The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC6904MPMS8#PBF Linear Technology LTC6904 - 1kHz - 68MHz Serial Port Programmable Oscillator; Package: MSOP; Pins: 8; Temperature Range: -55°C to 125°C
LTC6991HS6#TRMPBF Linear Technology LTC6991 - TimerBlox: Resettable, Low Frequency Oscillator; Package: SOT; Pins: 6; Temperature Range: -40°C to 125°C
LTC6904CMS8#TRPBF Linear Technology LTC6904 - 1kHz - 68MHz Serial Port Programmable Oscillator; Package: MSOP; Pins: 8; Temperature Range: 0°C to 70°C
LTC6908CDCB-2#TRPBF Linear Technology LTC6908 - Dual Output Oscillator with Spread Spectrum Modulation; Package: DFN; Pins: 6; Temperature Range: 0°C to 70°C
LTC6908IDCB-2#TRPBF Linear Technology LTC6908 - Dual Output Oscillator with Spread Spectrum Modulation; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C
LTC6904HMS8 Linear Technology LTC6904 - 1kHz - 68MHz Serial Port Programmable Oscillator; Package: MSOP; Pins: 8; Temperature Range: -40°C to 125°C

oscillator HC1 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1999 - Regulated Power Supply Schematic Diagram

Abstract: schematic diagram USB TO AV oscillator HC1 ST7554 mafe modem CRYSTAL 92.16MHZ ssi idc 24 pin pcb connector TQFP48 STLC7550 syncronous data transmit
Text: . . . . . . . . . . DEVICE FEATURES SINGLE 9.216MHz CRYSTAL OSCILLATOR INTEGRATED , 8 29 MCLK XTALIN 9 28 FS XTALOUT 10 27 HC1 FLTPLL 11 26 PDOWN , Ring Indicator HC1 27 O Modem Codec Hardware Control mode selection PDOWN 26 O , between ST7554 and the external Codec. 4.4 - Hardware Control ( HC1 ) HC1 must be connected to the , Current Schmitt Trigger Hysteresis 0.7 x VBUS 1 1.3 CRYSTAL OSCILLATOR (XTALIN, XTALOUT) VIH


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PDF ST7554 ST75951/ST952 STLC7550 166MHz 16MBYTES 32MBYTES 216MHz TQFP48 Regulated Power Supply Schematic Diagram schematic diagram USB TO AV oscillator HC1 ST7554 mafe modem CRYSTAL 92.16MHZ ssi idc 24 pin pcb connector TQFP48 syncronous data transmit
1998 - Midcom modem transformer 671-8248

Abstract: 671-8248 671-8332 Midcom 671-8248 220 ac INVERTER without transformer eps CONTROLLER GT atten WE MIDCOM Midcom 8332 AN930
Text: . . . . . . . . . . . . . . . . . . . . . . . CRYSTAL OSCILLATOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Third Overtone Crystal Oscillator . . , Crystal Oscillator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 4 , Clock Generator), - an on-chip crystal oscillator , - a low power consumption of 30mW @ 3V. STLC7550 , pins and registers are used for additional features in STLC7550). Figure 1 HC0 HC1 15 14 27 28


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PDF STLC7550 STLC7546 AN930-46 Midcom modem transformer 671-8248 671-8248 671-8332 Midcom 671-8248 220 ac INVERTER without transformer eps CONTROLLER GT atten WE MIDCOM Midcom 8332 AN930
1998 - smart link

Abstract: ST952 Regulated Power Supply Schematic Diagram oscillator HC1 resonator c28 ST7554 STLC7550 TQFP48 POWER SUPPLY PSM 26
Text: . . . . . . . . . . DEVICE FEATURES SINGLE 9.216MHz CRYSTAL OSCILLATOR INTEGRATED , PSM 8 29 MCLK XTALIN 9 28 FS XTALOUT 10 27 HC1 FLTPLL 11 26 , Current sense RI 48 I/O Ring Indicator HC1 27 O Modem Codec Hardware Control mode , used to synchronize data transfer between ST7554 and the external Codec. 4.4 - Hardware Control ( HC1 ) HC1 must be connected to the corresponding pin of STLC7550 or ST75951, while their HC0 Pin shall be


