The Datasheet Archive

POC-5.00 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
POC-5.00 POC-5.00 ECAD Model Raltron Electronics RF ICs Misc: CERAMIC RESONATORS Original PDF

POC-5.00 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
POC-153CD-AC-CT

Abstract: Color TFT LCD Module cpu interface POC-153 UL60601
Text: POC-153 Point of Care Terminal with 15" TFT LCD Features § Point-of-Care terminal for eHealthcare/Medical Applications § 350 cd/m2, 500 :1 contrast ratio LCD for better X-Ray image quality § Spill and dust resistant § UL60601-1/EN60601-1, CE & FCC Class B certified § 802.11b wireless antenna and , ports and card slots. It is equipped with a high brightness 350 cd/m2 LCD. Its 500 :1 contrast ratio , cd/m2 500 :1 50,000 hours Standard PC Function § CPU § § § § § § Memory HDD FDD CD ROM PCMCIA I/O


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PDF POC-153 UL60601-1/EN60601-1, POC-153 UL60601-1/EN60601-1 POC-153CD-AC-C POC-153CD-AC-CS POC-153CD-AC-CT POC-153CB-AC-C Color TFT LCD Module cpu interface UL60601
455bk

Abstract: CSB910J KBR-1000Y 0011B 0110B 101B PD6600A 455 TDK csb600p
Text: ×10 RAM32× 8 sfX = 1 MHz RAMRF KI/O KI S0 S1/LED VDD = 1.83.6 VfX = 500 , fX = 500 kHz1 MHz 2.2 3.0 3.6 V POC 2.2 3.0 3.6 V TA = -2070 fX = , KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP 0.9 , . 455 500 kHz 300 VDD = 2.23.6 V MAX. 300 fX TYP. 455 1000 kHz TA = , /12fX/8 fX/8, fX/12 fX/2, fX/16, fX/24fX/16 sfX = MHz 16 sfX = 500 kHz


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PDF PD6132 PD61321 PD6132PROMPD61P34B ROM512 RAM32× U14332JJ1V0DS00 455bk CSB910J KBR-1000Y 0011B 0110B 101B PD6600A 455 TDK csb600p
Not Available

Abstract: No abstract text available
Text: micron. The HFE4220 typically .375-32 UNEP2A -. 500 - .400 _L_ couples -15.8 dBm into 50 , or 60 mA peak forward current for the electrical input signal. .385 .4 .5 3«6 2 .7 . 500 , 2 5 10 20 50 100 200 500 1000 760 780 800 820 840 860 880 900 920 940 960 X -


OCR Scan
PDF HFD4227-022 HFE4220 FI8ER102 HFE4220 F1BER025
0011B

Abstract: 0110B AAPM
Text: 500 kHz VDD = 2.23.6 VfOSC = 1 MHz TA = -4085 fOSC = 300 kHz1 MHz POC , V POC VDD MIN. fOSC = 500 kHz1 MHz 2.2 3.0 3.6 V TA = -2070 , KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP 0.9 , 1.83.6 V MAX. 455 500 kHz 300 455 1000 kHz MIN. TYP. MAX , HALT 0.6 fOSC = 455 kHz fOSC = 455 kHz HALT 0.4 fOSCkHz 500 0.8 IDDmA 1.0


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PDF PD6604 PD66041 PD6604PROMPD66P04B ROM1002 RAM32× PD6604RC PD6134 U11281JJ3V0DS00 0011B 0110B AAPM
KBR-1000Y

Abstract: PD6600A KBR455BK CSB455 EB613 kip-1 FCR500K3 CSB910J KBR1000Y
Text: S1/LED VDD = 1.83.6 VfX = 500 kHz VDD = 2.23.6 VfX = 1 MHz TA = -4085 fX = 300 , fX = 500 kHz1 MHz 2.2 3.0 3.6 V POC 2.2 3.0 3.6 V TA = -2070 fX = , KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP 0.9 , . 455 500 kHz 300 VDD = 2.23.6 V MAX. 300 fX TYP. 455 1000 kHz TA = , sfX = MHz 16 sfX = 500 kHz "MOV Rn, @R0" n = F n = F HALT


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PDF PD6133 PD613361341 PD61336134PROMPD61P34B PD6133512 PD61341002 RAM32× KBR-1000Y PD6600A KBR455BK CSB455 EB613 kip-1 FCR500K3 CSB910J KBR1000Y
MPU50-108

Abstract: MPU50
Text: 0.307 140/110° 400 cd/m2 500 : 1 50,000 hours 50,000 hours at 6.5 mA 10.8-26.4 Vdc, 2A max @ 24 Vdc


