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Part Manufacturer Description Datasheet Download Buy Part
LTC6603IUF#PBF Linear Technology LTC6603 - Dual Adjustable Lowpass Filter; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LTC6603IUF#TRPBF Linear Technology LTC6603 - Dual Adjustable Lowpass Filter; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LTC6603CUF#PBF Linear Technology LTC6603 - Dual Adjustable Lowpass Filter; Package: QFN; Pins: 24; Temperature Range: 0°C to 70°C
LTC6602IUF#TRPBF Linear Technology LTC6602 - Dual Matched, High Frequency Bandpass/Lowpass Filters; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LTC6603CUF#TRPBF Linear Technology LTC6603 - Dual Adjustable Lowpass Filter; Package: QFN; Pins: 24; Temperature Range: 0°C to 70°C
LTC6602CUF#PBF Linear Technology LTC6602 - Dual Matched, High Frequency Bandpass/Lowpass Filters; Package: QFN; Pins: 24; Temperature Range: 0°C to 70°C
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603 GP Y 08 Marathon Special Products Bisco Industries 10 - -
603-GPY-08 Marathon Special Products Master Electronics 2 $51.96 $25.26
603GPY08 Marathon Special Products Allied Electronics & Automation - $60.18 $56.53
603GPY08PSB Marathon Special Products Allied Electronics & Automation - $63.80 $59.93

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FR4 epoxy

Abstract: "epoxy glass composite" CEM-1 glass epoxy material CEM-1 FR2 material 169P44WE Epoxy, glass laminate glass vectorbord 169P79
Text: -1 epoxy glass composite and P96 GPY Hi-Temp laminate (NEW). Vectorbord® listed below is copper clad or , " 0.042" 0.042" 0.042" GPY 260 C(TMA)Polyimide P96, no copper P P P P P H H H H H H M , P P P P P P P P P P P P P P P P P P Pattern o o GPY 260 C(TMA)Polyimide P96, 1oz. unplated copper, 2 sides o GPY 260 C(TMA)Polyimide P96, no copper FR4 Epoxy Glass


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cbf 422

Abstract: PY 472 M RPY 86 gp i s52 8GKC AQC 207 S2M8 gp 722 6K83 e/Diode gp 722
Text: :PL^_\P OL^L }5~ 7Z_Y^P\ | GPY ]TYR OT]^LYNP}7ZY`P\RPY^ \PQWPN^T`P-8TQQ_]P \PQWPN^T`P ^c[P~ Iba , _\gx307 472 M_\gx402 }<~ GPY ]Z\ NZY^\ZWWP\ 372 322 72 2 GXYg s ?XagXe r L\Z[g , 6K81A+H8H 5722 }=~ GaT^NSTYR [ZaP\ ]_[[Wc 37 32 7 2 /7 /32 /37 +``, | GPY ]Z\ LYRWP}H\LY , 32 707 4/x504 wosw 48 307 304 3: mznjii nnx 36 }<~ GPY ]Z\ NZY^\ZWWP


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PDF H\a0x20: H\a0x307 H\a0x402 cbf 422 PY 472 M RPY 86 gp i s52 8GKC AQC 207 S2M8 gp 722 6K83 e/Diode gp 722
2007 - Not Available

Abstract: No abstract text available
Text: solution which gives positive Gpy and negative Gpz is 174.71°. In practice, this is not a problem for a software implementation provided that the ATAN2 function is used as φxyz = ATAN2( Gpy , Gpz). The ATAN2 , defined for all values of Gpy and Gpz with the one exception where both Gpy and Gpz equal zero. This , to Gpx or Gpy exceeding 1g and the square root and angle calculation having no real-valued solution , angle is zero, Gpy is also zero according to Equation 8. Equation 38 therefore correctly gives zero


