VARIABLE INDUCTOR 17 18 Search Results
VARIABLE INDUCTOR 17 18 Result Highlights (5)
| Part | ECAD Model | Manufacturer | Description | Download | Buy |
|---|---|---|---|---|---|
| LQW18CN4N9D0HD | Murata Manufacturing Co Ltd | Fixed IND 4.9nH 2600mA POWRTRN | |||
| LQW18CNR33J0HD | Murata Manufacturing Co Ltd | Fixed IND 330nH 630mA POWRTRN | |||
| DFE322520F-R47M=P2 | Murata Manufacturing Co Ltd | Fixed IND 0.47uH 8500mA NONAUTO | |||
| DFE32CAH4R7MR0L | Murata Manufacturing Co Ltd | Fixed IND 4.7uH 2800mA POWRTRN | |||
| LQW18CNR27J0HD | Murata Manufacturing Co Ltd | Fixed IND 270nH 750mA POWRTRN |
VARIABLE INDUCTOR 17 18 Datasheets Context Search
| Catalog Datasheet | Type | Document Tags | |
|---|---|---|---|
|
Contextual Info: TQM829007 0.6-1.0GHz ¼W Digital Variable Gain Amplifier Applications 3G / 4G Wireless Infrastructure CDMA, WCDMA, LTE Repeaters ISM Infrastructure 28-pin 6x6mm leadless SMT package 22 23 24 25 21 GND S P I DATA 2 20 GND DSA CLK 3 Matching 19 GND 18 GND NC 4 |
Original |
TQM829007 28-pin | |
j511Contextual Info: TQM879028 0.7−4.0 GHz ½ W Digital Variable Gain Amplifier Applications • 3G / 4G Wireless Infrastructure • Repeaters • LTE / WCDMA / CDMA 24 Pin 4 x 4 mm Leadless SMT Package Product Features NC DSA Out NC NC Amp2 In NC 23 22 21 20 19 NC 1 18 |
Original |
TQM879028 j511 | |
WAGO 236 404
Abstract: ELECTRONIC BALLAST 36W circuit diagram IR21592 ECU-V1H101JCH ELECTRONIC BALLAST 1 T8 36w LAMP SCHEMATIC C 12 PH Zener diode 275VAC* capacitor 3 pins Variable resistor 470K ohm ERZ-VO5D471 10k resistor 2 watt datasheet
|
Original |
IR21592 90-140VAC/60Hz 185-265VAC/50Hz IR21592. WAGO 236 404 ELECTRONIC BALLAST 36W circuit diagram ECU-V1H101JCH ELECTRONIC BALLAST 1 T8 36w LAMP SCHEMATIC C 12 PH Zener diode 275VAC* capacitor 3 pins Variable resistor 470K ohm ERZ-VO5D471 10k resistor 2 watt datasheet | |
flyback t
Abstract: transistor t08 t08 transistor
|
Original |
ML4854 200mA ML4854 DS30004841 flyback t transistor t08 t08 transistor | |
variable inductor
Abstract: TOKO rlc variable INDUCTANCE 292SNS-T1373 RPM-950 c series transistor equivalent table T1373 MC13156 dw FM
|
OCR Scan |
MC13156 MC13156 MC13156DW variable inductor TOKO rlc variable INDUCTANCE 292SNS-T1373 RPM-950 c series transistor equivalent table T1373 MC13156 dw FM | |
Wavetek 164Contextual Info: ML13156 Wideband FM IF System Legacy Device: Motorola MC13156 The ML13156 is a wideband FM IF subsystem targeted at high performance data and analog applications. The ML13156 has an onboard grounded collector VCO transistor that may be used with a fundamental or overtone crystal in single channel operation or with a PLL in |
Original |
ML13156 MC13156 ML13156 Wavetek 164 | |
|
