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TMS320C31-50PQR Texas Instruments 32-BIT, OTHER DSP, PQFP132, PLASTIC, QFP-132 visit Texas Instruments
TMS320C31-50PQ Texas Instruments 32-BIT, OTHER DSP, PQFP132, PLASTIC, QFP-132 visit Texas Instruments

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Part : 380C3150K Supplier : Honeywell Sensing and Control / Clarostat Manufacturer : Sager Stock : - Best Price : - Price Each : -
Part : 53C31500 Supplier : Honeywell Sensing and Control / Clarostat Manufacturer : Sager Stock : 81 Best Price : $7.73 Price Each : $7.95
Part : 53C3150K Supplier : Honeywell Sensing and Control / Clarostat Manufacturer : Sager Stock : 800 Best Price : $7.70 Price Each : $9.12
Part : BPC3150F Supplier : TT Electronics Manufacturer : Sager Stock : - Best Price : $1.03 Price Each : $1.09
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C3150 Datasheet

Part Manufacturer Description PDF Type
C3150.41.86 General Cable Multiple Conductor Cables, Cables, Wires, 2P/24 7/32TC FEP/OA/PVDF 1000' Original

C3150

Catalog Datasheet MFG & Type PDF Document Tags

C3150

Abstract: uv deuterium lamp circuit Functions excessive temperature in the C3150, (LED on when malfunction) short circuit, disconnection 215 , CHARACTERISTICS TLSOA0028EB Filament (heater) output 40 POWER SUPPLY C3150 The C3150 power supply is
Hamamatsu
Original
L1314 L1835 uv deuterium lamp circuit C3150 transistor deuterium lamp c3150 deuterium lamp circuit C3-150 transistor c3150 ICF114 TLSOC0017EB D-82211

smd M16

Abstract: internal pullups§ fx = 40 MHz fx = 50 MHz fx = 60 MHz IDLE2 'C31-40 'LC31-40 'C31-50 'C31-60 MIN 2.4 - 20 - , MAX 5* 7 7 5* 303 3 P -4 P -5 3 4 606 16.67 'C31-50 MIN MAX 5* 6 6 4* 303 3 'C31-60 MIN MAX 4* ns ns , 14 MAX 6 6 9 10 'C31-50 MIN 0* 0* 0* 0* 10 0 6 0 7 14 0 10 MAX 5 5 7 10 'C31-60 MIN 0* 0* 0* 0* 9 0 5 , 'LC31-40 MIN MAX 13 8 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 UNIT ns ns ns Fetch LDFI or LDII H3 , Figure 18) NO. 'C31-40 'LC31-40 MIN MAX 'C31-50 MIN MAX 'C31-60 MIN MAX UNIT 28 td(H3H-XF0H) Delay
Texas Instruments
Original
smd M16 SMJ320C31 SMJ320LC31 SMQ320LC31 SGUS026G MIL-PRF-38535 SMJ320C31-60

