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STEP COIL MER-120A Guardian Electric Manufacturing Company - from $321.2966 (Oct 2016) Electro Sonic Buy
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STEP MOTOR 5V (28BYJ-48-5V) MIKROELEKTRONIKA Stepper motor; Interface: PWM; PIN:5; 5VDC; Leads: leads with plug 35 from $8.00 (Dec 2016) TME Electronic Components Buy
STEP-200 ICP DAS Two Axes Stepping Motor Control Card from $388.99 (Nov 2016) Allied Electronics Buy
STEP-DIODE 5-24DC/2X3/1X6 Phoenix Contact REDUNDANCY MODULE, 10A 4 from $79.45 (Dec 2016) element14 Asia-Pacific Buy
STEP-DIODE 5-24DC/2X3/1X6 Phoenix Contact REDUNDANCY MODULE, 10A from €30.01 (Dec 2016) Farnell element14 Buy
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step down transformer

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: . > Setp or and Step down system. > Maximum power: 0.5W ~ 4.5W (@ Flyback Mode). > Surface Mounting type , > Step up or Step down system > Maximum power : @ Flyback Mode H Basic Circuit * Items not indicated , 500kHz > Step up or Step down system > Maximum power : @ Flyback Mode H Basic Circuit * Items not , > Operating Switching Frequency Range : 10 - 500kHz > