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    Global Mixed-Mode Technology Inc G691L293T73UF

    Processor Supervisor 2.97V 3V/3.3V/5V 3-Pin SOT-23 T/R (Alt: G691L293T73UF)
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    Avnet Asia G691L293T73UF 20 Weeks 3,000
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    G691L Datasheets (73)

    Part ECAD Model Manufacturer Description Curated Type PDF
    G691L Global Mixed-Mode Technology Microprocessor Reset IC Original PDF
    G691L263T21 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T22 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T23 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T26 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T71 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T72 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T73 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T76 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T91 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T92 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T93 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L263T96 Global Mixed-Mode Technology 2.63 V, Microprocessor reset IC Original PDF
    G691L293T21 Global Mixed-Mode Technology 2.93 V, Microprocessor reset IC Original PDF
    G691L293T22 Global Mixed-Mode Technology 2.93 V, Microprocessor reset IC Original PDF
    G691L293T23 Global Mixed-Mode Technology 2.93 V, Microprocessor reset IC Original PDF
    G691L293T26 Global Mixed-Mode Technology 2.93 V, Microprocessor reset IC Original PDF
    G691L293T71 Global Mixed-Mode Technology 2.93 V, Microprocessor reset IC Original PDF
    G691L293T72 Global Mixed-Mode Technology 2.93 V, Microprocessor reset IC Original PDF
    G691L293T73 Global Mixed-Mode Technology 2.93 V, Microprocessor reset IC Original PDF

    G691L Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    Untitled

    Abstract: No abstract text available
    Text: Global Mixed-mode Technology Inc. G690/G691 Microprocessor Reset IC Features General Description „ Precision Monitoring of +3V, +3.3V, and +5V The G690/G691 are microprocessor µP supervisory circuits used to monitor the power supplies in µP and digital systems. They provide excellent circuit reliability


    Original     		PDF G690/G691 G690/G691 G690L) G690H) G691L) 140ms OT-23 OT-23

    RS780M

    Abstract: WPCE775L UP6111AQDD winbond wpce775ca0dg TPS51116REGR WPCE775CA0DG Up6111a g995 SLG8SP628 sb710
    Text: 1 2 3 5 6 7 8 01 BU3A SYSTEM DIAGRAM PCB STACK UP LAYER 1 : TOP DDRII 667/800 MHz DDRII-SODIMM1 LAYER 2 : SGND A 4 LAYER 3 : IN1 AMD Lion Sabie Congo PAGE 8 LAYER 4 : SVCC DDRII 667/800 MHz DDRII-SODIMM2 LAYER 5 : IN2 PAGE 8 CPU THERMAL SENSOR ASB1 Processor


    Original     		PDF 318MHz 27x27 ICS9LPRS480AKLFT SLG8SP628VTR RTM880N-795 RS780M 528pin 962/C164 RS780M WPCE775L UP6111AQDD winbond wpce775ca0dg TPS51116REGR WPCE775CA0DG Up6111a g995 SLG8SP628 sb710

    CX20561

    Abstract: cx20561-12z toshiba satellite c655 toshiba satellite c640 cx2056 wpc8763ldg 31TE1MB01N0 intel 4965AG g909 WPCE775
    Text: 1 2 3 4 5 6 7 8 VER : E3D Description 31TE1MB0010 TE1M MB PM45/RB/MS WO CPU 31TE1MB0120 TE1M MB(PM45/MAIN/RB/HDMI/CIR)WO CPU 31TE1MB0130 TE1M MB(GM45/EXP/NO CIR/MS)WO CPU 31TE1MB0140 TE1M MB(GM45/GS/EXP/MS)WO CPU 31TE1MB0170 TE1M MB(GM45/GS/EXP/LC)WO CPU PENRYN


    Original     		PDF 31TE1MB0010 31TE1MB0120 31TE1MB0130 31TE1MB0140 PM45/RB/MS PM45/MAIN/RB/HDMI/CIR GM45/EXP/NO GM45/GS/EXP/MS GM45/GS/EXP/LC GM45/HDMI/EXP/MS CX20561 cx20561-12z toshiba satellite c655 toshiba satellite c640 cx2056 wpc8763ldg 31TE1MB01N0 intel 4965AG g909 WPCE775

    G690H438T73UF

    Abstract: No abstract text available
    Text: G690/G691 Global Mixed-mode Technology Inc. Microprocessor Reset IC Features General Description „ Precision Monitoring of +3V, +3.3V, and +5V The G690/G691 are microprocessor µP supervisory circuits used to monitor the power supplies in µP and digital systems. They provide excellent circuit reliability


