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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 429 NEGATIVE 48V HOT SWAP CONTROLLER LT4250 LT4250 DESCRIPTION Demonstration circuit 429 is a Hot SwapTM controller designed for dual 48V battery feeds in , DEMONSTRATION CIRCUIT 429 NEGATIVE 48V HOT SWAP CONTROLLER CIRCUIT BOARD TO HOT SWAP 48V RTN (LONG) + , 2. 1. Remove the fuses or OR-ing diodes from the existing circuit board. 2. Connect 48V , connect to 48V (terminal E1) in order to start LT4250 LT4250 Hot Swap controller. 5. Connect ±Vout ... | Original |
3 pages, |
TRANSISTOR SUBSTITUTION opto mosfet OPTO ISOLATOR LT4250H LT4250 HOT SWAP 48v mosfet switch opto transistor LT4250 abstract |
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| Abstract: option. Rev 1.1 12/20/2006 RD-0616 RD-0616 1 IRDC3651 IRDC3651 CONNECTION DIAGRAM 48V Power Supply , WAVEFORMS Vin=48V, Vo=3.3V, Room Temperature, No Air Flow Short Circuit : Operation and Recovery , Circuit Response Rev 1.1 12/20/2006 RD-0616 RD-0616 10 IRDC3651 IRDC3651 TYPICAL Output WAVEFORMS Vin=48V , controller designed for high performance synchronous Buck DC/DC applications. The IR3651 IR3651 drives a pair of , conditions. This user guide contains the schematic and bill of materials for the IR3651 IR3651 evaluation board. ... | Original |
13 pages, |
1K Ohm resistor 1/4W IRDC3651 IRDC3651 USER GUIDE IRF6646 SOIC-14 RD SOT-23 MMBD6100LT1 IRF6662 ECG Semiconductors GRM2165C1H222 ERJ-6ENF0R00V J5 controller board circuit diagram GRM2165C1H222JA01D IRDC3651 abstract |
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| Abstract: "B" labeling the top two alarm card LEDs refer to these -48V input power feeds. This diagram can be , circuit breaker distribution. Estimate of 48V current is shown. Reports: > FTTN data is under , removing the QS941 QS941 controller circuit card from the backplane. Wait until the LEDs extinguish. Reapply , Activate changes by removing the QS941 QS941 controller circuit card from the backplane. Wait until the LEDs , version 1 2 CPS3200U CPS3200U Technical Support Guide Slots 1-8 Slots 9-16 feeds from BDFB -48V ... | Original |
18 pages, |
QS941 rj21 QS912A CPS2300U CPS3200U J2007001 BDFB qs982a CC848853457 QS982A QS941A CPS3200U abstract |
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| Abstract: sales@chinfa.com IDD15U IDD15U SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD15U IDD15U series with single output Vo + Vi + Switching Device Rectifier Vo - Vi - PWM Controller Opto Isolation Reference & Error Amp. Block diagram for IDD15U IDD15U series with dual output Vo + , sales@chinfa.com IDD15U IDD15U SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD15U IDD15U series , RANGE I/O ISOLATION INPUT Pi FILTER SHORT CIRCUIT PROTECTION HIGH PERFORMANCE 2 YEARS WARRANTY UL ... | Original |
8 pages, |
IDD15-05S1U 1500 WATTS POWER AMP h1016 schematic diagram 48v dc rectifier IDD15U IDD15U abstract |
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| Abstract: sales@chinfa.com IDD15U IDD15U SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD15U IDD15U series with single output Vo + Vi + Switching Device Rectifier Vo - Vi - PWM Controller Opto Isolation Reference & Error Amp. Block diagram for IDD15U IDD15U series with dual output Vo + , sales@chinfa.com IDD15U IDD15U SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD15U IDD15U series , RANGE I/O ISOLATION INPUT Pi FILTER SHORT CIRCUIT PROTECTION HIGH PERFORMANCE 2 YEARS WARRANTY UL ... | Original |