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PDF POC-125 UL60601-1/EN60601-1, 11b/g POC-153 POC-154/POC-155/POC-125 MPU50-108 00-240V PPC-V106 POC-125 MPU50
455BK

Abstract: PD6133 KBR-1000Y PD6600A ROM05 FCR400K FCR500K3 CSB910J
Text: S1/LED VDD = 1.83.6 VfX = 500 kHz VDD = 2.23.6 VfX = 1 MHz TA = -4085 fX = 300 , fX = 500 kHz1 MHz 2.2 3.0 3.6 V POC 2.2 3.0 3.6 V TA = -2070 fX = , KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP 0.9 , . 455 500 kHz 300 VDD = 2.23.6 V MAX. 300 fX TYP. 455 1000 kHz TA = , sfX = MHz 16 sfX = 500 kHz "MOV Rn, @R0" n = F n = F HALT


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PDF PD6133 PD613361341 PD61336134PROMPD61P34B PD6133512 PD61341002 RAM32× PD6133 U10454JJ6V0DS00 PD6133GS-× 455BK KBR-1000Y PD6600A ROM05 FCR400K FCR500K3 CSB910J
FCR455

Abstract: CSB600P KBR-1000Y CSB910J 455bk 12FX8 KBR455BK efoa KBR-455B 101B
Text: ×10 RAM32× 8 sfX = 1 MHz RAMRF KI/O KI S0 S1/LED VDD = 1.83.6 VfX = 500 , fX = 500 kHz1 MHz 2.2 3.0 3.6 V POC 2.2 3.0 3.6 V TA = -2070 fX = , KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP 0.9 , . 455 500 kHz 300 VDD = 2.23.6 V MAX. 300 fX TYP. 455 1000 kHz TA = , /12fX/8 fX/8, fX/12 fX/2, fX/16, fX/24fX/16 sfX = MHz 16 sfX = 500 kHz


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PDF PD6132 PD61321 PD6132PROMPD61P34B ROM512 RAM32× U14332JJ1V0DS00 PD6132MC-× 20SSOP300 FCR455 CSB600P KBR-1000Y CSB910J 455bk 12FX8 KBR455BK efoa KBR-455B 101B
0011B

Abstract: 0110B PD6600A 12FX8 PD6604
Text: 500 kHz VDD = 2.23.6 VfOSC = 1 MHz TA = -4085 fOSC = 300 kHz1 MHz POC , V POC VDD MIN. fOSC = 500 kHz1 MHz 2.2 3.0 3.6 V TA = -2070 , KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP 0.9 , 1.83.6 V MAX. 455 500 kHz 300 455 1000 kHz MIN. TYP. MAX , HALT 0.6 fOSC = 455 kHz fOSC = 455 kHz HALT 0.4 fOSCkHz 500 0.8 IDDmA 1.0


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PDF PD6604 PD66041 PD6604PROMPD66P04B ROM1002 RAM32× PD6604RC PD6134 U11281JJ3V0DSJ1 PD6604GS-× 0011B 0110B PD6600A 12FX8 PD6604
C10535J

Abstract: No abstract text available
Text: PROM1002×10 RAM32× 16 sfOSC = 500 kHzRC RAMRF KI/O KI S0 S1/LED VDD = , S0, S1 LED S1 32 48 96 RC fOSC = 300500 kHz fOSC = 500 kHz1 MHz 16sfOSC = 500 kHz fOSC, fOSC/2, fOSC/8, fOSC/12, fOSC/16, fOSC/24, POC VDD = , 300500 kHz fOSC = 300500 kHz fOSC = 500 kHz1 MHz fOSC = 300 kHz1 MHzVDD = 2.23.6 V ROM , -65150 =× TA = -4085 VDD fOSC = 500 kHz1 MHz MAX. 3.0


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PDF PD66P04B PD66P04BPROM PD66P04BPD6604 PD6604U11281J PROM1002 RAM32× PD66P04BRC PD61P34B U13596JJ2V1DS00 C10535J
9706A

Abstract: No abstract text available
Text: PD61336134U10454J PROM1002×10 RAM32× 16 sfX = 500 kHz RAMRF KI/O KI S0 S1/LED , KI/O S0, S1 LED S1 32 48 96 fX = 300500 kHz fX = 500 kHz1 MHz 16sfX = 500 kHz fX, fX/2, fX/8, fX/12, fX/16, fX/24, POC VDD = 2.23.6 V , 15-20 - 6 V 7 XOUT 500 kHz 8 XIN 9 GND GND - 10 VPP - , ROM fX = 500 kHz1 MHz fX = 300 kHz1 MHzVDD = 2.23.6 V 2.2


