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QLX4300SIQSR Intersil Corporation Quad Lane Extender; QFN46; Temp Range: 0° to 70° visit Intersil Buy
ISL36411DRZ-T7 Intersil Corporation Quad Lane Extender; QFN46; Temp Range: 0° to 70° visit Intersil Buy
QLX4270RIQT7 Intersil Corporation DisplayPort Lane Extender; QFN46; Temp Range: 0° to 70° visit Intersil Buy
QLX4270RIQSR Intersil Corporation DisplayPort Lane Extender; QFN46; Temp Range: 0° to 70° visit Intersil Buy
ISL35111DRZ-TS Intersil Corporation 11.1Gb/s Driver; QFN16; Temp Range: 0° to 70° visit Intersil Buy
ISL35411DRZ-TS Intersil Corporation Quad Driver; QFN46; Temp Range: 0° to 70° visit Intersil Buy
ISL36411DRZ-TS Intersil Corporation Quad Lane Extender; QFN46; Temp Range: 0° to 70° visit Intersil Buy
ISL36111DRZ-T7 Intersil Corporation 11.1Gb/s Lane Extender; QFN16; Temp Range: 0° to 70° visit Intersil Buy
QLX4600SIQSR Intersil Corporation Quad Lane Extender; QFN46; Temp Range: 0° to 70° visit Intersil Buy
ISL35111DRZ-T7 Intersil Corporation 11.1Gb/s Driver; QFN16; Temp Range: 0° to 70° visit Intersil Buy
QLX4600LIQSR Intersil Corporation Quad Lane Extender; QFN46; Temp Range: 0° to 70° visit Intersil Buy
QLX4300SIQT7 Intersil Corporation Quad Lane Extender; QFN46; Temp Range: 0° to 70° visit Intersil Buy

CFS T1

Catalog Datasheet MFG & Type PDF Document Tags

CFS2575

Abstract: MH89760 T1 / DS1 CFS2575 CFS 2575 Adjustable Inductor CEPT Output Transformer Surface Mount SMD-6 . 2-11 CFS 2575 is an adjustable inductor (clock extractor coil) for MITEL MH89760 device. Typical applications are: The MH89760 has a , inductor should be tuned to provide a frequency of 1.544 MHz ± 200 Hz. · PBX or computer to T1/CEPT Digital trunks. · High speed data link using T1/CEPT Digital Trunk. · TDM Multiplexers. ·
Filtran
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CFS2914

Abstract: MH89790 CEPT CFS2914 CFS 2914 Adjustable Inductor CEPt Clock Extr. Coil. Through Hole Standard . 2-12 Typical applications are: CFS 2914 is an adjustable inductor (clock extractor coil) for MITEL MH89790 device. · · High speed data link using T1/CEPT Digital trunks. · TDM Multiplexers. · The MH89790 has a built in , tuned to provide a frequency of 2.048 MHz ± 200 Hz. PBX or computer to T1/CEPT Digital trunks
Filtran
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2048MHZ

three phase bridge inverter

Abstract: three phase pulse generator - t1 J-L -»n t2 t8 I-1â'" m t3 til J L_ 1141 t9- yt 12 â t I : X LATCH ADDRESS LATCH DATA Fig. 2 INTEL mode Bus Interface Waveforms Parameter Symbol Min Typ Max Units ALE high period t1 , , Temperature = 25°C t* t1 AS DS R/W CE AD0-AD7 J J-*t2a t4 t3 t5 I t6 t7-H W âºits' I I - , the pulse is deleted. The minimum allowable pulse width is defined by the clock frequency, the CFS 3 , 128 as set by PDT clock frequency 1, 2, 4, 8, 16 or 32 (as set by CFS) PDT word 1111111 1111110 .
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three phase bridge inverter three phase pulse generator 3 phase waveform generator three phase bridge inverter in 120 degree ultrasonic generator 1 Mhz Marconi bridge rectifier p MA818

three phase pulse generator electronic circuit

Abstract: ultrasonic generator 1 Mhz Typ Max Units ALE high period t1 70 ns Delay time, ALE to WR t2 40 ns WR low period t3 200 ns , PRELIMINARY DATA SHEET A.C. PERFORMANCE Conditions: Vdd = 5V, Temperature = 25°C Ì* t1 AS DS R/W CE , Units AS high period t1 90 ns Delay time, AS low to DS high t2 40 ns DS high period t3 210 ns , width is defined by the clock frequency, the CFS 3 bit word and the 7 bit Pulse Deletion Time word (PDT , , 16 or 32 (as set by CFS) PDT word 1111111 1111110 . etc. 0000000 Value of pdt 1 2 . etc
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three phase pulse generator electronic circuit A818 6805 motorola MICROCONTROLLER 400H C126

iAPX 286

Abstract: iAPX 88 all register Write Cycles IAPX 286 8208-16 8208-12 iAPX 86/186 8208 8208-6 CFS= 1 (fast cycle) 4-16 MHz 4-12 MHz CFS=0 (slow cycle) 2-8 MHz 2-6 MHz Directly Addresses and Drives up to 1 Megabyte without External , internal address multiplexer. In iAPX 286 mode (CFS =1), these addresses are latched internally. AL3 AL4 , Figure 2A. Slow-Cycle (CFS 0) Interfaces Supported by the 8208 6-101 This Material Copyrighted By Its , Asynchronous-Command Interface Figure 28. Fast-cycle (CFS = 1) Port Interfaces Supported by the 8208 Dynamic RAM
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iAPX 286 iAPX 88 all register 8088 ram 256K APX286 8208-DRAM 8052 AH Basic

ic 4082

Abstract: ic 4082 pin diagram 5 0 k H z , R T1 = 1 0 k i l , R T2 = 5 k i l , C t = 0 .0 0 1 1 5 |xF, T j = 2 5 ° C , unless o th , Offset Voltage F R E Q U E N C Y S H IFT S ECTIO N FSD Current Source CFS Charging Current FSD Voltage , C LL+ C v cc/Co 1 1 2 3 4 5 6 7 8 16 15 14 13 CLI CL + I FSD I CFS F F - -H E SS -E E L , + 15 3 3 - FSD 12 m c T 1 1 10 9 I RT2 I RT1 O 14 3 B CFS 13 3 Q CT 12 3 3 - RT2 11 3 3 -
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ic 4082 ic 4082 pin diagram RT1103 QQQ3370 LAS-4082 LAS-4182 G003374 4182L 4182P

difference between intel 8086 and intel 80186 pro

Abstract: difference between intel 80186 and intel 80286 pro PD8 PD 9 P D10 PD11 PD12 PD13 PD 14 PD15 TM1 PPR F FS I EXT PLS PD 8 PD 7 CIO CM RB1 RBO RFS CFS SB I SA PDO 0 Name ECC SÄ SB CFS RFS RBO RB1 CM CIO PCS EX T FFS PPR TM1 0 0 ECC = 0 SA = 0 SA = 1 SB = 0 SB = 1 CFS = 0 CFS = 1 RFS = 0 RFS = 1 Polarity/Function For non-ECC mode Port A is , FFS |EXT PLS PD 8 PD7 CIO |~5ÌT XB X A |R F S CFS SB SA PDO 1 Name ECC SA SËT CFS RFS XÄ XB CI1 CIO PLS EX T EX T FFS PPR RBO RB1 TM 2 ECC = 1 SA = 0 SA = 1 SB = 0 SB = 1 CFS = 0 CFS = 1 RFS = 0 RFS = 1
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difference between intel 8086 and intel 80186 pro difference between intel 80186 and intel 80286 pro intel 8282 8207 80286 Microprocessor interrupts 8207 intel

AHA4522a

Abstract: LCA-16 Figure 2. Configuration Cycle Followed by Block 1 C_FS, U_FS C_DATA, U_DATA PS4522 , Blocks C_FS, U_FS C_DATA, U_DATA Figure 4: header 1 block 1 header 2 block 2 Fixed Configuration Mode C_FS, U_FS C_DATA, U_DATA cycle 1 cycle 2 cycle 3 cycle 4 last block 1 block , configuration write is started when C_FS is asserted for one C_CLK cycle. The C_FS signal is a sync signal , timing requirements for C_FS. Full Duplex Connection Diagram E_CS_N GND CLKX U_CLK (U_WR_N
Comtech AHA
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AHA4522 AHA4522a LCA-16 Quadrature Decoder Interface ICs PS4540 24 pin outputs decoder ic aha4524

intel 8207

Abstract: ta 8207 k . Slow-Cycle (CFS = 0) Port Interfaces Supported by the 8207 Single-Port Operation The use of an address latch , "MULTI-BUS Option Fast-Cycle Asynchronous-Command Interface Figure 2B. Fast-Cycle (CFS= 1) Port Interfaces , 2003 T3 O t CD ^ CD tr o 3 H- CD ^ n o 3 CD n rr ^ o 3 t-1 H- tr ^ cn CD < H- n CD o o fO , Ignore* 1 0 0 Read Ignore 1 0 1 Read Inhibit 1 1 0 Write Inhibit 1 1 1 Ignore Ignore â'¢Illegal with CFS , Electronic-Library Service CopyRight 2003 intel- PD15 PD8 PD7 PDO 0 0 TM 1 PPR FFS EXT PL§ CIO CI1 RB1 RBO RFS CFS
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intel 8207 ta 8207 k cx59 8207-16 8207A 80186 program loading 2104S3-007 5TCLCL-T26 7TCLCL-T26