    Original     		PDF G690/G691 G690/G691 G690L) G690H) G691L) 140ms OT-23 OT-23 G690H438T73UF

    Untitled

    Abstract: No abstract text available
    Text: G690/G691 Global Mixed-mode Technology Inc. Microprocessor Reset IC Features General Description „ Precision Monitoring of +3V, +3.3V, and +5V The G690/G691 are microprocessor µP supervisory circuits used to monitor the power supplies in µP and digital systems. They provide excellent circuit reliability


    Original     		PDF G690/G691 G690/G691 G690L) G690H) G691L) 140ms OT-23 OT-23

    Sis 968

    Abstract: m21 sot23 transistor BBBCR2032BX sis968 KBC-ITE-8512 transistor m21 sot23 LG-2413S-1 SIS762 G784P81U nec c1106
    Text: 5 4 3 2 1 D D Inventec Corporation R&D Division C C CONFIDENTIAL B B Board name : Mother Board Schematic A A Project : xxxx FSC_v5535 Version : 01 Inventec Corporation <OrgAddr4> 5F, No. 35, Section 2, Zhongyang South Road Beitou District, Taipei 11270, Taiwan


    Original     		PDF v5535) S1002 C1002 SW1001 6026B0057602 1BT002-0121L SW1002 C1003 Sis 968 m21 sot23 transistor BBBCR2032BX sis968 KBC-ITE-8512 transistor m21 sot23 LG-2413S-1 SIS762 G784P81U nec c1106

    AOZ1013

    Abstract: MD2817 quanta 88W8388 cs5536a MB39A129 HY5DU121622 HY27UG088G5M-TPCB 2B28 quanta computer
    Text: 5 4 3 DCON_2.5V DCON_1.8V,LCD_1.8V DCON_2.5V,+3.3V SDRAM 512Kx16bx2 D 14.318MHz CLK_PCIG 66M Page 6 C LCD_1.8V LCD_AVDD VGH VGL VCOM Page 22 PPTTL Page 11 TTL 14.318MHz Clock Generator 1 D-Controller Page 11 +3.3V 2 RFFCLK0(14M) CLKCAFE(24M) PCICLK_CAFE(66M)


    Original     		PDF 512Kx16bx2 318MHz LX700 166MHz 32Mx16bx4 MHZ48 20/Modify ECO-CL1-HW-00008) 12/Move AOZ1013 MD2817 quanta 88W8388 cs5536a MB39A129 HY5DU121622 HY27UG088G5M-TPCB 2B28 quanta computer

    CX20561

    Abstract: RTM875T-606 WPCE775L ICH8M REV 1.0 hall sensor u18 024 WPC8763 bl7 option mmb e44 hall hall sensor w50 LFE9249-R
    Text: 1 2 3 4 5 6 7 8 BL5S Block Diagram PCB STACK UP LAYER 1 : TOP LAYER 2 : SGND LAYER 3 : IN1 A LAYER 4 : IN2 Page 20 Intel Azalia Transmitter Sil1392 HDMI CLOCK GENERATOR Merom Page 20 CK505 ICS9LPR363 35W A Page 2 LAYER 5 : VCC Page 3,4 TV-OUT LAYER 6 : BOT


    Original     		PDF Sil1392 CK505 ICS9LPR363 667/800MHZ) OZ129T) RJ45/USB CX20561) CX20561 RTM875T-606 WPCE775L ICH8M REV 1.0 hall sensor u18 024 WPC8763 bl7 option mmb e44 hall hall sensor w50 LFE9249-R

    RT8152B

    Abstract: rt8152 G995P1U 95A hall effect sensor UP6111AQDD RT9025 ic AH44 95A sensor hall VSS210 Atheros ar9
    Text: 1 2 3 PCB STACK UP 4 5 6 7 8 BU3 Block Diagram LAYER 1 : TOP LAYER 2 : GND1 LAYER 3 : IN1 A LAYER 4 : GND PENRYN-SFF LAYER 5 : VCC 478P uFCPGA LAYER 6 : IN2 A P3,4 FSB LAYER 7 : GND2 FSB 667/800/1066MHZ DDR SYSTEM MEMORY LAYER 8 : BOT DDRIII-SODIMM1 DDRIII-SODIMM2


    Original     		PDF 667/800/1066MHZ) PCI-Ex16 CK505 AO3404 AO4468 UPI6111A RT9025 TPS51116 RT8152B rt8152 G995P1U 95A hall effect sensor UP6111AQDD ic AH44 95A sensor hall VSS210 Atheros ar9