C3150

Abstract: 'LC31-33 'C31-33 (ext. temp) 'C31-40 'C31-50 'C31-60 'C31-80 MIN 2.4 ­ 20 ­ 10 ­ 600 150 150 160 200 225 , 'C31-50 MIN MAX 5 'C31-60 MIN MAX 4 'C31-80 MIN MAX 4 UNIT ns ns ns 4 12.5 303 3 P ­ 3 P ­ 4 3 0 33.3 4 , 'C31-50 MIN 0 0 0 0 10 0 6 0 7 14 0 10 6 MAX 5 5 7 9 'C31-60 MIN 0 0 0 0 9 0 5 0 6 12 0 8 P - 8§ MAX 5 5 6 , low 10 0 'LC31-33 MIN MAX 15 9 0 'C31-40 'LC31-40 MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN , , H3 high to XF0 high 'LC31-33 MIN 28 td(H3H-XF0H) MAX 15 'C31-40 'LC31-40 MIN MAX 13 'C31-50 MIN MAX
Texas Instruments
Original
TMS320C31 TMS320LC31 SPRS035B TMS320C31-80 TMS320C31-60 TMS320C31-50
Abstract: internal pullups§ fx = 40 MHz fx = 50 MHz fx = 60 MHz IDLE2 'C31-40 'LC31-40 'C31-50 'C31-60 MIN 2.4 - 20 - , MAX 5* 7 7 5* 303 3 P -4 P -5 3 4 606 16.67 'C31-50 MIN MAX 5* 6 6 4* 303 3 'C31-60 MIN MAX 4* ns ns , 14 MAX 6 6 9 10 'C31-50 MIN 0* 0* 0* 0* 10 0 6 0 7 14 0 10 MAX 5 5 7 10 'C31-60 MIN 0* 0* 0* 0* 9 0 5 , 'LC31-40 MIN MAX 13 8 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 UNIT ns ns ns Fetch LDFI or LDII H3 , Figure 18) NO. 'C31-40 'LC31-40 MIN MAX 'C31-50 MIN MAX 'C31-60 MIN MAX UNIT 28 td(H3H-XF0H) Delay Texas Instruments
Original
SMJ320C31-50 SMJ320C31-40 SMJ320LC31-40 SMQ320LC31-40
Abstract: 'C31-50 'C31-60 'C31-80 150 300 mA Supply current Input capacitance CLKIN Standby, All , 'C31-40 'LC31-40 MIN MAX 5 9 9 5 25 303 3 P-5 P-6 3 0 50 4 606 'C31-50 MIN MAX 5 7 7 5 20 303 3 P , 5 0 0 0 0 0 0 0 8 0 4 0 4 8 MAX MIN MAX MIN MAX MIN MAX MIN 'C31-40 'LC31-40 'C31-50 'C31-60 'C31-80 , MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 6 0 'C31-80 MIN MAX 8 ns ns ns UNIT Fetch , MIN MAX 13 'C31-50 MIN MAX 12 'C31-60 MIN MAX 11 'C31-80 MIN MAX 8 UNIT MAX 15 td Texas Instruments
Original
TMS320C31-40 TMS320LC31-40 TMS320LC31-33 16-/32-B 32-/40-B 132-P

design 8 BIT ALU by cmos

Abstract: 'C31-50 'C31-60 'C31-80 150 300 mA Supply current Input capacitance CLKIN Standby, All , 'C31-40 'LC31-40 MIN MAX 5 9 9 5 25 303 3 P-5 P-6 3 0 50 4 606 'C31-50 MIN MAX 5 7 7 5 20 303 3 P , 5 0 0 0 0 0 0 0 8 0 4 0 4 8 MAX MIN MAX MIN MAX MIN MAX MIN 'C31-40 'LC31-40 'C31-50 'C31-60 'C31-80 , MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 6 0 'C31-80 MIN MAX 8 ns ns ns UNIT Fetch , MIN MAX 13 'C31-50 MIN MAX 12 'C31-60 MIN MAX 11 'C31-80 MIN MAX 8 UNIT MAX 15 td
Texas Instruments
Original
design 8 BIT ALU by cmos

C3150

Abstract: Diode smd f6 10 + 10 µA 20 ­ 600 10 µA 'C31-40 'LC31-40 160 400 'C31-50 200 , , Figure 12, and Figure 13) 'C31-40 'LC31-40 NO. MIN 1 'C31-50 MAX MIN MAX MIN , = 0) read/write (see Figure 14 and Figure 15) 'C31-40 'LC31-40 NO. 'C31-50 'C31-60 , 'LC31-40 MIN NO. NO MIN MAX 'C31-50 MIN 'C31-60 MIN 11 UNIT 26 Setup time , NO. MIN MAX 'C31-50 MIN MAX 'C31-60 MIN UNIT MAX 28 td(H3H-XF0H) Delay time
Texas Instruments
Original
Diode smd f6 smd transistor w17 W17 SMD transistor SMJ320C3X SGUS026F