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PDF ST7554 ST75951/ST952 STLC7550 166MHz 16MBYTES 32MBYTES 216MHz TQFP48 smart link ST952 Regulated Power Supply Schematic Diagram oscillator HC1 resonator c28 ST7554 TQFP48 POWER SUPPLY PSM 26
1999 - schematic diagram USB TO AV

Abstract: CRYSTAL 92.16MHZ oscillator HC1 ST952 ST7554 STLC7550 TQFP48
Text: . . . . . . . . . . DEVICE FEATURES SINGLE 9.216MHz CRYSTAL OSCILLATOR INTEGRATED , XTALIN 9 28 FS XTALOUT 10 27 HC1 FLTPLL 11 26 PDOWN RESET 12 25 , HC1 27 O Modem Codec Hardware Control mode selection PDOWN 26 O SSI Powerdown bit , ) Theframesynchronizationisusedtosynchronizedata transferbetween ST7554 and the externalCodec. 4.4 - Hardware Control ( HC1 ) HC1 must be , Current Schmitt Trigger Hysteresis 0.7 x VBUS 1 1.3 CRYSTAL OSCILLATOR (XTALIN, XTALOUT) VIH


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PDF ST7554 ST75951/ST952 STLC7550 166MHz 16MBYTES 32MBYTES 216MHz TQFP48 schematic diagram USB TO AV CRYSTAL 92.16MHZ oscillator HC1 ST952 ST7554 TQFP48
1998 - Midcom modem transformer 671-8248

Abstract: 671-8248 63dBV an930 spectrum analyzer Midcom 671-8248 671-8248 Midcom modem transformer GT atten INVERTER 20kW STLC7550 STLC7546
Text: . . . . . . . . . . . 3 III.2 III.2.1 III.2.2 CRYSTAL OSCILLATOR . . . . . . . . . . . . , Oscillator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Fundamental Mode Crystal Oscillator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . (see Chapter III - Clock Generator), - an on-chip crystal oscillator , - a low power consumption of , (STLC7546 test pins and registers are used for additional features in STLC7550). Figure 1 HC0 HC1 15


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PDF STLC7550 STLC7546 AN930-46 STLC7550 Midcom modem transformer 671-8248 671-8248 63dBV an930 spectrum analyzer Midcom 671-8248 671-8248 Midcom modem transformer GT atten INVERTER 20kW STLC7546
2004 - Diode IR 1254

Abstract: LCD 1620 ML63611A
Text: C1 C2 VDD (open) VHF (open) HC1 (open) HC2 INT 4 TBC TST OSC INT 100HzTC 1 , TBCCLK* XT0 XT1 VDD3 VDD2 VDD1 C1 C2 VDD (open) VHF (open) HC1 (open) HC2 INT 4 TBC , INT 4 RAM (1 KN) HSCLK* OSC0 OSC1 TBCCLK* XT0 XT1 VDD3 VDD2 VDD1 C1 C2 VHF HC1 , OSC1 TBCCLK* XT0 XT1 VDD3 VDD2 VDD1 C1 C2 VHF HC1 HC2 INT 4 TST OSC XT TBC , VDD2 VDD3 C1 C2 VCH VXT VHF HC1 HC2 VSS OSC1 OSC0 RESET XT1 113 114 115 116 117


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2004 - ML63611A

Abstract: ML63611A-XXXWA FEDL63611A-01
Text: ) HSCLK* OSC0 OSC1 TBCCLK* XT0 XT1 VDD3 VDD2 VDD1 C1 C2 VDD (open) VHF (open) HC1 (open , C1 C2 VDD (open) VHF (open) HC1 (open) HC2 INT 4 TBC TST OSC INT 100HzTC 1 , ) HSCLK* OSC0 OSC1 TBCCLK* XT0 XT1 VDD3 VDD2 VDD1 C1 C2 VHF HC1 HC2 INT 4 TST OSC , C1 C2 VHF HC1 HC2 INT 4 TST OSC XT TBC BLD INT 100HzTC 1 INT 1 , VHF HC1 HC2 VSS OSC1 OSC0 RESET XT1 113 114 115 116 117 118 119 120 121 122 123


