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RT 8206 Datasheet

Part Manufacturer Description PDF Type
RT8206AGQW RichTek Technology PMIC - Voltage Regulators - Special Purpose, Integrated Circuits (ICs), IC CTRLR SMPS STPDN DUAL 32WQFN Original
RT8206BGQW RichTek Technology PMIC - Voltage Regulators - Special Purpose, Integrated Circuits (ICs), IC CTRLR SMPS STPDN DUAL 32WQFN Original

RT 8206

Catalog Datasheet MFG & Type PDF Document Tags

STR F 6168 31 v power

Abstract: lt 8207 Provides Signals to Directly Control the 8206 Error Detection and Correction Unit Supports Synchronous or , configured with an 8206 Error Detection and Correction Unit the 8207 supplies the necessary logic for , will cause the 8206 to force the data to all zeros and generate the appropriate check bits. j j 1 j , asyn* : chronous operation. In ECC mode, this signal causes the 8206 EDCU to latch the syndrom e and , decoding logic to enable all 8206 data Output buffers. In ECC mode, this output is also asserted during
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STR F 6168 31 v power lt 8207 ta 8207 k STR F 6168 DRAM Refresh Control with the 80186 80188 2118 ram 2TCLCL--T26 L--T26 5TCLCL--T35 5TCLCL-T35 7TCLCL--T34 2TCLCL--T34

8286 transceiver

Abstract: intel 8203 8206 errordetection and correction unit (EDCU) is different: This LSI device, fabricated in HMOSII, allows error correction to be added to memory systems with minimal overhead. A single 8206 handles 8 or 16-bit data widths, and up to five 8206's can be cascaded to handle all multiples of eight bits (up to 80 bits). The 8206 corrects single-bit errors in a maximum of 65 ns for 16-bit systems and , 95051 The 8206 is the first 16-bit EDCU to use separate input and output data buses, a feature th at
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8286 transceiver intel 8203 8206s intel 8206 AR-189

RT 8206

Abstract: Intel 82072 in te i 8206/8206-2 ERROR DETECTION AND CORRECTION UNIT Detects and Corrects All Single Bit Errors , Supply The HMOS 8206 Error Detection and Correction Unit is a high-speed device that provides error , . Each 8206 handles 8 or 16 data bits and up to 8 check bits. 8206's can be cascaded to provide correction and detection for up to 80 bits of data. Other 8206 features include the ability to handle byte writes, memory initialization, and error logging. Figure 1. 8206 Block Diagram In te l C o r p o r a
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RT 8206 Intel 82072 82072A AFN-02009B

8207

Abstract: processor intel 8085 tio n , th e 8207 h as a d u a l-p o rt in te rfa c e a n d , w hen used w ith th e 8206 e rro r-c h e , ory. T he 8207, working in conjunction with the 8206 error-checking and -correction unit, contains m , latched into the 8206 (Fig. 3). A fter the retrieved d ata has been verified as correct, new d a ta is supplied to the R a m , half from the processor and half from the 8206, which also generates the check bits , d a ta word is com ing from the proces sor and which from the 8206. T he byte m arks determ ine w
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8207 processor intel 8085 AR-231 AFN-02236A

Intel 82072

Abstract: 82062 HMOS Technology for Low Power 68 Pin Leadless JEDEC Package Single+5V Supply The HMOS 8206 E rror , . Figure 1. 8206 Block Diagram Intel Corporation Assumes No Responsibility fo r the Use of Any C , . W hen W Z is active, it causes the 8206 to ou tput all zeros at D O 0 - 15 , w ith the proper w , inputs to cause the 8206 to ou tput all zeros at D O 0-15 w 'th the corresponding check bits at C B O 0 , one o f several op tio ns: lengthen the cu rre n t cycle fo r co rre ctio n , resta rt the in stru
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82062 82072 82062 intel AFM-02009C AFN-02009C 4FN-020C9C

