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ISL28915FH6Z-T7 Intersil Corporation Nano Power, Push/Pull Output Comparator; SOT6; Temp Range: -40° to 125°C visit Intersil Buy
EL6208CWZ-T13 Intersil Corporation Dual Push-Pull Laser Driver Oscillator; Temperature Range: 0&degC to 70°C; Package: 6-SOT-23 T&R visit Intersil
HSP50016JC-52 Intersil Corporation Digital Down Converter; PLCC44; Temp Range: 0° to 70° visit Intersil Buy
EL7563CREZ Intersil Corporation Monolithic 4 Amp DC:DC Step-Down Regulator; TSSOP28; Temp Range: -40° to 85°C visit Intersil Buy
EL7563CREZ-T13 Intersil Corporation Monolithic 4 Amp DC:DC Step-Down Regulator; TSSOP28; Temp Range: -40° to 85°C visit Intersil Buy
EL7536IYZ-T13 Intersil Corporation Monolithic 1A Step-Down Regulator; MSOP10; Temp Range: -40° to 85°C visit Intersil Buy

dsram pull down mismatch

Catalog Datasheet MFG & Type PDF Document Tags

bosch jtag

Abstract: C166SV2-Core configuration pins have an integrated pull up. No integrated pull down any more. The configuration is latched with the rising edge of RSTIN. Please read pages 3 to 4 carefully. 8 There was a line mismatch , pull up (PU) /down (PD) during reset EA PU, RD PU, ALE PD P9.5 PU, P9.4 PD P1H5 PU, P1H4 PU , of these settings. In order to avoid such settings do not pull down P1H4 or P1H5 during reset and , XC164CM-8F PSRAM DPRAM DSRAM 2 kBytes 2 kBytes 2 kBytes (no 4k option) ProgMem DMU
Infineon Technologies
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XC164CM-8FF XC164CS bosch jtag C166SV2-Core XC164CS-16FF CC17IO XC164CM D-81541

d4498

Abstract: 0x052B Bi-Directional buffer with pull down register (4mA drive) phicd 3.3V interface LVCMOS input buffer with pull down register phic 3.3V interface LVCMOS input buffer phbst4 3.3V interface LVCMOS , temperature transform. High-Quality Advanced Scaling · Fully programmable scale up/down (Zoom & Shrink , X X O No Scale + OSD Bypass 3 X O X X No Scale + AA Scale Up/Down 1 O O X O Scale + AA + OSD Scale Up/Down 2 O X X O Scale + OSD Scale
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S5D2536A d4498 0x052B lvds display Samsung CCIR656 128-QFPH

CCIR656

Abstract: 0x052B Bi-Directional buffer with pull down register (4mA drive) phicd 3.3V interface LVCMOS input buffer with pull down register phic 3.3V interface LVCMOS input buffer phbst4 3.3V interface LVCMOS , temperature transform. High-Quality Advanced Scaling · Fully programmable scale up/down (Zoom & Shrink , X X O No Scale + OSD Bypass 3 X O X X No Scale + AA Scale Up/Down 1 O O X O Scale + AA + OSD Scale Up/Down 2 O X X O Scale + OSD Scale
Samsung Electronics
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TX01

STK 2028

Abstract: stk 413 430 ic refer to the following derivatives: · XC164CM-8F ­ 64 Kbytes Program FLASH ­ 2 Kbytes DSRAM XC164CM-4F ­ 32 Kbytes Program FLASH ­ 0 Kbytes DSRAM ­ ­ ­ ­ ­ 2 Kbytes PSRAM 2 Kbytes DPRAM 2 × ASC, 2 × SSC, 2 , , register banks, and stacks Up to 2 Kbytes1) on-chip high-speed Data SRAM (DSRAM) for variables and stacks 2 , level, (15 down to 8) Transfer count option (standard CPU interrupt after programmable number of PEC , (down to 2.55 µs or 2.15 µs), auto scan modes, channel injection One Capture/Compare Unit with 2
Infineon Technologies
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STK 2028 stk 413 430 ic PEC 712

