Features: SpecificationsDescriptionThe TMPR3916 is designed as 32-bit system RISC with typical applications of car navigation systems, driver information displays, personal digital assistants (PDAs), musical instruments and electronic book players.TMPR3916 has many features. For the miscellaneous,...
TMPR3916: Features: SpecificationsDescriptionThe TMPR3916 is designed as 32-bit system RISC with typical applications of car navigation systems, driver information displays, personal digital assistants (PDAs)...
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Features: Maps signals in one of the following ways:- Maps up to 28 asynchronous DS1 signals to SO...
The TMPR3916 is designed as 32-bit system RISC with typical applications of car navigation systems, driver information displays, personal digital assistants (PDAs), musical instruments and electronic book players.
TMPR3916 has many features. For the miscellaneous, the first one is 60 MHz maximum operating frequency. The second one is 208 pin QFP package (QFP208-P-2828-0.50). The third one is 3.3 V power supply voltage. The fourth one is ca. 1200mW maximum power dissipation. The fifth one is -40°C to 85°C operating ambient temperature. The sixth one is built-in clock generator. The seventh one is 5V tolerant I/Os on UARTs, TXSEI and CAN-bus interface. The eighth one is unified memory architecture with a high performance dual bus structure (Video bus + CPU bus). And so on. That are the main features.
Also some DC characteristics of TMPR3916 have been concluded into several points as follow. The fist one is about its supply voltage which would be min 3.0V and typ 3.3V and max 3.6V. The second one is about its operating temperature which would be from -40 to 85°C. The third one is about its storage temperature which would be from -40 to 125. The fourth one is about its soldering temperature (time: 10 s) which would be 260°C. The fifth one is about its power dissipation (normal mode) which would be 1200mW. The sixth one si about its operating current which would be min 150mA and max 333mA for normal mode and would be max 500A for standby mode. The seventh one is about its low level input voltage which would be min -0.3V and max 0.2Vdd. The eighth one is about its high level input voltage which would be min 0.7Vdd and max 5.8V for 5V tolerant and would be min 0.7Vdd and max Vdd+0.3V for others. The ninth one is about its low level input current which would be min -10A and max 10A for standard input buffer and would be min -200A and max -10A for input buffer with pull-up. And so on. For more information please contact us.