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Part Manufacturer Description Datasheet BUY
EVM-AASA00B16 Panasonic Electronic Components POT 1M OHM 6MM CERAMIC TOP ADJ visit Digikey
EVM-2NSX80B16 Panasonic Electronic Components TRIM POT 1M OHM 2MM CERMET SMD visit Digikey
EVM-1USX30B16 Panasonic Electronic Components TRIM POT 1M OHM 4MM SQUARE SMD visit Digikey
EVM-3YSX50B16 Panasonic Electronic Components TRIM POT 1M OHM 3MM SQUARE SMD visit Digikey
EVM-3RSX50B16 Panasonic Electronic Components TRIM POT 1M OHM 3MM CERMET SMD visit Digikey
EVM-2WSX80B16 Panasonic Electronic Components TRIM POT 1M OHM 2MM SQUARE SMD visit Digikey

potentiometer+1m

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: ² with/without multicore cable end 3. Output circuit Connections Maximum adjustment value: 1M (R2 1M 0.1) Scale 0.1 to1 1M (R2 1M 0.3) Scale 0.3 to3 Connections: 1 First 2 Wiper 3 Tele Automation Components
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Rondo 230vac to 12vac transformer potentiometer 1m transformer 230vac Front Monitor Diode of potentiometer 1M 50/60H 12VAC 24VAC 42VAC 48VAC 110VAC
Abstract: /SS RANGE IDD ISS PDISS PSS VSS = 0 V BW_10K BW_50K BW_100K BW_1M THDW tS eN_WB Min , IWA CURRENT ­ mA 5 6 10k VERSION 0.4 0.2 0 ­0.2 100k VERSION 1M VERSION ­0.4 , 100k VERSION ­0.6 30 1M VERSION ­0.8 0 40 41 42 44 45 47 48 50 51 53 54 56 57 59 60 , VDD/VSS = 2.7V/0V TA = 25C 1M VERSION 60 10k VERSION 50 40 3 50k VERSION 20 10 ­3 A OP42 W ­6 50k 1M ­9 0 ­10 ­15 ­20 B ­12 ­18 100k 0 Analog Devices
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AD5222 C3715 RU-14 AD5222 equivalent 1 kilo ohm variable resistor AD7376 AD8403 128-P D/128
Abstract: -1-304N 500k POZ2AN-1-504N 1M POZ2AN-1-105N 2.1 0.9T0.1 0.5 0.4 2.7T0.3 2.4 DIA , -1-204N POZ3KN-1-204N 300k POZ3AN-1-304N POZ3KN-1-304N 500k POZ3AN-1-504N POZ3KN-1-504N 1M , RVG3A08-304VM RVG3S08-304VM 500k RVG3A08-504VM RVG3S08-504VM 1M RVG3A08-105VM RVG3S08 , -204VM RVG4M58-204M 300k RVG4M08-304VM RVG4M58-304M 500k RVG4M08-504VM RVG4M58-504M 1M , RVG4H01-104VM 200k RVG4H01-204VM 300k RVG4H01-304VM 500k RVG4H01-504VM 1M RVG4H01 muRata
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POT0102 POT3106W POT3107X-1-202 3321H-1-103 60t03 POT3106W-1-502 R50-12 R50J12 POT3104 POT1102 POT3107
Abstract: PART TYP. VALUE DESCRIPTION Rz 1M Resistor, axial, 1%, high voltage Rs 100 k , , standard metal film R11 300 k Resistor, axial, 1%, metal film R13 1M Resistor, axial, 1 , Dimensions: 104 x 95 mm. Height (including the heatsink) 36 mm. Active LOAD 230 Vac Rz 1M VR25 , OM5428 Demonstration Board 2007 Feb 08 8.3 8 R19 0 R13 1M SDIS C1 22uF 16V C6 , DESCRIPTION Rz 1M Resistor, axial, 1%, high voltage Rs 100 k Resistor, axial, 1%, power, 1 W Integrated Electronic Solutions
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RESISTOR AXIAL Phase control circuit soft start triac 1M resistor soft start phase control metal detector diagram PI metal detector circuit with pcb HM211