c3180

Abstract: 'LC31-33 'C31-33 (ext. temp) 'C31-40 'C31-50 'C31-60 'C31-80 MIN 2.4 ­ 20 ­ 10 ­ 600 150 150 160 200 225 , 'C31-50 MIN MAX 5 'C31-60 MIN MAX 4 'C31-80 MIN MAX 4 UNIT ns ns ns 4 12.5 303 3 P ­ 3 P ­ 4 3 0 33.3 4 , 'C31-50 MIN 0 0 0 0 10 0 6 0 7 14 0 10 6 MAX 5 5 7 9 'C31-60 MIN 0 0 0 0 9 0 5 0 6 12 0 8 P - 8§ MAX 5 5 6 , low 10 0 'LC31-33 MIN MAX 15 9 0 'C31-40 'LC31-40 MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN , , H3 high to XF0 high 'LC31-33 MIN 28 td(H3H-XF0H) MAX 15 'C31-40 'LC31-40 MIN MAX 13 'C31-50 MIN MAX
Texas Instruments
Original
c3180

tms320c31

Abstract: tms320c 'LC31-33 'C31-33 (ext. temp) 'C31-40 'C31-50 'C31-60 'C31-80 MIN 2.4 ­ 20 ­ 10 ­ 600 150 150 160 200 225 , 'C31-50 MIN MAX 5 'C31-60 MIN MAX 4 'C31-80 MIN MAX 4 UNIT ns ns ns 4 12.5 303 3 P ­ 3 P ­ 4 3 0 33.3 4 , 'C31-50 MIN 0 0 0 0 10 0 6 0 7 14 0 10 6 MAX 5 5 7 9 'C31-60 MIN 0 0 0 0 9 0 5 0 6 12 0 8 P - 8§ MAX 5 5 6 , low 10 0 'LC31-33 MIN MAX 15 9 0 'C31-40 'LC31-40 MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN , , H3 high to XF0 high 'LC31-33 MIN 28 td(H3H-XF0H) MAX 15 'C31-40 'LC31-40 MIN MAX 13 'C31-50 MIN MAX
Texas Instruments
Original
tms320c CMOS 4039 tms320c31pql60 TMS320C3 TMS320C XDS510
Abstract: internal pullups§ fx = 40 MHz fx = 50 MHz fx = 60 MHz IDLE2 'C31-40 'LC31-40 'C31-50 'C31-60 MIN 2.4 - 20 - , MAX 5* 7 7 5* 303 3 P -4 P -5 3 4 606 16.67 'C31-50 MIN MAX 5* 6 6 4* 303 3 'C31-60 MIN MAX 4* ns ns , 14 MAX 6 6 9 10 'C31-50 MIN 0* 0* 0* 0* 10 0 6 0 7 14 0 10 MAX 5 5 7 10 'C31-60 MIN 0* 0* 0* 0* 9 0 5 , 'LC31-40 MIN MAX 13 8 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 UNIT ns ns ns Fetch LDFI or LDII H3 , Figure 18) NO. 'C31-40 'LC31-40 MIN MAX 'C31-50 MIN MAX 'C31-60 MIN MAX UNIT 28 td(H3H-XF0H) Delay Texas Instruments
Original
Abstract: 'LC31-33 'C31-33 (ext. temp) 'C31-40 'C31-50 'C31-60 'C31-80 MIN 2.4 ­ 20 ­ 10 ­ 600 150 150 160 200 225 , 'C31-50 MIN MAX 5 'C31-60 MIN MAX 4 'C31-80 MIN MAX 4 UNIT ns ns ns 4 12.5 303 3 P ­ 3 P ­ 4 3 0 33.3 4 , 'C31-50 MIN 0 0 0 0 10 0 6 0 7 14 0 10 6 MAX 5 5 7 9 'C31-60 MIN 0 0 0 0 9 0 5 0 6 12 0 8 P - 8§ MAX 5 5 6 , low 10 0 'LC31-33 MIN MAX 15 9 0 'C31-40 'LC31-40 MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN , , H3 high to XF0 high 'LC31-33 MIN 28 td(H3H-XF0H) MAX 15 'C31-40 'LC31-40 MIN MAX 13 'C31-50 MIN MAX Texas Instruments
Original
Abstract: fx = 50 MHz â'™C31-50 200 425 â'™C31-60 225 475 â'™C31-80 275 550 , 11) MIN 1 â'™C31-40 â'™LC31-40 â'™LC31 NO. MAX MIN â'™C31-50 MAX 5â , 5 5 MAX â'™C31-50 0 0 5 0 9 0â'¡ 0â'¡ 0â'¡ 0â'¡ MIN 16 , '™C31-50 MIN 13 MAX â'™C31-60 MIN 12 â'™C31-80 MAX MIN 11 UNIT MAX 8 , -40 â'™LC31-40 MIN 15 â'™C31-50 MAX MIN 13 MAX â'™C31-60 MIN 12 MAX 11 Texas Instruments
Original
ISO/TS16949

