UDR 3 Search Results

100MIL

Abstract: FERRITE TOROID Johanson Piston Trimmer indiana general UDR-500 udr 70 F624-19 l44 transistor
Contextual Info: UDR-500 500 Watts - 40 Volts, Pulsed Radar 400 - 450 MHz GENERAL DESCRIPTION The UDR-500 is an internally matched, COMMON EMITTER transistor capable of providing 500 Watts of pulsed RF output power at sixty microseconds pulse width, two percent duty factor across the band 400-450

FERRITE TOROID

Abstract: F624-19 100MIL ferrite L8 FERRITE TOROID Indiana General F684-1 Johanson Dielectrics UDR-450 C144* transistor Johanson Piston Trimmer c16pc
Contextual Info: UDR-450 450 Watts - 40 Volts, Pulsed Radar 400 - 450 MHz GENERAL DESCRIPTION The UDR-450 is an internally matched, COMMON EMITTER transistor capable of providing 450 Watts of pulsed RF output power at sixty microseconds pulse width, two percent duty factor across the band 400-450

HD63143

Contextual Info: H D 6 3 1 4 3 - Universal Pulse Processor UPP-m Description Up to 16 functions are programmble from the MPU into the function table (RAM) 24 16-bit universal registers (UDR) 16 I/O terminals (8 internal registers for

IRS12

Abstract: HD63140 IRE5 IRE-5 HD63140 CP fnr 10k NL 714 DP-64S HD6301X UDR20
Contextual Info: H D 6 3 1 4 - Universal Pulse Processor UPP Description 24 16-bit universal re gisters (UDR) 16 I/O term inals (8 internal re g isters for p ulse I/O control are also provided) Interrupts can occur a t th e fallin g or ris­

transistor mw 131

Abstract: W131 F98S 50MHZ MPC823
Contextual Info: Table 4-2. MPC823 UDR & CDR Power Consumption F98S UDR2 (.42 m) EQUATION POWER @ 50MHZ F98S UDR2 (.42 m) H89G CDR2 (.36 m) EQUATION POWER @ 25MHZ H89G CDR2 (.36 m) POWER @ 50MHZ H89G CDR2 (.36 m) POWER @ 66MHZ H89G CDR2 (.36 m) Normal High LPM=00 TEXPS=1

Contextual Info: H D 6 3 1 4 3 - Universal Pulse Processor U PP-m D escription Up to 16 fu n ction s a re p ro g ram m b le from th e MPU into th e fu n ctio n ta b le (RAM) 24 16-bit universal re g iste rs (UDR)

Contextual Info: FLANGE INFORMATION Flange Information 1. FDP Series Flange is Cover Flange, which can be matched with CPRF & UDR series flanges. 2. FDM Series Flange is Groove Flange, which can be matched with CPRG & PDR series flanges. 3. FBP Series Flange is Cover Flange, which can be matched with UBR series flanges.

IRS11

Abstract: ire5
Contextual Info: H D 6 3 1 4 - Universal Pulse Processor UPP Description 24 16-bit universal reg isters (UDR) 16 I/O term in als (8 in tern al reg isters for pulse I/O control are also provided) In terru p ts ca n occur a t th e fallin g or ris­

UDR20

Abstract: 20U15 HD63140 ire5
Contextual Info: H D 6 3 1 4 - U niversal Pulse Processor UPP D escription 24 16-bit u n iv e rsa l re g iste rs (UDR) 16 I/O te rm in a ls (8 in te rn a l re g iste rs for p u lse I/O c o n tro l a re also p ro v id ed )

Contextual Info: I L Ü& & REV. S Z E S O L PS 'ON O N I M V ü g ^ « ^ 2 SECT. - -EL -tu. ♦ (SCALE 'HI - _ " “ - •: iliiii iiiim - - - - - - uni % -nb DATE 20.Deo.2005 DON NO. 058978 m w. & uDR.ü DESCRIPTION REVISED PLAT I NG( SHELL) CHK. T.MORITAKE S Bfl APPD.

48X24

Abstract: Synchronous motor 6 rpm synchronous MOTORS
Contextual Info: UDR Synchronous Motors Rotational UDR1 Dimensions mm ∅ 48 x 24 Voltage (V) 12–230 Speed (rpm) 50 Hz 60 Hz 500 600 Pole number 12 Running torque (cNm) 50 Hz 1,5 60 Hz 1,4 Power output (W) 50 Hz 0,77 60 Hz 0,87 Gear combination A, D, M, B, F, V, J Standard Data

Contextual Info: B DATE üfc & REV. ll7Z9£0rS DON W uDR. M F*3 S D E SC R I PTI ON NO. m $ APPD. a ü CHK. * n APPD. -on on imvüq ±0.05 t 0 .3 ( T Y P E 1 ,2 , 3 SECT. B- B (PITCH) (T Y P E 3 ) D ETAIL ENDING PORTION BEGINNING ( T Y P E 1 ,2 ) A (SCALE (SCALE 2:1)

