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Part Manufacturer Description Datasheet Download Buy Part
LT3439EFE#TRPBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#PBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#TR Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT1949-1EMS8TR Linear Technology IC PWM DC/DC CONV 1A SWTCH 8MSOP
LTM8022IV#PBF-ES Linear Technology 1A, 36V DC/DC Module

CURRENT TRANSFORMER transimpedance Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
CURRENT TRANSFORMER transimpedance

Abstract: photodiode preamplifier CURRENT TRANSFORMER ideal transformer AN3428 APP3428 Isolation amplifier and application
Text: transformers, transimpedance amplifiers, current measurement Dec 01, 2004 APPLICATION NOTE 3428 Transimpedance Amplifier Buffers Current Transformer Abstract: A general-purpose current-measurement system employs a current transformer , ac-coupled to a transimpedance amplifier. About transimpedance and , transformer 's high-frequency response. Transimpedance amplifiers are a good method for converting current to , overcomes this problem by AC-coupling the current transformer to the transimpedance amplifier. Note that


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PDF com/an3428 AN3428, APP3428, Appnote3428, CURRENT TRANSFORMER transimpedance photodiode preamplifier CURRENT TRANSFORMER ideal transformer AN3428 APP3428 Isolation amplifier and application
2008 - SBAA150

Abstract: DAC2932 DAC5675A OPA2355 OPA2690 THS4509 LG FDA DRIVE SLOA054
Text: complementary current output signal. Most output interface implementations use either a resistive load and/or a transformer to convert this current source signal to a voltage. Where a DC-coupled interface is required, a carefully designed differential transimpedance stage can offer an attractive alternative , transimpedance design include a more flexible gain for the current output signal and impedance isolation from , Application Report SBAA150 ­ April 2008 Design for a Wideband, Differential Transimpedance DAC


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PDF SBAA150 SBAA150 DAC2932 DAC5675A OPA2355 OPA2690 THS4509 LG FDA DRIVE SLOA054
1998 - BPF31 PIN

Abstract: RESISTOR philips 5053 RF Transistor s-parameter 50Mhz Fiber-optic temperature sensor 850nm photodiode CURRENT TRANSFORMER transimpedance schematic diagram 800 watt power amplifier free d SA5211D SA5211 BPF-31 fiber-optic photodiode for 850nm
Text: load current . 1998 Oct 07 3 Philips Semiconductors Product specification Transimpedance , transimpedance amplifier which is current driven at the input and generates a differential voltage signal at the , INTEGRATED CIRCUITS SA5211 Transimpedance amplifier (180MHz) Product specification Replaces , Semiconductors Product specification Transimpedance amplifier (180MHz) SA5211 DESCRIPTION PIN CONFIGURATION The SA5211 is a 28k transimpedance , wide-band, low noise amplifier with differential outputs


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PDF SA5211 180MHz) NE/SA5211 SA5211 BPF31 PIN RESISTOR philips 5053 RF Transistor s-parameter 50Mhz Fiber-optic temperature sensor 850nm photodiode CURRENT TRANSFORMER transimpedance schematic diagram 800 watt power amplifier free d SA5211D BPF-31 fiber-optic photodiode for 850nm
NE5211D

Abstract: Fiber-optic temperature sensor 850nm photodiode 850nm photodiode Fiber-optic CURRENT TRANSFORMER transimpedance fiber-optic photodiode for 850nm RF Transistor s-parameter 50Mhz SA52-11 SA5211 SA5211D
Text: Philips Semiconductors Product specification Transimpedance amplifier (180MHz) NE/SA5211 DESCRIPTION PIN CONFIGURATION The NE/SA5211 is a 28k transimpedance , wide-band, low noise amplifier , Transimpedance amplifier (180MHz) NE/SA5211 RECOMMENDED OPERATING CONDITIONS SYMBOL RATING UNIT , ICC Supply current 21 24 30 20 26 31 mA IOMAX Output sink/source current1 3 4 3 4 mA IIN Input current (2% linearity) Test Circuit 8, Procedure 2


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PDF 180MHz) NE/SA5211 NE/SA5211 180MHz NE5211D Fiber-optic temperature sensor 850nm photodiode 850nm photodiode Fiber-optic CURRENT TRANSFORMER transimpedance fiber-optic photodiode for 850nm RF Transistor s-parameter 50Mhz SA52-11 SA5211 SA5211D
1993 - WATKINS JOHNSON mixer

