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MX29LV161TXBC-70 Datasheet
Unlikely unidirectional interface, the primary procedure for data reception is to activate internal RXACTIVE signal by writing HIGH to RXA field ofBT_RF_PLL_CTRLl through DBUS interface. The RF circuitry starts to operate and send data after fixed time from writing data to the field. Right after writing HIGH to the field, the directional of bus is changed and PT8R1002 starts to drive TXDATA. Therefore, the baseband should disable the bus driving before the comple- tion of register writing in order to prevent bus contention. Then, the baseband receives data and searches for the access code. During receive mode, DATACLK is sent from PT8R1002 to baseband as a timing reference. The PT8R1002 circuit sends the data to baseband at the rising edge ofDATACLK, where the baseband latches the data at the falling edge of DATACLK. Prior to receiving information over air, the baseband transfers
MX29LV161TXBC-70 Price
Integrated Timers The Hyperstone El -32X has two hardware timers integrated with a common time base and a resolution of l IJs. The system timer is a general-purpose timer, which is strongly supported by Hyperstone's real-time operating system hyRI-K. In combination with hyRrK, the Hyperstone El-32X provides up t0 31 virtual timers in stack-level tasks and up t0 254 virtual timers in interrupt-level tasks. Depending on the work load of the CPl_I, the latency of these virtual timers is in the range of l ..5 ps. FYogramming of these timers is very easy because only the delay has to be defined. Very important is that none of these timers generates any overhead CR_I cycles for pending time events. A processing overhead of approximately l ps is required only when a timer event occurs. The other timer can be directly controlled by the user. The signals of this timer are directly accessible at one of the chip's I/O pins without any latency. It is synchronized to the clock. Among others, this timer is ideally suited for measuring pulse widths or generation of pulse sequences.
MX29LV161TXBC-70 on stock

No Name FunctIOnS
1t0 64 DOi to D064 ( DOn) Driver output terminals(Nch open-drain)
65, 68, 71, 74, 77, 80, 83, 86 vssl GND fordriver (O v)
67 VDD Positive power supply forlogic ( + 5 V)
75, 81 vsso GND forlogic (0 v)
82 CLK Clock input terminal for 64-bit shift register
85 SI Serial data input terminal for 64-bit shift register
66 so Serial data output terminal for 64-bit shift register
84 LATCH Data latch signal input terminal When CONT= "L~ LATCH = "L~: reads the data of the shift register LATCH = "H~: holdsthe preceding data When CONT= "H oropen LATCH = "L : holds the preceding data LATCH = "H~: reads the data of the shift register
76 CONT Data latch signal control terminal : seleas "H" or ~L~ for LATCH(pull-up resistor is built in)
73 AEN1 Driver enable terminal : AENl outputs the latch data of DOi to
72 AEN2 D032 and AEN2 D033 to D064 when low(pull-up resistoris built in)
70 BEN1 Driver enable terminal : BENl outputs the latch data of DOi to D032 and BEN2 D033 to D064 when high(pull-down resistoris
69 BEN2 built in)
78, 79 NC Dummyterminals


Symbol Parameter Condition Ratings Unit
VCES Collector-Emitter Voltage VD = 15V, VCIN = 15V 600 V
+lc Collector Current Tc= 250C 75 A
+ICP Collector Current (Peak) Tc= 250C 150 A
Pc Collector Dissipation Tc= 250C 255 W
Tj Junction Temperature -20+150 oC