301000 Search Results

110vdc to 110vac inverters

Abstract: LAMBDA power supply 1275 1500w RC9002A 220VAC to 110VDC power supply 220VAC single phase AC inverter LZS-A1500-3 1-800-LAMBDA-4 LZSA1500-3 IM-LZSA1500-3 220 volt ac to 0 to 30 volt dc inverter
Contextual Info: LZS-A1500-3-001 POWER SUPPLY Installation, Operation, and Maintenance Manual IM-LLZSA1500-3 3-0 001 December 2009 Revision X2 LZS-A A1500-3 3-0 001 Power Supply Table of Contents 1 Safety and Recommended Practices 1.1 General safety instructions 1.2 Safety Agency Approvals

scr 106d

Abstract: SCR bt 107 27-600R C 106D scr scr tag 12 BS9-04A tag br 203 BT106A TAG 92 bstb0226
Contextual Info: f l ✓ SCR IN METAL PACKAGE TO -3 9 T O - 18 0 ,6 A 15V 2N876 2N884 30V 2N877 2N 8 8 5 0 ,8 A RMS 2N3001 2N3005 TAG 0 ,8 A RMS 06Y BR 203 50V v v DRM RRM B L O C K IN G V O LT A G E 60V 2N878 2N886 2N3002 2N 3006 TAG 0 6 Y Y 100V 2N879 2N 887 2N 3 0 0 3 2N 3007

BYT30-1000

Abstract: BYT 1000 DO-220 ISOTOP BYT230PI 261PI
Contextual Info: Æ 7 SGS-THOMSON * 7# GENERAL PURPOSE & INDUSTRIAL RECTIFIER DIODES «SUPERSWITCH 2» ULTRA-FAST RECOVERY RECTIFIER DIODES < 100 A V r r m = 1000,1200 V Type •o vrrm ■fsm 10 ms VF A (V) (A) / 'F •r W r r m Tj = 100°C ‘ rr(D *IRM Tj = 100°C <RM

LZS-A1000-2

Abstract: LZSA1000-2 220VAC single phase AC inverter 1-800-LAMBDA-4 switching power supply 1000W output TB-201 LZS-A1000 LZS-1000-2
Contextual Info: LZS-A1000-2 POWER SUPPLY Installation, Operation, and Maintenance Manual IM-LLZSA1000-2 2 February 2010 Version E LZS-A A1000-2 2 Power Supply Table of Contents 1 Safety and Recommended Practices 1.1 General safety instructions 1.2 Safety Agency Approvals

LAMBDA lzs-1000-3

Abstract: LZS-A1000-3 220VAC single phase AC inverter LAMBDA lzs LZS-1000 1-800-LAMBDA-4 LZSA1000-3 LZSA-1000-3 IM-LZSA1000-3 LZS-A1000
Contextual Info: LZS-A1000-3 POWER SUPPLY Installation, Operation, and Maintenance Manual IM-LLZSA1000-3 3 December 2009 Revision H LZS-A A1000-3 3 Power Supply Table of Contents 1 Safety and Recommended Practices 1.1 General safety instructions 1.2 Safety Agency Approvals

500w subwoofer amplifier circuit diagram

Abstract: 500w audio amplifier circuit diagram 500w power amplifier pcb diagram schematic diagram inverter 500w USING MOSFET schematic diagram PC Power supply 500w 500w audio power amplifier circuit diagram TA0103A subwoofer PREAMP circuit diagram schematic diagram audio amplifier 500w 500W Audio Amplifier with MOSFET schematic diagram
Contextual Info: TECHNICAL INFORMATION CLASS-T DIGITAL AUDIO AMPLIFIER EVALUATION BOARD USING EB-TA0103 DIGITAL POWER PROCESSING TM TECHNOLOGY January 2001, For Rev. 3.3 Board General Description The EB-TA0103 evaluation board is based on the TA0103A digital audio power amplifier from Tripath

