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BIT10

Catalog Datasheet MFG & Type PDF Document Tags

A7301

Abstract: SR10 / Address 0xf) Bit 15 Bit 14 Bit 13 MB6 MB5 MB4 Bit12 MB3 Bit11 MB2 Bit10 MB1 Bit9 MB0 , MB7 Bit11 R7 Bit10 R6 Bit9 R5 Bit8 R4 Bit7 R3 Synthesizer Configuration , 14 Bit 13 Bit12 Bit11 Bit10 0 DP TXH2 TXH1 TXH0 TXL2 Bit9 TXL1 Bit8 TXL0 Bit7 FX3 , ) Bit 15 Bit 14 Bit 13 VTH2 VTH1 VTH0 Bit12 T1 Bit11 T0 Bit10 HP0 Bit9 CP2 Bit8 CP1 , 15 Bit 14 Bit 13 X T1 X Bit12 X Bit11 X Bit10 X Bit9 X Bit8 X Bit7 X
AMIC Technology
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A7301 SR10 SR12 SR13 SR14 SR15 MD7301

BIT12

Abstract: P256 bit9 + bit7 + bit5 + bit3 + bit1 + P1 + bit14 + bit11 + bit10 + bit7 + bit6 + bit3 + bit2 + P2 + bit14 + bit13 + bit12 + bit7 + bit6 + bit5 + bit4 + P4 + bit14 + bit13 + bit12 + bit11 + bit10 + , ' P16= bit15 + bit14 + bit13 + bit12 + bit11 + bit10 + bit9 + bit8 + bit7 + bit6 + bit5 + bit4 + bit3 + , bit11 + bit9 + bit7 + bit5 + bit3 + bit1 + P1 P2_s= bit15 + bit14 + bit11 + bit10 + bit7 + bit6 + bit3 , bit14 + bit13 + bit12 + bit11 + bit10 +bit9 +bit8 +P8 P16_s= bit15 + bit14 + bit13 + bit12 + bit11 +
Samsung Electronics
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BIT12 P256 P512 spare assignment standard P2048P2048 P1024P1024 P2048P1024P512 P16P16 P16P8P4P2P1

BIT11

Abstract: ) Control status register (Page 18-5) Upper Bit15 Bit14 Bit13 Bit12 Bit11 Bit10 Bit9 Bit8 , ) (0) (-) - (2) Data register (Page 18-5) Upper Bit15 Bit14 Bit13 Bit12 Bit11 Bit10 Bit9 Bit8 , Bit11 Bit10 Bit9 Bit8 +-+-+-+-+-+-+-+-+ Address:000037h |BUSY | INT , 19.3.2 Data register (ADCR1 and 2) (Page 18-10) Upper Bit15 Bit14 Bit13 Bit12 Bit11 Bit10 Bit9 Bit8 , [Bit10] MCS (Page 6-10) .the 13rd of 2 cycles of the main clock. => .the 12rd of 2 cycles of the
Fujitsu
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BIT11 MB90570 0000FFH MB90573/RAM 73/X0A 90/RST/T 111/EPROM

V2ad

Abstract: 1XP11 0000h 0000h bit15 bit7 bit14 bit6 bit13 bit5 bit10 bit2 bit9 bit1 bit8 bit0 , _5-0 PGAV2_2-0 bit13 bit5 bit12 bit4 bit11 bit3 bit10 bit2 bit9 bit1 PGAV1_2-0 bit8 bit0 Initial value , -0 Reserved Reserved I2AD1-0 I1AD1-0 bit11 bit3 ZSI1 HPF ADRD1-0 bit10 bit2 ZSV3 TEMP bit9 bit1 ZSV2 FULLI , _15-8 Q3_7-0 QSUM15-8 QSUM7-0 Q3_19-16 Q2_19-16 Q1_19-16 P3_19-16 P2_19-16 P1_19-16 bit11 bit3 bit10 bit2 , bit15 bit7 bit14 bit6 bit13 bit5 bit12 bit4 bit11 bit3 bit10 bit2 bit9 bit1 bit8 bit0 Initial value
Asahi Kasei Microdevices
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V2ad 1XP11 BIT138 marking V3P AK5602A MS1285-E-00

