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DG201BK Rochester Electronics LLC SPST, 4 Func, 1 Channel, CMOS, CDIP16, FRIT SEALED, CERDIP-16
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AM7996JC Rochester Electronics LLC Ethernet Transceiver, PQCC20, PLASTIC, LCC-20

RG2012N-201-B-T1 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
RG2012N-201-B-T1 RG2012N-201-B-T1 ECAD Model Susumu Resistors - Chip Resistor - Surface Mount - RES SMD 200 OHM 0.1% 1/8W 0805 Original PDF

RG2012N-201-B-T1 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
smd 151

Abstract: 0805 SMD 0805 smd 431 0805.smd RG2012N RG2012N-680-W-T1 RG20N430WCT-ND SMD 22 161 RES,510 ohm
Text: -161-W-T1 RG2012N-181-W-T1 RG2012N- 201 -W-T1 RG2012N-221-W-T1 RG2012N-241-W-T1 RG2012N-271-W-T1 RG2012N


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PDF RG20N47WCT-ND RG20N51WCT-ND RG20N56WCT-ND RG20N62WCT-ND RG20N68WCT-ND RG20N75WCT-ND RG20N82WCT-ND RG20N91WCT-ND RG20N100WCT-ND RG20N110WCT-ND smd 151 0805 SMD 0805 smd 431 0805.smd RG2012N RG2012N-680-W-T1 RG20N430WCT-ND SMD 22 161 RES,510 ohm
RG2012N-101-W-T1

Abstract: RG2012N RG2012N-680-W-T1
Text: -163-W-T1 RG2012N-164-W-T1 RG2012N-181-W-T1 RG2012N-182-W-T1 RG2012N-183-W-T1 RG2012N-184-W-T1 RG2012N- 201


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PDF RG2012NW-KIT RG2012NW RG2012N-101-W-T1 RG2012N-102-W-T1 RG2012N-103-W-T1 RG2012N-104-W-T1 RG2012N-111-W-T1 RG2012N-112-W-T1 RG2012N-113-W-T1 RG2012N-114-W-T1 RG2012N-101-W-T1 RG2012N RG2012N-680-W-T1
RG2012N-394-W-T1

Abstract: RES 364 270k ohm
Text: No file text available


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PDF RG20N22 RG2012N-223-W-T1 RG20N24 RG2012N-243-W-T1 RG20N27 RG2012N-273-W-T1 RG20N30 RG2012N-303-W-T1 RG20N33 RG2012N-333-W-T1 RG2012N-394-W-T1 RES 364 270k ohm
0805SMD

Abstract: smd 472 smd 123 RG2012N res 0805 68k res -472
Text: No file text available


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PDF RG20N1 RG2012N-102-W-T1 RG2012N-112-W-T1 RG2012N-122-W-T1 RG2012N-132-W-T1 RG2012N-152-W-T1 0805SMD smd 472 smd 123 RG2012N res 0805 68k res -472
2013 - ATC600F470BT250XT

Abstract: ATC600F241JT250XT CWCR0805 0908SQ-27NGLC Z27 transistor
Text: -9-146305-0 0806SQ-19NGLC 0807SQ-6N9GLC 0908SQ-27NGLC 0806SQ-6N0GLC 0807SQ-14NGLC 0807SQ-10NGLC AFT05MS031NR1 RG2012N-620- BT1 , 0906-3JLC AFT05MS031NR1 RG2012N-620- BT1 S1000-2 Manufacturer Fair-Rite Fair-Rite ATC ATC ATC ATC ATC , AFT05MS031NR1 RG2012N-620- BT1 S1000-2 Manufacturer Fair-Rite Fair-Rite ATC ATC ATC ATC ATC ATC ATC ATC ATC


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PDF AFT05MS031N AFT05MS031NR1 AFT05MS031GNR1 DataAFT05MS031N 4/2013Semiconductor, ATC600F470BT250XT ATC600F241JT250XT CWCR0805 0908SQ-27NGLC Z27 transistor
2006 - ADC IN PIC16F877

Abstract: PIC16F877 APPLICATION NOTE schematic weigh scale low cost PT 100 sensor PIC18F4550 pic18f4550 mplab c18 project lcd PIC16F877 Programmer circuit diagram PIC16F877 circuit diagram PIC16F877 weight scale sensor for PIC16F877 microcontroller PIC16F877 i2c connection
Text: 1K Ohm 0.1% 0805 10ppm Thin Film Chip Resistor Susumu RG2012N-102- B-T1 2 R38, R43 100 Ohm 0.1% 0805 10ppm Thin Film Chip Resistor Susumu RG2012N-101- B-T1 2 R40, R41 5.1K Ohm 0.1% 0805 10ppm Thin Film Chip Resistor Susumu RG2012N-512- B-T1 1 R44 DO NOT