C3150

Abstract: MO-069 20 - 600 10 µA 'C31-40 'LC31-40 160 400 'C31-50 200 425 'C31-60 225 , 33.3 606 ns 5 4 1 X2/CLKIN 3 2 Figure 10. Timing for X2/CLKIN 18 'C31-50 POST , Figure 14 and Figure 15) 'C31-40 'LC31-40 NO. 'C31-50 'C31-60 UNIT MIN 12 MAX MIN , for SMJ320C31 (see Figure 17) 'C31-40 25 'LC31-40 MIN NO. MIN MAX 'C31-50 MIN , (see Figure 18) 'C31-40 'LC31-40 NO. MIN MAX 'C31-50 MIN MAX 'C31-60 MIN UNIT
Texas Instruments
Original
MO-069 SMJ320C31GFAM40 c3140

SMJ320C31

Abstract: SMJ320LC31 10 + 10 µA 20 ­ 600 10 µA 'C31-40 'LC31-40 160 400 'C31-50 200 , , Figure 12, and Figure 13) 'C31-40 'LC31-40 NO. MIN 1 'C31-50 MAX MIN MAX MIN , = 0) read/write (see Figure 14 and Figure 15) 'C31-40 'LC31-40 NO. 'C31-50 'C31-60 , 'LC31-40 MIN NO. NO MIN MAX 'C31-50 MIN 'C31-60 MIN 11 UNIT 26 Setup time , NO. MIN MAX 'C31-50 MIN MAX 'C31-60 MIN UNIT MAX 28 td(H3H-XF0H) Delay time
Texas Instruments
Original

SMJ320C31

Abstract: SMJ320LC31 10 + 10 µA 20 ­ 600 10 µA 'C31-40 'LC31-40 160 400 'C31-50 200 , , Figure 12, and Figure 13) 'C31-40 'LC31-40 NO. MIN 1 'C31-50 MAX MIN MAX MIN , = 0) read/write (see Figure 14 and Figure 15) 'C31-40 'LC31-40 NO. 'C31-50 'C31-60 , 'LC31-40 MIN NO. NO MIN MAX 'C31-50 MIN 'C31-60 MIN 11 UNIT 26 Setup time , NO. MIN MAX 'C31-50 MIN MAX 'C31-60 MIN UNIT MAX 28 td(H3H-XF0H) Delay time
Texas Instruments
Original
Abstract: internal pullups§ fx = 40 MHz fx = 50 MHz fx = 60 MHz IDLE2 'C31-40 'LC31-40 'C31-50 'C31-60 MIN 2.4 - 20 - , MAX 5* 7 7 5* 303 3 P -4 P -5 3 4 606 16.67 'C31-50 MIN MAX 5* 6 6 4* 303 3 'C31-60 MIN MAX 4* ns ns , 14 MAX 6 6 9 10 'C31-50 MIN 0* 0* 0* 0* 10 0 6 0 7 14 0 10 MAX 5 5 7 10 'C31-60 MIN 0* 0* 0* 0* 9 0 5 , 'LC31-40 MIN MAX 13 8 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 UNIT ns ns ns Fetch LDFI or LDII H3 , Figure 18) NO. 'C31-40 'LC31-40 MIN MAX 'C31-50 MIN MAX 'C31-60 MIN MAX UNIT 28 td(H3H-XF0H) Delay Texas Instruments
Original

