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MLF1005VR27JT000 TDK Corporation of America General Purpose Inductor visit Digikey Buy
MLF1005VR27KT TDK Corporation of America General Purpose Inductor, 0.27uH, 10%, Ferrite-Core, 0402 visit Digikey Buy
MLF1005VR27KT000 TDK Corporation of America General Purpose Inductor visit Digikey Buy

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Part : MLF1005VR27JT000 Supplier : TDK Manufacturer : Avnet Stock : - Best Price : $0.0700 Price Each : $0.0803
Part : MLF1005VR27KT Supplier : TDK Manufacturer : Avnet Stock : - Best Price : €0.0482 Price Each : €0.0854
Part : MLF1005VR27KT000 Supplier : TDK Manufacturer : Avnet Stock : - Best Price : $0.0700 Price Each : $0.0803
Part : RTOP100VR270JB Supplier : Vishay Intertechnology Manufacturer : Avnet Stock : - Best Price : $20.1269 Price Each : $25.9680
Part : RW67VR27B12 Supplier : Vishay Intertechnology Manufacturer : Avnet Stock : - Best Price : $0.4513 Price Each : $1.2387
Part : RW69VR27B12 Supplier : Vishay Intertechnology Manufacturer : Avnet Stock : - Best Price : $0.3949 Price Each : $0.5531
Part : RW69VR27S70 Supplier : Vishay Intertechnology Manufacturer : Avnet Stock : - Best Price : $0.3949 Price Each : $0.4483
Part : RW69VR27S73 Supplier : Vishay Intertechnology Manufacturer : Avnet Stock : - Best Price : $0.3949 Price Each : $0.4964
Part : MLF1005VR27JT000 Supplier : TDK Manufacturer : Future Electronics Stock : - Best Price : $0.0743 Price Each : $0.0743
Part : MLF1005VR27JT000 Supplier : TDK Manufacturer : Chip1Stop Stock : 8,440 Best Price : $0.0948 Price Each : $0.2007
Part : DVR2703 Supplier : Switchcraft Manufacturer : Master Electronics Stock : 41 Best Price : - Price Each : -
Part : DVR2706 Supplier : Switchcraft Manufacturer : Master Electronics Stock : 20 Best Price : $8.70 Price Each : $12.02
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VR27 Datasheet

Part Manufacturer Description PDF Type
VR27 N/A Shortform Semicon, Diode, and SCR Datasheets Scan
VR27A N/A Shortform Semicon, Diode, and SCR Datasheets Scan
VR27B N/A Shortform Semicon, Diode, and SCR Datasheets Scan
VR27E AEI Semiconductors Power Semiconductors Data Book 1974 Scan
VR27E N/A Semiconductor Devices, Diode, and SCR Datasheet Catalog Scan
VR27E N/A Shortform Electronic Component Datasheets Scan
VR27F AEI Semiconductors Power Semiconductors Data Book 1974 Scan
VR27F N/A Shortform Semicon, Diode, and SCR Datasheets Scan
VR27F N/A Semiconductor Devices, Diode, and SCR Datasheet Catalog Scan
VR27F N/A Shortform Electronic Component Datasheets Scan

VR27

Catalog Datasheet MFG & Type PDF Document Tags

VR27

Abstract: TA1204AF ) : short to GND Change SW27 from a to b as before, and adjust VR27 so there is no difference between the 0 , , adjust VR27 so there is no difference between the 0 level and the black level in the output waveform of , , inter-axis difference · Test condition 4 (CP mode) · Input : X In1 Test No. 3 · VR27 : Max (pin 270V) Change SW27 from OFF to ON, and adjust VR27 until 0V is applied to pin 27. Input a signal (0.7Vp , adjust VR27 until 5V is applied to pin 27. Input a signal (0.7Vp-p) including black and white levels to
Toshiba
Original
TA1204AF VR25 VR33 000707EBA1

VR27

Abstract: TA1204AF ) : short to GND Change SW27 from a to b as before, and adjust VR27 so there is no difference between the 0 , , adjust VR27 so there is no difference between the 0 level and the black level in the output waveform of , , inter-axis difference · Test condition 4 (CP mode) · Input : X In1 Test No. 3 · VR27 : Max (pin 270V) Change SW27 from OFF to ON, and adjust VR27 until 0V is applied to pin 27. Input a signal (0.7Vp , adjust VR27 until 5V is applied to pin 27. Input a signal (0.7Vp-p) including black and white levels to
Toshiba
Original
Abstract: ) : short to GND Change SW 27 from a to b as before, and adjust VR27 so there is no difference between the , 27 from a to b as before, adjust VR27 so there is no difference between the yO level and the black , brightness adjustment, inter-axis difference · Test condition 4 (CP mode) · Input : X In 1 Test No. 3 · VR27 : Max (pin 27 , from OFF to ON, and adjust VR27 until 5V isapplied to pin 27. Input a signal (0.7Vp_p) including -
OCR Scan
980508EBA1 64//S QFP44-P-1414-0

ALTIVECPEMAD

Abstract: VR10 VR25 VR26 VR27 VR28 VR29 VR30 VR31 Reset 0000_0000_0000_0000 R/W R/W using mfspr or mtspr
Motorola
Original
SPR256 ALTIVECPEMAD VR10 VR11 VR12 VR13 VR14
Abstract: Frequency(MHz) 10 G2R2 G1R5 Inductance(µH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 , Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68 GR47 VR12 Q 40 VR18 G1R5 30 TDK
Original
MLF1005-J MLF1608-J MLF2012-J E4991A