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PDF PD61P34B PD61P34BPROM PD61P34BPD61336134 PD61336134U10454J PROM1002 RAM32× U13595JJ2V1DS00 9706A
C10535J

Abstract: No abstract text available
Text: PROM1002×10 RAM32× 16 sfOSC = 500 kHzRC RAMRF KI/O KI S0 S1/LED VDD = , S0, S1 LED S1 32 48 96 RC fOSC = 300500 kHz fOSC = 500 kHz1 MHz 16sfOSC = 500 kHz fOSC, fOSC/2, fOSC/8, fOSC/12, fOSC/16, fOSC/24, POC VDD = , 300500 kHz fOSC = 300500 kHz fOSC = 500 kHz1 MHz fOSC = 300 kHz1 MHzVDD = 2.23.6 V ROM , -65150 =× TA = -4085 VDD fOSC = 500 kHz1 MHz MAX. 3.0


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PDF PD66P04B PD66P04BPROM PD66P04BPD6604 PD6604U11281J PROM1002 RAM32× PD66P04BRC PD61P34B U13596JJ2V1DS00 C10535J
PD6134

Abstract: 20-SSOP7 PD61336134U10454J
Text: PD61336134U10454J PROM1002×10 RAM32× 16 sfX = 500 kHz RAMRF KI/O KI S0 S1/LED , KI/O S0, S1 LED S1 32 48 96 fX = 300500 kHz fX = 500 kHz1 MHz 16sfX = 500 kHz fX, fX/2, fX/8, fX/12, fX/16, fX/24, POC VDD = 2.23.6 V , 15-20 - 6 V 7 XOUT 500 kHz 8 XIN 9 GND GND - 10 VPP - , ROM fX = 500 kHz1 MHz fX = 300 kHz1 MHzVDD = 2.23.6 V 2.2


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PDF PD61P34B PD61P34BPROM PD61P34BPD61336134 PD61336134U10454J PROM1002 RAM32× U13595JJ2V1DS00 PD61P34BGS 20SOP7 PD6134 20-SSOP7 PD61336134U10454J
CST3.64

Abstract: 0011B CSA3.84MG CST3.58MGW csa3.58mg PD62A PD6600A 101B 0110B CST2.5
Text: KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP , -2 0 1 3 2 0 VDD IOL vs VOLKI/O IOLA 500 TA = 25 , VDD = 3.0 V 450


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PDF PD62A PD62A2 PD62APROMPD6P4B ROM512 RAM32× 16sfX U14474JJ2V0DS00 PD62AMC-× 20SSOP7 CST3.64 0011B CSA3.84MG CST3.58MGW csa3.58mg PD62A PD6600A 101B 0110B CST2.5
PD63

Abstract: PD64 PD6600A 20-SOP-300 EFOEC3604A4 ccr8.0mc5
Text: 2.5 15 R3 KI, S0, S1 75 150 300 R4 KI/O 130 250 500 , 16 sfX = 500 kHz KI/OKI/O0 HALT F = 1HALT F F HALT RESET POC


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PDF 64PROMPD6P4B PD63A RAM32× PD63 PD64 PD6600A 20-SOP-300 EFOEC3604A4 ccr8.0mc5
0011B

Abstract: 0110B 101B PD6600A
Text: KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP , STOPKI HALT/STOP sfX = 1 MHz 16 sfX = 500 kHz KI/OKI/O0 HALT F = 1HALT F F HALT


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PDF PD621 PD62PROMPD6P4B ROM512 RAM32× U14208JJ1V0DS00 0011B 0110B 101B PD6600A
NEC C11531E

Abstract: U11047E PD78F9222 nec 2412 78F9222 U16898E U15260E PD78F9222CS uPD78F9222CS 78F9222CS
Text: ) 125 kHz CPU 6 MHz f 2.7 V DD < 3.0 V V 2.0 V DD < 2.7 V V 500 kHz XP 10 MHz f 125 kHz CPU 5 MHz f 125 kHz CPU 2 MHz f 500 kHz XP 5 MHz f 4.0 V DD V V 5.5 500 kHz (Typ.) fCPU MHz (Typ.) 8 2 MHz (Typ.) fXP MHz (Typ.) 8 2.7 V DD < 4.0 V V 500 kHz (Typ.) fCPU MHz (Typ.) 4 2.0 V DD < 2.7 V V 16 500 kHz (Typ.) fCPU MHz (Typ


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PDF PD78F9221CS, 78F9222CS PD78F9221CS78F9222CS 78K0S 78K0S/KA1+ U16898E 78K/0S U11047E 10MHz) PD78F9221CS NEC C11531E U11047E PD78F9222 nec 2412 78F9222 U16898E U15260E PD78F9222CS uPD78F9222CS 78F9222CS
Allen-Bradley MSR127

