vr1g
Abstract: No abstract text available
Text: TVR1B,TVR1G,TVR1J TOSHIBA Fast Recovery Diode Silicon Diffused Type TVR1B,TVR1G,TVR1J TV Applications fast recovery Unit: mm • Average Forward Current: IF (AV) = 0.5 A (Ta = 65°C) • Repetitive Peak Reverse Voltage: VRRM = 100, 400, 600 V • Reverse Recovery Time: trr = 2.0 s
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vr1g
Abstract: VR1B DIODE VR1J toshiba last digit of year
Text: TVR1B,TVR1G,TVR1J TOSHIBA Fast Recovery Diode Silicon Diffused Type TVR1B,TVR1G,TVR1J TV Applications fast recovery Unit: mm • Average Forward Current: IF (AV) = 0.5 A (Ta = 65°C) · Repetitive Peak Reverse Voltage: VRRM = 100, 400, 600 V · Reverse Recovery Time: trr = 2.0 µs
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vr1g
Abstract: No abstract text available
Text: TVR1B,TVR1G,TVR1J TOSHIBA Fast Recovery Diode Silicon Diffused Type TVR1B,TVR1G,TVR1J TV Applications fast recovery Unit: mm • Average Forward Current: IF (AV) = 0.5 A (Ta = 65°C) • Repetitive Peak Reverse Voltage: VRRM = 100, 400, 600 V • Reverse Recovery Time: trr = 2.0 s
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vr1g
Abstract: Diode VR1B VR1B VR1J 1J TOSHIBA
Text: TVR1B,TVR1G,TVR1J TOSHIBA Fast Recovery Diode Silicon Diffused Type TVR1B,TVR1G,TVR1J TV Applications fast recovery Unit: mm • Average Forward Current: IF (AV) = 0.5 A (Ta = 65°C) • Repetitive Peak Reverse Voltage: VRRM = 100, 400, 600 V • Reverse Recovery Time: trr = 2.0 µs
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vr1g
Abstract: TOSHIBA DIODE DATABOOK VR1j
Text: TVR1B,TVR1G,TVR1J TOSHIBA Fast Recovery Diode Silicon Diffused Type TVR1B,TVR1G,TVR1J TV Applications fast recovery Unit: mm • Average Forward Current: IF (AV) = 0.5 A (Ta = 65°C) • Repetitive Peak Reverse Voltage: VRRM = 100, 400, 600 V • Reverse Recovery Time: trr = 2.0 µs
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VR1G
Abstract: No abstract text available
Text: TVR1B,TVR1G,TVR1J TOSHIBA Fast Recovery Diode Silicon Diffused Type TVR1B,TVR1G,TVR1J TV Applications fast recovery Unit: mm • Average Forward Current: IF (AV) = 0.5 A (Ta = 65°C) • Repetitive Peak Reverse Voltage: VRRM = 100, 400, 600 V • Reverse Recovery Time: trr = 2.0 µs
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vr1g
Abstract: No abstract text available
Text: TVR1B,TVR1G,TVR1J TOSHIBA Fast Recovery Diode Silicon Diffused Type TVR1B, TVR1G, TVR1J TV Applications fast recovery Unit: mm • Average Forward Current: IF (AV) = 0.5 A (Ta = 65°C) • Repetitive Peak Reverse Voltage: VRRM = 100, 400, 600 V • Reverse Recovery Time: trr = 2.0 µs
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25V Electrolytic capacitor
Abstract: viper12a 12v AN2300 9v -5v dc to dc buck converter circuit diode ba157 ic viper12a 5v 6W Buck Topology ic viper12a 1N5349B730 DIODE 1N4004
Text: AN2300 Application Note An alternative solution to Capacitive power supply using Buck converter based on VIPer12A Introduction In this paper three different power supplies with two outputs are introduced: a Capacitive passive network, and two versions of a low cost SMPS Buck converter. The last two are
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AN2300
VIPer12A
VIPer12A,
25V Electrolytic capacitor
viper12a 12v
AN2300
9v -5v dc to dc buck converter circuit
diode ba157
ic viper12a 5v
6W Buck Topology
ic viper12a
1N5349B730
DIODE 1N4004
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12v 300W AUDIO AMPLIFIER CIRCUIT DIAGRAM
Abstract: IRS2052M
Text: IRAUDAMP10 300W x 2 Channel Class D Audio Power Amplifier Using the IRS2052M and IRF6775 By Jun Honda, Yasushi Nishimura and Liwei Zheng CAUTION: International Rectifier suggests the following guidelines for safe operation and handling of IRAUDAMP10 Demo board;
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IRAUDAMP10
IRS2052M
IRF6775
IRAUDAMP10
12v 300W AUDIO AMPLIFIER CIRCUIT DIAGRAM
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SCHEMATIC 300w power amplifier stereo
Abstract: 300w mosfet audio amplifier circuit diagram 300w audio amplifier circuit diagram DSR3241
Text: IRAUDAMP10 300W x 2 Channel Class D Audio Power Amplifier Using the IRS2052M and IRF6775 By Jun Honda, Yasushi Nishimura and Liwei Zheng CAUTION: International Rectifier suggests the following guidelines for safe operation and handling of IRAUDAMP10 Demo board;
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IRAUDAMP10
IRS2052M
IRF6775
IRAUDAMP10
SCHEMATIC 300w power amplifier stereo
300w mosfet audio amplifier circuit diagram
300w audio amplifier circuit diagram
DSR3241
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headphones amplifier 5V