ALTIVECPEM

Abstract: vr26 VR25 VR26 VR27 VR28 VR29 VR30 VR31 Reset 0000_0000_0000_0000 R/W R/W using mfspr or mtspr
Motorola
Original
ALTIVECPEM vr26 motorola 624 VR15 VR16 VR18
Abstract: 1 GR68 VR39 VR27 VR18 VR12 0.1 VR56 0.01 1 10 100 1000 Frequency , 0 1 10 100 1000 Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68 GR47 TDK
Original

A1R8

Abstract: G1R5 Inductance(µH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 VR56 0.01 , 30 20 10 0 1 10 100 1000 Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68
TDK
Original
A1R8 MLF1005 MLF1608 MLF2012 16034G
Abstract: G2R2 G1R5 Inductance(μH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 VR56 , 0 1 10 100 1000 Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68 GR47 TDK
Original

mlf1608dr82kta

Abstract: ) 10 G2R2 G1R5 Inductance(μH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 , G1R0 60 VR27 50 VR56 GR68 GR47 VR12 Q 40 VR18 G1R5 30 VR39 G2R2
TDK
Original
mlf1608dr82kta
Abstract: 1 GR68 VR39 VR27 VR18 VR12 0.1 VR56 0.01 1 10 100 1000 Frequency , 0 1 10 100 1000 Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68 GR47 TDK
Original
Abstract: ) 10 G2R2 G1R5 Inductance(µH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 , 1000 Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68 GR47 VR12 Q 40 VR18 TDK
Original

MLF1608E8R2KTA00

Abstract: ) 10 G2R2 G1R5 Inductance(μH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 , G1R0 60 VR27 50 VR56 GR68 GR47 VR12 Q 40 VR18 G1R5 30 VR39 G2R2
TDK
Original
MLF1608E8R2KTA00
Abstract: Inductance(µH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 VR56 0.01 1 10 , 60 VR27 50 VR56 GR68 GR47 VR12 Q 40 VR18 G1R5 30 VR39 G2R2 20 TDK
Original
Abstract: ) 10 G2R2 G1R5 Inductance(µH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 , G1R0 60 VR27 50 VR56 GR68 GR47 VR12 Q 40 VR18 G1R5 30 VR39 G2R2 TDK
Original

74HC138

Abstract: BP29 REFERENCE BUFFER VI, VR27, OVH, OVX ADP SGND RD14 VDDD IVSH, IVSH SWITCH NETWORK
New Japan Radio
Original
NJU9214 QFP100 NJU9214FG1 74HC138 BP29 SEG23 RS232C COM14 SEG128

vbg1

Abstract: circuit diagram of 2.4ghz rf transmitter and receiver 3342.336 S 3.6 10 60 110 115 0.71 -110 350 200 V A mA mA mA VCCA=3.6V, XCEN=VIL, VR27 VR25 VBG
Sirenza Microdevices
Original
ML5825 vbg1 circuit diagram of 2.4ghz rf transmitter and receiver 5800MHz video transmitter 2.4GHz 5.8ghz local oscillator EDS-106038 DS120607

vbg1

Abstract: circuit diagram of 2.4ghz rf transmitter and receiver VR27 Regulated Output Voltage Pins 12, 19, 26 2.7 V VR25 Regulated Output Voltage
Sirenza Microdevices
Original
circuit diagram 2.4ghz video transmitter and receiver circuit diagram of 5.8ghz rf transmitter and receiver 5.8GHz Analog RF Transmitter 2.4GHz Power Amplifier transistor

74HC138

Abstract: ptc 500 REFERENCE BUFFER VI, VR27, OVH, OVX ADP SGND RD14 VDDD IVSH, IVSH SWITCH NETWORK
New Japan Radio
Original
ptc 500 40040M SEG20 SEG19 SEG18 DC400 SEG10 SEG11

5.8GHz Analog RF Transmitter

Abstract: circuit diagram of 5.8ghz rf transmitter and receiver = VIH RTXISET=7.5K, TA=50°C RTXISET=5.5K, TA=50°C SUPPLY REGULATION VR27 Regulated Output Voltage
Micro Linear
Original
ML5824 2.4 ghz video TRANSMITTER CIRCUIT DIAGRAM ML5824EM ML5824EM-T DS5824-F-01

vmic 4150

Abstract: VMEbus Handbook Frequency(MHz) 10 G2R2 G1R5 Inductance(µH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 , Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68 GR47 VR12 Q 40 VR18 G1R5 30
VMIC
Original
vmic 4150 VMEbus Handbook D0407 DAC 12 channel programmed in c VMIVME VMIVME 4150 VMIVME-4150

FC810

Abstract: ITR10745 1 GR68 VR39 VR27 VR18 VR12 0.1 VR56 0.01 1 10 100 1000 Frequency , 0 1 10 100 1000 Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68 GR47
-
Original
FC810 ITR10745 ITR10746 ITR10747 ITR10748 61093 N0600 SB07-015C BX-0240 62797GI BX-0698

1N4971

Abstract: G1R5 Inductance(µH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 VR56 0.01 , 30 20 10 0 1 10 100 1000 Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68
Sensitron Semiconductor
Original
1N4971
Abstract: VR25 VR26 VR27 VR28 VR29 VR30 VR31 Reset 0000_0000_0000_0000 R/W R/W using mfspr or mtspr Sensitron Semiconductor
Original
SJ4971US

SBT250-10J

Abstract: ) 10 G2R2 G1R5 Inductance(µH) GR47 G1R0 1 GR68 VR39 VR27 VR18 VR12 0.1 , 1000 Frequency(MHz) 70 G1R0 60 VR27 50 VR56 GR68 GR47 VR12 Q 40 VR18
-
Original
SBT250-10J TB-00001226 31505SD IT09160 IT09159 IT09193
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