Abstract: WJ-A59 CLC142 CLC221 WATKINS JOHNSON AVANTEK uto-509 CURRENT TRANSFORMER transimpedance WATKINS JOHNSON a59 Low Distortion Amplifiers Avantek mixer
Text: low distortion levels will be described. Input Transimpedance Gain Stage Buffer +Vcc Current , outputs of the two symmetric current mirror stages are fed back together to form the high transimpedance , current (fed back through Q3 and Q4) will have a significant transimpedance gain to a voltage at the , a polynomial approximation to the transimpedance gain from the inverting error current to the , error current signal to the output voltage. Although we have shown this transimpedance gain to be a


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PDF OA-22 55dBM m37-7018 WATKINS JOHNSON mixer WJ-A59 CLC142 CLC221 WATKINS JOHNSON AVANTEK uto-509 CURRENT TRANSFORMER transimpedance WATKINS JOHNSON a59 Low Distortion Amplifiers Avantek mixer
2008 - Not Available

Abstract: No abstract text available
Text: 19-4223; Rev 0; 7/08 KIT ATION EVALU ABLE AVAIL Analog CATV Transimpedance Amplifier Features The MAX3660 high-linearity analog RF transimpedance amplifier (TIA) is intended for passive , Description MAX3660 Analog CATV Transimpedance Amplifier ABSOLUTE MAXIMUM RATINGS Supply Voltage Range , .(VEE - 0.4V) to (VCC + 0.4V) Output Current (OUT+, OUT , , unless otherwise noted.) (Note 1) PARAMETER Supply Current Gain Control Input Current MUTE Input High


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PDF MAX3660 MAX3660 23dBmV/channel 870MHz 19dBmV/channel 47MHz) 47MHz -165dB/Hz -61dBc
2008 - TRIPLEXER

Abstract: No abstract text available
Text: 19-4223; Rev 0; 7/08 KIT ATION EVALU E L B A AVAIL Analog CATV Transimpedance Amplifier General Description The MAX3660 high-linearity analog RF transimpedance amplifier (TIA) is intended for , Transimpedance Amplifier MAX3660 ABSOLUTE MAXIMUM RATINGS Supply Voltage Range, VCC , 0.4V) Output Current (OUT+, OUT-) .60mA Maximum Voltage (OUT , ) PARAMETER Supply Current Gain Control Input Current MUTE Input High MUTE Input Low MUTE Input Current SYMBOL


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PDF MAX3660 23dBmV/channel 870MHz 19dBmV/channel 47MHz) 47MHz -165dB/Hz -61dBc TRIPLEXER
2008 - max3660

Abstract: No abstract text available
Text: 19-4223; Rev 0; 7/08 Analog CATV Transimpedance Amplifier General Description The MAX3660 high-linearity analog RF transimpedance amplifier (TIA) is intended for passive optical network (PON) video , 1-888-629-4642, or visit Maxim's website at www.maxim-ic.com. Analog CATV Transimpedance Amplifier MAX3660 , Current (OUT+, OUT-) .60mA Maximum Voltage (OUT+, OUT , otherwise noted.) (Note 1) PARAMETER Supply Current Gain Control Input Current MUTE Input High MUTE Input


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PDF MAX3660 23dBmV/channel 870MHz 19dBmV/channel 47MHz) 47MHz -165dB/Hz -61dBc
2008 - MAX3660

Abstract: triplexers MAX2014 MAX3654 MAX9933 CURRENT TRANSFORMER transimpedance TIA AGC application note
Text: 19-4223; Rev 0; 7/08 KIT ATION EVALU ABLE AVAIL Analog CATV Transimpedance Amplifier The MAX3660 high-linearity analog RF transimpedance amplifier (TIA) is intended for passive optical network , Analog CATV Transimpedance Amplifier ABSOLUTE MAXIMUM RATINGS Supply Voltage Range, VCC , 0.4V) Output Current (OUT+, OUT-) .60mA Maximum Voltage , ) PARAMETER Supply Current Gain Control Input Current MUTE Input High MUTE Input Low MUTE Input Current


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PDF MAX3660 MAX3660 23dBmV/channel 870MHz 19dBmV/channel 47MHz) 47MHz -165dB/Hz -61dBc triplexers MAX2014 MAX3654 MAX9933 CURRENT TRANSFORMER transimpedance TIA AGC application note
2002 - Avantek* UTO

Abstract: WATKINS JOHNSON mixer WJ-A59 WATKINS JOHNSON Avantek rf mixers avantek Avantek power amplifier uto-509 Avantek mixer WATKINS JOHNSON a59
Text: have a significant transimpedance gain to a voltage at the outputs of the two current mirrors. This , described. Input Buffer +Vcc Transimpedance Gain Stage Output Buf fer Current Mirror G , the transimpedance gain from the inverting error current to the output voltage. Figure 3 steps , of the frequency dependent forward transimpedance , 20*log(|Z(s)|), for a typical current feedback , National Semiconductor OA-22 December 1993 Abstract of the two symmetric current mirror


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PDF OA-22 stages65-2504466 55dBM Avantek* UTO WATKINS JOHNSON mixer WJ-A59 WATKINS JOHNSON Avantek rf mixers avantek Avantek power amplifier uto-509 Avantek mixer WATKINS JOHNSON a59
1995 - 354MHz

Abstract: Fiber-optic temperature sensor 850nm photodiode NE5210 850nm pair of optical Fiber-optic 850nm photodiode Fiber-optic BPF-31 fiber-optic photodiode for 850nm NE5210D SD004
Text: transimpedance amplifier which is current driven at the input and generates a differential voltage signal at the , Philips Semiconductors Product specification Transimpedance amplifier (280MHz) NE5210 DESCRIPTION PIN CONFIGURATION The NE5210 is a 7k transimpedance wide band, low noise amplifier with , · High power supply rejection ratio · High overload threshold current · Wide dynamic range · 7k , Philips Semiconductors Product specification Transimpedance amplifier (280MHz) NE5210 DC


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PDF 280MHz) NE5210 NE5210 280MHz 354MHz Fiber-optic temperature sensor 850nm photodiode 850nm pair of optical Fiber-optic 850nm photodiode Fiber-optic BPF-31 fiber-optic photodiode for 850nm NE5210D SD004
NH0300HB

Abstract: HP-3577A
Text: Transimpedance amplifier 5212A FEATURES APPLICATIONS • Extremely Low Noise • Fiber-Optic Receivers â , Output offset voltages l|m = l0UT= 0 0 120 mV >cc Supply current I im = l0UT= 0 20 26 33 mA iomax Output sink/source current AVQUT = ¿100mV 3 4 mA Iß Maximum input current (2% linearity) lO=0 ±40 ±80 HA 'max Maximum input current overload threshold ±60 ±120 HA December 7. 1993 481 853-131711567 , Semiconductors Military Linear Products „ , — _ Product specification Transimpedance amplifier 5212A


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PDF 14Kfi 20volts) t130nA) -130nA> 7110fl2fc, NH0300HB HP-3577A
2011 - Not Available

Abstract: No abstract text available
Text: Control Range Power Supply Current @ 12 V Power Supply Current @ 5 V 1) 2) 3) 4) 5) 6 , fixed by external AGC 80 channels analog NTSC Uses output transformer With suggested application , Application Overview The TAT6254C integrates two low noise high gain trans-impedance amplifiers in a , external PIN diode circuit placed between the input trans-impedance amplifier and the output amplifier , application circuit. This option uses a 4:1 transformer to combine the outputs of the second stage. For


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PDF TAT6254C 25MHz TAT6254C
2011 - TAT6254C

Abstract: 1000 watts amplifier schematic diagram with part CATV RF AGC Amplifier JESD22-A114 multi dwelling unit FTTH design transimpedance amplifer detector circuit optic isolation amplifier overview
Text: Output Output Return Loss CSO CTB Gain Control Range Power Supply Current @ 12 V Power Supply Current @ 5 V 1) 2) 3) 4) 5) 6) Conditions Min Typical See Note 1. Max Units , Uses output transformer With suggested application circuit Optical Input and Triplexer Requirements , And Application Overview The TAT6254C integrates two low noise high gain trans-impedance amplifiers , circuit placed between the input trans-impedance amplifier and the output amplifier. This helps reduce