intel 8206

Abstract: 8207 DATA BUS CO N TRO L (PO RT SE L E C T ) CO N TR O LLER 8206 PO RT B CPU CO N TRO L BUS O PTIO , d r i v e r s . The 8207 Advanced Dynamic RAM C ontroller, like its companion, the 8206 Error , q u e n c i e s b e t w e e n 3 . 5 M H z a n d 16 M H z . ECC Interface are the cy for The 8206 , 6 s m a y b e c a s c a d e d f or 8 0 - b i t data words. The 8206 generates modified Ham ming code , function to s u p p o r t the c o m p a nion 8206 Error Detection a nd C o r r e c t i o n U n i t , as s
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U-133A

Abstract: FET 748 -97 8 PS/8-169 | 8 PS/8-206 14 PS/8-128 The smallest available pin count for thru-hole and surface-mount packages P a rt N u m b er U C C 3941 F e a tjr e s UCC 3940 1 -3/-5/-ADJ Ü C C 3941 1 /2/3 JC C
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DN-89 DN-42A U-133A FET 748 DN-42 DN65 UCC3809 DN-65 U-165 U-168 PS/8-192

AU-6433

Abstract: RTM875T Signals to Directly Control the 8206 Error Detection and Correction Unit Supports Synchronous or , independently access memory. When configured with an 8206 Error Detection and Correction Unit the 8207 supplies , 8206 to force the data to all zeros and generate the appropriate check bits. ADVANCED ACKNOWLEDGE PORT , 8206 EDCU to latch the syndrome and error flags and generate check bits. DISABLE BYTE MARKS: This is an , byte address decoding logic to enable all 8206 data output buffers. In ECC mode, this output is also
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RTM875T-336 AU-6433 RTM875T MB39A132 IT8502 N10M-GE1 R0326 UL50AT 800MH ALC269 AR8131

8207 intel

Abstract: difference between intel 80186 and intel 80286 pro /pot_web/43p.html (1 of 2) [4/28/2002 6:29:18 AM] Spectrol 43P Series Setability: ±0.05% RT , Resistance Element: Cermet 2-Terminal Adjustability: 0.15% RT 3-Terminal Adjustability: 0.05% of applied , Resistance Element: Cermet 2-Terminal Adjustability: 0.05% RT 3-Terminal Adjustability: 0.05% of applied , Torque: 3mNm nom Resistance Element: Cermet 2-Terminal Adjustability: 0.05% RT 3 , nom Resistance Element: Cermet 2-Terminal Adjustability: 0.05% RT 3-Terminal Adjustability: 0.01
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8207 intel difference between intel 80186 and intel 80286 pro difference between intel 8086 and intel 80186 pro interfacing intel 8086 with ram and rom ROA20 10A18 L-T35 X-T26 7TCLCL--T26 L-T34

RT 8206

Abstract: Spectrol 5K Linear Potentiometer 534 series impedance (10 MW). VS = 80 V ( > VR max ) I = 10 mA constant VR V Ri > 10 MW 94 8206 Figure , Machine RT Input/ Settings TH1 Manual/ Auto Start IF Water Flow Switching RT M Spin Time Rinse Cycle Numbers TH2 IF Discharge Water Valve RT Wash Time Micro­ processor Mode Detector TH3 IF Intake Water Valve RT TH4 IF AC Input Optocoupler
NTE Electronics
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43P-202 Spectrol 5K Linear Potentiometer 534 series 10K OHM TRIMMER POTENTIOMETER CERMET 1 TURN spectrol 64w 43P502 Spectrol potentiometer 1000 ohm SPECTROL 43p 43P-100 43P-200 43P-500 43P-101 43P-201 43P-501

p33ad

Abstract: RTL8111DL (0.1) 8206 8207 8209 8210 8212 8213 8215 8216 8218 8219 8221 8222 8224 8225 8226 , e V o lta g e + 8 5 'C P a rt N u m b e r M IL -C -39 D 0 6'n & F a ilu re R ato L e v e l i
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RT8206A p33ad RTL8111DL IT8502E 2T6822 cke 2009 amp pcb k50ij IT8512E-L CX20582 GEN-ICS9LPR363DGLF-T RTL8111C ICS9LPR363DGLF-T K50IJ