OSRAM cfl

Abstract: bridge rectifier using the diode 1N4007 Note RFUS See Note CHB1 100 nF, 200 V 6 1 J1 5 1 J2 4 CFS 10 nF 4 7 , , 2 Fig 2. 5 T1-2 BC847BPN 1 M 2 2 1 J1 = 2.1 mH J2 = 2.7 mH J3 = 3.1 mH , ); J1 = open; J2 = open; J3 = closed CDV dV/dt limiting capacitor CFS floating supply , distance between IC and Lamp filaments. Another solution is to mount the SMD components: CFS, CVDD, COSC , dV/dt limiting capacitor CFS floating supply buffer capacitor CVDD 3.1 mH 220 pF; 500
NXP Semiconductors
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OSRAM cfl bridge rectifier using the diode 1N4007 bridge rectifier 1N4007 SMD DIODE 1N4007 DATASHEET transistor Electronic ballast t5 13w TRANSISTOR SMD 13W UM10392 UBA2024T PLC-13W

AHA4524A-031

Abstract: AHA4524A-031PTC Figure 2. Configuration Cycle Followed by Block 1 C_FS, U_FS C_DATA, U_DATA PS4524 , Blocks C_FS, U_FS C_DATA, U_DATA Figure 4: header 1 block 1 header 2 block 2 Fixed Configuration Mode C_FS, U_FS C_DATA, U_DATA cycle 1 cycle 2 cycle 3 cycle 4 last block 1 block , similar. A data or configuration write is started when C_FS is asserted for one C_CLK cycle. The C_FS , . Figure 32 shows the input timing requirements for C_FS. Full Duplex Connection Diagram E_CS_N GND
Comtech AHA
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AHA4524A-031 AHA4524A-031PTC ANTPC03 PS4501 Demodulator 256 QAM AHA4501 Astro

IC 4033 pin configuration

Abstract: 5 to 32 decoder Followed by Block 1 C_FS, U_FS C_DATA, U_DATA PS4524_0706 cycle 1 cycle 2 cycle 3 last , aha corporation Figure 3: Configuration Header for Consecutive Blocks C_FS, U_FS C_DATA, U_DATA Figure 4: header 1 block 1 header 2 block 2 Fixed Configuration Mode C_FS, U_FS , configuration write is started when C_FS is asserted for one C_CLK cycle. The C_FS signal is a sync signal , timing requirements for C_FS. Full Duplex Connection Diagram E_CS_N GND CLKX U_CLK (U_WR_N
Comtech AHA
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IC 4033 pin configuration 5 to 32 decoder Decoder 5 to 32 single ic 32 line to 5 encoder IC 5 to 32 decoder circuit Decoder 5 to 32

MA828

Abstract: INTEL 27C16 EPROM sampling as used by the MA818 t1 t1 ALE AS t2 RD t2 t4 t4 t3 t3 t5 DS , . Units ALE high period t1 70 ns Delay time, ALE to WR t2 40 WR low period t3 , AS high period t1 90 ns ns Delay time, as low to DS high t2 40 ns 200 , frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word 101 100 011 010 001 000 Value of
Zarlink Semiconductor
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MA828 INTEL 27C16 EPROM intel 8085 microprocessor 27C16 8085 intel microprocessor pin diagram motorola 6805 DS3797

ICE1HS01G

Abstract: ice*1hs01g description 3 Functional description Everytime the capacitor CFS is charged by Ichg to VCH, the upper switch is turned off and CFS will be discharged through Idisc. The charge time determines the on , capacitor CFS is built inside the IC with high accuracy. The simplified oscillator circuit is shown in , 3C FS + T 2 -d I chg- IFB ICS CFS Q [2] The switching frequency can be , Ichg for IC oscillator capacitor CFS is the sum of the four parts including Ichg_min, IFB, ISS and
Infineon Technologies
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ICE1HS01G ice*1hs01g ICE1HS01 diagram power supply LG 32 lcd tv TL431 lcd tv LG ICE1HS01G power supply diagram
Abstract: ) 11 7 CFS 10 nF 8 14 6 5 4 1 1 J2 3 OUT 1 J1 3 2 FS 6 , © CLA 1.5 nF 1000 V 4 2 3 R6 R7 1 MΩ 1 MΩ 2 5 T1-2 BC847BPN 3 , T1-1 BC847BPN C12 1 220 pF GND OPTIONAL "LAMP DETECTION CIRCUIT" 019aab390 Fig 2 , limiting capacitor 220 pF; 500 V 220 pF; 500 V CFS floating supply buffer capacitor SMD , and lamp filaments. Another solution is to mount the SMD components: CFS, CVDD, COSC, ROSC, CSW and NXP Semiconductors
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3 phase waveform generator

Abstract: ac dc 38438 as used by the MA828 t1 ALE AS t1 t2 RD t4 t3 t5 t7 t2 WR t3 t4 DS t6 t8 t9 , time Address setup time Address hold time Data setup time Data hold time Symbol t1 t2 t3 t4 t8 t9 t10 , time Address setup time Address hold time Write data setup time Write data hold time Symbol t1 t2 t3 t4 , division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word Value of n 101 32 100 16 011 8 010 4 001 2 000 1 Table 3 MA828
Zarlink Semiconductor
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ac dc 38438 Pure sinewave inverter circuit diagram MA828-1 braking in ac motors 8085 PWM 38438

pwm program in 8085 for adc

Abstract: MA818 with`double-edged' regular sampling as used by the MA818 t1 t1 ALE AS t2 RD t2 t4 t4 t3 , Symbol Min. Units ALE high period t1 70 ns Delay time, ALE to WR t2 40 WR , Symbol Min. Units AS high period t1 90 ns ns Delay time, as low to DS high t2 , frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word 101 100 011 010 001 000 Value of
Zarlink Semiconductor
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pwm program in 8085 for adc DP40 6805 motorola eprom 27C16 intel 8052 intel 8085 example of application

38438

Abstract: ac dc 38438 used by the MA828 t1 t1 ALE AS t2 RD t2 t4 t4 t3 t3 t5 DS WR , ALE high period t1 70 ns Delay time, ALE to WR t2 40 WR low period t3 Delay , high period t1 90 ns ns Delay time, as low to DS high t2 40 ns 200 ns , function of the externally applied clock frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word 101
Zarlink Semiconductor
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DS3896 dc 38438 inverter circuit diagram 8085 microprocessor microcontroller 8051 speed control of dc motor

ac dc 38438

Abstract: 38438 used by the MA828 t1 t1 ALE AS t2 RD t2 t4 t4 t3 t3 t5 DS WR , ALE high period t1 70 ns Delay time, ALE to WR t2 40 WR low period t3 Delay , high period t1 90 ns ns Delay time, as low to DS high t2 40 ns 200 ns , function of the externally applied clock frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word 101
Zarlink Semiconductor
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7 pin dil smps power control ic inverter smps pwm real time clock using 8085 microprocessor three phase rectifier pwm 3 phase ac sinewave phase inverter single ic PFS11

1H01-1

Abstract: ice*1hs01g . Everytime the capacitor CFS is charged by Ichg to VCH, the upper switch is turned off and CFS will be , programmed with only one external resistor RFMIN connected to FMIN pin. The trimmed capacitor CFS is built , ISS S R VCH CO1 [2] Q Ichg FB IFB Idisc ICS CFS The switching frequency can be obtained , current Ichg The charge current Ichg for IC oscillator capacitor CFS is the sum of the four parts , operate with frequency determined by Ichg_min and ICS. 5V 4.5V VFB (V) 0.5V t1 t2 t3 Time [5] V
Infineon Technologies
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ICE1HS01G-1 1H01-1 audio smps ICE1HS01G1

1n4007 smd NXP

Abstract: IN4007 SMD 14 CFS 10 nF 11 8 OUT 3 1 1 J3 UBA2024AT 2 1 3 MKDS 1,5/2 110 V , D1 to D4 are all mounted IN4007 K1 mounted on position 2, 3 Fig 2. 5 T1-2 BC847BPN 1 M , V CFS floating supply buffer capacitor SMD: X5R or X7R type; leaded: film type, high , components: CFS, CVDD, COSC, ROSC, CSW and the UBA2024AT onto a separate PCB and mount this PCB , 220 pF; 500 V 220 pF; 500 V CFS floating supply buffer capacitor SMD: X5R or X7R type
NXP Semiconductors
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UM10387 1n4007 smd NXP IN4007 SMD 1n4007 diodes SMD NXP philips cfl 18W IN4007 bridge rectifier ic OSRAM CFL NPN transistor Electronic ballast PLC-18W

ta 8207 k

Abstract: lt 8207 2A. Slow-Cycle (CFS = 0) Port Interfaces Supported by the 8207 by the 8207. The 8207 arbitrates , Figure 2B. Fast-Cycle (CFS= 1) Port Interfaces Supported by the 8207 ror scrubbing during ECC refresh , T1, then it is guaranteed to be recognized. TPGVCLâ'" Minimum PDI valid time prior to reset going , Ignore* Ignore Inhibit Inhibit Ignore â'¢Illegal with CFS = 0 2-35 8207 user does not , PPR FFS EXT PL§ CIO CI1 RB1 RBO RFS CFS SB SA 0 Program Data Bit Name Polarity/Function
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lt 8207 L-T34

electronic ballast 18w cfl lamp

Abstract: philips cfl 18W RC R8 RC 3 1 5 W3 110 V AC K1-pin 2-pin 1 230 V AC K1-pin 2-pin 3 3 CFS , 5 T1-2 BC847BPN 1 J1 = 2.1 mH J2 = 2.7 mH J3 = 3.1 mH, default set for 18 W R4 33k , ); J1 = open; J2 = open; J3 = closed CDV dV/dt limiting capacitor CFS floating supply , ; J2 = open; J3 = short CDV dV/dt limiting capacitor CFS floating supply buffer capacitor , short CDV dV/dt limiting capacitor CFS floating supply buffer capacitor CVDD 3.1 mH
NXP Semiconductors
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UM10393 UBA2024P electronic ballast 18w cfl lamp UM1039 1n4007 smd DIODE IN4007 SMD Capacitor symbols
Abstract: x x 1.5 mH D1 K1 FS LLA WE-bobbin EF20 D2 4 1 J2 7 CFS 10 nF J3 , 4 2 3 R6 R7 1 MΩ 1 MΩ 2 5 T1-2 BC847BPN 1 3 RC MKDS 1,5/2 , T1-1 BC847BPN C12 1 220 pF GND OPTIONAL "LAMP DETECTION CIRCUIT" 019aab074 Fig 2 , dV/dt limiting capacitor - 220 pF; 500 V 220 pF; 500 V CFS floating supply buffer , components: CFS, CVDD, COSC, ROSC, CSW and the UBA2024AT onto a separate PCB and mount this PCB NXP Semiconductors
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D10N diode