    G690L308T7

    Abstract: G690H293T73 686Dx G690L263T71 690Fx G690L308T73 T7 SOT23 G691L400T73F
    Text: G690/G691 Global Mixed-mode Technology Inc. Microprocessor Reset IC Features General Description „Precision Monitoring of +3V, +3.3V, and +5V The G690/G691 are microprocessor µP supervisory circuits used to monitor the power supplies in µP and digital systems. They provide excellent circuit reliability


    Original     		PDF G690/G691 G690/G691 140ms 1000mm G690L308T7 G690H293T73 686Dx G690L263T71 690Fx G690L308T73 T7 SOT23 G691L400T73F

    690Kx

    Abstract: 686D 690Bx 686DX 686J 691Cx G69XX G690 G690H G690L
    Text: Global Mixed-mode Technology Inc. G690/G691 Microprocessor Reset IC Features General Description „Precision Monitoring of +3V, +3.3V, and +5V The G690/G691 are microprocessor µP supervisory circuits used to monitor the power supplies in µP and digital systems. They provide excellent circuit reliability


    Original     		PDF G690/G691 G690/G691 G690L) G690H) G691L) 140ms 690Kx 686D 690Bx 686DX 686J 691Cx G69XX G690 G690H G690L

    IT8512E-L

    Abstract: ITE 8512 w25x80vssig bq24721 Inventec 28c43 KBC-ITE-8512 G5240B1T1U PZ6382A-284S-41F transistor C547 npn
    Text: 5 4 3 2 1 Inventec Corporation R&D Division D D C C Board name : Mother Board Schematic Project : E25 Version : A02 MV Build Initial Date : Jan 1 , 2006 B B A A Inventec Corporation <OrgAddr4> 5F, No. 35, Section 2, Zhongyang South Road Beitou District, Taipei 11270, Taiwan


    Original     		PDF K8N890 U1002 CN1001 60mils G5240B1T1U 6019B0252801 U1003 3703-F12N-03R 6012B0111303 IT8512E-L ITE 8512 w25x80vssig bq24721 Inventec 28c43 KBC-ITE-8512 PZ6382A-284S-41F transistor C547 npn

    wpc8763ldg

    Abstract: RTM875T-606 CX20561 toshiba satellite l50 WPC8763 fds8884 OZ129T winbond wpce775 isl88731 CX20561-12Z
    Text: 1 2 3 4 5 6 7 8 TE1 Block Diagram PCB STACK UP LAYER 1 : TOP LAYER 2 : SGND A HDMI HDMI Transmitter Sil1392 Page 21 LAYER 3 : IN1 Azalia CLOCK GENERATOR Intel CK505 ICS9LPR363 Page 21 Merom LAYER 4 : IN2 Page 2 A 35W CRT Page 20 LAYER 5 : VCC Page 3,4 LAYER 6 : BOT


    Original     		PDF Sil1392 CK505 ICS9LPR363 667/800MHZ) OZ129T) RJ45/USB CX20561) wpc8763ldg RTM875T-606 CX20561 toshiba satellite l50 WPC8763 fds8884 OZ129T winbond wpce775 isl88731 CX20561-12Z

    wpc8763ldg

    Abstract: OZ9956 ISL6251 fds8884 fae 332 tuner ISL6236 CP2211 quanta CHN217 ENE CP2211
    Text: 5 4 3 2 1 BU1 Napa Block Diagram HOST 100/133MHz PCI-E 100MHz VGA 96MHz CLOCK GEN ICS954310 Yonah / Merom USB 48MHz D D INTEL Mobile_479 CPU PCI 33MHz Page : 3,4 REF 14MHz Page : 2 HOST BUS 667/533MHz 5VPCU Channel A DDR2-SODIMM 3V_PCU Page : 10 DDR2 667/533MHz


    Original     		PDF 100/133MHz 100MHz 96MHz 48MHz 33MHz 14MHz ICS954310 667/533MHz 667/533MHz ISL6236 wpc8763ldg OZ9956 ISL6251 fds8884 fae 332 tuner CP2211 quanta CHN217 ENE CP2211

    G690H293T73U

    Abstract: G691L293T73Uf G691L293T73U G690H293T73UF G690L293T73UF G690L263T73U G690H438T73UF G690L293T72UF G690H308T73U G690L293T71UF
    Text: Global Mixed-mode Technology Inc. G690/G691 Microprocessor Reset IC Features General Description „ Precision Monitoring of +3V, +3.3V, and +5V The G690/G691 are microprocessor µP supervisory circuits used to monitor the power supplies in µP and digital systems. They provide excellent circuit reliability