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PDF TAT6254C 25MHz TAT6254C 1000 watts amplifier schematic diagram with part CATV RF AGC Amplifier JESD22-A114 multi dwelling unit FTTH design transimpedance amplifer detector circuit optic isolation amplifier overview
BEL 100N TRANSISTOR PIN DIAGRAM

Abstract: BEL 100N TRANSISTOR BEL 100N T3D DIODE clamp SD101ACT-ND bel 100n pinout diagram pinout of bel 100N transistor t3d 68 diode neq1 T3D DIODE
Text: Rf and Rg. DC Gain ( transimpedance ) Figure 3 shows a transimpedance circuit where the current ljn , 96mA output current . Into a back-terminated 50Q load, the devices produce -85/-64dBc second/third , The combination of low quiescent power, high output current drive and high performance make the CLC418 , – 96mA output current ■1.5mA supply current ■-85/-75dBc HD2/HD3 ■15ns settling to 0.2% â , /HDSL driver ■Coaxial cable driver ■UTP differential line driver ■Transformer /coil driver â


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PDF CLC418 CLC418 -85/-64dBc 10MHz. 25MHz. CLC418AJP CLC418AJE CLC418AJE-TR BEL 100N TRANSISTOR PIN DIAGRAM BEL 100N TRANSISTOR BEL 100N T3D DIODE clamp SD101ACT-ND bel 100n pinout diagram pinout of bel 100N transistor t3d 68 diode neq1 T3D DIODE
2013 - CLC100 comlinear

Abstract: COMLINEAR clc100 CLC100 comlinear corporation
Text: current (ierr ) acting as the feedback signal sensed and passed on to the output through a transimpedance , . Recently introduced current feedback amplifiers offer exceptional 3rd order intermodulation intercepts at , op amps with a simple transformer input coupling yields noise figures less than 7dB with 3rd order , family of recently introduced monolithic current feedback operational amplifiers. Similar to the more , presents a low impedance through which the amplifier senses a feedback current as opposed to the more


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PDF SNOA389F OA-14 CLC100 comlinear COMLINEAR clc100 CLC100 comlinear corporation
2010 - CLC100 comlinear

Abstract: CLC100 comlinear corporation clc100 COMLINEAR clc100 15017 hf amplifier for transformer CURRENT TRANSFORMER transimpedance CLC401 CLC400 Transformer from minicircuits
Text: with the current feedback op amps will sacrifice the DC coupling, with the transformer setting the low , the output side of the transformer , the source impedance for the noninverting input noise current , calculated to be: eni = 2.4nV/Hz Non-inverting input noise current Again, the high transformer turns , than the noise voltage generated by the input noise current through the source impedance. Reference 2 suggests an optimum source impedance for noise figure given by the ratio of noise voltage to noise current


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PDF OA-14 CLC100 comlinear CLC100 comlinear corporation clc100 COMLINEAR clc100 15017 hf amplifier for transformer CURRENT TRANSFORMER transimpedance CLC401 CLC400 Transformer from minicircuits
1993 - CLC100 comlinear

Abstract: clc100 CLC100 comlinear corporation HP8970A
Text: technique with the current feedback op amps will sacrifice the DC coupling, with the transformer setting , side of the transformer , the source impedance for the non-inverting input noise current will equal R1 , input noise current Inverting input impedance Nominal feedback transimpedance for maximally flat , digitizers. Recently introduced current feedback amplifiers offer exceptional 3rd order intermodulation , . Teaming these op amps with a simple transformer input coupling yields noise figures less than 7dB with


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PDF OA-14 40dBm 10MHz) CLC100 comlinear clc100 CLC100 comlinear corporation HP8970A
2002 - CLC100 comlinear

Abstract: CLC100 hp3585 CLC100 comlinear corporation COMLINEAR clc100 A New Approach to Op Amp Design Comlinear 300-1 OA-13 OA-14 CLC400 CLC401
Text: current feedback op amps will sacrifice the DC coupling, with the transformer setting the low frequency , literature (Reference 2), transformer coupling can sometimes be used to reduce an amplifier's noise figure , generated by the input noise current through the source impedance. Reference 2 suggests an optimum source impedance for noise figure given by the ratio of noise voltage to noise current . If this ideal impedance , amplifiers considered here), a significant improvement in the noise figure can be achieved using transformer