C3150

Abstract: 'LC31-33 'C31-33 (ext. temp) 'C31-40 'C31-50 'C31-60 'C31-80 MIN 2.4 ­ 20 ­ 10 ­ 600 150 150 160 200 225 , 'C31-50 MIN MAX 5 'C31-60 MIN MAX 4 'C31-80 MIN MAX 4 UNIT ns ns ns 4 12.5 303 3 P ­ 3 P ­ 4 3 0 33.3 4 , 'C31-50 MIN 0 0 0 0 10 0 6 0 7 14 0 10 6 MAX 5 5 7 9 'C31-60 MIN 0 0 0 0 9 0 5 0 6 12 0 8 P - 8§ MAX 5 5 6 , low 10 0 'LC31-33 MIN MAX 15 9 0 'C31-40 'LC31-40 MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN , , H3 high to XF0 high 'LC31-33 MIN 28 td(H3H-XF0H) MAX 15 'C31-40 'LC31-40 MIN MAX 13 'C31-50 MIN MAX
Texas Instruments
Original
Abstract: 'LC31-33 'C31-33 (ext. temp) 'C31-40 'C31-50 'C31-60 'C31-80 MIN 2.4 ­ 20 ­ 10 ­ 600 150 150 160 200 225 , 'C31-50 MIN MAX 5 'C31-60 MIN MAX 4 'C31-80 MIN MAX 4 UNIT ns ns ns 4 12.5 303 3 P ­ 3 P ­ 4 3 0 33.3 4 , 'C31-50 MIN 0 0 0 0 10 0 6 0 7 14 0 10 6 MAX 5 5 7 9 'C31-60 MIN 0 0 0 0 9 0 5 0 6 12 0 8 P - 8§ MAX 5 5 6 , low 10 0 'LC31-33 MIN MAX 15 9 0 'C31-40 'LC31-40 MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN , , H3 high to XF0 high 'LC31-33 MIN 28 td(H3H-XF0H) MAX 15 'C31-40 'LC31-40 MIN MAX 13 'C31-50 MIN MAX Texas Instruments
Original
Abstract: internal pullups§ fx = 40 MHz fx = 50 MHz fx = 60 MHz IDLE2 'C31-40 'LC31-40 'C31-50 'C31-60 MIN 2.4 ­ 20 ­ , 5* 7 7 5* 303 3 P­4 P­5 3 4 606 16.67 'C31-50 MIN MAX 5* 6 6 4* 303 3 'C31-60 MIN MAX 4* ns ns ns ns , 14 MAX 6 6 9 10 'C31-50 MIN 0* 0* 0* 0* 10 0 6 0 7 14 0 10 MAX 5 5 7 10 'C31-60 MIN 0* 0* 0* 0* 9 0 5 , 'LC31-40 MIN MAX 13 8 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 UNIT ns ns ns Fetch LDFI or LDII H3 , Figure 18) NO. 'C31-40 'LC31-40 MIN MAX 'C31-50 MIN MAX 'C31-60 MIN MAX UNIT 28 td(H3H-XF0H) Delay Texas Instruments
Original
SGUS026D 8-/16-/24-/32-B

c3150

Abstract: SPRS035B 'LC31-33 'C31-33 (ext. temp) 'C31-40 'C31-50 'C31-60 'C31-80 MIN 2.4 ­ 20 ­ 10 ­ 600 150 150 160 200 225 , 'C31-50 MIN MAX 5 'C31-60 MIN MAX 4 'C31-80 MIN MAX 4 UNIT ns ns ns 4 12.5 303 3 P ­ 3 P ­ 4 3 0 33.3 4 , 'C31-50 MIN 0 0 0 0 10 0 6 0 7 14 0 10 6 MAX 5 5 7 9 'C31-60 MIN 0 0 0 0 9 0 5 0 6 12 0 8 P - 8§ MAX 5 5 6 , low 10 0 'LC31-33 MIN MAX 15 9 0 'C31-40 'LC31-40 MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN , , H3 high to XF0 high 'LC31-33 MIN 28 td(H3H-XF0H) MAX 15 'C31-40 'LC31-40 MIN MAX 13 'C31-50 MIN MAX
Texas Instruments
Original