Abstract: L1812 16384 32768 49152 65535 CODE AD9783 INLTA = 85°CFS = 20 mA 8. 5 AD9783 DNLTA = 85°CFS = 20 mA 0.4 4 06936-008 0 06936-005 ­2.5 ­1.4 0.2 0 3 ­0.2 , 65535 CODE 6. ­1.6 0 16384 32768 49152 65535 CODE AD9783 INLTA = 25°CFS = 20 mA 9. 5 AD9783 DNLTA = 25°CFS = 20 mA 1.0 4 06936-009 ­1.4 06936-006 , 65535 CODE AD9783 INLTA = -40°CFS = 20 mA 10. 9/35 AD9783 DNLTA = -40°CFS = 20 mA
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ADL5370 AD9780BCPZ AD9780-EBZ1 D10N diode L1812 L1210 D04P Motorola D8N AD9780/9781/9783 600MH 500MH 12/14/16LVDS AD9780/AD9781/AD9783 AD9780AD9781AD9783

philips cfl 18W

Abstract: D2 W1 2 FS CHB1 100 nF 400 V 3 CFS 10 nF 8 5 4 1 1 1 J2 , W7 C3 5 T1-2 BC847BPN 3 C4 R6 R7 1 MΩ 1 MΩ 2 2 3 RC MKDS , short more than one jumper at the same time. 2 C11 3.3 μF R4 33kΩ R5 180 kΩ 1 T1 , 220 pF; 500 V 220 pF; 500 V CFS floating supply buffer capacitor SMD: X7R type; leaded , ) Table 3. Reference Description Remarks 115 V; 60 Hz 230 V; 50 Hz CFS floating supply
NXP Semiconductors
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bridge rectifier using the diode 1N4007

Abstract: E20 core -pin 3 3 CFS 10 nF 1 J3 MKDS 1,5/2 7 6 OUT 0R UBA2024AP CDV 220 pF, 500 , position 1, 2 R6 1 M 2 5 T1-2 BC847BPN 1 J1 = 2.1 mH, default set for 18 W J2 = 2.7 mH , dV/dt limiting capacitor CFS floating supply buffer capacitor 10 F; 400 V high , limiting capacitor CFS floating supply buffer capacitor SMD: X5R or X7R type; leaded: film 10 nF , dV/dt limiting capacitor 220 pF; 500 V 220 pF; 500 V CFS floating supply buffer
NXP Semiconductors
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E20 core G24q-2 1N4007 diode bridge schematic diagram t8 smd Diodes In4007 IN4007 SMD DATA SHEET UM10388

8051 pure sine PWM

Abstract: Design pure sine wave inverter using transformer ' regular sampling as used by the SA828 t1 t1 ALE AS t2 RD t2 t4 t4 t3 t3 t5 , . Units ALE high period t1 70 ns Delay time, ALE to WR t2 40 ns WR low period Symbol Min. Units AS high period t1 90 ns Delay time, as low to DS high t2 40 , function of the externally applied clock frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word 101 100
Mitel Semiconductor
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8051 pure sine PWM Design pure sine wave inverter using transformer pwm pure sine wave inverter pure sine wave inverter plane microcontroller 1 phase pure sine wave inverter i pure sine wave inverter DS4226
Abstract: WE-Bobbin EF20 D2 CHB1 100 nF 400 V (1) 3 CFS 10 nF 8 5 4 1 1 1 J2 , 1 W6 W7 C3 5 T1-2 BC847BPN 3 C4 R6 R7 1 MΩ 1 MΩ 2 2 3 , short more than one jumper at the same time. 2 C11 3.3 μF R4 33 kΩ R5 180 kΩ 1 T1 , limiting capacitor CFS floating supply buffer capacitor SMD: X7R type; leaded: PET type, 10 nF , 230 V; 50 Hz CFS floating supply buffer capacitor SMD: X7R type; leaded: PET type, high NXP Semiconductors
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cs5526

Abstract: R1R8 MHz t0 100 - - ns t1 t2 250 250 - - ns ns CS Enable to Valid Latch , DS202PP4 CS5525 CS5526 CS t0 t6 t1 t3 SCLK t2 Continuous Running SCLK Timing (Not to Scale) CS t3 SDI MSB MSB-1 LSB t4 t5 t1 t6 SCLK t2 SDI Write Timing (Not to Scale) CS t7 SDO t9 MSB MSB-1 LSB t8 t2 SCLK t1 SDO Read Timing , NU CFS NU LPM WR2 WR1 WR0 U/B D11 D10 D9 D8 D7 D6 D5 D4
Crystal Semiconductor
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R1R8 BAT85 equivalent 26c18 CS5525-AP CS5525-AS 11.0592mhz crystal oscillator DS202DB3 CDB5525/26

apx 188

Abstract: 8208 intel Refresh Period Options) 8208 SYSTEM t1 PROGRAMMING TIME OF 8208 External Refresh Requests , . PROGRAM DATA BIT PDO PD1 NAME CFS 5 POLARITY/FUNCTION MUST BE ZERO S = 0 SYNCHRONOUS S = 1 , Bits P rocessor CFS 0 0 FFS 0 1 iAPX 86,88,186 iAPX 86, 88,186 C lock Frequency 5 MHz 8 MHz RAM , Microprocessor Clock Cycle Option (CFS and FFS program bits The 8208 can be programmed to interface with microprocessors with slow cycle microprocessors like the 8086, 8088, 80186, and 80188 cycle timing. The CFS bit
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apx 188 8208 intel intel 8208 apx188 hs 8206 I80186

LD 7575 PS

Abstract: 8075an - 230 Watts SOA2 Safe Operating Area log =Id [Cont.],VDS = PD/lD [Cont.], t-1 Sec. 230 Watts 'lm , Cfs ; 'O 10 20 30 40 50 VDS
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APT8075AN APT7575AN APT7590AN LD 7575 PS 8075an APT8075 0000M APT8090AN 7575AN

pwm pulse circuit from PIC to inverter

Abstract: sawtooth wave generator by 8051 SA4828 has been designed to operate SA4828 t4 ALE RD Minimum bus timings: t1 t2 t3 t4 t5 , 20ns 10ns 0ns t5 t1 t8 t3 t6 t7 Fig.4 Bus timing diagram - multiplexed RD WR mode RD/WR t4 AS Minimum bus timings: DS R/W CS AD0-7 t2 t7 t8 t1 t9 t3 t5 t6 t1 t2 t3 t4 t5 t6 t7 t8 t9 t10 t11 CS setup time Address hold time Address , D0-7 RD WR Minimum bus timings: t1 RS/CS setup time Data setup time RS/CS hold time Data
Mitel Semiconductor
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DS4204-3 pwm pulse circuit from PIC to inverter sawtooth wave generator by 8051 PWM Inverter using PIC Microcontroller ac motor speed control using 8051 sin wave inverter circuit diagram three phase bridge inverter in 180 degree and 120 using microcontroller

27C16 EPROM

Abstract: basic ac motor reverse forward electrical diagram with`double-edged' regular sampling as used by the MA818 t1 t1 ALE AS t2 RD t2 t4 t4 t3 , Symbol Min. Units ALE high period t1 70 ns Delay time, ALE to WR t2 40 WR , Symbol Min. Units AS high period t1 90 ns ns Delay time, as low to DS high t2 , frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word 101 100 011 010 001 000 Value of
Zarlink Semiconductor
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27C16 EPROM basic ac motor reverse forward electrical diagram adc interfaces with 8088 microprocessor 27C16* block diagram 8085 microprocessor intel 8088 microprocessor block diagrammed with direction