Abstract: MSR126 MSR126.1T 440R-N23132 1794-PS3 Allen-Bradley 1794-PS3 GuardMaster msr127 440R-N23135 440R-N23131
Text: ) Guest A B C 150 150 200 * * 300 300 350 190 80 450 450 500


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PDF 6m/18m 69ft/59 14mm/30mm 55in/1 1814mm/1832mm 4in/72 314mm/332 36in/13 314mm. 1832mm Allen-Bradley MSR127 MSR126 MSR126.1T 440R-N23132 1794-PS3 Allen-Bradley 1794-PS3 GuardMaster msr127 440R-N23135 440R-N23131
PD69A

Abstract: ASR10 PC10 PC11 PD6600A U-163
Text: 30.0 33.3 1/2 C7H C7H 25.0 25.0 50.0 20 1/2 FFH FFH 32.0 32.0 , , S2 75 150 300 R2 KI/O 130 250 500 VDDDR STOP 3.6 V , vs VOLKI/O TA = 25 , VDD = 3.0 V 500 IOLA -18 IOHmA 3 VOLV -16 -14 -12 -10


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PDF PD69A PD69A2 PD69APROMPD6P9 ROM4074 RAM128× 64sfX U16363JJ1V1DS00 PD69AMC-× 20SSOP7 PD69A ASR10 PC10 PC11 PD6600A U-163
0011B

Abstract: 0110B 101B PD6600A CST0358MG03 CST3.64MGW CST0384MG03 PD62A
Text: KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP , -2 0 1 3 2 0 VDD IOL vs VOLKI/O IOLA 500 TA = 25 , VDD = 3.0 V 450


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PDF PD62A PD62A2 PD62APROMPD6P4B ROM512 RAM32× 16sfX U14474JJ2V0DS00 PD62AMC-× 0011B 0110B 101B PD6600A CST0358MG03 CST3.64MGW CST0384MG03 PD62A
POC-154

Abstract: No abstract text available
Text: COMBO (CD-R, DVD-ROM) 15" TFT color LCD. 1024 x 768 262K 0.297 x 0.297 130/120° 350 cd/m2 500 : 1 50,000


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PDF POC-155 UL60601-1/EN60601-1, 11b/g 1394a POC-155 POC-154
PD6600A

Abstract: PD63 PD64 PD636 kip-1
Text: 2.5 15 R3 KI, S0, S1 75 150 300 R4 KI/O 130 250 500 , 16 sfX = 500 kHz KI/OKI/O0 HALT F = 1HALT F F HALT RESET POC


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PDF 64PROMPD6P4B PD63A RAM32× U11371JJ3V0DS00 PD63GS-× 20SOP300 PD63AGS-× PD64GS-× PD64MC-× 20SSOP300 PD6600A PD63 PD64 PD636 kip-1
PD6600A

Abstract: ASR10 DP10 PC10 PD64A CST3.58MGW
Text: 0.8 VDD V R1 KI, S0, S1, S2 75 150 300 R2 KI/O 130 250 500 , -2 0 1 3 2 0 VDD IOL vs VOLKI/O IOLA 500 TA = 25 , VDD = 3.0 V 450


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PDF PD64A PD64A, 65PROMPD6P5 RAM32× U14380JJ3V0DS00 PD64AMC-× 20SSOP7 PD6600A ASR10 DP10 PC10 CST3.58MGW
upd624

Abstract: p01111 0011B 0110B 101B PD6600A PD621
Text: KI, S0, S1 75 150 300 R4 KI/O 130 250 500 VDDDR STOP , STOPKI HALT/STOP sfX = 1 MHz 16 sfX = 500 kHz KI/OKI/O0 HALT F = 1HALT F F HALT


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PDF PD621 PD62PROMPD6P4B ROM512 RAM32× U14208JJ1V0DS00 PD62MC-× 20SSOP300 PD6600A6124AKIKI/O upd624 p01111 0011B 0110B 101B PD6600A
ASR10

Abstract: PC10 PC11 PD6600A PD69A
Text: 30.0 33.3 1/2 C7H C7H 25.0 25.0 50.0 20 1/2 FFH FFH 32.0 32.0 , , S2 75 150 300 R2 KI/O 130 250 500 VDDDR STOP 3.6 V , vs VOLKI/O TA = 25 , VDD = 3.0 V 500 IOLA -18 IOHmA 3 VOLV -16 -14 -12 -10


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PDF PD69A PD69A2 PD69APROMPD6P9 ROM4074 RAM128× 64sfX U1636Code NEC16 16Data 32Data ASR10 PC10 PC11 PD6600A PD69A
Supplyframe Tracking Pixel