RTM875T-336

Abstract: J6801 MR_ERR SRE Figure 3. PitCREWjr Signals 8-206 RACEway Interfacing to RACEway: PitCREWjr , 16 SLAVE(S) ROUTE(S) ADDR(S) REQO(S) OFAF(S) OFWE(S) FIFIO(S) RT AD 1 , : PitCREWjr SRE SLAVE MGO MASTER ROUTE ADDR COUNT FIFIO RT AD ROUTE , ) ADDR(S) REQO(S) IFAE(S) IFOE(S) IFRE(S) FIFIO(S) RT AD 1 2 3 4 Figure 10
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J6801 J6806 Q4819 M51VA 8796G c2335 r 100MH AU-6371 IT8512E

AR8121-AL1E

Abstract: IT8502E ^ ·a c [ 2 'sen se [ 3 VRMS[ 4 ss [ 5 vDc! 6 Rt /Ct [ 7 RAMP 1 t B 16 ] VEAO 15 ] v FB 14 jVREF 13 , °C ELECTRICAL CHARACTERISTICS Unless otherwise specified, Ice = 25mA, RT = 23k£l, R rampi = 28.7k£2, C j = , class of PFC. Oscillator (Rt/C t ) = ¡r r . 5 . 1mA X C j = 490 x Cy (4) The deadtrme , x C j yields 1 x 10-5. Selecting standard components values, C j = 390pF, and Rt = 24.9ki2. RAMP 1 , fosc (7) at V r Ef = 7.5V: ( ) 8 tRAMP = C t x Rt x O.51 8-203 ML4841
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AR8121-AL1E 2822A SLB95 cantiga gl40 maa7824 VT1708S K70IJ 12VSUS IR8707 RT9043-GB TPS51117 APL5913

magnetron oven output power 1kw

Abstract: RT 8206 Resistance Rpu = Pull-Up Resistance Rt = Termination Resistance 3V +7V should be equal to Zout of , Generator Output Normally Low D.U.T. 30pF Rt CL 500 0V tPLZ 3.5V 1.5V 0.3V , Intercept (ns) 8.578 8.206 7.872 7.586 7.364 Slope (ns/oC) 0.019 0.018 0.017
Vishay Intertechnology
Original
K814P K3020P magnetron oven output power 1kw magnetron tube how to interface microcontroller with optocoupler TCET1100 how to interface optocoupler with triac TCET110X
Abstract: Resistance RPU = Pull-Up Resistance Rt = Termination Resistance VOUT 1.5V tPZL +7V VIN 3V , D.U.T Rt Enable 1.5V 1.5V 0.3V 0V VOL VOH 0V Pulse Generator for All Pulses: Rate , ) 4.50 4.75 5.00 5.25 5.50 Intercept (ns) 8.578 8.206 7.872 7.586 7.364 -
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CLR65 MIL-C-39006/09 M39006/09 M39006/09-8210 M39006/098210 46214-3073/P

fifo

Abstract: ofwe Pull-Up Resistance Rt = Termination Resistance should be equal to Zout of Pulse Generator OE 500 Rpu 1.5V tPZL tPLZ V IN Pulse Generator Rt D.U.T. VOUT 500 RL 3.5V 1.5V 30pF CL Output , 8.578 0.019 4.75 8.206 0.018 5.00 7.872 0.017 5.25 7.586 0.017 5.50 7.364 0.014 4. TVCO = VCO clock
Cypress Semiconductor
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CY7C384A fifo ofwe RT 8214 addr RDCO ASIC380
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