8 pages, |
IDD15U IDD15U abstract |
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| Abstract: SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD10U IDD10U series with single output Vo + Vi + Switching Device Rectifier Vo - Vi - PWM Controller Opto Isolation Reference & Error Amp. Block diagram for IDD10U IDD10U series with dual output Vo + Vi + Rectifier , sales@chinfa.com IDD10U IDD10U SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD10U IDD10U series , RANGE I/O ISOLATION INPUT Pi FILTER SHORT CIRCUIT PROTECTION HIGH PERFORMANCE 2 YEARS WARRANTY UL ... | Original |
8 pages, |
IDD10U IDD10U abstract |
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| Abstract: IDD15U IDD15U SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD15U IDD15U series with single output Vo + Vi + Switching Device Rectifier Vo - Vi - PWM Controller Opto Isolation Reference & Error Amp. Block diagram for IDD15U IDD15U series with dual output Vo + Vi + , sales@chinfa.com IDD15U IDD15U SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD15U IDD15U series , RANGE I/O ISOLATION INPUT Pi FILTER SHORT CIRCUIT PROTECTION HIGH PERFORMANCE 2 YEARS WARRANTY UL ... | Original |
8 pages, |
IDD15U IDD15U abstract |
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| Abstract: & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD10U IDD10U series with single output Vo + Vi + Switching Device Rectifier Vo - Vi - PWM Controller Opto Isolation Reference & Error Amp. Block diagram for IDD10U IDD10U series with dual output Vo + Vi + Rectifier , & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD10U IDD10U series with single output Vo + , RANGE I/O ISOLATION INPUT Pi FILTER SHORT CIRCUIT PROTECTION HIGH PERFORMANCE 2 YEARS WARRANTY UL ... | Original |
8 pages, |
IDD10U IDD10U abstract |
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| Abstract: SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD10U IDD10U series with single output Vo + Vi + Switching Device Rectifier Vo - Vi - PWM Controller Opto Isolation Reference & Error Amp. Block diagram for IDD10U IDD10U series with dual output Vo + Vi + Rectifier , sales@chinfa.com IDD10U IDD10U SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for IDD10U IDD10U series , RANGE I/O ISOLATION INPUT Pi FILTER SHORT CIRCUIT PROTECTION HIGH PERFORMANCE 2 YEARS WARRANTY UL ... | Original |
8 pages, |
schematic diagram 12v to 48 dc step up IDD10U IDD10U abstract |
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| Abstract: sales@chinfa.com TDD15 TDD15 SERIES SINGLE & DUAL OUTPUT CIRCUIT SCHEMATIC Block diagram for TDD15 TDD15 series with single output Vo + Vi + Switching Device Rectifier Vo - Vi - PWM Controller Opto Isolation Reference & Error Amp. Block diagram for TDD15 TDD15 series with dual output Vo + Vi + Rectifier com Switching Device Rectifier Vo - Vi - PWM Controller , RANGE I/O ISOLATION INPUT Pi FILTER SHORT CIRCUIT PROTECTION HIGH PERFORMANCE 2 YEARS WARRANTY ... | Original |
4 pages, |
schematic diagram 12v to 48 dc step up 15S2 05S3 05S2 TDD15 TDD15 abstract |