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PDF MCP355X DS51609A DS51609A-page ADC IN PIC16F877 PIC16F877 APPLICATION NOTE schematic weigh scale low cost PT 100 sensor PIC18F4550 pic18f4550 mplab c18 project lcd PIC16F877 Programmer circuit diagram PIC16F877 circuit diagram PIC16F877 weight scale sensor for PIC16F877 microcontroller PIC16F877 i2c connection
2012 - ATC600F241JT

Abstract: GRM31CR61H106KA12L atc 17-25 transistor 62 Z27 transistor J103 transistor 3 pin GRM31CR61H106K 0806SQ-5N5GLC AFT05 GRM31CR61H106KA12
Text: -9-146305-0 0806SQ-5N5GLC 0908SQ-17NGLC 0906-2KLC 0906-3JLC AFT05MS031NR1 RG2012N-620- BT1 S1000-2, FR4 Manufacturer , 0906-2KLC AFT05MS031NR1 RG2012N-620- BT1 S1000-2, FR4 Manufacturer Fair-Rite Fair-Rite ATC ATC ATC ATC


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PDF AFT05MS031N AFT05MS031NR1 AFT05MS031GNR1 52ogo, ATC600F241JT GRM31CR61H106KA12L atc 17-25 transistor 62 Z27 transistor J103 transistor 3 pin GRM31CR61H106K 0806SQ-5N5GLC AFT05 GRM31CR61H106KA12
Not Available

Abstract: No abstract text available
Text: RF Power LDMOS Transistor AFT05MS031NR1 Freescale R1 62 , 1/4 W Chip Resistor RG2012N-620- BT1 , Transistor AFT05MS031NR1 Freescale R1 62 , 1/4 W Chip Resistor RG2012N-620- BT1 Susumu


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PDF AFT05MS031N AFT05MS031NR1 AFT05MS031GNR1 AFT05MS031NR1
PCF-W0805LF-03-XXXX-B-P-LT

Abstract: Cross Reference ERA6YEB102V Venkel RNC RESISTORS 1K32 10w Vishay Dale resistors SUSUMU resistors Cross Reference UPTF0805-10W
Text: No file text available


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PDF UPTF0805-10W 10PPM/ 25PPM/ UPTFzzzz-10W-N-XXXXAT 1/10W 10PPM/ UPTF0805-10W-N-1002AT RG2012N-4992-W-T5 UPTF1206-8W-E-1001DT RR1632P1001D-LF PCF-W0805LF-03-XXXX-B-P-LT Cross Reference ERA6YEB102V Venkel RNC RESISTORS 1K32 10w Vishay Dale resistors SUSUMU resistors Cross Reference UPTF0805-10W
TY25M

Abstract: Panduit TY23M TY34M TY2315M TY546MT 14rb-250a DNF18-206FIB-C TY232M TY51M
Text: TY5253M TY525M TY526M TY5272M TY5275M TY5277M PANDUIT Part Number Length In. (mm) BT1 .5M-M BT2M-M BT4M-M BT1M-M BT2I-M BT4I-M BT1 .5I-M BT3S-M BT2S-M BT3I-M BT2LH-TL BT5LH-C BT7LH-C , BM2M-M BM1M-M BT1 .5M-C BT2M-C BT4M-C BT1M-C BT2I-C BT4I-C BT1 .5I-C BT3S-C BT2S-C BT3I-C BT2LH-L BT5LH-L BT7LH-L 6.3 (160) 7.9 ( 201 ) 14.2 (361) 4.0 (102) 8.0 (203) 14.3 (363) 6.1 (155 , ) 4.6 (117) 6.6 (168) 15.6 (396) 8.5 (216) 15.5 (394) 8.5 (216) 8.0 (203) 7.9 ( 201 ) 4.2 (107


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PDF 229mm) TY2315M TY232M TY234M TY23M TY242M TY244M TY24M TY253M TY25M TY25M Panduit TY23M TY34M TY2315M TY546MT 14rb-250a DNF18-206FIB-C TY232M TY51M
transistor Vbe