REGULATOR sr7

Abstract: TXH20 Bit 13 MB6 MB5 MB4 Bit12 MB3 Bit11 MB2 Bit10 MB1 Bit9 MB0 Bit8 MA4 Bit7 MA3 , (Write only / Address 0x7) Bit 15 Bit 14 Bit 13 X MB9 MB8 Bit12 MB7 Bit11 R7 Bit10 R6 , . MD7101_A01 Crystal Control Register (Write only / Address 0xb) Bit 15 Bit 14 Bit 13 Bit12 Bit11 Bit10 0 , Bit12 T1 Bit11 T0 Bit10 HP0 Bit9 CP2 Bit8 CP1 VTH[2:0]: Set VCO tuning voltage range , Bit10 MT0 Bit9 MTC Bit8 DM4 Bit7 DM3 Bit6 DM2 Bit5 DMI Bit4 DM0 Bit3 1
AMIC Technology
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A7101 REGULATOR sr7 TXH20 100KH

TXH20

Abstract: SR-4X Configuration Register I (Write only / Address 0xf) Bit 15 Bit 14 Bit 13 MB6 MB5 MB4 Bit12 MB3 Bit11 MB2 Bit10 , Configuration Register II (Write only / Address 0x7) Bit 15 Bit 14 Bit 13 X MB9 MB8 Bit12 MB7 Bit11 R7 Bit10 R6 , Bit 13 Bit12 Bit11 Bit10 0 DP TXH2 TXH1 TXH0 TXL2 Bit9 TXL1 Bit8 TXL0 Bit7 FX3 Bit6 FX2 Bit5 FX1 Bit4 , Register (Write only / Address 0x3) Bit 15 Bit 14 Bit 13 VTH2 VTH1 VTH0 Bit12 T1 Bit11 T0 Bit10 HP0 Bit9 , Bit10 MT0 Bit9 MTC Bit8 DM4 Bit7 DM3 Bit6 DM2 Bit5 DMI Bit4 DM0 Bit3 1 Bit2 1 Bit 1 0 Bit 0 1 T[2:0
AMIC Technology
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SR-4X RFMD5117

RF2155

Abstract: Pout (dBm) 54.0 Efficiency (%) Pout (dBm) Bit1=1;Bit2=0 28 15 10 Bit1=0;Bit2=1 5 26 48.0 Bit1=0;Bit2=0 0 25 45.0 3.0 3.5 4.0 4.5 Vcc (Volts) Rev B3 , ) POWER AMPLIFIERS 2 Bit1=0;Bit2=1 100 Bit1=1;Bit2=0 50 Bit1=0;Bit2=1 5 Bit1=0;Bit2=0 0 Bit1=0;Bit2=0 -5 870 880 890 900 910 920 Frequency (MHz) 2-186 930
RF Micro Devices
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RF2155 900MH 400MH 915MH 430MH 930MH

430-MHz

Abstract: RF2155 ) Bit1=1;Bit2=0 28 15 10 Bit1=0;Bit2=1 5 26 48.0 Bit1=0;Bit2=0 0 25 45.0 3.0 , =1;Bit2=0 Bit1=0;Bit2=1 100 Bit1=1;Bit2=0 50 Bit1=0;Bit2=1 5 Bit1=0;Bit2=0 0 Bit1=0
RF Micro Devices
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430-MHz RF21

RF2155

Abstract: RF2155PCBA-41X ) Bit1=1;Bit2=0 28 15 10 Bit1=0;Bit2=1 5 Bit1=0;Bit2=0 0 25 45.0 3.0 3.5 , Icc (mA) Pout (dBm) Bit1=1;Bit2=0 Bit1=0;Bit2=1 100 Bit1=1;Bit2=0 50 Bit1=0;Bit2=1 5 Bit1=0;Bit2=0 0 Bit1=0;Bit2=0 -5 870 0 880 890 900 910 920 930 940
RF Micro Devices
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RF2155PCBA-41X HEMT Amplifier 2002/95/EC DS080128
Abstract: ) Pout (dBm) Bit1=1;Bit2=0 28 15 10 Bit1=0;Bit2=1 5 26 48.0 Bit1=0;Bit2=0 0 25 , 200 20 Bit1=1;Bit2=0 150 15 10 Icc (mA) Pout (dBm) POWER AMPLIFIERS 2 Bit1=0;Bit2=1 100 Bit1=1;Bit2=0 50 Bit1=0;Bit2=1 5 Bit1=0;Bit2=0 0 Bit1=0;Bit2=0 -5 870 RF Micro Devices
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t25 4 g8