Abstract: See page 45 for test methods 3 POZ2 Item Res. Change : W10, Y2% 500 to 1M Humidity , POZ2AN-1-104N 200k POZ2AN-1-204N 300k POZ2AN-1-304N 500k POZ2AN-1-504N 1M POZ2AN , -1-204N POZ3KN-1-204N 300k POZ3AN-1-304N POZ3KN-1-304N 500k POZ3AN-1-504N POZ3KN-1-504N 1M , RVG3A08-304VM RVG3S08-304VM 500k RVG3A08-504VM RVG3S08-504VM 1M RVG3A08-105VM RVG3S08 , -204VM RVG4M58-204VM 300k RVG4M08-304VM RVG4M58-304VM 500k RVG4M08-504VM RVG4M58-504VM 1M muRata
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pot3106 POT3106W-1-503 Futaba Potentiometer 3321p 3107 trimmer 3321H-1-101 R50E-9 R50E9 POT2103 POT2102 POT3106 RVG3A08
Abstract: -1-202K 2K 10% .60 711-3216 POZ3AN-1-105N 1M 30% .44 711-3324 POC6DP-1-103K 10K 10% .60 711-3218 POZ3AN , -1-105K 1M 10% .60 Single-T 711-3332 urn Carbon Chip POC6DP-1-205K 2M 10% .60 711-3334 POC6ME-10-101K 100 , Adjustability cSpecial Resin Substrate Allows High Peak 711-3348 POC6ME-10-105K 1M 10% .60 cSurface Mount with , +30% .63 711-3366 POC6AP-1-105K 1M 10% .60 711-3244 POZ2AN-1-303N-T00 30K +30% .62 711-3368 POC6AP , POZ2AN-1-105N-T00 1M +30% .50 711-3380 POC6GP-1-203K 20K 10% .60 711-3382 POC6GP-1-104K 100K 10% .60 Allied Electronics Catalog
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potentiometer 5k ohm pcb mount 711-3000 POC6GP-1-103K POC6DP-1-105K 1102K POC6GP-1-105K POZ3AN-1-201N POZ3AN-1-301N POZ3AN-1-501N POZ3AN-1-102N POZ3AN-1-202N POC6QE-10-103K
Abstract: ­18 ­24 ­30 ISS @ VDD/VSS = 2.5V IDD @ VDD/VSS = 2.5V 1M 100k FREQUENCY ­ Hz 10M 10k 100k FREQUENCY ­ Hz 1M TPC 13. AD5200 10 k Supply Current vs. Clock Frequency TPC 16. AD5200 10 k Gain , ­18 ­24 ­30 ­36 IDD @ VDD/VSS = 5V/0V 100 IDD @ VDD/VSS = 3V/0V 50 0 10k ­42 ­48 1M 100k FREQUENCY ­ Hz ­54 1k 10k 100k FREQUENCY ­ Hz 1M TPC 14. AD5200 10 k Supply Current vs. Clock , 3V DC 10% p-p AC GAIN ­ dB 100k 1M ­18 ­24 ­30 ­36 20 ­PSRR @ VDD = 3V DC 10% p-p AC Analog Devices
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AD5200--256-P AD5201--33-P 256-P AD5200/AD5201 AD5201 SOIC-10
Abstract: Iron 4 500k ohm ±10% ±100ppm/°C PV12p105A01 0.5W(70°C) Flow/Soldering Iron 4 1M , PV37p105C01 0.25W(85°C) Flow/Soldering Iron 12 1M ohm ±10% ±150ppm/°C PV37p205C01 0.25W , PV37p105C31 0.25W(85°C) Flow/Soldering Iron 12 1M ohm ±10% ±150ppm/°C PV37p205C31 0.25W , 500k ohm±10% ±100 PV37p105A01 0.25(85°C) Flow/Soldering Iron 12 1M ohm±10% ±100 , PV37p105A31 0.25(85°C) Flow/Soldering Iron 12 1M ohm±10% ±100 PV37p205A31 0.25(85 muRata
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R50E13 PV36 5k potentiometer volume potentiometer 1k ohm PV12p102A01 Variable resistor 5K ohm 5k trimmer cermet resistor potentiometer 1k ohm PV12/PV37/PV23/PV22/PV36 PV12H PVM4A---D01 PVM4A--D01
Abstract: ) Antilog (C) SMD 100 - 1M 1K - 1M 100 . 1M ±20% >1M . 5M ±30% Out of range: Rn> 5M: +50% -30% Tolerance Special tolerances available on request Variation laws < 1M ± 25% Lin (A , 100K >100K - 1M Carbon technology 235º ± 10º Middle position: 50% ± 15º 215º ± 20º Test , / 1K ./. 1 M / 1M A Log - Logarithmic B Antilog - Antilogarithmic C - Special , ) Through-hole models SMD models Standard (1000cycles) (leave blank) 100 Rn 1M: ±20% 2020 ACP Technologies
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CA6xv5 ca6vsmd CA6 V potentiometer smd potentiometers thumbwheel Potentiometers SMD CA6 6030-BA-V0