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PDF ML63611A FEDL63611A-01 ML63611A nX-4/250. ML63611A-XXXWA FEDL63611A-01
1999 - K951

Abstract: oscillator HC1 ST75951 ST952 TQFP48 STLC7546 STMicroelectronics Krypton Krypton isolation Krypton daa 56k modem application
Text: .EPS NC 3 PWRDWN 2 HC0 1 HC1 RESET XTALIN (MCLK) GPIO1 DGND 19 XTALOUT , Input 9 HC1 I Hardware Control Input 10 HC0 I Hardware Control Input 11 , 3.3 - Hardware Control (HC0, HC1 ) These pins are used for hardware/software control programmation of , DVDD DGND AVDD AGND1 AGND2 VCM VREFN VREFP RESET PWRDWN HC0 HC1 29 5 6 40 23 , XTALIN (MCLK) or a crystal oscillator connected between XTALIN and XTALOUT. The bypass of the divider M


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PDF ST75951 34/56K K951 oscillator HC1 ST75951 ST952 TQFP48 STLC7546 STMicroelectronics Krypton Krypton isolation Krypton daa 56k modem application
1998 - K951

Abstract: k2934 ST952 oscillator HC1 10285 Krypton daa ST75951 TQFP48
Text: PWRDWN 2 HC0 1 HC1 RESET XTALIN (MCLK) GPIO1 DGND 19 XTALOUT 42 DVDD , HC1 I Hardware Control Input 10 HC0 I Hardware Control Input 11 PWRDWN I , Hardware Control (HC0, HC1 ) These pins are used for hardware/softwarecontrol programmation of the device , AVDD AGND1 AGND2 VCM VREFN VREFP RESET PWRDWN HC0 HC1 29 5 6 40 23 38 F0 , ) or a crystal oscillator connected between XTALIN and XTALOUT. The bypass of the divider M and Q is


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PDF ST75951 34/56K 34/56KMODEM K951 k2934 ST952 oscillator HC1 10285 Krypton daa ST75951 TQFP48
1997 - LM555

Abstract: lm555 d LM555 Timer U1 LM555 lm555 timer circuit LM555 timer datasheet LM555 application note LM555 TIMER APPLICATIONS lm555 application ASTABLE
Text: Application Note AN47 2 Controlling an LM555 Astable Oscillator using E POTs by , / oscillator circuit configurations. These nonvolatile digital potentiometers allow the frequency of an astable oscillator (for example) to be conveniently adjusted without the need to manually twist a , frequency source as part of some built in test equipment. Figure 2 shows another astable oscillator , range from 900Hz to 30KHz. TYPICAL ASTABLE OSCILLATOR V CC Ra LM555 DISCHARGE Rb OUTPUT


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PDF LM555 000PF X9C103 AN47-2 lm555 d LM555 Timer U1 LM555 lm555 timer circuit LM555 timer datasheet LM555 application note LM555 TIMER APPLICATIONS lm555 application ASTABLE
1999 - rxb11

Abstract: Receiver RXB6 Crest factor reduction RXB10 VCO 35.328 MHz 16-038-PQT-1
Text: = 1 dB RXP[0:1] RXN[0:1] + ­ ­ + AGCrx 138 kHz SC2 1.1 MHz HC1 DAC 12 bits MUX 4 , DAC/DACE XTAL oscillator input pin XTAL oscillator output pin. Clock input if crystal is not used. Pin , transmit input, parallel data Digital transmit input, parallel data control to use external oscillator , "1" , voltage-controlled crystal oscillator driver is integrated in the AmDSL134 device. Its nominal frequency is 35.328 , active (direct selection) "00" & "11" Normal mode "01" HC2 -> RX, AREF -> TX, "10" HC1 -> RX reset value


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PDF AmDSL134 AmDSL135 13-bit 12-bit 64-pin rxb11 Receiver RXB6 Crest factor reduction RXB10 VCO 35.328 MHz 16-038-PQT-1
1998 - Not Available