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PDF OA-14 CLC100 comlinear CLC100 hp3585 CLC100 comlinear corporation COMLINEAR clc100 A New Approach to Op Amp Design Comlinear 300-1 OA-13 OA-14 CLC400 CLC401
2000 - 100 VA 6v control transformer

Abstract: No abstract text available
Text: ® 9 DAC 00 DAC900 900 DAC For most current data sheet and other product information , transmit signal path of communication systems. The DAC900 has a high impedance (200k) current output with a , differential, or single-ended analog signal interface. The close matching of the current outputs ensures superior dynamic performance in the differential configuration, which can be implemented with a transformer , systems. Further optimization can be realized by lowering the output current with the adjustable


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PDF DAC900 10-Bit, 165MSPS 100MSPS: 68dBc 170mW DAC900 DAC900. 100 VA 6v control transformer
2000 - Not Available

Abstract: No abstract text available
Text: ® 9 DAC 04 DAC904 904 DAC For most current data sheet and other product information , transmit signal path of communication systems. The DAC904 has a high impedance (200k) current output with a , differential, or single-ended analog signal interface. The close matching of the current outputs ensures superior dynamic performance in the differential configuration, which can be implemented with a transformer , systems. Further optimization can be realized by lowering the output current with the adjustable


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PDF DAC904 14-Bit, 165MSPS 20MHz 100MSPS: 67dBc 170mW DAC904 DAC904.
2001 - Not Available

Abstract: No abstract text available
Text: SA5211 Transimpedance amplifier (180 MHz) Typical Differential Output Voltage vs Current Input 5V , transimpedance amplifier which is current driven at the input and generates a differential voltage signal at the , SA5211 Transimpedance amplifier (180 MHz) Rev. 03 - 07 October 1998 Product specification 1. Description The SA5211 is a 28 k transimpedance , wide-band, low noise amplifier with differential outputs , conversion Low noise RF amplifiers RF signal processing Philips Semiconductors SA5211 Transimpedance


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PDF SA5211 SA5211
100L

Abstract: CLC408 CLC418 CLC418AJ phase shifting transformer
Text: 3 shows a transimpedance circuit where the current lin is injected at the inverting node. The current source's output resistance is much greater than Rf. The DC transimpedance gain is: Ap = — = -Rf , . Operating on ±5V power supplies, each of the CLC418's amplifiers produce a continuous 96mA output current , combination of low quiescent power, high output current drive and high performance make the CLC418 a great , current ■1,5mA supply current per channel ■-85/-75dBc HD2/HD3 ■15ns settling to 0.2% â


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PDF CLC418 CLC418 -85/-64dBc log10 CLC418, CLC418AJP 100L CLC408 CLC418AJ phase shifting transformer
DAC900

Abstract: 230 to 24 v converter CENTER TAP transformer Transformer Control, Multi Tap 500 VA DAC902 DAC904 DAC908 TSSOP-28 1446A
Text: BURR-BROWN DAC900 For most current data sheet and other product information, visit , transmit signal path of communication systems. The DAC900 has a high impedance (200k£2) current output , for both a differential, or single-ended analog signal interface. The close matching of the current , with a transformer . Utilizing a small geometry CMOS process, the monolithic DAC900 can be operated on , and battery operated systems. Further optimization can be realized by lowering the output current with


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PDF DAC900 10-Bit, 165MSPS 100MSPS: 68dBc 170mW DAC900 10-bit DAC908, DAC902, 230 to 24 v converter CENTER TAP transformer Transformer Control, Multi Tap 500 VA DAC902 DAC904 DAC908 TSSOP-28 1446A
230 to 24 v converter CENTER TAP transformer

Abstract: DAC900 DAC902 DAC904 DAC908 TSSOP-28 D123B
Text: BURR-BROWN DAC904 For most current data sheet and other product information, visit , transmit signal path of communication systems. The DAC904 has a high impedance (200k£2) current output , for both a differential, or single-ended analog signal interface. The close matching of the current , with a transformer . Utilizing a small geometry CMOS process, the monolithic DAC904 can be operated on , and battery operated systems. Further optimization can be realized by lowering the output current with


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PDF DAC904 14-Bit, 165MSPS 20MHz 100MSPS: 67dBc 170mW DAC904 14-bit DAC908, 230 to 24 v converter CENTER TAP transformer DAC900 DAC902 DAC908 TSSOP-28 D123B
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