Abstract: ­42 IDD @ VDD/VSS = 3V/0V 50 0 10k 01H ­48 1M 100k FREQUENCY ­ Hz ­54 1k 10M TPC 13. AD5200 10 k Supply Current vs. Clock Frequency 10k 100k FREQUENCY ­ Hz 1M TPC 16 , 0 10k 1M 100k FREQUENCY ­ Hz ­54 1k 10M TPC 14. AD5200 10 k Supply Current vs. Clock Frequency 80H 40H 20H 10H 08H 04H 02H 01H 10k 100k FREQUENCY ­ Hz 1M TPC 17. AD5200 50 , 100 1k 10k FREQUENCY ­ Hz 100k ­54 1k 1M TPC 15. Power Supply Rejection Ratio vs Analog Devices
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RM-10 AD5200-50 AD5200BRM10-REEL7 AD5200BRM50-REEL7 AD5201BRM10-REEL7 AD5201BRM50-REEL7 SOL-24 TSSOP-24 AD5206 C02188
Abstract: DP7113/7114 4 pR (1-p)R { { 330 1M 330 +5 V 2 IS 3 ­ + 7 4 +5 , Note 8MSOP/8SOIC/8TSSOP With buffer DP7112 1 32 2.5-6.0 10, 50, 100 U/D 1M - - DP7114 1 32 2.5-6.0 10, 50, 100 U/D 1M 400@2.5 V/200@5 V 1 8TDFN/8MSOP/8SOIC/8TSSOP DP7115 1 32 2.5-5.5 10, 50, 100 U/D 1M 400@2.5 V/200@5 V 1 8MSOP/8SOIC/8TSSOP DP7111 1 100 2.5-6.0 10, 50, 100 U/D 1M - Copal Electronics
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DP7119 transistor A347 DP721 DP7140 dp7113 555IC
Abstract: ±30% 220k ohm±30% 470k ohm±30% 1M ohm±30% TCR (ppm/°C) ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 , ±25% 100k ohm±25% 220k ohm±25% 470k ohm±25% 1M ohm±25% 2.2M ohm±25% Operating Temperature Range: -55 to , ±30% 470k ohm±30% 1M ohm±30% 2.2M ohm±30% TCR (ppm/°C) ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 , ±30% 470k ohm±30% 1M ohm±30% 2.2M ohm±30% TCR (ppm/°C) ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 , ±30% 470k ohm±30% 1M ohm±30% 2.2M ohm±30% TCR (ppm/°C) ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 ±500 muRata
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KMDR190 PVA2A potentiometer 2,2M ohm plastic shaft 10k multiturn preset potentiometer PVG3G102C01 PVG3G102 potentiometer 50k ohm pcb mount R50E-18 2011/65/EU SA-2225 KMDR080 KMDR070
Abstract: 200A CURRENT SCALING Ra 910k 1M 1M Rs 1k 100 10 1 100m 10m 1m P (Power Rating , 7805 +5V Ra=1M V+ IN HI Vsupply (8-30V)* I Load A RL S1 V 220nF Rb Lascar Electronics
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1025S-0 7805 voltage regulator 7805 2A 7805 12v to 5v 2a 0-200mV 7805 voltage regulator applications 1025S-X 20VFSR 1025S/1
Abstract: 1M 100k FREQUENCY ­ Hz 10M 10k 100k FREQUENCY ­ Hz 1M TPC 13. AD5200 10 k Supply Current , VDD/VSS = 3V/0V 50 0 10k ­42 ­48 1M 100k FREQUENCY ­ Hz ­54 1k 10k 100k FREQUENCY ­ Hz 1M , 10H 8H 4H 2H 1H PSRR ­ dB 40 +PSRR @ VDD = 3V DC 10% p-p AC GAIN ­ dB 100k 1M ­18 ­24 , ­54 1k 10k 100k FREQUENCY ­ Hz 1M TPC 15. Power Supply Rejection Ratio vs. Frequency TPC , 100k FREQUENCY ­ Hz 1M 100 1k 10k FREQUENCY ­ Hz 100k 1M TPC 19. AD5201 50 k Gain vs Analog Devices
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VR 100K preset Z50-REEL7 12/12--R 6/12--R 8/01--R 2/01--R D02188-0-12/12
Abstract: 1M 100k FREQUENCY ­ Hz 10M 10k 100k FREQUENCY ­ Hz 1M TPC 13. AD5200 10 k Supply Current , VDD/VSS = 3V/0V 50 0 10k ­42 ­48 1M 100k FREQUENCY ­ Hz ­54 1k 10k 100k FREQUENCY ­ Hz 1M , 10H 8H 4H 2H 1H PSRR ­ dB 40 +PSRR @ VDD = 3V DC 10% p-p AC GAIN ­ dB 100k 1M ­18 ­24 , ­54 1k 10k 100k FREQUENCY ­ Hz 1M TPC 15. Power Supply Rejection Ratio vs. Frequency TPC , ­54 1k 10k 100k FREQUENCY ­ Hz 1M 100 1k 10k FREQUENCY ­ Hz 100k 1M TPC 19 Analog Devices