309002A01F030

Abstract: 309001A01F030 3R2006A20A120 ST00W 302000A01F030 3R1006A20A120 LR6837
Contextual Info: Mini-Change Cordsets 9P 10P & 12P Single-Ended Cordsets #16 AWG yellow STOOW cable – U.S. color code Oil-resistant PVC jacket Low-resistance contact design with gold/palladium nickel plating 9P FEMALE FACE VIEW 10P 6 1 5 7 2 9 8 4 3 12P 7 8 10 1 6 2 5

PL-043

Contextual Info: Surface Mount LRDC-10-2-75+ LRDC-10-2-75 Directional Coupler 75Ω 30 to 1000 MHz Maximum Ratings Features Operating Temperature • low mainline loss, 1.1 dB typ. • high directivity, 22 dB typ. -40°C to 85°C Storage Temperature -55°C to 100°C CASE STYLE: QQQ130

PE42359

Abstract: PE42924 PE42920 PE42422 LGA 16L 4X4 qfn 3x3 dc-dc HARP QFN 5X5 12L PE42551
Contextual Info: Wireless RF Switches January 2013 Highly Rugged UltraCMOS Switches Extend Performance to 13.5 GHz High Linearity, High HBM ESD and CMOS Control Interface Ideal for RF Applications The Peregrine UltraCMOS® RF switches feature high ESD tolerance and high linearity providing an exceptionally

CA531

Abstract: JDC-6-1 termination finish ADC-10-1R ADC-10-4 ADC-10-4-75 ADC-12-4-75 ADC-15-4 ADC-15-4-75 ADC-16-4-75 ADC-18-4-75
Contextual Info: DIRECTIONAL COUPLERS 50 & 75Ω Surface Mount 6 to 20 dB COUPLING 2 MHz to 2600 MHz ADC COUPLING dB J 2.0 1.2 1.7 2.1 0.9 1.5 35 40 22 25 25 30 18 20 17 18 13 12 1.33 1.3 .5 1 6.6±0.5 6.3±0.5 7.9±0.5 10.5±0.5 ±0.5 ±0.9 ±0.5 ±1.0 2.1 2.8 2.5 2.5 2.2

SW-162

Contextual Info: vMfeeoM m an A M P com pany Matched SPDT RF Switch 20-1500 MHz Features SW-162 DI-1 • In tern ally T erm in ated • In teg ral TTL D river • Low Loss - 0.8 d B T ypical Guaranteed Specifications* From - 5 5 °C to + 8 5 ° C Freauency Range Insertion Loss

Contextual Info: DIRECTIONAL COUPLERS 50 & 75Ω Surface Mount 6 to 25 dB COUPLING 2 MHz to 2600 MHz ADC FREQ. RANGE MHz D MAINLINE LOSS dB COUPLING dB DIRECTIVITY dB VSWR :1 POWER INPUT, W Typ. L MU Max. Max. CASE STYLE C O N N E C T I O N PRICE $ fL-fU L MJ MJ U U L Nom. Flatness Typ.Max. Typ.Max. Typ.Max. Typ. Min. Typ. Min. Typ.Min.

Contextual Info: Surface Mount RF Transformer 75Ω ADTL1-15-75+ 10 to 1500 MHz Maximum Ratings Features Operating Temperature Storage Temperature RF Power DC Current -20°C to 85°C -55°C to 100°C 0.5W 30mA • • • • • wideband, 10 to 1500 MHz balanced transmission line

83A1

Contextual Info: 83 A 1 PHILIPS VOLTAGE REFERENCE TUBE TUBE ÉTALON DE TENSION PRÄZISIONSSPANNUNGSSTABILISIERUNGSRÖHRE J\ Dimensions ln mm Dimensions en mm Abmessungen in mm r~ Characteristics Caractéristiques Kenndaten Column I: Setting of the tube and typical average meas­

Contextual Info: SME1400B-17 Broadband Surface Mount Mixer Product Features • • • • • • • • +27 dBm Input IP3 RF: 1 – 2200 MHz LO: 1 – 2200 MHz IF: 1 – 2000 MHz +17 dBm LO Drive Level No Internal Solder Connections RoHS-compliant SMT package No External Bias Required