Abstract: Transistor g16 ) Pout (dBm) 28 54.0 Efficiency (%) 15 27 51.0 10 Bit1=0;Bit2=1 5 26 48.0 0 Bit1=0;Bit2=0 25 3.0 3.5 4.0 4.5 5.0 5.5 45.0 -5 -25 -5 15 35 55 75 95 Vcc (Volts , (dBm) 10 Bit1=0;Bit2=1 Icc (mA) 15 100 Bit1=1;Bit2=0 5 Bit1=0;Bit2=0 0 Bit1=0;Bit2=0 -5 870 880 890 900 910 920 930 940 950 960 0 870 880 890 900 910 920 930 940 950 960 50 Bit1=0;Bit2
RF Micro Devices
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t25 4 g8 Transistor g16
Abstract: Efficiency 29 Pout (dBm) Pout (dBm) 28 Efficiency (%) 15 27 51.0 10 Bit1=0;Bit2=1 5 26 48.0 0 Bit1=0;Bit2=0 25 3.0 3.5 4.0 4.5 5.0 5.5 45.0 -5 -25 -5 15 35 55 75 95 Vcc , (dBm) 10 Bit1=0;Bit2=1 Icc (mA) 15 100 Bit1=1;Bit2=0 Bit1=0;Bit2=0 0 50 -5 870 880 890 900 910 920 930 940 950 960 0 870 IG N S Bit1=0;Bit2=1 Bit1=0;Bit2=0 880 890 900 RF Micro Devices
Original

95VCC

Abstract: L-330 ) 15 27 51.0 10 Bit1=0;Bit2=1 5 26 48.0 0 Bit1=0;Bit2=0 25 3.0 3.5 4.0 4.5 5.0 5.5 , Settings (Pin=0 dBm, Vcc=3.6 V, Vpd=3.0 V) Pout (dBm) 10 Bit1=0;Bit2=1 Icc (mA) 15 100 Bit1=1;Bit2=0 5 Bit1=0;Bit2=0 0 Bit1=0;Bit2=0 -5 870 880 890 900 910 920 930 940 950 960 0 870 880 890 900 910 920 930 940 950 960 50 Bit1=0;Bit2=1 Frequency (MHz) Frequency (MHz) 2-180 Rev
RF Micro Devices
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95VCC L-330
Abstract: with all DA bits set high, including bit9 and bit10. After the programming cycle, all the EEPROM bits , signal with bit0 first and bit10 last. Table 3 - AZT70 Control Word Definition bit10 bit9 Not , Control Word Definition bit10 bit9 bit8 Chi MSB bit7 11-bit Control Word bit6 bit5 , is the 1st bit to enter and bit10 is the last. In the AZT70, bit0, bit9 & bit10 do not affect the , bit 3 bit 4 bit 5 bit 6 bit 7 bit 8 bit 9 bit5 selected bit 10 bit10 Arizona Microtek
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AZPB70 AZT70/71 AZT71 AZDB70
Abstract: 8640CJ IL08 12-BIT D/A CONVERTER â'"TOP VIEWâ'" 4 I1 OUT 1 18 RFB 5 6 I2 OUT 2 17 VREF IN 7 8 3 GND VDD 16 BIT1 IN (MSB) 4 9 15 BIT12 IN (LSB) 10 11 12 BIT2 IN 5 14 BIT11 IN 13 14 BIT3 IN 6 13 BIT10 IN 15 BIT4 IN 7 12 BIT9 IN 17 BIT5 IN 8 BIT2 BIT3 BIT4 BIT5 I1 BIT6 I2 1 2 BIT7 BIT8 BIT9 BIT10 BIT11 11 BIT8 IN BIT6 IN 9 BIT1 10 BIT7 IN VREF BIT12 VREF 17 1 2 4 18 DIGITAL -
Original
Abstract: ) Pout (dBm) Bit1=1;Bit2=0 28 15 10 Bit1=0;Bit2=1 5 26 48.0 Bit1=0;Bit2=0 0 25 , 200 20 Bit1=1;Bit2=0 150 15 10 Icc (mA) Pout (dBm) POWER AMPLIFIERS 2 Bit1=0;Bit2=1 100 Bit1=1;Bit2=0 50 Bit1=0;Bit2=1 5 Bit1=0;Bit2=0 0 Bit1=0;Bit2=0 -5 870 RF Micro Devices
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Abstract: ) Bit1=1;Bit2=0 28 15 10 Bit1=0;Bit2=1 5 26 48.0 Bit1=0;Bit2=0 0 25 45.0 3.0 , =1;Bit2=0 150 15 10 Icc (mA) Pout (dBm) POWER AMPLIFIERS 2 Bit1=0;Bit2=1 100 Bit1=1;Bit2=0 50 Bit1=0;Bit2=1 5 Bit1=0;Bit2=0 0 Bit1=0;Bit2=0 -5 870 880 890 RF Micro Devices
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AZPB70