Abstract: ic current limiter DS2270 DS2770 FCX718 FMMT718 transistor r8 313W transistor DS2770-based
Text: DS2770 charger IC and monitor reference design (See Dallas Semiconductor Application Note 201 ). This , added to the DS2770 Li+ or NIMH charger reference design (App Note 201 ), the circuit in Figure 1 will , saturation at maximum load, it is necessary to recalculate the value of R2 from Application Note 201 : 1) R2 = [VCH(MIN) -R8*IMAX - VBE(T1)]* bT1 / IMAX - RCC Where VCH(MIN) is the minimum input voltage , resistance of the /CC driver (Pin 2) of the DS2270. bT1 is the worstcase minimum gain of T1. Assuming R8 is


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PDF DS2770Based DS2770 DS2770 DS2770. 550mA transistor Vbe ic current limiter DS2270 FCX718 FMMT718 transistor r8 313W transistor DS2770-based
c5978

Abstract: 4B20B-DA1-000LF 4B12B-BT5-000LF N6200LF 4B12B-BT5-000 4B10B-CN9-000 4B12B N6200 C6459 4B06B-CU9-150LF
Text: -BS8-000 4B06B-BR9-000 4B06B- BT1 -000 4B06B-CB9-000 4B10B-CN9-000 C5058 4B04B-502-100FLF 4B04B-502-100JLF , 4B04B-524-200LF 4B04B-BA5-000LF 4B04B-BS8-000LF 4B06B-BR9-000LF 4B06B- BT1 -000LF 4B06B-CB9-000LF 4B10B , C5974 4B08B-AKK-5R6 C5005 N6451 4B07B-AS9-000 4A08P-CM3- 201 4B12B-P91-000 C6465 N6449 N6200


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PDF 62Sn/36Pb/2Ag 4B04B-502-100F 4B04B-502-100J 4B04B-502-5R6F 4B06B-512-5R6 4B12B 2002/95/EC) B1066 c5978 4B20B-DA1-000LF 4B12B-BT5-000LF N6200LF 4B12B-BT5-000 4B10B-CN9-000 N6200 C6459 4B06B-CU9-150LF
C5978

Abstract: 4B12B-BT5-000LF N6200 C6403LF 4A08P-CM3-201LF 4B12B 4B06B-1AA-275LF bt3000 4B06B-CU9-150LF 4B12B-BT5-000
Text: -BS8-000 4B06B-BR9-000 4B06B- BT1 -000 4B06B-CB9-000 4B10B-CN9-000 C5058 4B04B-502-100FLF 4B04B-502-100JLF , 4B04B-524-200LF 4B04B-BA5-000LF 4B04B-BS8-000LF 4B06B-BR9-000LF 4B06B- BT1 -000LF 4B06B-CB9-000LF 4B10B , C5974 4B08B-AKK-5R6 C5005 N6451 4B07B-AS9-000 4A08P-CM3- 201 4B12B-P91-000 C6465 N6449 N6200


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PDF 62Sn/36Pb/2Ag 4B04B-502-100F 4B04B-502-100J 4B04B-502-5R6F 4B06B-512-5R6 4B12B51LF 4B07B-AS9-000LF 4A08P-CM3-201LF 4B12B-P91-000LF C6465LF C5978 4B12B-BT5-000LF N6200 C6403LF 4A08P-CM3-201LF 4B12B 4B06B-1AA-275LF bt3000 4B06B-CU9-150LF 4B12B-BT5-000
2002 - BT-15

Abstract: No abstract text available
Text: Bu lk Pkg. Pkg. Qty. Qty. Nylon (Locking) General Purpose Type 6.6 BT1M-C BT1 .5M-C BT2M-C BT4M-C BT1 .5 I-C BT2I-C BT3I-C BT4I-C BT2S-C BT3S-C BT4S-C BT2LH-L BT3LH-L BT4LH-L BT5LH-L , 2.00 (51) 8.0 (203) (23) (51) (23) (51) 4.2 7.9 4.6 8.3 (107) ( 201 ) (116) (211


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PDF
2012 - ATC600F241JT250XT

Abstract: GRM31CR61H106KA12L ATC100A220JT150XT ATC600F220JT250XT AFT09MS031NR1 inductor 50 NH GRM31CR61H106KA12
Text: GRM31CR61H106KA12L GRM21BR71H105KA12L AMP-9-146305-0 0807SQ6N9 AFT09MS031NR1 RG2012N-620- B-T1 S1000