Abstract: No abstract text available
Text: current VCXO filter AVDD1 59 XTALI XTAL oscillator input pin Crystal + varicap AVDD1 60 XTALO XTAL oscillator output pin AVDD1 AVDD4 Echo filter output AVDD5 Digital , DAC and support circuit AVDD 58 AVDD1 XTAL oscillator supply voltage AVDD 61 , voltage controlled crystal oscillator driver is integrated in MTC-20144. Its nominal frequency is , :7] b[6:5] normal mode HC2 -> RX, AGND -> TX, HC1 -> RX, AGND -> TXE power up HC1 if Echo not


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PDF MTC-20144 December1998 MTC-20144 12-bit 13bit 12/98-DS254c
Not Available

Abstract: No abstract text available
Text: Crystal Input 9 HC1 I Hardware Control Input 10 HCO I Hardware Control Input 11 , , HC1 ) These pins are used for hardware/softwarecontrol programmation of the device. 3.6 - Timeslot , FN CM REFN * R E S ET PW RDW N HCO HC1 - l É — -É - l - -[ -i ] — -[ Ì-] - -É ]â , generates all clocks from either a Master clock input on XTALIN (MCLK) or a crystal oscillator connected , dynamic setting of Pins HCO and HC1 (see Table 3). Table 3 HC1 HCO LSB 2nd FS 0 0 0


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PDF ST75951 34/56K 34/56KMODEM TQFP48
1999 - Receiver RXB6

Abstract: rxb11 BB644 SMBT2907A STLC60134 AmDSL135
Text: Digital Interface ADC 1.1 M Hz HC1 G = 0.31 dB step = 1 dB RXP[0:1] + ­ RXN[0:1 , reference 53 VREFDAC Current reference TX DAC/DACE 59 XTALI I XTAL oscillator input pin 60 XTALO O XTAL oscillator output pin. Clock input if crystal is not used. Digital , input, parallel data 57 XTALBYP I control to use external oscillator , "1" = bypass Supply , Sheet 17 VCXO A voltage-controlled crystal oscillator driver is integrated in the AmDSL134


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PDF AmDSL134 AmDSL135 64-pin 13-bit 12-bit Receiver RXB6 rxb11 BB644 SMBT2907A STLC60134
ST TX01

Abstract: lt 5234 VCO 35.328 MHz oscillator HC1 MTC-20146 MTC-20144TQ-I MTC-20144TQ-C 1104MH mtc diode mtc 110 16
Text: 59 XTALI XTAL oscillator input pin Crystal + varicap AVDD1 60 XTALO XTAL oscillator output pin AVDD1 AVDD4 Echo filter output AVDD5 Digital Interface 1 TX1 , AVDD 58 AVDD1 XTAL oscillator supply voltage AVDD 61 AVSS1 AVSS 62 DVSS2 , Predriver AVDD . 15 MTC-20144 VCXO A voltage controlled crystal oscillator driver is integrated , ] b[11:7] b[6:5] normal mode HC2 -> RX, AGND -> TX, HC1 -> RX, AGND -> TXE power up HC1 if Echo


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PDF MTC-20144 December1998 MTC-20144 12-bit 13bit 12/98-DS254c ST TX01 lt 5234 VCO 35.328 MHz oscillator HC1 MTC-20146 MTC-20144TQ-I MTC-20144TQ-C 1104MH mtc diode mtc 110 16
1999 - lt 5234

Abstract: oscillator HC1 MTK-20131 MTC-20134TQ-C MTC-20134TQ-I DIGITAL ECHO pcb alcatel dc to dc converter 1413B
Text: VXCO control current VCXO filter AVDD1 59 XTALI XTAL oscillator input pin Crystal + varicap AVDD1 60 XTALO XTAL oscillator output pin AVDD1 AVDD3 AVDD3 AVDD4 Echo , 58 AVDD1 XTAL oscillator supply voltage AVDD 61 AVSS1 AVSS 62 DVSS2 DVSS , -20134 VCXO A voltage controlled crystal oscillator driver is integrated in MTC-20134. Its nominal , > RX, AGND -> TX, HC1 -> RX, AGND -> TXE power up HC1 if Echo not enabled ! reset value = "00"


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PDF MTC-20134 MTC-20134 12-bit 13bit 03/98-DS254b lt 5234 oscillator HC1 MTK-20131 MTC-20134TQ-C MTC-20134TQ-I DIGITAL ECHO pcb alcatel dc to dc converter 1413B
1995 - STV2151