1n15

Abstract: 1n1555 diode 20 - 600 10 µA 'C31-40 'LC31-40 160 400 'C31-50 200 425 'C31-60 225 , 33.3 606 ns 5 4 1 X2/CLKIN 3 2 Figure 10. Timing for X2/CLKIN 18 'C31-50 POST , Figure 14 and Figure 15) 'C31-40 'LC31-40 NO. 'C31-50 'C31-60 UNIT MIN 12 MAX MIN , for SMJ320C31 (see Figure 17) 'C31-40 25 'LC31-40 MIN NO. MIN MAX 'C31-50 MIN , (see Figure 18) 'C31-40 'LC31-40 NO. MIN MAX 'C31-50 MIN MAX 'C31-60 MIN UNIT
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OCR Scan
1N1438 1N1444 1N1537 1N1539 1N1540 1N1541 1n15 1n1555 diode c 3150 0D003SS 1N153S

ipos 150

Abstract: rc 3150 10 + 10 µA 20 ­ 600 10 µA 'C31-40 'LC31-40 160 400 'C31-50 200 , , Figure 12, and Figure 13) 'C31-40 'LC31-40 NO. MIN 1 'C31-50 MAX MIN MAX MIN , = 0) read/write (see Figure 14 and Figure 15) 'C31-40 'LC31-40 NO. 'C31-50 'C31-60 , 'LC31-40 MIN NO. NO MIN MAX 'C31-50 MIN 'C31-60 MIN 11 UNIT 26 Setup time , NO. MIN MAX 'C31-50 MIN MAX 'C31-60 MIN UNIT MAX 28 td(H3H-XF0H) Delay time
Linear Technology
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LT3150 ipos 150 rc 3150 ipos 150 1.8 3150 mosfet 8 pin 3150 INEG LT1762 LT1763 LT1764/LT1764A LT1962 LT1963/LT1963A

c3140

Abstract: lc3140 'C31-50 'C31-60 'C31-80 150 300 mA Supply current Input capacitance CLKIN Standby, All , 'C31-40 'LC31-40 MIN MAX 5 9 9 5 25 303 3 P-5 P-6 3 0 50 4 606 'C31-50 MIN MAX 5 7 7 5 20 303 3 P , 5 0 0 0 0 0 0 0 8 0 4 0 4 8 MAX MIN MAX MIN MAX MIN MAX MIN 'C31-40 'LC31-40 'C31-50 'C31-60 'C31-80 , MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 6 0 'C31-80 MIN MAX 8 ns ns ns UNIT Fetch , MIN MAX 13 'C31-50 MIN MAX 12 'C31-60 MIN MAX 11 'C31-80 MIN MAX 8 UNIT MAX 15 td
Texas Instruments
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lc3140
Abstract: 325 'C31-40 160 390 'C31-50 200 425 fx = 60 MHz 'C31-60 IDLE2 Clocks shut off , / 'LC31 'C31-27 NO. MAX 6 MIN 'C31-40 'LC31-40 MAX 5 MIN 'C31-50 MAX 5 , MAX 'C31-50 0 0 5 0 9 0 0 0 MIN 0 6 10 12 6 8 6 5 , 'C31-33 'C31-40 MIN MIN 19 MAX 15 'C31-50 MAX MIN 13 MAX 'C31-60 MIN , 'C31-40 'LC31-40 MIN MIN 19 MAX 15 MAX 'C31-50 MIN 13 MAX 12 'C31-60 MIN Texas Instruments
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TMS320C31PQL40