38438

Abstract: ac dc 38438 used by the MA828 t1 t1 ALE AS t2 RD t2 t4 t4 t3 t3 t5 DS WR , ALE high period t1 70 ns Delay time, ALE to WR t2 40 WR low period t3 Delay , high period t1 90 ns ns Delay time, as low to DS high t2 40 ns 200 ns , function of the externally applied clock frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word 101
Zarlink Semiconductor
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3 phase ac Induction motor speed controller ic ic intel 8085 dc motor speed control using 8051 intel 8085 instruction set 3 phase pwm signal generator ic for ac inverter dc motor interface with 8051
Abstract: Cjg1-s input capacitance at gate 1 - 2.1 - CfS F reverse transfer capacitance f = 1 , 0 0 400 VG , (mV) Vos = 8 V; VG2 = 4 V; T1 t* = 25 "C. 1 Fig.5 Vos = 8 V; Tamb = 25 -
OCR Scan
BF998WR MAM19B

pwm pulse circuit from PIC to inverter

Abstract: pure hardware delay in 8051 microcontroller SA4828 has been designed to operate SA4828 t4 ALE RD Minimum bus timings: t1 t2 t3 t4 t5 , 20ns 10ns 0ns t5 t1 t8 t3 t6 t7 Fig.4 Bus timing diagram - multiplexed RD WR mode RD/WR t4 AS Minimum bus timings: DS R/W CS AD0-7 t2 t7 t8 t1 t9 t3 t5 t6 t1 t2 t3 t4 t5 t6 t7 t8 t9 t10 t11 CS setup time Address hold time Address , D0-7 RD WR Minimum bus timings: t1 RS/CS setup time Data setup time RS/CS hold time Data
Dynex
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DS4204-4 pure hardware delay in 8051 microcontroller THREE PHASE INVERTER PROGRAMMING LOGIC tms320 motor control theory of microprocessor 8051 three phase induction motor sine wave inverter pic
Abstract: high period t1 70 ns Delay time, ALE to WR t2 40 Parameter Symbol Min. Units AS high period t1 90 ns ns Delay time, as low to DS high t2 40 ns WR , function of the externally applied clock frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table 4. CFS word 101 100 , frequency and n = 1, 2, 4, 8, 16 or 32 (as set by CFS) Power frequency range selection The power GEC Plessey Semiconductors
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DS3797-3
Abstract: . 63 FIGURE 4-10. CODEC CCLK and CFS Timing -
OCR Scan
NS32AM161 NS32AM160 32000/EP D--8080

cs5526

Abstract: 1N4148 0 - 2 MHz t0 100 - - ns t1 t2 250 250 - - ns ns SDI , CS t0 t6 t1 t3 SCLK t2 Continuous Running SCLK Timing (Not to Scale) CS t3 SDI MSB MSB-1 LSB t4 t5 t1 t6 SCLK t2 SDI Write Timing (Not to Scale) CS t9 t7 SDO MSB MSB-1 LSB t8 t2 SCLK t1 SDO Read Timing (Not to Scale , D19 D18 D17 D16 D15 D14 D13 D12 A3 A2 A1 A0 NU CFS NU LPM
Cirrus Logic
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1N4148 2N5087 BAV199 LSB16 optoisolator interface with 8051 DS202DB5 CDB5525 CDB5526
Abstract: 100 ns ns ns ns Pulse Width High Pulse Width Low SCLK t0 t1 t2 0 100 250 250 2 - Notes: 19. Device , CS t0 t3 t1 t6 SCLK t2 Continuous Running SCLK Timing (Not to Scale) CS t3 SDI MSB t4 MSB-1 t5 t1 LSB t6 SCLK t2 SDI Write Timing (Not to Scale) CS t7 t9 SDO MSB t8 MSB-1 t2 LSB SCLK t1 SDO Read Timing (Not to Scale) DS202F2 7 , D22 A2 D10 G1 D21 A1 D9 G0 NAME Latch Outputs, A3-A0 Not Used, NU Chop Frequency Select, CFS Not Used Cirrus Logic
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CFL lamp

Abstract: bc847bnp 1 2 D2 1 1 D4 RC 1 8 1 COSC CFS + 1 FS 1 2 3 1 2 , 2 2 FS RC ROSC 8 1 UBA2024P Cfs 1 1 R10 1 M + 2 7 2 CHB1 5 , CVDD and CFS is 10 nF. The advised half-bridge capacitors (C_HB1 and C_HB2) are greater than 47 nF , CFS should be placed close to the IC. · Mains input wires must not run parallel or near the , /500 V (DC) CFS floating supply buffer capacitor 10 nF/50 V 10 nF/50 V CVDD low
NXP Semiconductors
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AN10713 CFL lamp bc847bnp ccfl lamp circuit diagram diodes 1N4007 cfl circuit diagram 1N4007 operating frequency UBA2024 UBA2024A UBA2024T/AT

3 phase sine wave pwm c source code for 8051

Abstract: PFS15 Minimum bus timings: _ t1 CS setup time 10ns t2 Address hold time 10ns t3 Address setup time 10ns , timings: _ t1 CS setup time 10ns t2 Address hold time 10ns t3 Address setup time 10ns t4 AS pulse , -7 â'" RD â'" Wr â'" Minimum bus timings: _ t1 RS/CS setup time 10ns t2 Data setup time 30 , non-multiplexed RD/WR mode Add RS CS DO-7 DS R/W >â'"K Minimum bus timings: t1 RS/CS/R/W setup time 30ns , Respective Manufacturer SA4828 Carrier Frequency (CFS) The power frequency range, f^^, 's ^en Qiven by
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OCR Scan
3 phase sine wave pwm c source code for 8051 PFS15 up 6805 j pic single phase inverter TMS320 Ultrasonic SWITCH

smd diode S4 67A

Abstract: PTR 70 Schott Receiver 10 20 20 12 tCONVERT tQUIET t1 t2 t3 5 t45 t5 t6 t7 t8 6 tPOWER-UP 7 12 16 ×
Siemens
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smd diode S4 67A PTR 70 Schott Receiver IC1 67A gruner 281 c 17 010 e Intel Server Board SDS2 PEB 2086N 2085/PEB D-81541 D-81617 D-40880 D-82544 D-63412

A11016

Abstract: C3z mark ALE RD Minimum bus timings: WR t1 t2 t3 t4 t5 t6 t7 t8 CS setup time Address hold time Address setup , DS t1 t2 t3 t4 t5 t6 t7 t8 t9 t 10 t 11 t9 I t3 t5 t6 t10 Minimum bus timings: CS setup time , timings: ti i t1 t2 t3 t4 t5 RS/CS setup time Data setup time RS/CS hold time Data hold time WR pulse , CS DO-7 DS < = > h R/W Minimum bus timings: t1 t2 t3 t4 t5 RS/CS/R/W setup time 30ns DS , operation. 7/17 SA4828 Carrier Frequency (CFS) R0 m » X CFS2 CFS1 CFSO The power frequency range, f
Analog Devices
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A11016 C3z mark AD7477SRTZ AD7476 AD7477 AD7478 12-/10-/8-B AD7476/AD7477/AD7478 12-/10-/8-BIT AD7476/AD7477/AD74781 EVAL-AD7476CB C01024-0-4/06

3 phase sine wave pwm c source code for 8051

Abstract: PWM Inverter using PIC Microcontroller CHB2 47 nF CFS 10 nF CBUF 4.7 uF 33 D3 D4 3.1 mH CHB1 47 nF CLA 1.5 nF , Vin L1 RRHV 490 k DS1 DS2 C3 G1 T1 lamp 2 CCI 100 nF S1 R1 8
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OCR Scan

cfl light circuit diagram

Abstract: cfl circuit diagram Data setup time Data hold time Symbol t1 t2 t3 t4 t8 t9 t10 t15 t11 t12 Min. 70 40 200 40 20 0 30 30 , Write data setup time Write data hold time Symbol t1 t2 t3 t4 t5 t6 t7 t8 t9 t10 t15 t11 t12 Min. 90 40 , to be set to zero, disabling the normal frequency control and giving a 50% output duty cycle. CFS , division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected , Table 4, n = 4 corresponds to a 3-bit CFS word of 010 in temporary register R1. 2. Setting the power
NXP Semiconductors
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UBA2021 SO16L UBA2014 SO20L cfl light circuit diagram dimmable cfl ccf lamp circuit diagram lamp failure detection circuit diagram of automatic mains failure cfl preheat UBA2025 DIP14 UBA2028

MA838-1PLABD

Abstract: setup time Data hold time Symbol t1 t2 t3 t4 t8 t9 t10 t15 t11 t12 Min. 70 40 200 40 20 0 30 30 100 25 , data setup time Write data hold time Symbol t1 t2 t3 t4 t5 t6 t7 t8 t9 t10 t15 t11 t12 Min. 90 40 210 , to be set to zero, disabling the normal frequency control and giving a 50% output duty cycle. CFS , division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected , Table 4, n = 4 corresponds to a 3-bit CFS word of 010 in temporary register R1. 2. Setting the power
GEC Plessey Semiconductors
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MA838-1PLABD MA838 DS3798-3

8051 pure sine PWM

Abstract: pure sine wave power inverter chip operate 4/17 SA4828 I 14 I ALE RD Minimum bus timings: WR t1 t2 t3 t4 t5 t6 t7 t8 CS setup time , RD/W R mode I t4 I AS DS t1 t2 t3 t4 t5 t6 t7 t8 t9 t10 t11 Minimum bus timings: CS setup , R/W Minimum bus timings: t1 t2 t3 t4 t5 RS/CS/R/W setup time DS pulse width Data setup time RS/CS/R , two registers by means of a dumm y write operation. 7/17 SA4828 Carrier Frequency (CFS) R0 , , determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in table 3
GEC Plessey Semiconductors
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pure sine wave power inverter chip DS3798

pwm pulse circuit from PIC to inverter

Abstract: ^JL' A^Ai/'yvg^F TiS c^fS^ ? ti>/Als v */ } flJKB *) t v & J; tf ^SBS'l/k^ A fi öiftT- i- i/ il 3 / V7 , K * T1- * j^TOû-3 Ã'Ã'^/' Attíítf- h DO"03 A^iBniCU bAiit e hfÃ' h />< T* £ * i ìbridi át'7 e
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OCR Scan

lm6416e

Abstract: LM6416 . [ T nc M E A107 To] n e T1 n.c. n.c. n.c. Fig.2{b) Pin configuration TDA1543I February , T cfs coefficient offset current loffset bias current (adjustable) Ibias bias current gain Albias
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LM6402A LM6402L LM6405L LM6400 lm6416e LM6416 lm6405h A6VDD lm6405 6405A 128X4 3025B- 42SIC DIP425