bosch Mass Air Flow Sensor

Abstract: bosch me 7.3.1 ) for variables, register banks, and stacks Up to 2 Kbytes on-chip high-speed Data SRAM (DSRAM) for , interrupt request level, (15 down to 8) Transfer count option (standard CPU interrupt after programmable , (down to 2.55 µs or 2.15 µs), auto scan modes, channel injection One Capture/Compare Unit with 2 , (not on all pins) Push/pull or open drain output mode Programmable port driver control I/O voltage is 5 , , Sleep, and Power Down modes with flexible power management. 64-Pin Plastic Thin Quad Flat Pack (TQFP
Infineon Technologies
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bosch Mass Air Flow Sensor bosch me 7.3.1 MCD01996 Technical details on CAPCOM6 module

ct 9372

Abstract: PEGASUS corrected. Number of IO lines corrected OCDS pin assignment corrected Size of DSRAM corrected Note on PORT0 , Data SRAM (DSRAM) for variables and stacks Up to 2 Kbytes on-chip high-speed Program/Data SRAM (PSRAM
Infineon Technologies
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XC161 ct 9372 PEGASUS stk 412 -750 80C166-type 32 bit microcontroller using vhdl xc161 166SV2

bosch mp 5.2 ecu

Abstract: bosch mp 7.4.4 ecu information on pull devices on DAP/JTAG and ESR in pinning list 11-14 Clarified the EBCMODx registers
Infineon Technologies
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bosch mp 5.2 ecu bosch mp 7.4.4 ecu ecu bosch 7.4.4 bosch ic POWER SWITCH ECU AUTOMOTIVE ECU BOSCH ME 7.4.9 ecu bosch 7.4.6 XC164-16 C166SV2

ecu bosch 7.4.5

Abstract: vhdl code for 8-bit crc-8 Mode. All timers can count up or down. Each timer of GPT1 is controlled by a separate control register , gate control in gated timer mode, or as the count input in counter mode. The count direction (up/down) may be programmed via software or may be dynamically altered by a signal at the External Up/Down , Timer T3 counts up 1 Timer T3 counts down Timer T3 Count Direction Change Flag This bit is set each time , State of T3 toggle latch is output on pin T3OUT Timer T3 External Up/Down Enable1) 0 Input T3EUD is
Infineon Technologies
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ecu bosch 7.4.5 vhdl code for 8-bit crc-8 gtm infineon HP 0AA8h floating point FAS coding using vhdl STK and STR integrated circuits, 2011 edition 16/32-B XC2000 T14REL RBUF01SRH RBUF01SRL
Abstract: transmit and receive ACPI register set and power down functionality supporting D0 and D3 states A Infineon Technologies
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XC2200M 14REL B158-H9251-G2-X-7600

Automotive ECU IC

Abstract: Interface Mode. All timers can count up or down. Each timer of GPT1 is controlled by a separate control , (up/down) may be programmed via software or may be dynamically altered by a signal at the External Up/Down control input TxEUD (alternate pin function). An overflow/underflow of core timer T3 is indicated , Direction Flag 0 Timer T3 counts up 1 Timer T3 counts down Timer T3 Count Direction Change Flag This bit is , /Down Enable1) 0 Input T3EUD is disconnected 1 Direction influenced by input T3EUD Timer T3 Up/Down
Infineon Technologies
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Automotive ECU IC B158-H9254-G2-X-7600
Abstract: Mode, or Incremental Interface Mode. All timers can count up or down. Each timer of GPT1 is controlled , mode. The count direction (up/down) may be programmed via software or may be dynamically altered by a signal at the External Up/Down control input TxEUD (alternate pin function). An overflow/underflow of , Rotation Direction Flag 0 Timer T3 counts up 1 Timer T3 counts down T3CHDIR 14 rwh Timer T3 , State of T3 toggle latch is output on pin T3OUT T3UDE 8 rw Timer T3 External Up/Down Enable1 Infineon Technologies
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XE167 M/XE164 XE166 M/XE162 B158-H9256-G2-X-7600
Abstract: Mode, or Incremental Interface Mode. All timers can count up or down. Each timer of GPT1 is controlled , mode. The count direction (up/down) may be programmed via software or may be dynamically altered by a signal at the External Up/Down control input TxEUD (alternate pin function). An overflow/underflow of , Rotation Direction Flag 0 Timer T3 counts up 1 Timer T3 counts down T3CHDIR 14 rwh Timer T3 , State of T3 toggle latch is output on pin T3OUT T3UDE 8 rw Timer T3 External Up/Down Enable1 Infineon Technologies
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XC2300A B158-H9252-G2-X-7600
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