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IMB-2D-625/M Datasheet

Part Manufacturer Description PDF Type
IMB-2D-625/M Merrimac Industries IMAGE REJECT MIXER Original

IMB-2D-625/M

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: signal Fault (input signal) 1.6 m s Change of PW M period FAU LT ! New INITIALIZATIO N , slot sequence TST H M TST+4 H TST L TST+4 H LH_C5 top channel , Function Description time slot sequence TST H TST M TST+4 TST+4 L TST H TST M or L TST+4 H LH_C5 top channel DT bottom channel Freescale Semiconductor , sequences at the top of both figures shows when a state of a high (H), middle (M) or low (L) priority is Freescale Semiconductor
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SPACE VECTOR MODULATION space-vector PWM A32A AN2530 C1234 MPC500 AN2530/D
Abstract: - bottom Synchronization signal Resolver reference signal Fault (input signal) 1.6 m s Change of PW M period FAU LT ! New INITIALIZATIO N Figure 1. Signals generated by svmStd TPU , TST H M TST+4 H TST L TST+4 H LH_C5 top channel bottom channel TST , TST H TST M TST+4 TST+4 L TST H TST M or L TST+4 H LH_C5 top , state of a high (H), middle (M) or low (L) priority is serviced in the worst case. To calculate the Motorola
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RESOLVER space vector AN2528/D
Abstract: Synchronization signal Resolver reference signal Fault (input signal) 1.6 m s Change of PW M period , slot sequence TST H M TST+4 H TST L TST+4 H LH_C5 top channel , Detailed Function Description time slot sequence TST H TST M TST+4 TST+4 L TST H TST M or L TST+4 H LH_C5 top channel DT bottom channel Freescale , sequences at the top of both figures shows when a state of a high (H), middle (M) or low (L) priority is Motorola
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motorola TPU
Abstract: - bottom Synchronization signal Resolver reference signal Fault (input signal) 1.6 m s Change of PW M period FAU LT ! New INITIALIZATIO N Figure 1. Signals generated by svmStd TPU , case occurs depends on the DT. time slot sequence TST H M TST+4 H TST L TST , Function Description time slot sequence TST H TST M TST+4 TST+4 L TST H TST M or L TST+4 H LH_C5 top channel DT bottom channel Freescale Semiconductor Freescale Semiconductor
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htc one v
Abstract: regarding the design or manufacture of the part. MOTOROLA and the Stylized M Logo are registered in the US -
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MPC555 MPC556 7fa0 LVL11 LVL12 LVL13 LVL14 LVL15 LVL16
Abstract: MC68HC16S2CPU25 MC16S2CPU25B1 £ 25.17 MHz - 40 to + 85 °C 2 84 420 T h is d o c u m e n t c o n ta , in a re s u b je c t to c h a n g e w ith o u t n o tic e . (M ) »MOTOROLA INC., 1996 M O TO R , . 4 Pin A ssig n m e n ts , . 45 M 68HC11 C o m p atib ility , . 47 Addressing M o d e s Motorola
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Motorola MPC555 IRQ17 LVL18 LVL19 LVL20 LVL21 LVL22
Abstract: , the worst case timing case that can happen is illustrated in Figure 7. TST H TST M or L , top of the figure shows when a state of a high (H), middle (M) or low (L) priority is serviced in the , functions). Let's denote M as the time period of the longest state within all functions running on middle , Calculate MPW according to Figure 7. ­ TST + H + TST + max(M,L) + TST+4 + LH that is 60 + H + max(M,L) IMB clock cycles. MPW (in IMB clock cycles) = 60 + H + max(M,L) 12 Standard Space Vector Modulation ­ Motorola
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7f90
Abstract: This d o cu m e n t contains inform ation on a product und e r developm ent, n otice . M otorola reserves the right to ch ange or disco n tin u e this product w ith o u t (M ) MOTOROLA ©MOTOROLA 1993 , ) Asynchronous HDLC (RAM Microcode Option) to Support PPP (Point to Point Protocol) D D C M P TM (RAM Microcode , possibilities like an Ethernet to T1 bridge, etc. N O T E : In d e p e n d e n t re ce ive a n d tra n s m it , COMBINATION OF SCCs AND SMCs MAY BE CONNECTED TO ANY TDM. N O T E : T w o T D M b u se s m a y be s im u Motorola
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MPC561 MPC563 motorola 624 C0141 CODE lwp ID201 MPC561/MPC563
Abstract: military and space applications requiring the highest reliability. 13Feb96 F rf t e if r to c n a t M ERRI AC /41 Faifel Pl,W estCal o ur h r n o ma in o t c M ri d . dwel,NJ,07006 / 973- 1300 /FAX 973 Motorola
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MPC565 NOTES ON MULTIPLEXER MPC566 MPC565/MPC566 LVL17 LVL23 LVL24 LVL25 LVL26
Abstract: MOTOROLA O rd er th is docum ent by M C68360/D SEMICONDUCTOR I PRODUCT INFORMATION MC68360 Product Brief MC68360 QUad Integrated Communication Controller (QUICCTM) INTRODUCTION The , discontinue this product without notice. (M) © MOTOROLA INC., 1993 M O TO R O LA Memory (SRAM , Dai King Street, Tai Po Industrial Estate, Tai Po, N.T., Hong Kong. M O TO R O LA 1ATX31311-0 , M C 68360/ QUICC SYSTEM BUS Figure 8. Master-Slave QUICC Implementation The QUICC has special Motorola
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LVL27 LVL28 LVL29 LVL30 LVL31
Abstract: illustrated in Figure 7. TST H TST M or L TST+4 H LH latency MPW Figure 7 , ), middle (M) or low (L) priority is serviced in the worst case. To calculate the MPW follow these steps , running on high priority (Do not consider svmStd3 functions). Let's denote M as the time period of the , + H + TST + max(M,L) + TST+4 + LH that is 60 + H + max(M,L) IMB clock cycles. MPW (in IMB clock cycles) = 60 + H + max(M,L) 12 Standard Space Vector Modulation ­ 3 outputs version TPU Function Motorola
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Sine Wave Generator sine wave pwm circuit pwm 3phase timing 3 phase pwm generator C2345 3-PHASE SINE WAVE PWM GENERATOR AN2517/D
Abstract: Figure 1. Signals generated by 3Sin TPU function set conductor, Inc., 2004. All rights reserved. ©M Motorola
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Motorola MPC556
Abstract: manufacture of the part. MOTOROLA and the Stylized M Logo are registered in the US Patent and Trademark -
OCR Scan
ADR21 MC16S2CPU20B1 MC68HC16S2TS/D MC68HC16S2 MC68300/68HC16 M68HC16 CPU16 100-PIN
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