Contextual Info: WJZ1020 Broadband Surface Mount Mixer Product Features • • • • • • • +27.8 dBm Input IP3 RF: 1 – 2700 MHz LO: 1 – 2700 MHz IF: 1 – 2000 MHz +17 dBm LO Drive Level No Internal Solder Connections Lead Free/RoHS-compliant SMT package • No External Bias Required

Contextual Info: Freescale Semiconductor Technical Data Document Number: MC1322x Rev. 1.3 10/2010 MC1322x Package Information Case 1901-01 99-Pin [9.5X9.5X1.2mm] MC1322x Advanced ZigBee - Compliant Platform-in-Package PiP for the 2.4 GHz IEEE 802.15.4 Standard Ordering Information

Contextual Info: m m tE X R720 Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 412 925-7272 G & n B rS l P U fD O S G Powerex, Europe, S.A. 428 Avenue G. Durand, BP107, 72003 Le Mans, France (43) 41.14.14 f l Q Q f j f j g p 600-1200 Amperes 4400 Volts

WJZ1050H

Contextual Info: WJZ1050H Broadband Surface Mount Mixer Product Features +24.1 dBm Input IP3 RF: 10 – 3000 MHz LO: 10 – 3000 MHz IF: 10 – 3000 MHz +17 dBm LO Drive Level No Internal Solder Connections Lead Free/RoHS-compliant SMT package • No External Bias Required

DB8880

Abstract: 88 5A
Contextual Info: DB8880 SERIES OF SENTRY RF POWER SENSORS, 30-1000 MHz DB8880 Series RF Power Sensors i Model Num ber Description Freq.-M Hz Rated to 1000 watts I i : 1 D B 8 88 1 A -1 000 D B 8 88 3A -1 00 0 D B 8 88 2A -1 00 0 D B 8 88 5A -1 00 0 D B 8 888 A -10 0 0

scz-4c

Abstract: scz-2b
Contextual Info: DIRECTIONAL COUPLERS SURFACE-MOUNT NOMINAL COUPLING FR EQU ENCY RANGE M H z COUPLING FLA TN ESS (d B ) LF-HF (d B ) MAINLINE LO SS (d B ) DIRECTIVITY (d B ) VSWR LB TYP/MAX MB TYP/MAX UB TYP/MAX LB TYP/MIN MB TYP/MIN UB TYP/MIN OUTLINE DRAWING TYP PIN-OU T

Contextual Info: DIRECTIONAL COUPLERS 50 & 75Ω Surface Mount 6 to 25 dB COUPLING 2 MHz to 2600 MHz ADC MODELu u NO. ADC-6-1R ADC-10-1R n n n n n n n n FREQ. RANGE MHz fL-fU D COUPLING dB Nom. Flatness MAINLINE LOSS dB DIRECTIVITY dB Typ. L Max. MU Max. Note B C O N N E C

Contextual Info: DIRECTIONAL COUPLERS 50 & 75Ω Surface Mount 6 to 20 dB COUPLING 2 MHz to 2600 MHz ADC MODELu u NO. FREQ. RANGE MHz D L M U L Typ. Max. Typ. Max. Typ. Max. Typ. Min. M Typ. Min. U Typ. Min. Typ. L Max. MU Max. Note B C O N N E C T I O N COUPLING dB MAINLINE LOSS

Contextual Info: DIRECTIONAL COUPLERS 50 & 75Ω Surface Mount 6 to 20 dB COUPLING 2 MHz to 2600 MHz ADC MODELu u NO. FREQ. RANGE MHz fL-fU D COUPLING dB Nom. Flatness MAINLINE LOSS dB DIRECTIVITY dB Typ. L Max. MU Max. Note B C O N N E C T I O N VSWR :1 L MJ U L MJ U Typ. Max. Typ. Max. Typ. Max. Typ. Min. Typ. Min. Typ. Min.