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PDF AN3461
R-4775

Abstract: R4775 TM650 94v-1
Text: GPY () R-4775 R-4670 CPU CPU PGAIC 3 3 1,020×1,020mm -0 -0 3 3 1,220×1,020mm -0 -0 0.018mm(18m) 0.035mm(35m) 0.070mm(70m) 0.1mm 0.2mm 0.3mm 0.4mm 0.5mm 0.6mm 0.8mm ±0.03mm ±0.04mm ±0.05mm ±0.06mm ±0.07mm ±0.10mm R-4775 Mm M M 1MHz - 1GHz - 1MHz - 1GHz - 260 18m 0.018mm 35m 0.035mm 0.070mm 70m


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PDF R-4775 R-4670 020mm 018mm 035mm 070mm 018mm 035mm R-4775 R4775 TM650 94v-1
GE4F

Abstract: d1867 C-6480 C649 JIS PP7F NEMA xxxpc C6484 NEMA FR-4 CCL14 JIS CGE3F
Text: GE4F GE2F JIS C-6480 UL/ANSI 746E IEC 61249 FR-5 2-8 FR-4 FR-4 2-7 FR-5 FR-5 FR-4 FR-4 NEMA PUB,LI-1Sec5 1998 FR-5 C6484 ASTM D-1867 FR-4 GI1F C6493/C6490 GPY CGE3F C6489 CEM-3 CEM-3 CEM-3 XXXP XXXP XXXP XXXPC XXXPC XXXPC FR-1 FR-1 PP3 C6485 PP7F JPCA CCL14/CCL34 2-21 ES04


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PDF C-6480 C6484 D-1867 C6493/C6490 C6489 C6485 CCL14/CCL34 ES04/ES05 CCL15/CCL35 CCL13 GE4F d1867 C-6480 C649 JIS PP7F NEMA xxxpc C6484 NEMA FR-4 CCL14 JIS CGE3F
22 AWG

Abstract: No abstract text available
Text: BLU BLK GPY WIRING DIAGRAM WIRING DIAGRAM WIRING DIAGRAM 3 CIRCUIT 4 CIRCUIT 5 CIRCUIT


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PDF SD-B4739-Q3Q1 SD-B4738-0301 8473BQ30B 8473BQ4QB 8473BQ50B 8473BQB0B 8473BQ107 B473BQ407 8473BQ507 B473BQE07 22 AWG
Not Available

Abstract: No abstract text available
Text: CUST, F - 7 18 NO. REV. A QPL M 39016/17-042M gpy "J M G A " RELAY JMGAC-26MW


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PDF 11JUL03 39016/17-042M JMGAC-26MW
94v0

Abstract: m 94v-0 94v-0 GE4F 94-V0 94VTM-0 JIS PP7F R-8700 R1551 94v-0 cem-3
Text: FR-4 GE4F High Tg/ FR-4 GE4F High Tg/ FR-4 GE4F High Tg FR-4 GE4F High Tg/ FR-4 GE4F FR-4 GE4F FR-4 GE4F FR-4 GE4F FR-4 GE4F FR-4 GE4F FR-4 GE4F GPY GI1F FR-4 GE4F UT UL/ANSI JIS 13 High Tg


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PDF R-1515H R-1515B R-1515S R-1410S R-5715E R-5775 R-5670 R-5725 R-5620 R-2125 94v0 m 94v-0 94v-0 GE4F 94-V0 94VTM-0 JIS PP7F R-8700 R1551 94v-0 cem-3
2002 - UL796

Abstract: fr4 94v0 UL746E FR4105 UL746A R1561 UL746B r1566 GE4F E81336
Text: -1810 :R-1766, :R-1661 C-1510 :R-1566, :R-1551 GPY 94V-1 FR-4 94V-0 0.03 0.63 0.63 # , -0100 R-1561 R-1566 0.1 GE4F V-0 V-0042 R-1781 R-1786 0.8 CGE3F V-0 V , -0 V-0177 R-1782 R-1787 0.8 CGE3F V-0 R-8700 R-8705 R-8500 R-8505 0.8


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PDF UL746E UL796 UL1492 UL746A UL746B UL60950 UL796 fr4 94v0 UL746E FR4105 UL746A R1561 UL746B r1566 GE4F E81336
1999 - dusk