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PDF AFT09MS031N O-270-2 AFT09MS031NR1 AFT09MS031NR1 AFT09MS031GNR1 13ogo, 8/2012Semiconductor, ATC600F241JT250XT GRM31CR61H106KA12L ATC100A220JT150XT ATC600F220JT250XT inductor 50 NH GRM31CR61H106KA12
1998 - ACT14

Abstract: 2.5mm power jack bc62 U27A MC33269ADJ MBRS140T3 78L12 XTAL 4MHz MC34063AD R107
Text: 1 1 DIP 1 DIP KAPWR 2 KAPWR MBRS140T3 2 1 CON4 BATTERY-3V BT1 , 4 5 6 7 Document Number POWER/CLOCK Tuesday, June 30, 1998 Rev 2.01 Sheet 14


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PDF MBRS140T3 74ACT14 768KHz MC33269ADJ 170uH MC34063AD TPS2211 ACT14 2.5mm power jack bc62 U27A MC33269ADJ MBRS140T3 78L12 XTAL 4MHz MC34063AD R107
2014 - Not Available

Abstract: No abstract text available
Text: W Chip Resistor RG2012N-620- B-T1 Susumu PCB Shengyi S1000-2, 0.020, r = 4.8 â


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PDF MMRF1021N MMRF1021NT1
2009 - 06031C102KAT2A

Abstract: 3.5mm stereo switched stereo jack 7 pin 603 capacitor obstacle sensors 6 pin headphone PCB Mounted 3.5mm Stereo jack 3.5mm audio jack to usb wiring diagram PCB Mounted 3.5mm Stereo jack power supply tester schematic diagram 6 pin 3.5mm stereo microphone jack microphone pre amplifier
Text: , the demo board can be operated from the board battery (CR1220 placed in the battery holder BT1 ). To , be operated from an on board battery (CR1220 placed in the battery holder BT1 ). To operate the , sequence should be programmed in the memory of the AWG. The sequence should consist of: · 201 cycles 1 kHz sine wave (duration 201 ms) · 67 cycles 300 kHz sine wave (duration 201 ms) · 603 cycles 3 kHz sine wave (duration 201 ms) · A few milliseconds silence (optional) 300606r6 FIGURE 19. Example


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PDF LMV1089 LMV1089RL/LMV1089VY AN-1832 06031C102KAT2A 3.5mm stereo switched stereo jack 7 pin 603 capacitor obstacle sensors 6 pin headphone PCB Mounted 3.5mm Stereo jack 3.5mm audio jack to usb wiring diagram PCB Mounted 3.5mm Stereo jack power supply tester schematic diagram 6 pin 3.5mm stereo microphone jack microphone pre amplifier
BTY79-600R

Abstract: CR8-401C CR1-051C BT106 CRS-401 BT107 BT102-300R BTY79-100R CR8-801C BT101-300R
Text: -301C CR2-401C CR2-501 C CR2-601C No. ■gt = CR2 CR2 CR2 CR2 CR2 CR2 CR2 1 0mA 051 C/A 101C/A 201 C/A , -051 B CR5-1 01 B CR5- 201 B CR5-301B CR5-401 B CR5-501 B CR5-601B l2t 40 A2sec Vrrm 50 100 200 300 , /pS Vrrm *Vrsm CR6-051 B CR6-051 BA 50 60 CR6-101 B CR6-101 BA 100 120 CR6- 201 B CR6- 201 BA , =200V/pS Vrrm *Vrsm CR6-051 C CR6-051 CA 50 60 CR6-101 C CR6-101 CA 100 120 CR6-201C CR6- 201 CA 200 240 , CR6-601 CA 600 720 hr(AV)max 10A 'tsm 70A Outline 5 Type No. Vrrm Vrsm BT1 06 700 750 Vgt 3 5 V


OCR Scan
PDF CR1-051C CR1-051C/A CR1-051C/B CR1-101C CR1-101C/A CR1-101C/B CR1-201C CR1-201C/A CR1-201C/B CR1-301C BTY79-600R CR8-401C BT106 CRS-401 BT107 BT102-300R BTY79-100R CR8-801C BT101-300R
4403 transistor

Abstract: trickle battery charger circuit based on zener an trickle battery charger circuit based on zener transistor bt2 5.6v zener zener diode 4.4V low drop 6V 1A A4403 FMMT718 200w Transistor
Text: Application Note 201 DS2770-Based Charger Reference Design www.maxim-ic.com OVERVIEW This application note presents a DS2770-based charge controller reference design (see Figure 1) for single-cell Li+ and triple-cell stack NiMH battery packs. It is intended for use with current limited charge sources , current flowing from the base of T1 to achieve saturation depends on its Beta ( bT1 ) and the desired charge current: 1) Saturation Base Current = Desired Charge Current / bT1 Resistor R2 limits current into


