: ] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , , 0 = 48MHz, also can be programmed through SM bus Byte 34.(2) 23 48MHz0 OUT 48MHz clock output. Phase is 180 different with 24_48 and VCH. Output drive stength can be doubled through SM , 48MHz clock output. Selectable by SM bus. Power on is 66MHz. 27 3V66_2 OUT 66MHz clock
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IDTCV109B
IDTCV109B
48MHz
133MHz
100MHz
48MHz
33MHz
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2003 - str 5764
Abstract: csmc2 APN-6 pd2029 CV104A
Text: ], PCIF[2:0] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , circuit, active LOW/ power down control input. Mode selectable through SM bus, power on is RESET# mode.(1 , different with 24_48, 48MHz1, and VCH. Output drive stength can be doubled through SM programming. 23 , output. Selectable by SM bus. Power on is 66MHz. 26 3V66_2 OUT 66MHz clock output 27
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IDTCV105B
IDTCV105B
48MHz
133MHz
100MHz
48MHz
33MHz
str 5764
csmc2
APN-6
pd2029
CV104A
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2003 - OF BS 107b
Abstract: 48MHZ
Text: ] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , . Frequency selected by SEL24 latch input. 1 = 24MHz, 0 = 48MHz, also can be programmed through SM bus Byte 34.(2) 22 48MHz0 OUT 48MHz clock output. Output drive strength can be doubled through SM , VDD48 PWR 3.3V 26 3V66_3/VCH OUT 66MHz or 48MHz clock output. Selectable by SM bus
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IDTCV107B
IDTCV107B
48MHz
133MHz
100MHz
48MHz
33MHz
OF BS 107b
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1990 - TGA2519-SG
Abstract: HPA Ku TGF4350-EPU HPA41 ic 7435 TGC4401-EPU ku vsat amplifier TGA2512 price tga8658 TGA2519
Text: 29 32/33* 25 22* 22 30 25 35.5 /36* 35.5 /36* 25 28.5 29(27) 32.5/33* 16 31/33.5* 33* 35.5 * 24/25* 27/27.5* 31/33* 26 30 18 28 33* 12 13 17(15) 21 20 19 22 20 14 26 22 , ) TGA2506-EPU TGA2507-EPU& - SM TGA2508-EPU&-SM TGA2519-SG TGA2520 TGA2510&-SG TGA2502 TGA2505 , 12.3-15.7 12.5-17 13-15 13-17 13-17(15.5) 13-17 13-17 13-17 13-15 13-18(16) 25-35 25-31 24-31 , *(33.5*) 36* 34* 34*(32*) 34* 34* 34* 36* 38* 25 35.5 /36* 35.5 /36* 38.5* 25 29(27) 32.5/33
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AsareavailableforkeybandsacrossDCto100GHz
Alldevicesare100%
11GHzCut-OffFreq
TGC1430F-EPU
TGC1430G-EPU
TGC4401-EPU
TriQuintSemiconductor5/06
S11/S22
DC-20
DC-18
TGA2519-SG
HPA Ku
TGF4350-EPU
HPA41
ic 7435
TGC4401-EPU
ku vsat amplifier
TGA2512 price
tga8658
TGA2519
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PIC10F202
Abstract: dsPIC33F256GP710 PIC12F508 89LPC952 PIC32XXX pic 8051 DSPIC33F256 PIC12F609 PIC16F505 PIC16F610
Text: ¢ & fS MicrochipÃiJTotal Endurance!^ ti JSlÃSÃik^ÃlRl ffi g 3F $ m à EEPROMJÃfflÃà m - , Tel: 60-4-227-8870 nmn - sm Tel: 86-29-8833-7252 Tel: 63-2-634-9065 tfil " B|$S Tel
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i/\i0Ud33
S0o01r)
2EM00TY
DS22085A
DS22085
PIC10F202
dsPIC33F256GP710
PIC12F508
89LPC952
PIC32XXX
pic 8051
DSPIC33F256
PIC12F609
PIC16F505
PIC16F610
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2004 - Not Available
Abstract: No abstract text available
Text: ], PCIF[2:0] 3V66[3:1] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , circuit, active LOW/ power down control input. Mode selectable through SM bus, power on is RESET# mode.(1 , can be doubled through SM programming. 23 VSS GND GND 24 VDD48 PWR 3.3V 25 3V66_3/VCH OUT 66MHz or 48MHz clock output. Selectable by SM Bus. Power on is 66MHz. 26
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IDTCV119E
IDTCV119E
48MHz
200MHz
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2004 - Not Available
Abstract: No abstract text available
Text: ] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , output. Phase is 180 different with 24_48 and VCH. Output drive stength can be doubled through SM , [21:27] = byte count. Bit 20 = 1, bit [21:27] will be stored into SMBus table, Byte 8. SM Bus Byte 8 is read byte count register, power on default is 0FH. Bit 20 = 0, normal SM bus operation