TDA1543 Application Notes

Abstract: J13S CF9 0 1 0 0 0 1 0 1 0 CFs 0 0 1 0 1 1 0 1 1 CF7 0 0 0 0 1 0 0 0 0 CFe 0 0 1 1 1 0 0 0 1 CF5 0 0 0 1 1 , Table 6). The nine least significant bits (CFs o) are the address for w hatever is to be loaded (see , 0 CFs 0 0 CF7 0 0 CFe 0 0 CF5 0 0 CF4 0 0 CF3 0 0 CF2 0 0 CF1 1 1 CFo 0 , in g F o r m a t C F 11 C F 10 0 R R R R CF9 1 R R R R CFs 0 R R R R CF7 0 1 1 1 0* CFe 0 0 1 0 1 , g F o r m a t C F 11 C F 10 CF9 CFs CF7 CFe 0 CF5 0 CF4 0 CF3 0 CF2 0 CF1 CFo 1st Word - Address
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TDA1543 Application Notes J13S A107 capacitor TDA1543 TDA1543T S016L S0T162A
Abstract: 1 1 CBUF Rosc CLA FS 4 T1 2 3 8 RC UBA2024P CFS OUT 5 1 , D4 3 RC UBA2024P CFS OUT CFL 2 D2 LLA 8 5 1 Cosc SW CDV , RFUS LLA 1 1 OUT CFL CON2 RC UBA2024P CFS 4 8 5 1 Cosc SW 3 , pF the value of CVDD and CFS is 10 nF. The recommended half-bridge capacitors (CHB1 and CHB2) are , pins 7 and 8 should be placed as close to the IC as possible. · Capacitors CVDD and CFS should be -
OCR Scan
LF3330 CF11-0

BC847BNP

Abstract: CFL lamp Data setup time Data hold time Symbol t1 t2 t3 t4 t8 t9 t10 t15 t11 t12 Min. 70 40 200 40 20 0 30 30 , Write data setup time Write data hold time Symbol t1 t2 t3 t4 t5 t6 t7 t8 t9 t10 t15 t11 t12 Min. 90 40 , to be set to zero, disabling the normal frequency control and giving a 50% output duty cycle. CFS , division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected , Table 4, n = 4 corresponds to a 3-bit CFS word of 010 in temporary register R1. 2. Setting the power
NXP Semiconductors
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1-10V dimmable ballast schematic diagram Electronic Ballast 236 general electric cfl transistor ballast led lamp 230v simple circuit diagram mkds NXP R1B

8051 pure sine PWM

Abstract: MA838 Timer Counter T128 T64 T32 T16 T8 T4 T2 T1 0Bh Select Register TCS1 , bit 1 T2 bit 0 T1 This register specifies the count value of a down-counter used for , temperature compensation operating interval is selected. â'¢ CFS (CLKOUT Frequency Select) bits The CFS , frequency 32.768 kHz 1024 Hz 32 Hz 1 Hz * When power is applied, CFS is reset to â'00â' and 32.768
GEC Plessey Semiconductors
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Abstract: Motorola bus timing definitions Symbol Min. ALE high period t1 70 ns Delay time, ALE to WR t2 40 ns Symbol Min. Units AS high period t1 90 ns Delay time , into the 24-bit initialisation register by writing to the dummy register R4. CFS word 101 100 , ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as , given, is shown in Fig. 15. From Table 4, n = 4 corresponds to a 3-bit CFS word of 010 in temporary KYOCERA
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KR3225Y KKC1205001

braking in ac motors

Abstract: MA838-2 Timer Counter T128 T64 T32 T16 T8 T4 T2 T1 0Bh Select Register TCS1 , bit 1 T2 bit 0 T1 This register specifies the count value of a down-counter used for , temperature compensation operating interval is selected. â'¢ CFS (CLKOUT Frequency Select) bits The CFS , frequency 32.768 kHz 1024 Hz 32 Hz 1 Hz * When power is applied, CFS is reset to â'00â' and 32.768
GEC Plessey Semiconductors
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MA838-2 smps 8085 Pure Sine Wave Inverter circuit pwm sinewave timing
Abstract: t1 t2 250 250 - - ns ns CS Enable to Valid Latch Clock t3 50 - - ns , DS202F3 CS5525 CS5526 CS t0 t6 t1 t3 SCLK t2 Continuous Running SCLK Timing (Not to Scale) CS t3 SDI M SB M S B -1 LS B t4 t5 t1 t6 S C LK t2 SDI Write Timing (Not to Scale) CS t9 t7 SDO MSB M S B-1 LSB t8 t2 S C LK t1 , A1 A0 NU CFS NU LPM WR2 WR1 WR0 U/B D11 D10 D9 D8 D7 D6 KYOCERA
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1024H

1N4148

Abstract: BAV199 Falling for continuous running SCLK (Note 22) t0 100 - - ns Serial Clock t1 t2 , t6 t1 t3 SCLK t2 Continuous Running SCLK Timing (Not to Scale) CS t3 SDI M SB M S B -1 LS B t4 t5 t1 t6 S C LK t2 SDI Write Timing (Not to Scale) CS t9 t7 SDO M SB M S B -1 LS B t8 t2 SCLK t1 SDO Read Timing (Not to Scale , A1 A0 NU CFS NU LPM WR2 WR1 WR0 U/B D11 D10 D9 D8 D7 D6
Cirrus Logic
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CS5525

Abstract: CS5526 Serial Clock t1 t2 250 250 - - ns ns CS Enable to Valid Latch Clock t3 50 - , CS t0 t6 t1 t3 SCLK t2 Continuous Running SCLK Timing (Not to Scale) CS t3 SDI M SB M S B -1 LS B t4 t5 t1 t6 S C LK t2 SDI Write Timing (Not to Scale) CS t9 t7 SDO M SB M S B -1 LS B t8 t2 SCLK t1 SDO Read Timing , D18 D17 D16 D15 D14 D13 D12 A3 A2 A1 A0 NU CFS NU LPM WR2
Cirrus Logic
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sps 4362 CS5525-ASZ LT1019-2.5 DS202F5

220V ferrite core transformer

Abstract: tdk ferrite pc30 UBA2024BP CFS CBUS 2 VDD ROSC CFL CHB1 D2 7 6 1 5 COSC SW CRS D4 , 7 D1 J1 1 CFL CHB1 D2 FS RFUS CFS CBUS 2 1 CON2 2 3 LR , 1 LRS1 LR D2 RFUS 1 CBUS 2 2 3 ROSC CFS FS 3 8 RC , 8 UBA2024B CFS CBUS 2 3 CDVDT PGND 5 1 SW D3 CHB2 COSC R11
STMicroelectronics
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L6590A 220V ferrite core transformer tdk ferrite pc30 neosid CHOKE 308 UNITRODE DIODE CROSS inductor neosid make smd transistor HTA AN1262 L6590 L6590D

CS5525AS

Abstract: dB yes yes PRI/T1 mode yes Fractional T1 data bundling yes yes 128-Kbit/s , logical 1 in the CFS bit of the configuration register sets the PEB 2245 in standard mode (default after , Primary Access Configuration A logical 0 in the CFS bit of the configuration register selects the PEB
Cirrus Logic
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CS5525AS

fusistor ptc

Abstract: ELECTRONIC BALLAST DIAGRAM for PL-C 26W CD 30-secADJ IRQ-F CAL/HW HOLD - Control register D E 1 1 1 0 CE t1 , specified carry determined by the combination of t1 and t0 is executed. The IRQ-F bit holds "1" until the , combination of bit t1 and bit t0 of the CE register. If INT/STND = "1", the bit status "1" and output level , writing "0". 128 ¡ Semiconductor MSM6782-01 CE REGISTER (Control E Register) · t1, t0 , t1 t0 0 0 1/64 second Period 0 1 1 second 1 0 1 minute 1 1
NXP Semiconductors
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fusistor ptc ELECTRONIC BALLAST DIAGRAM for PL-C 26W cfl ballast Self-Oscillating Half-Bridge Driver 1N4007 1206 ballast Self-Oscillating AN10966

half substractor

Abstract: Q67100-H6209 t1 t0 INT/STND MASK - Control register E F 1 1 1 1 CF TEST 24/12 , a specified carry determined by the combination of t1 and t0 is executed. The IRQ-F bit holds "1" , combination of bit t1 and bit t0 of the CE register. If INT/STND = "1", the bit status "1" and output level , writing "0". 128 ¡ Semiconductor MSM6782-01 CE REGISTER (Control E Register) · t1, t0 , t1 t0 0 0 1/64 second Period 0 1 1 second 1 0 1 minute 1 1
Siemens
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half substractor Q67100-H6209 T2245-XV12-D1-7600

MSM6782-01

Abstract: CFS-308 20 ~ l 1R H ~ PT 19 ZL3 SETTR IP 18 â¡Z I YPHT 17 ~T1 B H PT 16 â'" V Iâ'"1 ss 15 = â , ined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in Table , high carrier frequencies increase w aveform resolution and can allow ultrasonic operation. CFS w o , : w here k = clock frequency and n = 1 ,2 ,4 , 8 ,1 6 or 32 (as set by CFS) P o w e r fre q u e n c , r 64 (as set b y CFS). pdy5 pdy4 pdy3 pdy2 DONâ'™T >Q X CL X PDYo PULSE
OKI Electric Industry
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MSM6782-01RS MSM6782-01MS-K CFS-308 MSM6782 DIP8-P-300

