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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC2938CMS#PBF Linear Technology LTC2938 - Configurable 4-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 12; Temperature Range: 0°C to 70°C
LTC2939CMS#PBF Linear Technology LTC2939 - Configurable 6-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 16; Temperature Range: 0°C to 70°C
LTC2900-2CDD#TR Linear Technology LTC2900 - Programmable Quad Supply Monitor with Adjustable Reset Timer; Package: DFN; Pins: 10; Temperature Range: 0°C to 70°C
LTC2900-2CDD#TRPBF Linear Technology LTC2900 - Programmable Quad Supply Monitor with Adjustable Reset Timer; Package: DFN; Pins: 10; Temperature Range: 0°C to 70°C
LTC2938CMS#TRPBF Linear Technology LTC2938 - Configurable 4-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 12; Temperature Range: 0°C to 70°C
LTC2939CMS#TRPBF Linear Technology LTC2939 - Configurable 6-Supply Monitors with Watchdog Timer; Package: MSOP; Pins: 16; Temperature Range: 0°C to 70°C

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2005 - ASTM A36

Abstract: 37690B ES45T-R ES45T-T satellite Andrew ANTENNA
Text: would point due north, equivalent to the direction, AZ = 0 °. NOTE: True north is not equivalent to


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PDF 37690B ES45T-T ES45T-R ASTM A36 37690B satellite Andrew ANTENNA
2000 - 37690B

Abstract: ES45T-R Andrew ANTENNA 6,4
Text: would point due north, equivalent to the direction, AZ = 0 °. NOTE: True north is not equivalent to


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PDF 37690B ES45T-T ES45T-R 37690B Andrew ANTENNA 6,4
2014 - Not Available

Abstract: No abstract text available
Text: multimedia interface (HDMI2. 0 ) applications requiring 4k2k 60Hz refresh rates. The HD3SS215 can be , /B/C A2, J4 Supply Port A, Channel 0 , High Speed Positive Signal Port A, Channel 0 , High , Port B, Channel 0 , High Speed Positive Signal Port B, Channel 0 , High Speed Negative Signal Port B , Speed Positive Signal Port B, Channel 3, High Speed Negative Signal Port C, Channel 0 , High Speed Positive Signal Port C, Channel 0 , High Speed Negative Signal Port C, Channel 1, High Speed Positive


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PDF HD3SS215 SLAS971A HD3SS215
1993 - AP-485

Abstract: architecture of 80487 80486 Opcodes 8086 assembly language manual architecture of intel 80487 BIOS Writers Guide RapidCAD processor intel 8080 80487
Text: . 16 3.6 Pentium® 4 Processor, Model 0 Output Example , value to " 0 " and then execute the CPUID instruction as follows MOV CPUID EAX, 00H After the , as well. If the EAX register contains an input value of 0 , the CPUID instruction also returns the , returned by the CPUID instruction. 7 AP-485 Output of CPUID if EAX = 0 31 Highest Value EAX Highest Integer Value 31 EBX EDX ECX Vendor ID 0 23 15 7 0 u (75) n (6E) e (65) G


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PDF AP-485 AP-485 architecture of 80487 80486 Opcodes 8086 assembly language manual architecture of intel 80487 BIOS Writers Guide RapidCAD processor intel 8080 80487
2011 - Not Available

Abstract: No abstract text available
Text: gates. VDD DAz (p) DAz (n) 4 4 SEL = 0 4 4 (z = 0 ,1, 2or3) DBz (p) DBz (n) 4 4 DCz (p) DCz (n) SEL = 1 SEL Dx_SEL SEL HPDA SEL = 0 HPDB SEL = 1 HPDC 125kW SEL AUXA (p) AUXA (n) SEL = 0 AUXB (p) AUXB (n) SEL = 1 AUXC (p) AUXC , DESCRIPTION B4 A4 DA0(p) DA0(n) I/O Port A, Channel 0 , High Speed Positive Signal Port A, Channel 0 , High Speed Negative Signal B5 A5 DA1(p) DA1(n) I/O Port A, Channel 1, High Speed


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PDF HD3SS212 SLAS822B HD3SS212
2011 - Not Available