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PDF DS2770-Based DS2770 DS2770. IEC1000-4-2 4403 transistor trickle battery charger circuit based on zener an trickle battery charger circuit based on zener transistor bt2 5.6v zener zener diode 4.4V low drop 6V 1A A4403 FMMT718 200w Transistor
Z6 3pin

Abstract: J262 AFT09MS007NT1
Text: RG2012N-620- B-T1 Susumu PCB Shengyi S1000-2, 0.020, r = 4.8 D58008 MTL


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PDF AFT09MS007N AFT09MS007NT1 Z6 3pin J262 AFT09MS007NT1
Not Available

Abstract: No abstract text available
Text: 1 * rm n 1 ir* ■n ii n~ H ~ ~ i ni i ~ ~ H i n I I B II II B I I B I I BT1 II B 11 ii p , II II B I n o IB I ACTION PIN AREA n i i n in 1| n| f I BT1 II B Tl ■n ii n~ H ~ ~ i ni i ~ ~ H i n I I B II II B I I B I I BT1 II B 11 ii p u p n 1 *1 r mu " n nn * i r mir x ■n ii n~ H ~ ~ i ni i ~ ~ H i n I I B II II B I I B I I BT1 II B , I B I I BT1 II B 11 ii p u p nn * i r mir nn * i r mir ■n ii n~ H ~ ~ i ni i


OCR Scan
PDF 22DEC2004 5222ARâ 31MAR2000
b19 right angle male connector

Abstract: No abstract text available
Text: i imi i ht1 ii u i i """ 1 " ~ " n nr il pi i i w w w i i pi iii IIBII ii B i IBI i BT1 ii B i I "il h 'ir n1 n ■m r n m" h n I I n n nimm it B ii ubi ibi i BT1 ii B ti "im 'I I' a a a 'i r a , iibii ii B i ibi i BT1 ii B i i "n n 'I I' n ' n tti r n ut n n I I n n niinn it B ii ubi ibi i BT1 ii B ti "n g 'I l'g g n i i a nr im I I n n niinn it B II UBI IBI I BT1 II B ti "n n ■! r n n -rri r n ut n n i i pi pi pi i i n m iibii ubi ibi i BT1 ii B i i "n n ■! r pi pi tt*1 r n ut il


OCR Scan
PDF 29MAR1 25aug04 22mar2005 M00IJ M00IJ_ b19 right angle male connector
bt1-1011

Abstract: BT1-1024 balun transformer bt81010 bt81009 bt81055
Text: Pin Connection BT1 /BT2 2 2 IN OUT1 OUT2 4.5 MAX IN OUT2 08 OUT1 1 , . BT1 /BT2/BT6/BT8 Series Winding Turns Operating Frequency Range Insertion Loss Pin Connection Fig. BT1 -1003 3 8MHz~800MHz 3.5 dB Max 1 BT1 -1005 2 400MHz~1.3GHz 4.0 dB Max 1 BT1 -1008 4 6MHz~600MHz 2.5 dB Max 1 BT1 -1011 5 5MHz~500MHz 2.0 dB Max 1 BT1 -1012 1 50MHz~400MHz 10.0 dB Max 1 2 10MHz~1.0GHz 6.0 dB Max


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PDF BT2-1014 BT1-1006 600MHz BT1-1007 BT1-1015 BT8-1009 1000MHz BT8-1010 bt1-1011 BT1-1024 balun transformer bt81010 bt81009 bt81055
2008 - Not Available

Abstract: No abstract text available
Text: battery (CR1220 placed in the battery holder BT1 ). To operate the board using a battery the jumper on J26 , board can also be operated from an on board battery (CR1220 placed in the battery holder BT1 ). To , programmed in the memory of the AWG. The sequence should consist of: • 201 cycles 1 kHz sine wave (duration 201 ms) • 67 cycles 300 kHz sine wave (duration 201 ms) • 603 cycles 3 kHz sine wave (duration 201 ms) • A few milliseconds silence (optional) The level of these tones must all be equal and


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PDF SNAA056B AN-1832 LMV1089 LMV1089RL/LMV1089VY LV1089RL/ LMV1089VY
Supplyframe Tracking Pixel