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| target specifications. Figure 1. Schematic diagram of ±48V in and 5V out @ 10 -side control circuit is based on the MAX5003 MAX5003 MAX5003 MAX5003. A simplified block diagram of this IC is shown in -on transient at power-up. Vin = 48V, lout = 5A. Power-Supply Performance Key performance Measured 85% @ 48V and 25W Input-Output Isolation Power Circuit Topology Among the several power topologies available, the single www.datasheetarchive.com/files/maxim/0003/a198.htm |
Maxim | 04/04/2001 | 42.51 Kb | HTM | a198.htm |
| voltage battery VB- (- 48V) is reduced but the L3000N L3000N L3000N L3000N DC feeding and monitoring circuits are still active the test circuits of the Figure 12, V DD = + 5V, V SS = - 5V, V B + = + 72V, V B - = - 48V, T amb -48V) eventually increased of a certain amount if some current is flowing into the line. The power - 48V (- 60V) battery (note 1), in series with two resistors, whose value is set by external components = 30 W , V B - = -48V. L3000N L3000N L3000N L3000N - L3030 L3030 L3030 L3030 10/28 Ringing Mode When ringing is selected (BIT2R = 1, BIT0R www.datasheetarchive.com/files/stmicroelectronics/books/ascii/docs/1335.htm |
STMicroelectronics | 25/05/2000 | 43.28 Kb | HTM | 1335.htm |
| the test circuits of the Figure 12, V DD = + 5V, V SS = - 5V, V B + = + 72V, V B - = - 48V, T amb -by and Power down is that in SBY the power consumption on the voltage battery VB- (- 48V) is reduced but the SLIC is in stand-by mode, the power dis- sipation of L3000N L3000N L3000N L3000N does not exceed 120mW (from -48V - 48V (- 60V) battery (note 1), in series with two resistors, whose value is set by external components = 30 W , V B - = -48V. L3000N L3000N L3000N L3000N - L3030 L3030 L3030 L3030 10/28 Ringing Mode When ringing is selected (BIT2R = 1, BIT0R www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1335.htm |
STMicroelectronics | 02/04/1999 | 39.28 Kb | HTM | 1335.htm |
| - (- 48V) is reduced but the L3000S L3000S L3000S L3000S DC feeding and monitoring circuits are still active. In PD the power the SLIC is in stand-by mode, the power dis - sipation of L3000S L3000S L3000S L3000S does not exceed 120mW (from -48V - 48V (- 60V) battery (note 1), in series with two resistors, whose value is set by external components = 30 W , V B - = -48V. L3000S L3000S L3000S L3000S - L3030 L3030 L3030 L3030 10/29 Ringing Mode When ringing is selected (BIT2R = 1, BIT0R = 0), the control unit L3030 L3030 L3030 L3030 presets the L3000S L3000S L3000S L3000S to operate between - 48V (- 60V) and + 72V (+ 60V www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5181.htm |
STMicroelectronics | 02/04/1999 | 40.57 Kb | HTM | 5181.htm |
| - (- 48V) is reduced but the L3000S L3000S L3000S L3000S DC feeding and monitoring circuits are still active. In PD the power the SLIC is in stand-by mode, the power dis - sipation of L3000S L3000S L3000S L3000S does not exceed 120mW (from -48V - 48V (- 60V) battery (note 1), in series with two resistors, whose value is set by external components = 30 W , V B - = -48V. L3000S L3000S L3000S L3000S - L3030 L3030 L3030 L3030 10/29 Ringing Mode When ringing is selected (BIT2R = 1, BIT0R = 0), the control unit L3030 L3030 L3030 L3030 presets the L3000S L3000S L3000S L3000S to operate between - 48V (- 60V) and + 72V (+ 60V www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5181-v1.htm |
STMicroelectronics | 14/06/1999 | 40.53 Kb | HTM | 5181-v1.htm |