Abstract: No abstract text available
Text: DAz (p) DAz (n) (z = 0 ,1, 2or3) 4 4 SEL = 0 4 4 4 4 DCz (p) DCz (n) DBz (p) DBz (n) SEL = 1 SEL Dx_SEL SEL HPDA HPDB SEL = 0 SEL = 1 HPDC 125kW AUXA (p) AUXA (n) AUXB (p) AUXB (n) OE SEL SEL = 0 AUXC (p) AUXC (n) SEL = 1 HD3SS212 GND Figure 2 , DESCRIPTION High Speed Port Selection Control Pins Port A, Channel 0 , High Speed Positive Signal Port A, Channel 0 , High Speed Negative Signal Port A, Channel 1, High Speed Positive Signal Port A, Channel 1


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PDF HD3SS212 SLAS822 48-Ball HD3SS212
2011 - Not Available

Abstract: No abstract text available
Text: (ZQE) VDD DAz (p) DAz (n) 4 4 SEL = 0 4 4 (z = 0 ,1, 2or3) DBz (p) DBz (n) 4 4 DCz (p) DCz (n) SEL = 1 SEL Dx_SEL SEL HPDA SEL = 0 HPDB SEL = 1 HPDC 125kW SEL AUXA (p) AUXA (n) SEL = 0 AUXB (p) AUXB (n) SEL = 1 AUXC (p) AUXC , A1 Dx_SEL Control I B4 A4 DA0(p) DA0(n) I/O Port A, Channel 0 , High Speed Positive Signal Port A, Channel 0 , High Speed Negative Signal B5 A5 DA1(p) DA1(n) I/O Port A


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PDF HD3SS212 SLAS822 48-Ball
2014 - Not Available

Abstract: No abstract text available
Text: Conditions Typical ±5 ±5 ±5 100 25% load step ±2 0 3.3V&5V with 680 μF(E/C) 300 Ripple & , )* ±5 ±5 ±5 ±5 200 25% load step ±2 0 5D/12D/15D with 220uF (E/C) 200 Ripple & Noise , Air Convection 70 ºC Output Power % 100 80 60 Safe Operating Area 40 20 70 0 -40 -20 0 20 40 60 80 100 Ambient Temperature º C www.aimtec.com F 052e R8.D , (0.90) 2 (0.625) 7 6 15.875 14.50 (0.25) 7 DIV: 5.00 (0.20) 1£ X0. 0 ( £ X


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PDF 3000VAC -40oCto 90-305VAC, 47-440Hz, 90-528Vac, AMEL2-12SAZ AMEL2-15SAZ AMEL2-24SAZ
2011 - db3p

Abstract: 5 pin IC marking DAZ
Text: HD3SS212ZQET PART MARKING HD3SS212 PACKAGE 48-Ball u*BGA (ZQE) VDD DAz (p) DAz (n) (z = 0 ,1, 2or3) 4 4 SEL = 0 4 4 4 4 DCz (p) DCz (n) DBz (p) DBz (n) SEL = 1 SEL Dx_SEL SEL HPDA HPDB SEL = 0 SEL = 1 HPDC 125kW AUXA (p) AUXA (n) AUXB (p) AUXB (n) OE SEL SEL = 0 , /O I/O I/O I/O I/O I/O DESCRIPTION High Speed Port Selection Control Pins Port A, Channel 0 , High Speed Positive Signal Port A, Channel 0 , High Speed Negative Signal Port A, Channel 1, High Speed


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PDF HD3SS212 SLAS822 48-Ball HD3SS212 db3p 5 pin IC marking DAZ
2000 - MOTHERBOARD IBM P6 2001

Abstract: design desktop motherboard tutorial architecture of pentium microprocessor gb85010a Intel D850GB P5 microarchitecture NVIDIA geforce netburst PENTIUM4 XM-6302B
Text: Performance as Percentage of Frequency Gain 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% 0 % Pentium® III Processor Pentium® 4 Processor SP EC int *2 00 Dr SP 0 ag EC on fp* *N 2k atu


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PDF VC820 VC82010A PC800 KMMR16R88AC1-RKB ATA-100 DTLA-307030 1024x768 640x480 16-bit XM-6302B MOTHERBOARD IBM P6 2001 design desktop motherboard tutorial architecture of pentium microprocessor gb85010a Intel D850GB P5 microarchitecture NVIDIA geforce netburst PENTIUM4
2002 - 8086 mnemonic opcode

Abstract: TNT DOS-Extender 8086 opcode sheet 8086/8088, 80286, 80386, 80486 Assembly the 8088 and 8086 microprocessors by triebel 8086 opcode sheet add 8086 assembly language manual intel 80486 opcode sheet NX686 8086 opcode table for 8086 microprocessor
Text: supported for system and application software. #GP( 0 ) Notation indicating a general-protection exception (#GP) with error code of 0 . absolute Said of a displacement that references the base of a code , Eight bits. clear To write a bit value of 0 . Compare set. compatibility mode A submode of long mode , AMD64 Technology EFER.LME = 0 Notation indicating that the LME bit of the EFER register has a value of 0 . effective address size The address size for the current instruction after accounting for the