Abstract: PAL 008 SDIP30 crystal quartz 3.58
Text: Criteria C3 Output CVBS Input Criteria C1 Output Trap Filter Capacitor Memory 4.43/3.58 Oscillator , Band Pass Filter An internal loop, using the 4.43MHz Xtal oscillator as reference, locks the central , 4.43MHz/3.58MHz Xtal oscillator reference. In SECAM, PAL B/G,and NTSC the IC uses two trap filters in , X X X X X FKILL MKILL HC5 HC4 HC3 HC2 HC1 BELLEN 1 0 X , Hue Control SHB0. SHB3 HC1 : LSB HC5 : MSB Bell Filter Shift HC1.HC5 SHB0 : LSB


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PDF STV2151 30deg STV2151 PAL 008 SDIP30 crystal quartz 3.58
pc9801 diagram

Abstract: BU2801S spc switch 4x4 3306E VS21 VS20 PC9801 HS21 HS20 HS11
Text: from internal oscillator . • Built-in AFC circuit which composes fH of composite video signal from , display of outline and character size HC0=0 HC1 =0 ;Normal character HC0=1 HC1 =0 ¡Outline HC0=0 HC1 =1 ; Character size HC0=1 HC1 =1 ; Character size and outline D9 Í HCl D 8 ; HCO D 7 ; BRB nvv * — * T , background Decided by Bll. BG. BB Character site display (HC0 = 0, HC1 = 1) ; Character ■I 2• (1 2 * I


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PDF 3306E BU2801S BU2801S. PC9801 PC9801 ANT10CH. pc9801 diagram spc switch 4x4 3306E VS21 VS20 HS21 HS20 HS11
quartz crystal Xtal 3.58Mhz

Abstract: STV2151 60hz notch filter ic PAL 008 pal 012 a F0PM SDIP30 crystal quartz 3.58 TR367 ZE22
Text: Criteria C3 Output CVBS Input Criteria C1 Output Trap Filter Capacitor Memory 4.43/3.58 Oscillator , Pass Filter An internal loop, using the 4.43MHz Xtal oscillator as reference, locks the central , 4.43MHz/3.58MHz Xtal oscillator reference. In SECAM, PAL B/G,and NTSC the IC uses two trap filters in , X X X X X FKILL MKILL HC5 HC4 HC3 HC2 HC1 BELLEN 1 0 X , Hue Control SHB0. SHB3 HC1 : LSB HC5 : MSB Bell Filter Shift HC1.HC5 SHB0 : LSB


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PDF STV2151 30deg quartz crystal Xtal 3.58Mhz STV2151 60hz notch filter ic PAL 008 pal 012 a F0PM SDIP30 crystal quartz 3.58 TR367 ZE22
"Krypton Isolation"

Abstract: Krypton daa Krypton K951 ST952 STMicroelectronics Krypton 56k-Modem GPI01 and GPI02 K951 TQFP48 Krypton isolation
Text: Crystal Output 8 XTALIN I Crystal Input 9 HC1 I Hardware Control Input 10 HCO I Hardware Control Input , . 3.3 - Hardware Control (HCO, HC1 ) These pins are used for hardware/software control programmation of , reset pwrdwn -à —Él-¿]—à -lÉl—Él—Él-lÉl—lÊl—lÉl-lÉ-In} HCO HC1 auxin pi}-» d5 , ST75951 generates all clocks from either a Master clockinput on XTALIN (MCLK) or acrystal oscillator , ) Figure 21 10- Host Interface Table 3 HC1 HCO LSB 2nd FS Mode Description 0 0 0 no Software mode, data


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PDF ST75951 34/56K 34/56KMODEM TQFP48 ST75ems "Krypton Isolation" Krypton daa Krypton K951 ST952 STMicroelectronics Krypton 56k-Modem GPI01 and GPI02 K951 Krypton isolation
741BE