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IDTCV109E
IDTCV109E
48MHz
200MHz
166MHz
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2004 - IDTCV109E
Abstract: No abstract text available
Text: ] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , drive stength can be doubled through SM programming. 24 VSS GND GND 25 VDD48 PWR , . SM Bus Byte 8 is read byte count register, power on default is 0FH. Bit 20 = 0, normal SM bus , = selected by HW latched FS [1:0], CFS[2:0] 1 = selected by BS[2:0], CFS[2:0] BS[2:0] CFS[2:0
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IDTCV109E
IDTCV109E
48MHz
200MHz
166MHz
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2004 - APN-6
Abstract: str 5764 CV104 PD2029
Text: ], PCIF[2:0] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , circuit, active LOW/ power down control input. Mode selectable through SM bus, power on is RESET# mode.(1 , different with 24_48, 48MHz1, and VCH. Output drive stength can be doubled through SM programming. 23 , . SMBus Byte 8 is read byte count register, power on default is 0FH. Bit 20 = 0, normal SM bus operation
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IDTCV105E
IDTCV105E
48MHz
200MHz
APN-6
str 5764
CV104
PD2029
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2004 - 48MHZ
Abstract: IDTCV107E cv104
Text: ] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , drive strength can be doubled through SM programming. Power on is 2x. 23 48MHz1 OUT 48MHz , , Byte 8. SM Bus Byte 8 is read byte count register, power on default is 0FH. Bit 20 = 0, normal SM bus , select 2 0 = selected by HW latched FS [1:0], CFS[2:0] 1 = selected by BS[2:0], CFS[2:0] BS[2:0] CFS
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IDTCV107E
IDTCV107E
48MHz
200MHz
166MHz
cv104
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2004 - str 6551
Abstract: IDTCV119E SMC Cl
Text: ], PCIF[2:0] 3V66[3:1] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , circuit, active LOW/ power down control input. Mode selectable through SM bus, power on is RESET# mode.(1 , can be doubled through SM programming. 23 VSS GND GND 24 VDD48 PWR 3.3V 25 3V66_3/VCH OUT 66MHz or 48MHz clock output. Selectable by SM Bus. Power on is 66MHz. 26
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IDTCV119E
IDTCV119E
48MHz
200MHz
str 6551
SMC Cl
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Not Available
Abstract: No abstract text available
Text: EasyN Programming PCI[5:0], PCIF[2:0] 3V66[3:1] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic , from watchdog circuit, active LOW/ power down control input. Mode selectable through SM bus, power on , . Output drive stength can be doubled through SM programming. 23 VSS GND GND 24 VDD48 PWR 3.3V 25 3V66_3/VCH OUT 66MHz or 48MHz clock output. Selectable by SM Bus. Power on
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IDTCV119E
IDTCV119E
48MHz
200MHz
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2004 - Not Available
Abstract: No abstract text available
Text: ] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , drive strength can be doubled through SM programming. Power on is 2x. 23 48MHz1 OUT 48MHz , SMBus table, Byte 8. SM Bus Byte 8 is read byte count register, power on default is 0FH. Bit 20 = 0, normal SM bus operation. : Slave Master Bit # of bits From Description 1 1
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IDTCV107E
IDTCV107E
48MHz
200MHz
166MHz
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2004 - pd2029
Abstract: No abstract text available
Text: ], PCIF[2:0] 3V66[3:0] SDATA SM Bus Controller SCLK SRC CLK Output Buffer PLL3 SSC SRC VTT_PWRGD Watch Dog Timer IREF FS [1:0] Control Logic 48MHz[1:0] S EL24_48# 48MHz Output , circuit, active LOW/ power down control input. Mode selectable through SM bus, power on is RESET# mode.(1 , different with 24_48, 48MHz1, and VCH. Output drive stength can be doubled through SM programming. 23 , 20 = 0, normal SM bus operation. Acknowledge Slave 48-55 Stop Slave 8 47 Nth