Abstract: TMS320C31 'C31-50 'C31-60 'C31-80 150 300 mA Supply current Input capacitance CLKIN Standby, All , 'C31-40 'LC31-40 MIN MAX 5 9 9 5 25 303 3 P-5 P-6 3 0 50 4 606 'C31-50 MIN MAX 5 7 7 5 20 303 3 P , 5 0 0 0 0 0 0 0 8 0 4 0 4 8 MAX MIN MAX MIN MAX MIN MAX MIN 'C31-40 'LC31-40 'C31-50 'C31-60 'C31-80 , MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 6 0 'C31-80 MIN MAX 8 ns ns ns UNIT Fetch , MIN MAX 13 'C31-50 MIN MAX 12 'C31-60 MIN MAX 11 'C31-80 MIN MAX 8 UNIT MAX 15 td
Texas Instruments
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TMS320C31PQL40

C3150

Abstract: C3133 'C31-50 'C31-60 'C31-80 150 300 mA Supply current Input capacitance CLKIN Standby, All , 'C31-40 'LC31-40 MIN MAX 5 9 9 5 25 303 3 P-5 P-6 3 0 50 4 606 'C31-50 MIN MAX 5 7 7 5 20 303 3 P , 5 0 0 0 0 0 0 0 8 0 4 0 4 8 MAX MIN MAX MIN MAX MIN MAX MIN 'C31-40 'LC31-40 'C31-50 'C31-60 'C31-80 , MIN MAX 13 9 0 'C31-50 MIN MAX 12 8 0 'C31-60 MIN MAX 11 6 0 'C31-80 MIN MAX 8 ns ns ns UNIT Fetch , MIN MAX 13 'C31-50 MIN MAX 12 'C31-60 MIN MAX 11 'C31-80 MIN MAX 8 UNIT MAX 15 td
Texas Instruments
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C3133 C3160 C-3133 SPRS035A TMS320C31-33 TMS320C31-27
Abstract: fx = 50 MHz â'™C31-50 200 425 â'™C31-60 225 475 â'™C31-80 275 550 , 11) MIN 1 â'™C31-40 â'™LC31-40 â'™LC31 NO. MAX MIN â'™C31-50 MAX 5â , 5 5 MAX â'™C31-50 0 0 5 0 9 0â'¡ 0â'¡ 0â'¡ 0â'¡ MIN 16 , '™C31-50 MIN 13 MAX â'™C31-60 MIN 12 â'™C31-80 MAX MIN 11 UNIT MAX 8 , -40 â'™LC31-40 MIN 15 â'™C31-50 MAX MIN 13 MAX â'™C31-60 MIN 12 MAX 11 Texas Instruments
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Abstract: 10 + 10 µA 20 ­ 600 10 µA 'C31-40 'LC31-40 160 400 'C31-50 200 , , Figure 12, and Figure 13) 'C31-40 'LC31-40 NO. MIN 1 'C31-50 MAX MIN MAX MIN , = 0) read/write (see Figure 14 and Figure 15) 'C31-40 'LC31-40 NO. 'C31-50 'C31-60 , 'LC31-40 MIN NO. NO MIN MAX 'C31-50 MIN 'C31-60 MIN 11 UNIT 26 Setup time , NO. MIN MAX 'C31-50 MIN MAX 'C31-60 MIN UNIT MAX 28 td(H3H-XF0H) Delay time Texas Instruments
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Abstract: fx = 50 MHz â'™C31-50 200 425 â'™C31-60 225 475 â'™C31-80 275 550 , 11) MIN 1 â'™C31-40 â'™LC31-40 â'™LC31 NO. MAX MIN â'™C31-50 MAX 5â , 5 5 MAX â'™C31-50 0 0 5 0 9 0â'¡ 0â'¡ 0â'¡ 0â'¡ MIN 16 , '™C31-50 MIN 13 MAX â'™C31-60 MIN 12 â'™C31-80 MAX MIN 11 UNIT MAX 8 , -40 â'™LC31-40 MIN 15 â'™C31-50 MAX MIN 13 MAX â'™C31-60 MIN 12 MAX 11 Texas Instruments
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