Contextual Info: ML13156 Wideband FM IF System Legacy Device: Motorola MC13156 The ML13156 is a wideband FM IF subsystem targeted at high performance data and analog applications. The ML13156 has an onboard grounded collector VCO transistor that may be used with a fundamental or overtone crystal in single channel operation or with a PLL in |
Original |
ML13156 MC13156 ML13156 | |
TOKO 7mc8128z
Abstract: 455 khz if transformer MPS901 TOKO CERAMIC FILTER 455 TOKO rlc variable INDUCTANCE HP8640B 455 ceramic filter carrier detect phase shift variable inductor Wavetek 164
|
Original |
ML13156 MC13156 ML13156 TOKO 7mc8128z 455 khz if transformer MPS901 TOKO CERAMIC FILTER 455 TOKO rlc variable INDUCTANCE HP8640B 455 ceramic filter carrier detect phase shift variable inductor Wavetek 164 | |
HP8640B
Abstract: MMBV909L HP3780A J340 MPS901 751E MC13156 MC13156DW MC13156FB ML13156
|
Original |
ML13156 MC13156 ML13156 HP8640B MMBV909L HP3780A J340 MPS901 751E MC13156 MC13156DW MC13156FB | |
|
Contextual Info: HMC680LP4 / 680LP4E v03.0609 BiCMOS MMIC 5-BIT DIGITAL VARIABLE GAIN AMPLIFIER, 30 - 400 MHz Typical Applications Features the HmC680lp4 e is ideal for: ttl/CmOs compatible parallel or latched parallel control interface • Cellular/3g infrastructure High Output ip3: +40 dbm (at all gain settings) |
Original |
HMC680LP4 680LP4E ETC1-1-13) | |
MPS901
Abstract: TOKO CERAMIC FILTER 455 455 khz if transformer 44.545 MHz 292SNS-T1373 455 ceramic filter carrier detect phase shift IF transformers 10.7 mhz MC13156DW digital AC clamp meter schematic
|
Original |
MC13156/D MC13156 MPS901 TOKO CERAMIC FILTER 455 455 khz if transformer 44.545 MHz 292SNS-T1373 455 ceramic filter carrier detect phase shift IF transformers 10.7 mhz MC13156DW digital AC clamp meter schematic | |
TOKO rlc variable INDUCTANCE
Abstract: MPS901 J340 751E MC13156 MC13156DW MC13156FB MMBR5179 SFE10 HP8640B
|
Original |
MC13156/D MC13156 MC13156 TOKO rlc variable INDUCTANCE MPS901 J340 751E MC13156DW MC13156FB MMBR5179 SFE10 HP8640B | |
c101 TRANSISTOR
Abstract: MMBT2222A Motorola Variable resistor 50K ohm WJ 60 transistor inductor chip mtbf 22 pf variable capacitor capacitor 47 35k marking C8 amplifier motorola surface mount marking code data book resistor 220
|
Original |
VG024 VG024 1-800-WJ1-4401 VG024" c101 TRANSISTOR MMBT2222A Motorola Variable resistor 50K ohm WJ 60 transistor inductor chip mtbf 22 pf variable capacitor capacitor 47 35k marking C8 amplifier motorola surface mount marking code data book resistor 220 | |
|
Contextual Info: Order this document by MC13156/D MC13156 Wideband FM IF System The MC13156 is a wideband FM IF subsystem targeted at high performance data and analog applications. Excellent high frequency performance is achieved at low cost using Motorola’s MOSAIC 1.5 bipolar |
Original |
MC13156/D MC13156 MC13156 MC13156/D* | |
|
|
|||
variable inductor
Abstract: TOKO 7mc8128z TOKO rlc variable INDUCTANCE overtone butler oscillator SAW oscillator 1030 MPS901 292SNS-T1373 SFE10.7MHY NAD 751 v18-o