Abstract: usb eeprom programmer schematic bit9 and bit10. After the programming cycle, all the EEPROM bits are set low (logical high) except for , control word data is inputted serially on the rising edge of the CLK signal with bit0 first and bit10 last. Table 3 - AZT70 Control Word Definition bit10 Not Used bit9 Not Used bit8 MSB 11 , Used Table 4 - AZT71 Control Word Definition bit10 Chi MSB bit9 LSB bit8 MSB bit7 Cmid , register. Note that bit0 is the 1st bit to enter and bit10 is the last. In the AZT70, bit0, bit9 & bit10 do
Arizona Microtek
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usb eeprom programmer schematic low cost eeprom programmer circuit diagram usb eeprom programmer simple schematic eeprom programmer schematic design eeprom programmer schematic eeprom programmer schematic diagram

RF2155

Abstract: ) Bit1=1;Bit2=0 28 15 10 Bit1=0;Bit2=1 5 26 48.0 Bit1=0;Bit2=0 0 25 45.0 3.0 , =1;Bit2=0 Bit1=0;Bit2=1 100 Bit1=1;Bit2=0 50 Bit1=0;Bit2=1 5 Bit1=0;Bit2=0 0 Bit1=0
RF Micro Devices
Original

AZT70

Abstract: DA bits set high, including bit9 and bit10. After the programming cycle, all the EEPROM bits are set , with bit0 first and bit10 last. Table 3 - AZT70 Control Word Definition bit10 Not Used bit9 , bit to enter and bit10 is the last. In the AZT70, bit0, bit9 & bit10 do not affect the capacitance , bit 7 bit 8 bit 9 bit 10 DA bit0 loaded 1st bit10 loaded last CLK 0.6*VDD PV , capacitors selected) DA bit0 loaded 1st bit10 loaded last CLK 10ms min 5.6V, 6.1V PV
Arizona Microtek
Original
AZT70QG

gmz1

Abstract: BIT04 with bit0 first and bit10 last. Table 3 - AZT70 Control Word Definition bit10 Not Used bit9 , bit to enter and bit10 is the last. In the AZT70, bit0, bit9 & bit10 do not affect the capacitance , bit 7 bit 8 bit 9 bit 10 DA bit0 loaded 1st bit10 loaded last CLK 0.6*VDD PV , DA bits set high, including bit9 and bit10. After the programming cycle, all the EEPROM bits are set , capacitors selected) DA bit0 loaded 1st bit10 loaded last CLK 10ms min 5.6V, 6.1V PV
Genesis Microchip
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gmz1 BIT04 Genesis Gmz1 Genesis GmFC1 MSD-0016-C

TCl 785

Abstract: 9240LP signal with bit0 first and bit10 last. Table 3 - AZT70 Control Word Definition bit10 bit9 Not , Control Word Definition bit10 bit9 bit8 Chi MSB bit7 11-bit Control Word bit6 bit5 , is the 1st bit to enter and bit10 is the last. In the AZT70, bit0, bit9 & bit10 do not affect the , bit 3 bit 4 bit 5 bit 6 bit 7 bit 8 bit 9 bit5 selected bit 10 bit10 , with all DA bits set high, including bit9 and bit10. After the programming cycle, all the EEPROM bits
Space Electronics
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TCl 785 9240LP 14-BIT 9240LPRP Q44-02
Abstract: the rising edge of the CLK signal with bit0 first and bit10 last. Table 3 - AZT70 Control Word Definition bit10 bit9 Not Used Not Used MSB bit3 Cmid bit8 11-bit Control Word , serially entered into the register. Note that bit0 is the 1st bit to enter and bit10 is the last. In the AZT70, bit0, bit9 & bit10 do not affect the capacitance value but still must be included in the serial , bit10 loaded last 2µs min 500ns max CLK ≥ 0.6*VDD Resulting voltage if bit5 was high Standard MicroSystems
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LAN91C113 MS-026
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