Abstract: Y255
Text: (QDEOH ð ìë ìæ ð G%Pý G%P 6LJQDOýWRý1RLVHý5DWLR 6î1ì ð ð çí ð G


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Not Available

Abstract: No abstract text available
Text: -3 G FY-1 -2 0 +2 dB Frequency response GpY -2 G FY-3 °GY-1 -2 0 +2 dB , -MHz 200-mVp-p sine wave is input. The Y-OUT output for a 3.5-MHz input [mVp-p] Gpy = 201og


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PDF LC89978M LC89978M]
LA7150

Abstract: u 3212 m h1kh 3212 uc 3212
Text: [Video Switch Section) Frequency Characteristic / / Gpy ^ rM00k*Mo 5MHz at -0.5 0 0.5 dB J- ^ =


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PDF LA7150 LA7150 21-pin 14cJB u 3212 m h1kh 3212 uc 3212
LC89973M

Abstract: MFP24
Text: 2.1 2.5 V viny.2 b a b Pin voltage (output) vouty-1 a a b 0.8 1.2 1.6 V vouty-2 b a b , gpy -2 b b b Differential gain °gy-1 a a b 13 0 5 7 % dgy-2 b a b Differential phase Dpy , _ 0.8 1.5 mVrms lck1y-2 b a b Noise Ny.i a a b 16 — 0.5 2.0 mVrms Ny-2 b a b


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PDF EN5114 LC89973M LC89973M MFP24
AD9101

Abstract: 000M407 HCMP96850 SPT9101
Text: -1.8 - 0.8 30 -1.5 (lA V V Track Mode Dynamics Bandwidth (-3 dB) Vom = 1.0 V p-p Slew Rate 4 V , –¡440ci T^fl 5-10 4755 Forge Road, Co. Springs, CO 80907 gpy Ph: (719) 528-2300; Fax: (719) 528-2370


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PDF SPT91 AD9101 SPT9101 SPT9101SCU flS4flT17 AD9101 000M407 HCMP96850
amd am2 pinout

Abstract: AM29C821/B3A pinout AM2 AMD CD3024 PD3024 AM29C823 AM29C821PC
Text: Am29C821 / Am29C823 Am29C921 / Am29C923 High-Performance CMOS Bus Interface Registers 1>> 3 3 M IO IO to oo to OS io io >> 3 3 fo ro to to OO to CO MIO W W DISTINCTIVE CHARACTERISTICS High-speed parallel positive edge-triggered registers • with D-type flip-flops • - GP-Y propagation delay = 8 ns typical • Low standby power JEDEC FCT-compatible specs Iol = 24 mA, Commercial and , Input Logical LOW Voltage for All Inputs (Note 2) 0.8 Volts Vi Input Clamp Voltage VCC-4.5 V, l|N â


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PDF Am29C821 Am29C823 Am29C921 Am29C923 10-bit) Am29C900 AIS-WCP-20M-01/88-0 amd am2 pinout AM29C821/B3A pinout AM2 AMD CD3024 PD3024 AM29C821PC
Not Available

Abstract: No abstract text available
Text: +0.3 dB - 10 50 m Vrm s - 0.8 1.5 m Vrms 7 - 0.5 2.0 m Vrms , a b 2.1 VOUTY-1 b a a b a b a b b GpY -2 b b b -2


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PDF EN5111 LC89970 LC89970M 3059-DIP22S 3045B-MFP24 89970M LC89970] LC89970M]
ha13447

Abstract: HA 13447
Text: 15V I q 0 6A 14, 22 14,22 14, 22 3 3 l0 - 2.0A 1 ^ 1 kHz Gp^y = 1 dB O pen-loop gain


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PDF HD13447 ha13447 HA 13447
GPCE128A

Abstract: mic amplifier using ic 741 gpy0029b LVD SCHEMATIC DIAGRAM IOA12
Text: 0.22 3 GPY 0030 A 4.7 5 1 2 Speaker 1 220 3K 0.22 0.1 MICN DAC 1 4 , ) 0.1 VSSIO_ 3 0.1 VSS 2 GPY 0029 B 3 VDD5(5V) VDDIO_1 1 VSSIO _1 IOA [15:8