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PDF AMD64 128-Bit virtual-8086 26568--Rev. 05--September 8086 mnemonic opcode TNT DOS-Extender 8086 opcode sheet 8086/8088, 80286, 80386, 80486 Assembly the 8088 and 8086 microprocessors by triebel 8086 opcode sheet add 8086 assembly language manual intel 80486 opcode sheet NX686 8086 opcode table for 8086 microprocessor
2011 - db3p

Abstract: 5 pin IC marking DAZ auxc
Text: HD3SS212ZQET PART MARKING HD3SS212 PACKAGE 48-Ball u*BGA (ZQE) VDD DAz (p) DAz (n) (z = 0 ,1, 2or3) 4 4 SEL = 0 4 4 4 4 DCz (p) DCz (n) DBz (p) DBz (n) SEL = 1 SEL Dx_SEL SEL HPDA HPDB SEL = 0 SEL = 1 HPDC 125kW AUXA (p) AUXA (n) AUXB (p) AUXB (n) OE SEL SEL = 0 , /O I/O I/O I/O I/O I/O DESCRIPTION High Speed Port Selection Control Pins Port A, Channel 0 , High Speed Positive Signal Port A, Channel 0 , High Speed Negative Signal Port A, Channel 1, High Speed


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PDF HD3SS212 SLAS822 48-Ball HD3SS212 db3p 5 pin IC marking DAZ auxc
2014 - Not Available

Abstract: No abstract text available
Text: )* LL-HL, Full Load 0-100% load (typical)* ±5 ±5 ±5 100 25% load step ±2 0 3.3V&5V with 680 , % load change ±5 ±5 ±5 ±5 200 25% load step ±2 0 5D/12D/15D with 220uF (E/C) 200 Ripple , 100 55 ºC 80 Safe Operating Area 60 50 40 25 20 0 -40 -25 0 20 40 , (0.625) 7 6 15.875 14.50 (0.25) 7 DIV: 5.00 (0.20) 1£ X0. 0 ( £ X.40) 1 0 AMEL-S/DAZ Side View (0.57) 6 6.35 (0.625) 2 7£ X.80 ( £ X.03) 0 0 3.18 (0.13


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PDF 3000VAC -40oC 90-305VAC, 47-440Hz, 90-528Vac, AMEL3-12SAZ AMEL3-15SAZ AMEL3-24SAZ
2014 - AMEL1-24SAZ

Abstract: No abstract text available
Text: ±5 ±5 200 25% load step ±2 0 3.3V&5V with 680 μF(E/C) 300 Ripple & Noise 12V&15V with 220uF , ±5 ±5 200 25% load step ±2 0 5D/12D/15D with 220uF (E/C) 200 Ripple & Noise 512D with 220uF , (0.625) 7 6 15.875 14.50 (0.25) 7 DIV: 5.00 (0.20) 1£ X0. 0 ( £ X.40) 1 0 AMEL-S/DAZ Side View (0.57) 6 6.35 (0.625) 2 7£ X.80 ( £ 0.03) 0 X 3.18 (0.13


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PDF 3000VAC -40oC 90-305VAC, 47-440Hz, 90-528VAC, AMEL1-12SAZ AMEL1-15SAZ AMEL1-24SAZ AMEL1-24SAZ
3Z33

Abstract: B7112
Text: ■à sçj .are. NO 2) y?: ig K " E ± 0 ,25 >1 "Mxi.-g^n Y/? fiosrr/fis) / y + 0 ,2 _ 4,1 -o,os rX i I I ! i i rî- aur-îi^u. 0M5±o,os ■-y o,z Pi fi n ! , —Of 2 —— >i 0t3-o,i ± 0 ,05 •ï if!- 8,5 4: 0 ,2 NßJjE.L._ COtiTATTO ¿¿M.ûr Mm , * j ¿fh¡70 _ _^ 39,62 26,92 3 2.00 D 4- 4b. 2i lr - 0 6- - 0 - 0 5- f : - 0 -4 4- - 0 4-4 3- dLli -4 1- -4 - 0 1 -281SJS - 0 11- 281 SIL- 0 AMP-nA 7523 - 6/92 ms y mmuss y parino, [OMytim


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PDF 23/S/S 3Z33 B7112
Not Available