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AD5200BRMZ10 Analog devices branding code dlb 0BRMZ10 AD5200BRMZ10-REEL7 AD5200BRMZ50 AD5200BRMZ50-REEL7 AD5201BRMZ10 AD5201BRMZ10-REEL7
Abstract: 1(240°±10°) 1M ohm ±30% ±500ppm/°C PVZ2p501A04 0.1W(50°C) Reflow/Soldering Iron 1 , ±500ppm/°C PVZ2p105A04 1 0.1W(50°C) Reflow/Soldering Iron 1(240°±10°) 1M ohm ±30% , (230°±10°) 1M ohm ±30% ±500ppm/°C PVZ3A205p 0.1W(50°C) Reflow/Soldering Iron 1(230°±10 , 1(230°±10°) 1M ohm ±30% ±500ppm/°C PVZ3K205E01 0.1W(50°C) Reflow/Soldering Iron 1 , 1(230°±10°) 1M ohm ±30% ±500ppm/°C PVZ3R205E01 0.1W(50°C) Reflow/Soldering Iron 1 muRata
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3 pins trimmer resistor 10K ohm TEMPERATURE CONTROL soldering iron PVG5A PACKAGE trimmer 25k carbon Variable resistor 50K ohm SMD resistors 1k ohm R50E-13
Abstract: ­42 IDD @ VDD/VSS = 3V/0V 50 0 10k 01H ­48 1M 100k FREQUENCY ­ Hz ­54 1k 10M TPC 13. AD5200 10 k Supply Current vs. Clock Frequency 10k 100k FREQUENCY ­ Hz 1M TPC 16 , 0 10k 1M 100k FREQUENCY ­ Hz ­54 1k 10M TPC 14. AD5200 10 k Supply Current vs. Clock Frequency 80H 40H 20H 10H 08H 04H 02H 01H 10k 100k FREQUENCY ­ Hz 1M TPC 17. AD5200 50 , 100 1k 10k FREQUENCY ­ Hz 100k ­54 1k 1M TPC 15. Power Supply Rejection Ratio vs Analog Devices
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preset variable resistor 1m 02/01--D
Abstract: 40H CODE = 20H CODE = 10H CODE = 08H CODE = 04H CODE = 02H CODE = 01H A B W OP275 RAB = 1M , CODE = 3FH VA = 2.5V VB = 0V f = 100 kHz 50m B Lw 40H 3FH ­48 1M VDD = +15V VSS = ­15V VAMPL = 50mVrms RAB = 1M HO5s 5S/DIV 100k 10k 100k FREQUENCY ­ Hz 100 1k 10k FREQUENCY ­ , AMP = 50mV VDD = +15V VSS = ­15V RL = 1M A B OP275 1.0 A2 12 CODE = 3FH VA = 12V VB = 0V f = 1 , MODE TEST CKT FIG 35 100 1k 10k FREQUENCY ­ Hz 200k 10k 100k FREQUENCY ­ Hz 1M Figure 17. 50 k Analog Devices
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transistor c3163 C3163
Abstract: START 1 000.000Hz Figure 16. Rheostat Mode Tempco RWB/T vs. Code 100k 1M STOP 1 000 000.000Hz , REF LEVEL 0.000dB 0 0x40 ­18 100k 1M STOP 1 000 000.000Hz Figure 20. Gain vs , ­36 ­60 0x01 ­60 1k START 1 000.000Hz 10k 100k 1M STOP 1 000 000.000Hz 1k START 1 000.000Hz Figure 18. Gain vs. Frequency vs. Code, RAB = 5 k 10k 100k 1M STOP 1 000 , 100k 1M START 1 000.000Hz 10M STOP 1 000 000.000Hz Figure 22. ­3 dB Bandwidth @ Code = Analog Devices
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AD5160 AD5160BRJZ5-R2 Rheostat 1K Preset rheostat 100k AD5160BRJZ5 pin configuration 1K variable resistor MO-178-BA AD5160BRJZ5-RL72 AD5160BRJZ10-R22 AD5160BRJZ10-RL72
Abstract: CODE = 40H ­6 ­24 AMP = 50mV VDD = +15V VSS = ­15V RL = 1M ­30 ­36 ­54 1k 128kHz 32 48 64 80 96 CODE ­ Decimal 112 128 Figure 13. RWB/T Rheostat Mode Tempco RAB = 1M , 5 01H 5V B Lw HO2s 2S/DIV 1M Figure 17. 50 k Gain vs. Frequency vs. Code , 50mVrms RAB = 1M W A2 A B 112 128 CODE = 01H A 10H ­18 0 ­5 CODE = 02H B , Figure 14. 10 k Gain vs. Frequency vs. Code 15 CODE = 10H ­18 1M 20 CODE = 20H ­42 Analog Devices
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50kV 70H46 R-16
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