| - (- 48V) is reduced but the L3000N L3000N L3000N L3000N DC feeding and monitoring circuits are still active. In PD the SLIC is in stand-by mode, the power dis- sipation of L3000N L3000N L3000N L3000N does not exceed 120mW (from -48V A). b) standard feeding system region ; the characteristic is equal to a - 48V (- 60V) battery (note , V B - = -48V. L3000N L3000N L3000N L3000N - L3030 L3030 L3030 L3030 10/28 Ringing Mode When ringing is selected (BIT2R = 1, BIT0R = 0), the control unit L3030 L3030 L3030 L3030 presets the L3000N L3000N L3000N L3000N to operate between - 48V (- 60V) and + 72V www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1335-v1.htm |
STMicroelectronics | 25/05/2000 | 41.14 Kb | HTM | 1335-v1.htm |
| the test circuits of the Figure 12, V DD = + 5V, V SS = - 5V, V B + = + 72V, V B - = - 48V, T amb -by and Power down is that in SBY the power consumption on the voltage battery VB- (- 48V) is reduced but the SLIC is in stand-by mode, the power dis- sipation of L3000N L3000N L3000N L3000N does not exceed 120mW (from -48V - 48V (- 60V) battery (note 1), in series with two resistors, whose value is set by external components = 30 W , V B - = -48V. L3000N L3000N L3000N L3000N - L3030 L3030 L3030 L3030 10/28 Ringing Mode When ringing is selected (BIT2R = 1, BIT0R www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1335-v2.htm |
STMicroelectronics | 14/06/1999 | 39.24 Kb | HTM | 1335-v2.htm |
| Page Size Title Page Create Date March 8, 1995 Page Modify Date Cage Code 48V TO 5V / 50W MODULE A ( Schematic Diagram ) 2nd Part Field 4th Part Field 5th Part Field 3rd Part Field Ceramic 1st Part Field 7th TRUE Output 16-Channel 48V Buck-Mode LED Driver PHONE (408) 954-8400 FAX (408) 434-0507 Document kevin 165P_8 DWG NAME 400MHz to 4000MHz HIGH LINEARITY SCHEMATIC DEMO DEMO CIRCUIT 1524A Drawn ANTONINA K TECHNOLOGY HAS MADE A BEST EFFORT TO DESIGN A CIRCUIT THAT MEETS CUSTOMER-SUPPLIED SPECIFICATIONS; HOWEVER www.datasheetarchive.com/download/52903312-364869ZC/1561b.zip (1561B.DSN) |
Linear | 18/05/2012 | 1303.68 Kb | ZIP | 1561b.zip |
| Page Count Page Number Page Size Title Page Create Date March 8, 1995 Page Modify Date Cage Code 48V SCHOTTKY Panasonic ETQPAF Demo xxxA ( Schematic Diagram ) 2nd Part Field 4th Part Field 5th Part Field 3rd Power, High Efficiency POE PD Library guid TRUE Output 16-Channel 48V Buck-Mode LED Driver PHONE (408 TECHNOLOGY HAS MADE A BEST EFFORT TO DESIGN A CIRCUIT THAT MEETS CUSTOMER-SUPPLIED SPECIFICATIONS; HOWEVER APPLICATION. COMPONENT SUBSTITUTION AND PRINTED CIRCUIT BOARD LAYOUT MAY SIGNIFICANTLY AFFECT CIRCUIT www.datasheetarchive.com/download/97793191-364717ZC/1335b-abc.zip (1335B.DSN) |
Linear | 16/12/2011 | 1157.78 Kb | ZIP | 1335b-abc.zip |
| Page Create Date March 8, 1995 Page Modify Date Cage Code 48V TO 5V / 50W MODULE MILPITAS, CA 95035 KMMODTANTDX KMETQPAF KMTANTB DPAK Case DIODE SCHOTTKY Panasonic ETQPAF Demo xxxA ( Schematic Diagram ) 2nd TRUE Output 16-Channel 48V Buck-Mode LED Driver PHONE (408) 954-8400 FAX (408) 434-0507 Document kevin Reliable Operation In The Actual Circuit That Meets Customer-Supplied Specifications; Application. Component Substitution And Printed LTC CONFIDENTIAL - FOR CUSTOMER USE ONLY Circuit Board Layout May www.datasheetarchive.com/download/82155871-364716ZC/1335a-a_b_c.zip (1335A.DSN) |
Linear | 22/09/2009 | 1005.23 Kb | ZIP | 1335a-a_b_c.zip |