SCR SS 3328

Abstract: HD63143 RSC23 IRE18 HD63143A HD63143P
Contextual Info: H 6 D 3 1 4 3 - Universal Pulse Processor UPP-III D escrip tio n • U p to 16 fu n c tio n s a re p ro g ra m m b le from th e MPU in to th e fu n c tio n ta b le (RAM) 24 16-bit u n iv e rsa l re g iste rs (UDR)

Contextual Info: ‘ON % -ñ 0 D AT E JK & REV. 8SESE0PS w. n ñ s D E S C R I P T I ON DCN NO. m % CHK. UDR. $ u N * AP P D. AP P D. ON I M V H Q ±0.15 ( 6.9 T A B L E 1 No2 — •— D I M E N S I O N NO. 0 F ' \ _ C O N T A C T S « N T —- - 2 A 3 .1 SIGNAL SIDE

Contextual Info: J£ & S 8 0 t7 E 0 P S ‘ON 5-R B DATE REV. DON W. M NO. uDR.0 l*l S D E S C R I PT I ON m $ CHK. & u APPD. APPD. ON i M V H q B M A X ( 0 . 1 2 5 ( C L E A R A N C E ) dB x M A X ( 0 . 1 2 5 ) ( C L E A R A N C E ) -B D E T A I L ( NOTE! . S U F F I X

RXB8

Abstract: RXB8 receiver MPCM avr USART multiprocessor atmel 044
Contextual Info: Features • New Enhanced Baud Rate Generator Generates Any Required Baud Rate • • • • • • • • • • – Maximum 6 Mbps 0.35 µm High Baud Rates at Low Crystal Clock Frequencies 6-, 7-, 8- or 9-bit Data Noise Filtering and Noise Error Detection

RXB8

Abstract: RXB8 receiver DIAGRAM AVR GENERATOR udr 3 circuit diagram for AVR synchronous generator MICRO-PRO txc 4800 Ubrr
Contextual Info: Features • Baud Rate Generator Generates Any Required Baud Rate • • • • • • • • • – Maximum 2M bits/s 0.5 µm High Baud Rates at Low Crystal Clock Frequencies 8- or 9-bit Data Noise Filtering Overrun Detection Framing Error Detection

AT90S2312

Abstract: delay timer circuit diagram AT90Sxxxx avr enhanced risc microcontroller data book crystal quartz 3.58 low cost eeprom programmer circuit diagram AT90S2312PC timer0
Contextual Info: AT90S2312 Contents PIN

90S2313

Abstract: CONTROLLER
Contextual Info: Features • Utilizes the AVR RISC Architecture • AVR – High-performance and Low-power RISC Architecture • • • • • • • • – 118 Powerful Instructions – Most Single Clock Cycle Execution – 32 x 8 General Purpose Working Registers

8 pin 4433

Abstract: AT90S2333 5252 F 1010 ad 4433 AT90LS2333 005D AT90LS4433 AT90S4433 "udr 9" LT48
Contextual Info: AT90S2333/4433 AT90S2333/4433 特点 1. 2. 3. 4. 高性能 低功耗 AVR RISC 结构 118 条指令 大多数为单指令周期 32 个 8 位通用 工作 寄存器 工作在 8MHz 时具有 8MIPS 的性能 数据和非易失性程序内存 2K/4K 字节的在线可编程 FLASH 擦除次数 1000 次

0839G

Abstract: AT90S2313 AT90S2313-10 atmel sine wave pwm
Contextual Info: Features • Utilizes the AVR RISC Architecture • AVR – High-performance and Low-power RISC Architecture • • • • • • • • – 118 Powerful Instructions – Most Single Clock Cycle Execution – 32 x 8 General-purpose Working Registers

atmega128 USART C code examples

Abstract: AVR317 atmega128 SPI code example atmega128 usart code example 2577a STK500
Contextual Info: AVR317: Using the Master SPI Mode of the USART module 8-bit Microcontrollers Features • • • • Enables Two SPI buses in one device Hardware buffered SPI communication Polled communication example Interrupt-controlled communication example Application Note

delay timer circuit diagram

Abstract: digital code lock schematic diagram eeprom programmer schematic diagram AT90S2313-10PC AT90S2313 AT90S2313-10 programming codes ATmel AT90S2313 lock bit atmel sine wave pwm circuit avr enhanced risc microcontroller data book eeprom programmer schematic
Contextual Info: Features • Utilizes the AVR RISC Architecture • AVR - High-performance and Low-power RISC Architecture • • • • • • • • – 118 Powerful Instructions - Most Single Clock Cycle Execution – 32 x 8 General Purpose Working Registers – Up to 10 MIPS Throughput at 10 MHz

AT90S2313-10 programming codes

Abstract: AT90S2313 ATmel AT90S2313 lock bit AT90S2313-10
Contextual Info: Features • Utilizes the AVR RISC Architecture • AVR – High-performance and Low-power RISC Architecture • • • • • • • • – 118 Powerful Instructions – Most Single Clock Cycle Execution – 32 x 8 General Purpose Working Registers