|
OCR Scan |
MC13156/D MC13156 variable inductor TOKO 7mc8128z TOKO rlc variable INDUCTANCE overtone butler oscillator SAW oscillator 1030 MPS901 292SNS-T1373 SFE10.7MHY NAD 751 v18-o | |
JESD22-A114
Abstract: MMBT2222 VG101 VG101-F VG101-PCB IN1125 MOTOROLA TRANSISTOR
|
Original |
VG101 VG101 1-800-WJ1-4401 JESD22-A114 MMBT2222 VG101-F VG101-PCB IN1125 MOTOROLA TRANSISTOR | |
|
Contextual Info: Data Sheet No. PD94251 IRU3046 DUAL SYNCHRONOUS PWM CONTROLLER WITH CURRENT SHARING CIRCUITRY AND LDO CONTROLLER PRELIMINARY DATA SHEET FEATURES DESCRIPTION Dual Synchronous Controller in 24-Pin Package with 1808 out-of-phase operation LDO Controller with Independent Bias Supply |
Original |
PD94251 IRU3046 24-Pin 400KHz 500mA IRU3046 | |
NFM61R10T102
Abstract: TOKO VARIABLE INDUCTOR LL2012-F8N2K EV0037 NFM61R10T102T1 toko variable capacitor MCR03J104 LL2012-F3N9K R12468 EC-0037
|
Original |
EC-0037 EC-0037 SS-000077-000 NFM61R10T102 TOKO VARIABLE INDUCTOR LL2012-F8N2K EV0037 NFM61R10T102T1 toko variable capacitor MCR03J104 LL2012-F3N9K R12468 | |
|
Contextual Info: Data Sheet No. PD94251 IRU3046 DUAL SYNCHRONOUS PWM CONTROLLER WITH CURRENT SHARING CIRCUITRY AND LDO CONTROLLER PRELIMINARY DATA SHEET FEATURES DESCRIPTION Dual Synchronous Controller in 24-Pin Package with 1808 out-of-phase operation LDO Controller with Independent Bias Supply |
Original |
PD94251 IRU3046 24-Pin 400KHz 500mA IRU3046 | |
TQM8M9074
Abstract: Z11 Marking Code
|
Original |
TQM8M9074 20-pin TQM8M9074 Z11 Marking Code | |
diode bridge bd1 4a 600V
Abstract: 103 Variable resistor p 471 mosfet 10D09 CM330060 EI2519 EI3026 EI-3530 EI-3026 24v 200W AUDIO AMPLIFIER CIRCUIT DIAGRAM
|
Original |
AN4121 FAN7527B FAN7527B diode bridge bd1 4a 600V 103 Variable resistor p 471 mosfet 10D09 CM330060 EI2519 EI3026 EI-3530 EI-3026 24v 200W AUDIO AMPLIFIER CIRCUIT DIAGRAM | |
0.22UF 275VAC CAPACITOR
Abstract: 24v 200W AUDIO AMPLIFIER CIRCUIT DIAGRAM NTC 5R1 22uf 450v electrolytic capacitor 103 Variable resistor "EI CORE" EI3026 FAN7527B 12v 150W AUDIO AMPLIFIER CIRCUIT DIAGRAM EI3530
|
Original |
AN4121 FAN7527B FAN7527B 0.22UF 275VAC CAPACITOR 24v 200W AUDIO AMPLIFIER CIRCUIT DIAGRAM NTC 5R1 22uf 450v electrolytic capacitor 103 Variable resistor "EI CORE" EI3026 12v 150W AUDIO AMPLIFIER CIRCUIT DIAGRAM EI3530 | |
a5079
Abstract: 5174 3A5157 5103A 5111FS
|
Original |
2021E a5079 5174 3A5157 5103A 5111FS | |
PSIM 9Contextual Info: PSIM SIMULATION SOFTWARE TUTORIAL How to create a Subcircuit Copyright 2004, Powersys SARL POWERSYS – Les Grandes Terres – 13650 Meyrargues -Tel : +33 0 4 42 63 60 88 – Fax : +33 (0)4 42 63 61 19 www.powersys.fr - info@powersys.fr Page 1/11 The objective of this tutorial is to help you use the Subcircuit function of PSIM to create your |
Original |
||