    Original     		PDF G690/G691 G690/G691 G690L) G690H) G691L) 140ms OT-23 OT-23 G690H293T73U G691L293T73Uf G691L293T73U G690H293T73UF G690L293T73UF G690L263T73U G690H438T73UF G690L293T72UF G690H308T73U G690L293T71UF

    winbond wpce775ca0dg

    Abstract: WPCE775L WPCE775CA0DG UP6111AQDD RS780M RTM880N-796 sb710 AR8132 g995 RTM880N-795
    Text: 1 2 3 4 5 6 7 8 01 BU3A SYSTEM DIAGRAM PCB STACK UP LAYER 1 : TOP A DDRII 667/800 MHz DDRII-SODIMM1 LAYER 2 : SGND LAYER 3 : IN1 AMD Lion Sabie Congo PAGE 8 LAYER 4 : SVCC DDRII 667/800 MHz DDRII-SODIMM2 LAYER 5 : IN2 PAGE 8 CPU THERMAL SENSOR ASB1 Processor


    Original     		PDF 318MHz 27x27 ICS9LPRS480AKLFT SLG8SP628VTR RTM880N-795 RS780M 528pin DMN601K-7 2200p/50V winbond wpce775ca0dg WPCE775L WPCE775CA0DG UP6111AQDD RS780M RTM880N-796 sb710 AR8132 g995 RTM880N-795

    rt8152

    Abstract: WPCE775CA0DG UP6111AQDD TPS51116REGR ME2N7002E ah44 hall 4506 gen WPCE775 RT8152B SLG8
    Text: 1 2 3 PCB STACK UP 4 5 6 7 8 BU3 Block Diagram LAYER 1 : TOP LAYER 2 : GND1 LAYER 3 : IN1 A LAYER 4 : GND PENRYN-SFF LAYER 5 : VCC 478P uFCPGA LAYER 6 : IN2 A P3,4 FSB LAYER 7 : GND2 FSB 667/800/1066MHZ DDR SYSTEM MEMORY LAYER 8 : BOT DDRIII-SODIMM1 DDRIII-SODIMM2


    Original     		PDF 667/800/1066MHZ) PCI-Ex16 CK505 AO3404 AO4468 UPI6111A RT9025 TPS51116 rt8152 WPCE775CA0DG UP6111AQDD TPS51116REGR ME2N7002E ah44 hall 4506 gen WPCE775 RT8152B SLG8

    wpc8763ldg

    Abstract: winbond wpce775 WPC8763 RTM880N-796 SB700 WPC8769 TOSHIBA SATELLITE L20 SCHEMATIC DIAGRAM MMBT3906 RS740 RS740M
    Text: 1 2 3 4 5 6 7 8 01 BU2 SYSTEM DIAGRAM PCB STACK UP LAYER 1 : TOP LAYER 2 : SGND A DDRII 667/800 MHz DDRII-SODIMM1 LAYER 3 : IN1 AMD Lion Sabie Griffin PAGE 8 LAYER 4 : SVCC S1G2 Processor DDRII 667/800 MHz DDRII-SODIMM2 LAYER 5 : IN2 CPU THERMAL SENSOR A 14.318MHz


    Original     		PDF 318MHz ICS9LPRS480AKLFT SLG8SP628VTR RTM880N-795 RS780M 528pin Marvell65 DTC144EU PR158 PC135 wpc8763ldg winbond wpce775 WPC8763 RTM880N-796 SB700 WPC8769 TOSHIBA SATELLITE L20 SCHEMATIC DIAGRAM MMBT3906 RS740 RS740M

    WPCE775

    Abstract: AMD 215-0674034 BGA 215-0674034 CS3205 RS780M RTM880N-795 diode G21 C618 CX20561 AMD RX780 cx20561-12z
    Text: 5 4 3 2 BD3G BLOCK DIAGRAM DDRII-SODIMM1 DDR II 667 MHZ D CLOCK GENERATOR NBGFX_CLK Griffin Processor ICS9LPRS476AKLFT NBGPP_CLK DDRII-SODIMM2 RTM880N-795 REF 14MHz PG 3 638 S1g2 socket PG 4,5,6,7 HDMI PCI-E, 1X (port2) LVDS HDMI LVDS(2ch) PG 20 S-VIDEO


    Original     		PDF 200MHz ICS9LPRS476AKLFT SLG8SP628VTR RTM880N-795 100MHz 48MHz 14MHz 8040T List03 WPCE775 AMD 215-0674034 BGA 215-0674034 CS3205 RS780M RTM880N-795 diode G21 C618 CX20561 AMD RX780 cx20561-12z