MSM6782-01RS

Abstract: MSM6782-01 yes yes PRI/T1 mode yes Fractional T1 data bundling yes yes 128-Kbit/s channel , multipoint switching capability can be used. Standard Configuration A logical 1 in the CFS bit of the , figure 14. Figure 14 SP Duration for N = 2 Primary Access Configuration A logical 0 in the CFS bit
OKI Electric Industry
Original
oki 82-01
Abstract: Access Line Cards PRI T1 or CEPT Transmission Exchange >M T MUSAC1 HSCX fs c c MUNICH32 , yes PRI/T1 m ode yes F ractional T 1 da ta bundling yes yes 128-Kbit/s channel , capability can be used. Standard Configuration A logical 1 in the CFS bit of the configuration register , PEB 2245 SYP Duration for N = 2 Primary Access Configuration A logical 0 in the CFS bit of the -
OCR Scan

full substractor

Abstract: SAB82520 dB all channels ­ 4 to 12 dB yes yes PRI/T1 mode yes Fractional T1 data bundling , can be used. Standard Configuration A logical 1 in the CFS bit of the configuration register sets , Primary Access Configuration A logical 0 in the CFS bit of the configuration register selects the PEB
Siemens
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full substractor SAB82520 Q67100-H6298 82520 P-DIP-40

SIEMENS PEB 2245 N

Abstract: Address setup time Address hold time Data setup time Data hold time Symbol ti ^2 ^3 u ^8 tg tio t-1 5 , function of the externally applied clock frequency and a division ratio n, determ ined by the 3-bit CFS , (as set by CFS) Power frequency range selection The powerfrequency range selected here defines the , corresponds to a 3-bit CFS w ord of 010 in tem porary register R 1. 2. Setting the power frequency range We
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OCR Scan
SIEMENS PEB 2245 N

ITS40

Abstract: Q67100-H6298 SA4828 I t4 I ALE rd Minimum bus timings: w t1 t2 t3 t4 t5 t6 t7 t8 CS setup time Address hold , I t4 I AS DS t1 t2 t3 t4 t5 t6 t7 t8 t9 t10 t11 t1Q I t3 t11 Minimum bus timings: CS setup , SA4828 Carrier Frequency (CFS) The power frequency range, fnAN G E, is then given by: f CARRX Z " , function of the externally applied clock frequency and a division ratio n, determined by the 3-bit CFS word set during initialisation. The values of n are selected as shown in table 3. CFS word Value of n
Siemens
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ITS40

smd diode S4 67A

Abstract: SMD s4 67a r m a t CF 11 CF 10 0 R R R R CF9 1 R R R R CFs 0 R R R R CF7 0 1 1 1 0" CF6 0 0 1 0 1 CF5 0 1 1 0 1 , in g F o r m a t CF 11 CF 10 1 R R R R CF9 1 R R R R CFs 0 R R R R CF7 0 0 0* 1 0" CF6 0 1 0 0 1 CF5 , C - 1 C F7 - 1 CFs F9 ^Z C - I CF1 0 CF1 1 L D 1 PA USE VCC 1 GND - 1N C - 1N C 1 NC - 1N C - 1C O U To 1 CO U T1 - 1C O U T2 - 1C O U T3 1 COUT4 - 1C O U T5 - 1C O U Te CO UT7 1 2 6 8
Siemens
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SMD s4 67a tad ic 2050 datasheet TLP 2561 pm SMD MARKING CODE ad 5.9 s4 marking code siemens SMD ZENER DIODE MARKING CODE G3 D-74924 OB830 D-81667 D-94128 F-91940

8051 pure sine PWM

Abstract: pwm pure sine wave inverter 37LA5EE DDE547b Tbb â  MA838 Initialisation Register Function CFS word 101 100 011 , function of the externally applied clock frequency and a division ratio n, determined by the 3-bit CFS , in Fig. 15. From Table 4, n = 4 corresponds to a 3-bit CFS word of 010 in temporary register R1 , 100 x 4096 t1 6 3 b h IRANGE 250 We can only have p fs as an integer, so if we assign pfs 1638
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OCR Scan
28-LEAD

PWM Inverter using PIC Microcontroller

Abstract: SA4828 = 0 V; VD S = 25 V; f = " - " - p 1 MHz '-'o s s CfS S 310 60 36 2 pulse , n 4U 'in Ö U on ¡¿ U in 1U 0 1 t1 0 n2 0 CL 1 `to 1p, pulse w idth (s) Fig. 2
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OCR Scan
pure sine wave inverter circuit diagram MP28117 A4828

s4 marking code siemens

Abstract: Tele Quarz Group Crystal Oscillator /T10 S9/T9 S8/T8 S7/T7 S6/T6 S5/T5 S4/T4 S3/T3 S2/T2 S1/T1 Pin Assignment Package Dimension (unit , oscillation Maker EPSON CITIZEN Oscillator C-002RX CFS-308 CFS-206 C1 18pF 18pF C2 18pF 18pF Rf 10M 10M Rd
Siemens
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Tele Quarz Group Crystal Oscillator gruner 275 c 17 eaw t200 8 bit 92112 PSB 2186N SDS S4 24V

CF700

Abstract: S6/T6 S5/T5 S4/T4 S3/T3 S2/T2 S1/T1 Package Dimension (unit : mm) 3151 SANYO : QIP , EPSON C-002RX CITIZEN CFS-308 CFS-206 Rd * Both C3 and C4 must use J rank (±5%) and CH
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OCR Scan
CF700 LF3338 01010501010105050101COCOCOCOCO LF3338QC12
Abstract: S10/T10 S9/T9 S8/T8 S7/T7 S6/T6 S5/T5 S4/T4 S3/T3 S2/T2 S1/T1 Package Dimension (unit , oscillation EPSON CITIZEN C-002RX CFS-308 CFS-206 18pF 18pF 18pF 18pF 10M 10M 680k -
OCR Scan
384-BIT

gruner 275 c 17

Abstract: PSB2186P giving a 50% output duty cycle. CFS word Value of n 101 32 100 16 011 8 010 4 001 2 000 1 Table 4 , clock frequency and n = 1, 2, 4, 8, 16 or 32 (as set by CFS) Power frequency range selection The , function of the externally applied clock frequency and a division ratio n, determ ined by the 3-bit CFS , 512 x n 12-288x106 k 512 x fr 512 x 6 x 103 From Table 4, n = 4 corresponds to a 3-bit CFS , t1 From Table 5, m = 16 corresponds to a 3-bit FRS word of 100 in tem porary register R1. 3
Siemens
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PSB2186P 1536K valor

C20200

Abstract: -8470AFS/CFS) These detection voltages can be selected by 0.1 V step between 2 V and 6 V. The detection pins , -8470AFS/CFS) â'¢ Low current consumption _ â'¢ All voltage regulators and voltage detectors with the , different type in the series, S-8470AFS/BFS/CFS, whose functions vary according to RESET signal and the , be specified using an external capacitor) and a watchdog timer. â  Pin Assignment 1. S-8470AFS/CFS
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OCR Scan
C20200 PHP4N40E PHB4N40E T0220AB SQT404

ECB866500

Abstract: ) HDLC port: (TEM-bit 1) N1 and T1 in internal timer mode (TDM-bit in mode) T2 in external timer mode
SANYO Electric
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ECB866500 LC866548/40/32/28/24A LC866548A/40A/32A LC866528A/24A LC866548A LC866540A LC866532A

s16 transistor

Abstract: 800MHZ D3 D2 D1 DO NU CFS NU LPM WR2 WR1 WRO U/B D11 D10 D9 D8 , logic 0. D18 Chop Frequency Select, CFS 0 1 R 256 Hz Amplifier chop frequency 32768 Hz , error. put current is lowest with the CFS bit cleared to logic 0. The input voltage into the , g rea ter than 6 0 H z if CFS is cleared. By When a smaller voltage reference is used, the re , shown and is dependent upon the setting of the CFS (Chop Frequency Select) bit. The effec­ tive input
SANYO Electric
Original
LC866560B LC866556B 800MHZ s16 transistor QFP100E LC866560/56B 60/56K-B 1152-B LC866560B/56B

S3 24A

Abstract: LC866540A point-to-multipoint (LT-S,NT) IOM: point-to-multipoint (TE) HDLC port: (TEM-bit 1) N1 and T1 in internal timer mode
SANYO Electric
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LC866528A LC866524A S3 24A CFS206 67007 citizen 94 transistor s49 800MH

A838

Abstract: sa838 pure sine PWM . e c_f.S*y m b9 e .+`c ea i_a bh ha be ea .`:. .`:. .`:. pz* RF{>+ .+ m , d_f.S*y m baa e .+`c K .+ m d.S.| m a_f. e c_f.S*y m b9 e .+`c K df g_a bf ga bc dg .`:. , c_f.S*y m b9 e .+`c K K K .+ m d. e ba.S.pzm a. K ha baa 5o K d_a E D , | sqz=SbCY_bc}t1>X wsF~ 0fU A 5Y8J , {G=r 0Q TWqSc .SpJkXWq}j_d tq|G=r 0Q ye uqyG=r 0QU`Dbc?v}jR| \sqz=Sbk_+|` 7bb5ZYT./}t1>u \wsF~U*\AO
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OCR Scan
A838 sa838 pure sine PWM LMP20 SA838

transister

Abstract: types of transister following: * Set CCR: CFS (1:0) to 11. * Supply the PCM frame sync in each frame. * SA(2-0) (see 4.1.4 , synchronization signal. For both applications the period is equal. The timer is stopped by writing TIMR. t1 t1 , . CFS{1:0) Clock frequency selection. Clocking EPIC2: CFS(1:0) DR PCM data clock IOM2 sub- time IOM2
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OCR Scan
S-8470 S-8470BFS S-8470CFS transister types of transister 2SA1362 S-8470AFS B0000D S8470AFS

