INDUCTOR 270 MH Search Results

Contextual Info: .270 — .150 VANGUARD PROPRIETARY ENVIRONMENTAL TESTING PER CUSTOMER DRAWING OR AS SPECIFIED ON P.O. Tolerance unless otherwise specified .XXX±.010 .XX+.03 CUSTOMER: VANGUARD ELECTRONICS TOROIDAL INDUCTOR, HI TEMP 200°C REV. CUST. P/N: VANGUARD P/N: XT93268

axial inductor

Contextual Info: PL IA NT Features Applications CO M • Formerly ■ Filters model *R oH S ■ High Q value ■ Output chokes ■ Inductance range: 270 H to 1000 μH ■ RoHS compliant* 9220 Series Molded Axial Inductor Electrical Specifications Inductance Test Frequency

Contextual Info: IA NT Features Applications CO M PL • Formerly model ■ Filters *R oH S ■ High Q value ■ Output chokes ■ Inductance range: 270 H to 1000 μH ■ RoHS compliant* 9220 Series Molded Axial Inductor Electrical Specifications Inductance Test Frequency

92-2016

Abstract: axial inductor 922008
Contextual Info: *R *RoHS oH C S OM CO P M LIA PL N IA T NT Features Applications • Formerly J.W.Miller model ■ Filters ■ High Q value ■ Output chokes ■ Inductance range: 270 µH to 1000 µH ■ RoHS compliant* 9220 Series Molded Axial Inductor Electrical Specifications

9220-00-RC

Abstract: 9220-04-RC 9220-06-RC 9220-10-RC 9220-14-RC 9220-15-RC 9220-18-RC 92-2016
Contextual Info: *R *RoHS oH C S OM CO P M LIA PL N IA T NT Features Applications • Formerly J.W.Miller model ■ Filters ■ High Q value ■ Output chokes ■ Inductance range: 270 µH to 1000 µH ■ RoHS compliant* 9220 Series Molded Axial Inductor Electrical Specifications

RL30A

Abstract: F1818 swn 357 EPI-F4040 ferrite ee25 D876 d8763 LM257X F2222 LM259X-L7
Contextual Info: E LE CT RON ICS I N C . Inductors w w w. p c a . c o m Contents Surface Mount Power Inductor Series PCA Part No. Inductance µH DCR (Ω Max.) IDC (A) Inductance L W H EPI-B20 Toroid Series 1.05 - 248 .011 - 2.225 .180 - 3.4 0.9 - 220 .330 .330 .270 EPI-B30 Toroid Series

1812MS-R10E

Abstract: 1812MS-270E 1812MS 0805CS 0805CS-682E
Contextual Info: WIRE-WOUND CHIP INDUCTOR – FERRITE/OPENTYPE 0805CS 2012 Ferrite Series (0.12~33µH) Part Number Inductance µH Percent Tolerance Q Min SRF Min MHz 0805CS-121E_FS 0805CS-151E_FS 0805CS-181E_FS 0805CS-221E_FS 0805CS-271E_FS 0805CS-331E_FS 0805CS-391E_FS

ASL550

Abstract: C303
Contextual Info: ASL550 Wideband Linear Amplifier MMIC Features Description  High Linearity 43 dBm OIP3 The ASL550, a wideband linear amplifier MMIC, has a high linearity and low noise over a wide range of frequency 5 MHz to 2.6 GHz, being suitable for use in the fiber receiver, distribution amplifiers and

ADP2105

Abstract: ADP2106 ADP2107
Contextual Info: 1 Amp/1.5 Amp/2 Amp Synchronous, Step-Down DC-to-DC Converters ADP2105/ADP2106/ADP2107 FEATURES GENERAL DESCRIPTION Extremely high 97% efficiency Ultralow quiescent current: 20 A 1.2 MHz switching frequency 0.1 μA shutdown supply current Maximum load current:

Toshiba 1SV186 varactor

Abstract: FET J133 1SV186 adc20013 J242 c965 1SV245 varactor capacitor diode Lowpass Filter 3 GHz 950-2050
Contextual Info:  ADC20013 Broadcast Satellite Tuner MMIC Rev 0 INTRODUCTION The ADC20013 downconverter is intended for use in the indoor receiver portion of the DBS Direct Broadcast Satellite System. ANADIGICS' 0.5 µm. depletion-mode GaAs process is used to fabricate this device. The chip downconverts inputs in the 950-2050 MHz band

BS9751

Abstract: LT10 N0001 SC30 R68 142 4R3 181 640 b
Contextual Info: RF Inductor Moulded Type MSC30 Series Type MSC30 Series Characteristics Electrical Inductance Code Inductance µH Tolerance Q Min Test Freq. (L&Q) MHz S.R.F. (Min) MHz R10 0.10 ±10% 40 25 680 0.08 1350 R11 0.11 ±5% 40 25 660 0.085 1309 R12 0.12 ±10% 40

ADP2106ACPZ-R7

Abstract: ADP2105 CP1610
Contextual Info: 1 Amp/1.5 Amp/2 Amp Synchronous, Step-Down DC-to-DC Converters ADP2105/ADP2106/ADP2107 Data Sheet FEATURES GENERAL DESCRIPTION Extremely high 97% efficiency Ultralow quiescent current: 20 A 1.2 MHz switching frequency 0.1 μA shutdown supply current Maximum load current