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IDTCV105E
IDTCV105E
48MHz
200MHz
pd2029
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2002 - M63026FP
Abstract: M63023FP M63024FP M63027FP lO37
Text: - Slide inverted output 1 33 GND GND 11 GND GND 32 5VCC 5V Power Supply(for FS , power supply (f or Loading) 4.5 12 13.2 V 5VCC 5V power supply (f or FS ,TS) 4.5 , 3.55 V VM3=12[V] Io=0.5A Dy namic range of output R=5.4[ohm] VM3=4.75V , VM1=12V Vin3 , 2 TY P 4.0 3.55 3.95 V VM1=12[V] Control Voltage input range 4 Control gain 4 , + TOGND 30 13 14 R8 Loading FS 5 12V Loading M 5V power Focus Tracking 104
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M63023/024/026/027FP
65KHz
REV010307
M63026FP
M63023FP
M63024FP
M63027FP
lO37
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2002 - M63026FP
Abstract: m63026 M63023FP M63024FP M63027FP X12026 transistor x12
Text: - Slide inverted output 1 33 GND GND 11 GND GND 32 5VCC 5V Power Supply(for FS , power supply (f or Loading) 4.5 12 13.2 V 5VCC 5V power supply (f or FS ,TS) 4.5 , 3.55 V VM3=12[V] Io=0.5A Dy namic range of output R=5.4[ohm] VM3=4.75V , VM1=12V Vin3 , 2 TY P 4.0 3.55 3.95 V VM1=12[V] Control Voltage input range 4 Control gain 4 , 5VCC TO+ TOGND 30 13 14 R8 Loading FS 5 12V Loading M 5V power Focus
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M63023/024/026/027FP
65KHz
REV010307
M63026FP
m63026
M63023FP
M63024FP
M63027FP
X12026
transistor x12
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gain coupled DFB
Abstract: No abstract text available
Text: C lE fc J C & IC STH61004G/N/Z STH61005G/N/Z 1300 nm DFB Laser in Coaxial Package with SM , mirror to monitor and control radiant power · Hermetically sealed subcomponents, similar to TO-18 · SM pigtail with or without flange and optional connector Maximum Ratings Output power ratings refer to SM , 10 V 8B-13 . Fiber Optics Characteristic« Alt optical data rote* to « coupled 10/I25um SM , 1312 1314 mW/A Q ns nm/K fs W <0.5 <0.15 Wtavttangft In nm Figure 3. Laser forward current
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STH61004G/N/Z
STH61005G/N/Z
1------1S00
8B-14
STH61004
1005G/NK
gain coupled DFB
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W04 SMD
Abstract: ERF 2030 BK 1085 tt 2246 CQ 4.000 .50M OPI 1169 2310 fx CQ 1.000 crystal oscillator AE TCXO 1025 lm 2491
Text: ~102hk Cg ^10"4~10"1pF, Rg~102 fio fi^ffitflft Lg Cg, Q=" Lg /Rgfttm TO LC Q 2-4 Efei £ fs ,^ Lg, eg , fs J\ y i Hp V -i* m 5,t -nmm'Y^wM^ Packaged Crystal I,»-® Oscillator (PXO) Voltage , LR KR JR HR GR FR ER -30â70C CS BS AS NS MS LS KS JS HS GS FS ES -40â70 C CT BT AT NT MT LT KT , °C JS* HS GS FS -40â70 °C HT GT FT -40â85 °C GU FU -55~85°C FW 2 -1 1 - 20K!^> 5 -1 5 , HR GR FR -30~70°C JS* HS GS FS -40â70 °C HT GT FT -40â85 °C HU* GU FU -55~85°C FW
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13dBm
MXF3200
MXF3200
MXF3200A
Min15
MXF3200A
12WCMXF3200)
MXF3200A)
W04 SMD
ERF 2030
BK 1085
tt 2246
CQ 4.000 .50M
OPI 1169
2310 fx
CQ 1.000 crystal oscillator
AE TCXO 1025
lm 2491
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2003 - M63028FP
Abstract: M63029FP HSSOP42-P-450-0 M63026FP SL1IN M63023FP SL2IN 42P9R 42P9R-K
Text: 5VCC TO+ 5V Power Supply (for FS , TS) Tracking non-inverted output 13 14 V U Motor , supply (for Loading) 4.5 4.5 12 12 13.2 13.2 V V 5VCC IoA 5V power supply (for FS , range of output R=5.4[] VM3 = 4.75V, VM1 = 12V 3.35 3.55 - V Vin3 Control voltage , 4 VM1 = 12[V] FOIN, TOIN Io = 0.8[A] Vin4 3.55 0 3.95 - 5 V Gvo4 , M M C2 29 15 Loading FS 30 14 C2 31 13 512 Loading 32 12
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M63028/029FP
REJ03F0024-0100Z
M63028FP
M63029FP
HSSOP42-P-450-0
M63026FP
SL1IN
M63023FP
SL2IN
42P9R
42P9R-K