Abstract: STV2151 digital cvbs pattern PAL 007 quartz crystal Xtal 3.58Mhz PAL 007 B
Text: Filter Capacitor Memory 27 VCOTC 4.43/3.58 Oscillator Filter 28 QZ1 Crystal 3.58MHz 29 GND Ground of , , using the 4.43MHz Xtal oscillator as reference, locks the central frequency of the chroma filter on the , filters. These filters are adjustment-free using also the 4.43MHz/3.58MHz Xtal oscillator reference. In , X X X X BT4 BT3 BT2 BT1 BS2 60 HZ BS4 1 0 1 X X X X X X FKILL MKILL HC5 HC4 HC3 HC2 HC1 BELLEN 1 0 , HC1 :LSB HC5: MSB SHBO. SHB3 Bell Filter Shift SHBO:LSB SHB3 : MSB Bus Controlled Sivltches Symbol


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PDF STV2151 30deg GD731SD 741BE STV2151 digital cvbs pattern PAL 007 quartz crystal Xtal 3.58Mhz PAL 007 B
Not Available

Abstract: No abstract text available
Text: Output CVBS Input Criteria C1 Output Trap Filter Capacitor Memory 4.43/3.58 Oscillator Filter , loop, using the 4.43MHzXtal oscillator as reference, locks the central frequency of the chroma filter , oscillator refer­ ence. In SECAM, PAL B/G,and NTSC the IC uses two trap filters in series. In SECAM the , X X X FKILL MKILL HC5 HC4 HC3 HC2 HC1 BELLEN 1 0 X X X , HC1 : LSB - HC5 : MSB Bell Filter Shift SH B O : LSB - SHB3 : MSB Bus Controlled Switches


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PDF 30deg
1997 - STV2151B

Abstract: 2st oscillator pass band filter
Text: CVBS Input Criteria C1 Output Trap Filter Capacitor Memory 4.43/3.58 Oscillator Filter Crystal , Pass Filter An internal loop, using the 4.43MHz Xtal oscillator as reference, locks the central , 4.43MHz/3.58MHz Xtal oscillator reference. In SECAM, PAL B/G,and NTSC the IC uses two trap filters in , HC1 BELLEN 1 0 X X X X X X FSTD FSVHS SHB3 SHB2 SHB1 SHB0 , Parameter BUS Setting Hue Control HC1 : LSB - HC5 : MSB Bell Filter Shift SHB0 : LSB - SHB3


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PDF STV2151B 30deg STV2151B 2st oscillator pass band filter
1998 - D98TL357

Abstract: ALSTHOM ct alsthom group DIGITAL ECHO pcb modem circuit echo STLC60134 STLC60135 TQFP64
Text: G=0.31dB step=1dB RXN(0:1) HC1 138KHz SC2 4 bits 138KHz DIGITAL IFCE SC1 , DAC VXCO control current XTAL oscillator input pin XTAL oscillator output pin Decoupling network , CT filter supply LNA supply DAC and support circuit XTAL oscillator supply voltage LT AUT-C , HC1 TXP TO STLC60135 4 12-bit D/A CONVERTER TXEn 8.832MS/s 4.416MS/s TXEP GTX , noise for Pre-driver AVDD. VCXO A voltage controlled crystal oscillator driver is integrated in


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PDF STLC60134 -60dB STLC60134 STLC60135 TQFP64 D98TL357 ALSTHOM ct alsthom group DIGITAL ECHO pcb modem circuit echo STLC60135 TQFP64
rxb11

Abstract: Receiver RXB6 RXB10 0X00 BB644 STLC60134
Text: reference 53 VREFDAC Current reference TX DAC/DACE 59 XTALI I XTAL oscillator input pin 60 XTALO 0 XTAL oscillator output pin. Clock input if crystal is not used. Digital Interface 9 CLKM 0 Master clock output , XTALBYP I control to use external oscillator , "1" = bypass Supply Voltages 27 AVCC Analog positive , crystal oscillator driver is integrated in the AmDSL134 device. Its nominal frequency is 35.328 MHz. The , > RX, AREF -> TX, "10" HC1 -> RX reset value = "00" b[6:5] "001" TX settings 4 bits for AGC TX - MSB


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PDF AmDSL134 AmDSL135 13-bit 12-bit 64-pin rxb11 Receiver RXB6 RXB10 0X00 BB644 STLC60134
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