COUNTER MODULO 503

Abstract: lcd wz Y1 MA1 HA1 WA0 DA1 T1 UTS UTF UTIE * The register values are undefined when power is first applied , bit 5 T32 bit 4 T16 bit 3 T8 bit 2 T4 bit 1 T2 bit 0 T1 This register specifies the count value of , temperature compensation operating interval is selected. · CFS (CLKOUT Frequency Select) bits The CFS bits , 32 Hz 1 Hz * When power is applied, CFS is reset to "00" and 32.768 kHz CLKOUT output frequency is
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OCR Scan
COUNTER MODULO 503 lcd wz TBA 1205 TBA 281 TBA 651 AM2085 PD040
Abstract: AD7476/AD7477/AD7478 TIMING SPECIFICATIONS1, 2 (V DD Parameter fSCLK 4 tCONVERT tQUIET t1 , CFA CFA CFA CFS CFS CFS CFS CJA CJA CJA CJS CJS CJS NOTES 1 Linearity Error here , 14. Power vs. Throughput Rate ­14­ REV. D AD7476/AD7477/AD7478 t1 CS tCONVERT t2 , LEADING ZEROS Figure 15. AD7476 Serial Interface Timing Diagram t1 CS tCONVERT t2 SCLK t6 , ZERO 2 TRAILING ZEROS Figure 16. AD7477 Serial Interface Timing Diagram t1 CS tCONVERT t2 -
OCR Scan

BCX2

Abstract: eaw t200 8 . 3 3 I "C/M -A nC ~~~ PF , J ."`I `;: . I L ' Xl?! , 1. `I'. Output t-1' Reverse , -02 - [Unit : mm] n z$?!i& R A T I N G S S(i Absolute Maximum Ratings 1 1 liLI ;t1 , `t1: Iti?cllL 1-1 IAS n sz@J l $$mHB E l e c t r i c a l C h a r a c t e r i s t i c , .\ Voltage Continuous Drawn C u r r e n t I ,.~ f I ifI1 ,L [l'i:c$i t-1. 1 I' I `IL I , -1.5 5.0 R
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OCR Scan
BCX2 BCR1B VS3D AM8018 Am2055 11136-001B PL044

baa9

Abstract: ba9u . 4 ATV2500B ATV2500B Output Logic, Registered ( 1) Output Logic, Combinatiorial(1) D/T1 CK , Registered (Q1); Q2 FB Registered (Q1); Q2 FB Registered (Q1); DAT2 FB x 0 Terms in so 0 0 1 D/T1 8 12 Terms in so 0 S1 0 1 1 D/T2 4 4(1 ) S5 X S1 0 D/T1 4(1 ) D/T2 4 O utput , S7 0 1 Q2 CLOCK CK 2 CK2 · PIN1 Note: 1. These four term s are shared with D/T1. Clock , -12 Symbol tcos *CFS *SIS *SFS ^HS *W S tpS -15 Max 7.5 -20 Max 10 -25 Max 11 -30 Max
Linear Technology
Original
baa9 ba9u a9u 1u Z407 ABAA AAGZ 322QET/5 DUPY322GET RFK45 47QET 372QET- 75789R

TSO-63

Abstract: PEB2056-N áç XRT84L38 PRELIMINARY OCTAL T1/E1/J1 FRAMER DECEMBER 2001 REV. P1.0.1 GENERAL DESCRIPTION Link Terminal Equipment direct access to the outbound T1/E1/J1 frames Likewise, a Receive , inbound T1/E1/J1 frames. The XRT84L38 is an eight-channel 1.544 Mbit/s or 2.048 Mbit/s DS1/E1/J1 , all of the latest T1/E1/J1 specifications: ANSI T1/E1.107-1988, ANSI T1/ E1.403-1995, ANSI T1/E1.231-1993, ANSI T1/ E1.408-1990, AT&T TR 62411 (12-90) TR54016, and ITU G-703, G.704, G706 and G.733, AT&T Pub
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OCR Scan
TSO-63 PEB2056-N MAE 411 D6106 TLP 433 AM2056 Q67100-H6116

KR3225Y

Abstract: have to do the following; * * * Set CCR: CFS (1:0) to 11. Supply the PCM frame sync in each frame. SA , t1 Timer s ta rt TIN m u ltifr. synch TIN Tim er stop m u ltifr. synch Figure 2.4 , receive PCMhighway. Receive on falling edge (1)rising edge (0). D2-mode. CFS( 1:0) Clock frequency selection. Clocking EPIC2: CFS(1:0) DR PCM data clock input (PDC) MHz IOM2 data rate MHZ sub scri bers time
Abracon
Original
CA-92688 AB-RTCMK-32

tdk ferrite pc30

Abstract: bdg rectifier interrupt period INT/STND bit = "0" : Setting of periodic waveform t1 0 0 1 1 to 0 1 0 1 Period 1/64 , REFERENCE DATA Crystal quartz : Citizen-made CFS-308 Cg = 18pF CD = 18pF '·I Ie " Capacitance
STMicroelectronics
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bdg rectifier Transformer 9v 2a ferrite material 3c85 core size E25/13/7 EF25 smps 600W philips 3C85 ferrite material 1N5822 SMD data sheet download

AD7477ART

Abstract: AD7476 byte select; PH:PL Multiplication results registers t=0 t=1 Do not change. Increment , memory location addressed by table pointer TBLATH f if t=1, TBLATL f if t=0; ProgMem(TBLPTR , dest Cfs Ffd MOVFF fs,fd Move fs (first word) to fd (second word) fs fd 6Ef
Analog Devices
Original
AD7477ART AD7476ART-500RL7 AD7476ART-REEL AD7476ART-REEL7 7522-D AD7478ART-REEL7 C01024

LSC series Microcontroller by MOTOROLA

Abstract: Motorola LSC microcontroller APPROVED Monica L. Poelking B Update boilerplate to MIL-PRF-38535 requirements. - CFS 03-08-11 , Address data bus. These data lines constitute the time multiplexed memory/IO ADDRESS (T1) and data (T2, T3 , ". Address/status. During T1, these are the four most significant address lines for memory operations. During , pulse active during clock low of T1 of any bus cycle. Note that ALE is never floated. Data transmit , or T1 clock cycle. Simultaneous with the issuance of HLDA, the processor will float the local bus and
Infineon Technologies
Original
LSC series Microcontroller by MOTOROLA Motorola LSC microcontroller STi 7110 SM 8611 AIN MOTOROLA LSC tranceiver cvr P-MQFP-44-1 P-MQFP-64-1

LSC series Microcontroller by MOTOROLA

Abstract: Motorola LSC microcontroller execution. Peripheral register file address (0x00 to 0x1f) Table byte select; t=0 t=1 Perform operation , f if t=1, TBLATL f if t=0; ProgMem(TBLPTR) TBLAT; TBLPTR + 1 TBLPTR if i=1 b8kk MOVLB bakx , Cfs Ffd 6Ef 02 f 6C f 34 f IORWF MOVF MOVFF MOVWF MULWF NEGF RLCF f,d,a f,d,a fs,fd f,a f,a f,a
Infineon Technologies
Original
dl 321

MOSFET IRF 630

Abstract: T1 (8) SI/O Instruction register (8) Instruction decoder Control signal 26 Input , ADC23 ADC22 ADC21 ADC20 A-D control register 2 (AD2) Timer 5 (T5) Timer 6 (T6) Timer 1 (T1) Timer , RC1 RC0 ? Clock frequency set register (CFS) 0 Clock control register 2(CC2) 0 Clock
Shindengen Electric
Original
MOSFET IRF 630 2SJ366
Abstract: T5 (8) Timer 4 T4 (8) Timer 3 T3 (8) Timer 2 T2 (8) Timer 1 T1 (8) SI/O , ADC23 ADC22 ADC21 ADC20 A-D control register 2 (AD2) Timer 5 (T5) Timer 6 (T6) Timer 1 (T1) Timer , RC1 RC0 ? Clock frequency set register (CFS) 0 0 0 0 1 0 1 1 Clock -
OCR Scan
ATV2500BQ ATV2500BL ATV2500BQL ATV2500H/L I/023 I/022
Abstract: T5 (8) Timer 4 T4 (8) Timer 3 T3 (8) Timer 2 T2 (8) Timer 1 T1 (8) SI/O , ADC23 ADC22 ADC21 ADC20 A-D control register 2 (AD2) Timer 5 (T5) Timer 6 (T6) Timer 1 (T1) Timer , RC1 RC0 ? Clock frequency set register (CFS) 0 0 0 0 1 0 1 1 Clock -
OCR Scan
HM534252 144-W TFP-20DA T-90-20 TTP-20D TTP-20DR