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FR4 GLASS EPOXY
Abstract: m63026 M63023FP M63024FP M63026FP M63027FP M6302 18-Pulse
Text: Power Supply for FS ,TS) 12 W Motor drive output W 31 TO+ Tracking non-inverted output 13 V Motor , 5VCC 5V power supply (for FS ,TS) 4.5 5 7 V loA Focus, Tracking and Loading Output Current - 0.5 0.8 A , ] lo=0.5A 6.9 7.6 Vdy c3-2 Dynamic range of output R=5.4[ohm] VM3=4.75V , VM1=12V 3.35 3.55 V , ] 3.55 3.95 - Vin4 Control Voltage input range A FOIN.TOIN 0 â 5 V GVo4 Control gain 4 (FO+) -(FO
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m63023/024/026/027fp
65KHz
REV010307
FR4 GLASS EPOXY
m63026
M63023FP
M63024FP
M63026FP
M63027FP
M6302
18-Pulse
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KD202A
Abstract: BY100 KD202B D226B KD202D KD202G BYZ10 BY126 BYZ12 BY105
Text: Silicon Junction Mains Power Rectifiers Notes H.W. - Half Wave W/E â Wire Ended S.M . â Stud , .; S.M . 0.55 1N540 400 750 mA 15 H.W.; W/E 0.30 BYX42-900R as BYX42-900 but with stud anode 0.55 1N645 225 400 mA 3 H.W.; W/E 0.25 BYX42-1200 1200 | 10 A | 125 I H.W.; S.M . 0.65 1N649 600 400 mA 3 , 0.20 BYZ10 800 6 A 38 H.W.; S.M . 0.35 1N2378 3000 150 mA 3.5 H.W.; W/E 3.00 BYZ12 400 6 A 38 H.W.; S.M . 0.30 1N3193 200 750 mA - H.W.; W/E 0.15 BYZ13 200 6 A 38 H.W.; S.M . 0.25 1N4002 100 1 A 30 H.W.; S/M
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BYX42-900
1N540
BYX42-900R
1N645
BYX42-1200
1N649
BYX42-1200R
1N2071
KD202A
BY100
KD202B
D226B
KD202D
KD202G
BYZ10
BY126
BYZ12
BY105
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221-93
Abstract: No abstract text available
Text: Scottsdale SAC22 Scottsdale SMAJ22 Scottsdale SM AJ22A Santa Ana 1N6117 Santa Ana 1N6117US JAN1N6117 Santa , ELF E E SQ. MELF E E SQ. M E LF E SM STD SM STD SM STD SM STD SM STD SM STD SM STD SM STD SM SM STD STD STD STD STD STD STD SM SM STD SM STD SM STD SM STD SM STD SM STD SM STD SM STD SM STD 516 516 , 37.4 37.4 39.1 39.4 35.5 39.4 35.5 39.4 35.5 35,4 39.4 35.5 43.6 43.6 43.6 43.6 43.6 ! 43.6 43.6 43.6 , llo w e d b y a s c e n d in g V w m (vo lts] P a rt S p e c if ic s N o tes: 1. P u fs e W id th is s
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JAN1N6116US
JANTX1N6116
JANTX1N6116US
JANTXV1N6116
JANTXV1N6116US
1N6116A
1N6116AUS
JAN1N6116A
JAN1N6116AUS
JANS1N6116A
221-93
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Not Available
Abstract: No abstract text available
Text: 25 12.0 16.9 18.0 13.15 56 27.5 33.5 28.65 26 12.5 17.4 18.5 13.65 57 28.0 32.9 34.0 , 14.65 59 33.9 29 14.0 18.9 20.0 15.15 60 29.5 34.4 35.5 30.65 19.4 30.0 36.0 31.15 30 , Aces Electronic Co.,Ltd. SM ( dr) ni^S (TITLE) 0.5mm ZIF FPC CONN. SMT R/A TOP CONTACT TYPE
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UL94V-0;
26CTC
PS-50531
APP970133SMHÂ
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2010 - power factor calculation by pic microcontroller timer
Abstract: PIC microcontroller 3 phase energy meter AC voltmeter pic PIC18F46K22 zigbee to PIC microcontroller interfacing circuit SPI mrf24j40ma gas sensor using PIC lcd and pic16f84a tutorial ZG2100 zigbee data acquisition using pic microcontrollers
Text: PIC32MX675F256L 256k 64k 85 PIC32MX795F512L 512k 128k 85 Device FS USB OTG , cycles Electricity, Water 8-SN, 8- SM 25AA512 EEPROM SPI 512K 1.8V to 5.5V 10 A 20 MHz >1M cycles Electricity 8-SN, 8- SM 24LC1025 EEPROM I2C 1M 2.5V to 5.5V 5 A 1 MHz >1M cycles Electricity, Water 8-SN, 8- SM 25AA1024 EEPROM SPI 1M 1.8V to 5.5V 12 A 20 MHz >1M cycles Electricity 8- SM 23K640 SRAM SPI 64K
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DS01008F
DS01008F*
power factor calculation by pic microcontroller timer
PIC microcontroller 3 phase energy meter
AC voltmeter pic
PIC18F46K22
zigbee to PIC microcontroller interfacing circuit
SPI mrf24j40ma
gas sensor using PIC
lcd and pic16f84a tutorial
ZG2100
zigbee data acquisition using pic microcontrollers
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