Abstract: No abstract text available
Text: : >- E Vdd C 1+ V cc DC-DC converter C4+ 28]GND m c 4Vss 26}- + = ?C 4 =r c2 -1 0 V , OS INPUT D|N3 [ T D|N4 [ T D i n s [Tö O UTPUT control DCON [TT ' R 0 UT 1 [n [ TTL/CM OS O UTPUT ROUT2 (T3 ROUT3 Q Î o - r 2 l 1 DOUT3 - ^ 0 20l °O U T 4 19] d OUT5 RS-232 OUTPUT , b427S25 003Q74S Q uPD4715 N EC ELECTRONI CS I NC T -75-45-05 - 0 .5 to +6.0 - 0.5 to V c c +0-5 -3 0 . 0 to +30.0 - 2 5 . 0 to +25.0 Note 1 - 0.5 to V c c +0.5 ±60.0 - 4 0 t o +85 - 55 to


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PDF RS-232 P28GM-50-375B 1989P
Not Available

Abstract: No abstract text available
Text: Voltage D in —0.5 to V cc +0.5 V Receiver Input Voltage R in -3 0 . 0 to +30.0 V Driver Output Voltage Do u t -2 5 . 0 to +25.0 Note 1 V Receiver Output Voltage Ro u t â , opt - 4 0 to +85 °C Storage Temperature Range t stg —55 to +150 °C Power , CONDITION MIN. TYP. M AX. Vcc 4.5 5.0 5.5 V t opt -2 0 80 °c 47 mF , ambient temperature is below 0 °C. Take the lowest operating temperature into account when choosing the


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PDF JXPD4711A RS-232C PD4711A 20PIN -50-300B 20-ooe 008-OOO2 1989P
d4712a

Abstract: 4712A d471 HPD4712ACY mpd4712a
Text: T T L /C M O S IN P U T d in - 0 ° ~ | y ~ r -'w v - 23~1 D o u T 1 2 h , 4 [ I T OUTPUT co n tro l DCON [ 7 0 I]R | t o g , ni ROUT1 Q Z T T L /C M O S OUTPUT R O , T thresho ld c o n tro l Q£ ]^ R |N 4 T T j R CON RQUT4 0 Ï STB term inal is p u lle d , 0.5 to Vcc +0.5 -3 0 . 0 to +30.0 -25.0 to +25.0 Note 1 -0.5 to Vcc +0-5 ±60.0 - 4 0 to +85 - 5 5 to , Voltage Operating Temperature Range External Capacitor Note 2 N o t. 2 SYMBOL V CC T OPT M IN. 4.5 -2 0 22


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PDF uPD4712A uPD4712B iPD4712A, 4712B RS-232C theizPD4712A, JUPD4712A, PD471 28PIN P28GM-50-375B d4712a 4712A d471 HPD4712ACY mpd4712a
MELPS 740

Abstract: BL p6d Bl P6o "MELPS 740" M37450M4 80P6 M37450S1SP hipro pid PWM TEC
Text: .15 events • Master CPU bus interface.1 byte • 16-bit timer .3 • 8-bit timer (Serial I/O use).1 • Serial I/O (UART or , Timing output 0 port P6 I Read/Write status output Synchronous signal output -E -E -E *E -E •E •E , Ats Do ¡3-D, ► 0 * - os Outline 64P4B $ > > < < • 2-ÌSgjj zmiiii>><<16-bit timerX3, 8-bit timer (serial I/O


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PDF M37450S1SP/FP M37450S2SP/FP M37450S1 64-pin 80-pin QGlbb77 M37450S2S M37450S4SP/FP MELPS 740 BL p6d Bl P6o "MELPS 740" M37450M4 80P6 M37450S1SP hipro pid PWM TEC
uPD4711A

Abstract: D4711A
Text: N E C E L E C T R O N I C S INC m b 4 2 7 S S S 0 0 3 D701 2 `f - l & t & o S ' DATA SHEET , _ juPD4711A T -7 5 -4 5 - 0 5 ABSOLUTE MAXIMUM RATINGS (T, = 25°C) Supply Voltage Driver , to +30.0 -25.0 to +25.0Note 1 to V c c + 0 *5 ±60.0 - 4 0 t o +85 -55 t o +150 0-5 V V V V V mA °C , temperature is below 0 *C . Take the lowest operating temperature into account when choosing the capacitance , DEVICE T -7 5 -4 5 - 0 5 ELECTRICAL CHARACTERISTIC (Driver) (Vcc = +5.0 V * 10 %, T , - -4 0 °C to +85