Digital Alarm Clock using 8051

Abstract: tle 4246 g Card) 50MHz Crystal Oscillator 2:1 PECL Mux Buffer Clock Feedback Select (CFS[2:0]) 8 , eight S/UNI-PLUS's with the Clock Feedback Select (CFS[2:0]) which controls the 8-to-1 multiplexers
Exar
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Digital Alarm Clock using 8051 tle 4246 g osc 16.000 3.3v 32.768mhz ic XRT83L38 XRT84L38IB
Abstract: T1 (8) SI/O Instruction register (8) Instruction decoder Control signal 26 Input , 5 (T5) Timer 6 (T6) Timer 1 (T1) Timer 2 (T2) Timer 3 (T3) Timer 4 (T4) Timer mode register 1 , correction enable register (RCR) 0016 RC1 RC0 ? Clock frequency set register (CFS) 0 Clock -
OCR Scan
PEB2056N

Nippon capacitors

Abstract: FE3A CLKOUT and GC5016 CFS to SP5 On On Routes GC5016 DCK to CLKOUT and GC5016 DFS to SP5 , routes the four GC5016 output Frame Strobes (AFS, BFS, CFS, DFS) to a 4:1 mux. Only one Frame Strobe can
Renesas Technology
Original
Nippon capacitors FE3A stm cl-30 LSI 2417 H8S/2437 HD64F2437 D-85622 REJ09B0059-0100Z
Abstract: circuit Timer 1 T1 (8) Timer 2 T2 (8) Timer 3 T3 (8) Timer 4 T4 (8) Timer 5 T5 (8) Timer 6 T6 (8 , (T6) Timer 1 (T1) Timer 2 (T2) Timer 3 (T3) Timer 4 (T4) Timer mode register 1 (TM1) Timer mode , RC1 RC0 20F16 210 Clock frequency set register (CFS) 211 Clock control register 2(CC2) 212 Clock -
OCR Scan

tp 2115

Abstract: 2b1q encoding ) Timer 3 T3 (8) Timer 2 T2 (8) Timer 1 T1 (8) 24 HLF Data slicer CV IN Pins for , (T1) Timer 2 (T2) Timer 3 (T3) Timer 4 (T4) Timer mode register 1 (TM1) TM17 TM16 TM15 TM14 , correction address 2 (low-order) 20F16 210 Clock frequency set register (CFS) 211 Clock control register
Siemens
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tp 2115 2b1q encoding SMD A3H zener Siemens Digital Book zener diode book PSB 2115 H
Abstract: -38535 requirements. - LTG Update boilerplate to current MIL-PRF-38535 requirements. - CFS DATE (YR-MO-DA) 90-03-05 , .0/RXD P3.1/TXD P3.2/INT0 P3.3/INT1 P3.4/T0 P3.5/T1 P3.6/WR P3.7/RD XTAL2 XTAL1 VSS All Q and U , .3 P1.4 NC NC NC NC P1.5 P1.6 P1.7 RST P3.0/RXD P3.1/TXD P3.2/INT0 P3.3/INT1 P3.4/T0 NC NC P3.5/T1 P3 , ) INT1 (external interrupt 1) T0 (timer 0 external input) T1 (timer 1 external input) WR (external data -
OCR Scan
SQP8-P-250-K

microchip pic 14f

Abstract: MPASM assembler directives 02-08-27 Thomas M. Hess B Update boilerplate to current MIL-PRF-38535 requirements. - CFS , P3.1/TXD P3.2/INT0 P3.3/INT1 P3.4/T0 P3.5/T1 P3.6/WR P3.7/RD XTAL2 XTAL1 VSS 01 Q Pin , .1/TXD P3.2/INT0 P3.3/INT1 P3.4/T0 P3.5/T1 P3.6/WR P3.7/RD XTAL2 XTAL1 VSS 01 X Pin Number , (External Interrupt 1) T0 (Timer 0 External Input) T1 (Timer 1 External Input) WR (External Data Memory
Microchip Technology
Original
microchip pic 14f MPASM assembler directives bc kk 000D 00FF PIC18CXXX

Nippon capacitors

Abstract: PARALLEL& USB PORTs DUC SIA CONTROL BUS A & B OUT[15.0] DOUT [15 .0] COUT[15.0] CFS
Renesas Technology
Original

qml-38535

Abstract: 8406701 (CFS = 1) Table 8.6 amended Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes , (CFS = 1) 0 0 1 1 Item Rev. 2.00 Mar 21, 2006 page ix of xxxviii Item Page
DEPARTMENT OF DEFENSE
Original
5962-8601601QA qml-38535 8406701 5962-R010-91 5962-E511-03 MIL-STD-883 MIL-HDBK-103 QML-38535

motorola diode 7600

Abstract: tp 2115 with 10-Bit Conversion Accuracy (CFS = 1) Table 8.6 amended Yes Yes Yes Yes Yes Yes Yes , Pulse with 12-Bit Conversion Accuracy (CFS = 1) 0 0 1 1 Item Rev. 2.00 Mar 21, 2006 page
Siemens
Original
motorola diode 7600 KSR140 C768 ITD09619 ITD09620 ITD09621 T2115-XV11-P1-7600

8512A

Abstract: siemens cpu 224 wiring detail "QML" ."^u&M^aSSIS?- ^ cf^S an^T f 3-6 Cert|fl'cate of compliance. For device class M, a certificate , riff t1 f, conf°â"¢a"ce. A certificate of confonnance as required for device class M in fn i iRiis h
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OCR Scan
8512A siemens cpu 224 wiring detail siemens b 58 295 la intel 80 C11E set up device

CPU STI 7110

Abstract: STi 7110 PIN1.POI/T1 No. 3492â'"2/16 LC66P408 PIN DESCRIPTION Number Name Description DIP42S QIP48E 1 44 D0 , osc2 External OPEN clock â'¢ V, DD (min) - OV ose 'CFS Stable oscillation Unstable
Infineon Technologies
Original
CPU STI 7110 LT 7238 siemens sra tcm LT 7220 21393 amplify lgar GPM05622

tdk ferrite pc30

Abstract: NEOSID S REFRESH COU NTER TEST CYCLE lR A S t1 3 ) \ _tCPT{47} J CAStffl V iqS F H *l_ C H B(*5i CfS a r ^.-^S C Ç 24j \ .tralci JC A H Ç 25)^ ~)( « *» * x~ READ CYCLE 1W
STMicroelectronics
Original
NEOSID 7.5w flyback non isolated converter E25/13/7 EF25 ferrite material 3c85 7.5W NON ISOLATED FORWARD CONVERTER, 1N4148 ferrite core tdk pc30

LSC series Microcontroller by MOTOROLA

Abstract: PORTs DUC SIA CONTROL BUS A & B OUT[15.0] DOUT [15 .0] COUT[15.0] CFS ,CCK
Infineon Technologies
Original

DIODE SMD S44

Abstract: siemens C510 Thomas M. Hess C Update boilerplate to current MIL-PRF-38535 requirements. - CFS 08-01-09 , with the Arrhenius Relationship: AF = exp(-EA/K*(1/T1 - 1/T2) where: AF = acceleration factor (unitless quantity) = t1/t2 T = temperature in Kelvin t1 = time (hrs) at temperature T1 t2 = time (hrs , Relationship: AF = exp(-EA/K*(1/T1 - 1/T2) where: AF = acceleration factor (unitless quantity) = t1/t2 T = temperature in Kelvin t1 = time (hrs) at temperature T1 t2 = time (hrs) -5 K = Boltzmann's constant = 8.62
Infineon Technologies
Original
DIODE SMD S44 siemens C510 EA1 SMD EA1 transistor smd ISAC-SX CDA 10.7 SQR21-24 SQR31-34 SQR41-44 SQR51-54

Motorola LSC microcontroller

Abstract: LSC series Microcontroller by MOTOROLA . Editorial changes throughout. Update boilerplate to MIL-PRF-38535 requirements. - CFS DATE (YR-MO-DA , .2 (INT1) P3.3 (T0) P3.4 (T1) P3.5 (WR) P3.6 (RD) P3.7 XTAL2 XTAL1 VSS Terminal number 21 22 23 24 25 26 27 , .2 (INT1) P3.3 (T0) P3.4 (T1) P3.5 (WR) P3.6 (RD) P3.7 XTAL2 XTAL1 VSS Terminal number 23 24 25 26 27 28 29
Infineon Technologies
Original
MIP144 LT 7217 speech scrambler MRC 425 SCOUT-P - PSB 21391 SCOUT-PX - PSB 21393

3186

Abstract: siemens C510 2 GATE CHARGE I I PG. VGS 0 )_ t=1,Lls t Duty Cycle I 1 % 2 Preliminary , % ID ID wave Form o 10% 10% :E.lrL t L-4 t=1 t.ls Duty Cycle < 1 % TEST CIRCUIT 3 GATE CHARGE td , I YfS I IDSS IGSS VDS = 60 V, VGS = 0 V VGS=&?oV,VDS=oV VDS=1oV vGS=ov Ciss COSS CFS td(on
Infineon Technologies
Original
3186 isac-s isac-sx compare smd code EA2 MQFP64 IOM-2 Handler ITS05407

microchip pic 14f

Abstract: DS30400 100 - - ns t1 t2 250 250 - - ns ns SDI Write Timing CS Enable to Valid , t0 t6 t1 t3 SCLK t2 Continuous Running SCLK Timing (Not to Scale) CS t3 SDI MSB MSB-1 LSB t4 t5 t1 t6 SCLK t2 SDI Write Timing (Not to Scale) CS t9 t7 SDO MSB MSB-1 LSB t8 t2 SCLK t1 SDO Read Timing (Not to Scale , three low level measurement ranges (25 mV, 55 mV, and 100 mV). The input current is lowest with the CFS
Microchip Technology
Original
DS30400 eekc 34kk
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