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PDF GPCE128A GPCE128A mic amplifier using ic 741 gpy0029b LVD SCHEMATIC DIAGRAM IOA12
GPCE256A

Abstract: gpy0029b dac for audio ISA Design rtc circuit diagram spi programmer sunplus GPCE IOA12
Text: /ROSC VDD5(5 V) 1K VMIC RESETB 8 100 0 .1 7 RESET 0.1 MICP 0.22 3 GPY , VSS 2 GPY 0029 B 3 VDD 5(5V) VDDIO_1 100 1 0.1 VSSIO _1 IOA [15:8] IOB [15


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PDF GPCE256A GPCE256A gpy0029b dac for audio ISA Design rtc circuit diagram spi programmer sunplus GPCE IOA12
C9005

Abstract: C9003 5 digit counter
Text: Specification for C9005 ( custom design counter chip ) RCL Semiconductor« Ltd. mmn« tho right to mako ehinaat to tho— opacification» at inv timm without nntiea. •lid RCL do>i nqf lUMfw anV mpafttlbllHy fflf ygft pf gpy circuitry dB»qH>etf. date : 16 May 1991 / version 03 General Description C9005 is an up-graded version of C9003. it applies the technology of 2(im Polysilicon gate P well CMOS which enable small dies size and low power dissipation. 3 sets of counters ( R6, R3, and R4 ) are


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PDF C9005 C9005 C9003. C9003 5 digit counter
80196 internal architecture diagram

Abstract: microprocessor 80186 internal architecture BF11
Text: . 62-64, 69 GPY [0:3] GPX[0:7] nÔ099^ 105,107, 98, 111, 124, 125 114, 113 112, 110 108,106 104, 102


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PDF WD61C40A 16-bit D61C40A INFORMATION9/15/92 80196 internal architecture diagram microprocessor 80186 internal architecture BF11
ip475

Abstract: CBV4755 D10A SPT7852
Text: .-1 -5 V to AVdd + 0.8 V CLK , Current High Input Capacitance V|L=0V V|H=5 V VI VI VI VI V 2.0 -10 -10 5 0.8 +10 +10 V V ¡lA ¡lA PF , , Co. Springs, CO 80907 gpy This Material Copyrighted By Its Respective Manufacturer Figure 2 -


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PDF 10-Bit/20 SPT7852 10-Bit SPT7852SCT SPT7852SIT SPT7852SCU IP4755 fl24flcll7 Q423b ip475 CBV4755 D10A
bf761

Abstract: 8d15 western digital hard disk CIRCUIT diagram microprocessor 80186 internal architecture G40A BF12 WD10C01 BF965 western digital BF559
Text: primary control line from the Disk Controller to the buffer manager. 62-64, 69 GPY [0:3] I/O General


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PDF WD61C40A 0Q1S717 T-52-33-21 QD1S727 WD61C40A bf761 8d15 western digital hard disk CIRCUIT diagram microprocessor 80186 internal architecture G40A BF12 WD10C01 BF965 western digital BF559
Not Available

Abstract: No abstract text available
Text: a 3.3-MHz 200-mVp-p sine wave is input. The Y-OUT output for a 3.3-MHz input [mVp-p] Gpy -201o g


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PDF ENJK5545 LC89977M 3111-MFP14S LC89977M] 43NTSC
SPT7860

Abstract: No abstract text available
Text: Forge Road, Co. Springs, CO 80907 gpy Ph: (719) 528-2300; Fax: (719) 528-2370; Website: http , VI VI VI V 2.0 0.8 -10 +10 -10 +10 +5 V V HA HA PF Digital Outputs Logic 1 Voltage Logic 0 Voltage


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PDF SPT7860 10-BIT, SPT7860 10-bit SPT7860SCD SPT7860SCN SPT7860SCS SPT7860SCT 32LTQFP SPT7860SCU
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