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PDF uPD4711A /uPD4711A RS-232C PD4711A 20PIN T-75-45-05 -50-300B 1989P D4711A
FO514

Abstract: 15B41 34E4 1co4
Text: -5 -4 -3 -i -O -9 -8 7 -r, ID -5 -4 -1 - 0 -Q -a -/ -io -s. -4- -3 874(d5-1 Ã


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PDF 4-874-6S-Z 74b5- 51K\GLE FO514 15B41 34E4 1co4
1997 - sample project texas instruments radar

Abstract: how dsp is used in radar motion sensor doppler effect doppler sensor TMS320C40 Monopulse motion sensor doppler motion DOPPLER motion sensor based on doppler effect diagram radar circuit
Text: range are given by the following equations: Ecart Azimuth 2 EAz = 8 B4 f = 0 R =6 2 8 2 8 (R, f ) - B2 (R, f ) f = 0 R =6 2 8 B4 (R, f ) + B2 (R, f ) f = 0 R =6 f = 0 R =6 Ecart Elevation 2 EEI = 8 B1 f = 0 R =6 2 8 2 8 (R, f ) - B3 (R, f ) f = 0 R =6 2 8 B1 (R, f ) + B3 (R, f ) f = 0 R=6 f = 0 R =6 Range N= (B 2( 0 ,6) + B 4( 0 ,6) ( -1) + (B2( 0 ,7) + B 4( 0 ,7) ) ( 0 ) + (B2( 0 ,8) + B4( 0 ,8) ) (+1) 8 B2( 0 , R) + B4( 0 , R) R =6


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PDF TMS320C40 SPRA301 TMS320C40 sample project texas instruments radar how dsp is used in radar motion sensor doppler effect doppler sensor Monopulse motion sensor doppler motion DOPPLER motion sensor based on doppler effect diagram radar circuit
2007 - 8086 mnemonic opcode

Abstract: 8086 opcode sheet 8086 OPCODE DATA SHEET 8086 opcode sheet free download AMD64 2486H "vector instructions" saturation amd 8086
Text: Table 1-1. 7 3 Opcode Figure 1-2. Table 1-1. 2 1 OC1 0 OPS Opcode3 Byte Format , fields is provided in Table 1-3 below. 7 2 1 0 OC0 dest Figure 1-3. Table 1-3. 3 , DREX.dest 7-4 XMM destination register DREX.OC0 3 Operand Configuration Bit 0 - Together with , 0 1-bit (high) extension of the ModRM r/m field, SIB base field, or opcode reg field, thus permitting access to 16 registers. Bits 7 and 2: 0 are ignored in modes other than 64-bit. 1.2


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PDF AMD64 128-Bit 43479--Rev. 01--August 8086 mnemonic opcode 8086 opcode sheet 8086 OPCODE DATA SHEET 8086 opcode sheet free download 2486H "vector instructions" saturation amd 8086
Not Available

Abstract: No abstract text available
Text: 25 °C) Supply Voltage v cc - 0 .5 to +6.0 V Driver Input Voltage D in — 0.5 to V cc +0-5 V Receiver Input Voltage R in - 3 0 . 0 to +30.0 V Driver Output Voltage , V Input Current I in Operating Temperature Range T o pt - 4 0 to +85 °C , M AX UNIT in i in TYP. j MIN. ^ SYM BOL 0 in C H A R A C T E R IS T IC , temperature is below 0 °C. Take the lowest operating temperature into account when choosing the capacitance


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PDF tPD4712A, RS-232C jzPD4712A, P28GM-50-375B 1989P
MELPS 740

Abstract: M37450S1SP "MELPS 740" M37450S1FP m37450m4 MELPS MELPS-740 80P6 circuit diagram for simple IR robots
Text: .15 events • Master CPU bus interface.1 byte • 16-bit timer .3 • 8-bit timer (Serial I/O use) .1 • Serial I/O (UART or , instructions+2) Instruction execution time 0 . 8^s(minimum instructions, at 10MHz of frequency) Clock , -bitX1 Serial I/O UART or clock synchronous Timers 16-bit timerX3. 8-bit timer (serial I/O baud rate generator , port, timer , etc., are assigned to this area. Addresses 0000,6 to 007F,e are the RAM address area


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PDF M37450S1SP/FP M37450S2SP/FP M37450S4SP/FP 64P4B M37450S1 64-pin 80-pin MELPS 740 M37450S1SP "MELPS 740" M37450S1FP m37450m4 MELPS MELPS-740 80P6 circuit diagram for simple IR robots
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