Contextual Info: RF Inductor Moulded Type MSC60 Series Type MSC60 Series Characteristics Electrical Inductance Code Inductance ±10% µH Q Min Test Freq. (L&Q) MHz S.R.F. (Min) MHz R10 0.10 50 25 250 0.025 1790 R12 0.12 51 25 250 0.034 1530 R15 0.15 51 25 250 0.037 1470

0915AT43A0026

Contextual Info: "High Frequency Ceramic Solutions" 915 MHz Antenna P/N 0915AT43A0026 Page 1 of 3 Detail Specification: 07/26/2010 Recommended Application ISM General Specifications Part Number 0915AT43A0026 Operating Temperature -40 to +85°C Frequency Range 902 - 928 Peak Gain

TR1102

Abstract: of125 125khz Transponder Inductor
Contextual Info: PREM O T R 1 1 0 2 11x2.6x2.2 mm 16.2 m H- 0.29 mH RFID Transponder Inductors SM D Ferrite Transponder Inductor Features Dimensions The TR1102 series o f surface mountable ferrite wound inductor is the very first SMD coil designed for transponder use. Its length and

mH10-K

Abstract: mH15-K 10uH-K uH68-K uH22-K uH27-K mH33-K MH47-K uh15k mh39-k
Contextual Info: High Current Inductor SMD Type 3615 Series Type 3615 Series Characteristics Electrical Style Core Body Marking Inductance µH Q ±10% Min Test Freq. (MHz) Self Resonant Freq. (MHz) DC Resistance @ 20°C (Max Ohms) Direct Current @ 70°C (Max mA) uH10-K 0.10

Contextual Info: ASL882 ASL882 Data Sheet 1.2 GHz CATV Push-pull Amplifier MMIC 1. Product Overview 1.1 Features • 50 ~ 1200 MHz Bandwidth  22.3 dB High Gain at 1 GHz  Positive Gain Slope  High Output Power: 110 dBV  Robust under Hard Operating Conditions

1.57 GHz

Abstract: Johanson Technology
Contextual Info: "High Frequency Ceramic Solutions" 1.57 GHz Antenna P/N 1575AT47A0040 Page 1 of 6 Detail Specification: 10/27/09 General Specifications Part Number Frequency Range Peak Gain Average Gain Return Loss 1575AT47A0040 1555 - 1595 Mhz -1.0 dBi typ. XZ-V -3.0 dBi typ. (XZ-V)

B82412-A3820-K

Abstract: CF750
Contextual Info: CF 750 - 50 MHz to 865 MHz Up-Converter Application Note No. 045 CF 750 is a GaAs-MMIC for amplifier and mixer applications for frequencies up to 3 GHz. It is suitable for use in handheld equipment with low power consumption requirements. Since the CF 750 is not matched to 50 Ω the following design rules have

BS9751

Abstract: msc 140 -10003 N0001 MSC55 MSC 930
Contextual Info: RF Inductor Moulded Type MSC55 Series Type MSC55 Series Characteristics Electrical Inductance Code Inductance H Tolerance Q Min Test Freq. (L&Q) MHz S.R.F. (Min) MHz R15 0.15 20 55 25.0 510 0.030 3000 R22 0.22 20 50 25.0 415 0.035 2800 R33 0.33 20 50 25.0

CD104 Surface Mount Power Inductor

Contextual Info: Tol RDC IDC H % MAX IN ( ) (A) CD104-100 10 @2.52 MHz M 0.05 2.4 CD104-150 15 @2.52 MHz M 0.07 1.9 CD104-180 18 @2.52 MHz M 0.08 1.7 CD104-220 22 @2.52 MHz M 0.09 1.6 CD104-330 33 @2.52 MHz M 0.12 1.3 CD104-390 39 @2.52 MHz M 0.15 1.2 CD104-470 47 @2.52 MHz

Contextual Info: Tol RDC IDC H % MAX IN ( ) (A) CDR74B-100 10 @ 2.52 MHz M 0.07 1.65 CDR74B-120 12 @ 2.52 MHz M 0.07 1.57 CDR74B-150 15 @ 2.52 MHz M 0.08 1.39 CDR74B-180 18 @ 2.52 MHz M 0.1 1.29 CDR74B-220 22 @ 2.52 MHz M 0.13 1.12 CDR74B-270 27 @ 2.52 MHz M 0.16 1.06

Contextual Info: Tol RDC IDC H % MAX IN ( ) (A) CD73-100 10 @2.52 MHz M 0.08 1.4 CD73-120 12 @2.52 MHz M 0.09 1.4 CD73-150 15 @2.52 MHz M 0.1 1.2 CD73-180 18 @2.52 MHz M 0.11 1.1 CD73-220 22 @2.52 MHz M 0.13 1.1 CD73-270 27 @2.52 MHz M 0.15 0.9 CD73-330 33 @2.52 MHz

cd75220

Contextual Info: Tol RDC IDC H % MAX IN ( ) (A) CD75-100 10 @2.52 MHz K 0.07 2.3 CD75-120 12 @2.52 MHz K 0.08 2 CD75-150 15 @2.52 MHz K 0.09 1.8 CD75-180 18 @2.52 MHz K 0.1 1.6 CD75-220 22 @2.52 MHz K 0.11 1.5 CD75-270 27 @2.52 MHz K 0.12 1.3 CD75-330 33 @2.52 MHz