Abstract: KTT0005B LME49610
Text: LME49610 www.ti.com SNAS435A – APRIL 2008 – REVISED OCTOBER 2009 LME49610 High Performance, High Fidelity, High Current Audio Buffer Check for Samples: LME49610 FEATURES DESCRIPTION • The LME49610 is a high performance, low distortion high fidelity 250mA audio buffer. The LME49610 is
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LME49610
SNAS435A
LME49610
250mA
120MHz
headphones amplifier 5V
KTT0005B
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KTT0005B
Abstract: 2K20K Heat sink copper area LME49720 "pin compatible" LME49860NA LME49610
Text: LME49610 www.ti.com SNAS435B – APRIL 2008 – REVISED APRIL 2013 LME49610 High Performance, High Fidelity, High Current Audio Buffer Check for Samples: LME49610 FEATURES DESCRIPTION • The LME49610 is a high performance, low distortion high fidelity 250mA audio buffer. The LME49610 is
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LME49610
SNAS435B
LME49610
250mA
120MHz
KTT0005B
2K20K
Heat sink copper area
LME49720 "pin compatible"
LME49860NA
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LME49720
Abstract: LME49720NA 1000 watts schematic diagram of solid state audio amplifier KTT0005B
Text: LME49600 www.ti.com SNAS422E – JANUARY 2008 – REVISED APRIL 2013 LME49600 High-Performance, High-Fidelity, High-Current Headphone Buffer Check for Samples: LME49600 FEATURES DESCRIPTION • The LME49600 is a high performance, low distortion high fidelity 250mA audio buffer. The LME49600 is
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LME49600
SNAS422E
LME49600
250mA
110MHz
180MHz
LME49720
LME49720NA
1000 watts schematic diagram of solid state audio amplifier
KTT0005B
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LME49610
Abstract: No abstract text available
Text: LME49610 www.ti.com SNAS435B – APRIL 2008 – REVISED APRIL 2013 LME49610 High Performance, High Fidelity, High Current Audio Buffer Check for Samples: LME49610 FEATURES DESCRIPTION • The LME49610 is a high performance, low distortion high fidelity 250mA audio buffer. The LME49610 is
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LME49610
SNAS435B
LME49610
250mA
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Untitled
Abstract: No abstract text available
Text: LME49600 www.ti.com SNAS422E – JANUARY 2008 – REVISED APRIL 2013 LME49600 High-Performance, High-Fidelity, High-Current Headphone Buffer Check for Samples: LME49600 FEATURES DESCRIPTION • The LME49600 is a high performance, low distortion high fidelity 250mA audio buffer. The LME49600 is
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LME49600
SNAS422E
LME49600
250mA
110MHz
180MHz
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potenciometro 100k
Abstract: Airpax stepper motor potenciometro 10k Airpax 67l080 Airpax 6 wire stepper motor cd4046 20khz potenciometro 1k PLL CD4046 motor application CD4046 motor application airpax stepper 12v
Text: Issued / Herausgegeben / Publicado / Publication Publicatto / Udgivet / Afgegeven / Utgiven SW1-2 DT Övertemperatur hållelement. Om denna kontakt är på och den termiska sensorn (tillval) blir för varm, kommer övertemperaturstillståndet att låsas permanent. Detta kommer att förhindra oväntad påslagning av
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vr1g
Abstract: Diode VR1B DIODE VR1J VR1B VR1J
Text: TO SH IBA TVR1B,TVR1G,TVR1J TOSHIBA FAST RECOVERY DIODE SILICON DIFFUSED TYPE TVR1B, TVR1G, TVR1J Unit in mm TV APPLICATIONS FAST RECOVERY • • • Average Forward Current Repetitive Peak Reverse Voltage Reverse Recovery Time (AV) = 0.5 A (Ta = 65°C)
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000707EAA2'
vr1g
Diode VR1B
DIODE VR1J
VR1B
VR1J
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VR1G
Abstract: Diode VR1B
Text: TOSHIBA TVR1B,TVR1G,TVR1J TOSHIBA FAST RECOVERY DIODE SILICON DIFFUSED TYPE TVR1B, TVR1G, TVR1J Unit in mm TV APPLICATIONS FAST RECOVERY • • • Average Forward Current Repetitive Peak Reverse Voltage Reverse Recovery Time (AV) = 0.5 A (Ta = 65°C) V r r M = 100 V - 600 V
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DO-41
VR1G
Diode VR1B
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Untitled
Abstract: No abstract text available
Text: T O S H IB A 2SK2886 TOSHIBA FIELD EFFECT TRANSISTOR SILICON N CHANNEL M O S TYPE tt-M O S V 2SK2886 HIGH SPEED, HIGH CURRENT SWITCHING APPLICATIONS CHOPPER REGULATORS, DC-DC CONVERTER A N D M O TOR DRIVE INDUSTRIAL APPLICATIONS Unit in mm APPLICATIONS
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2SK2886
--45A,
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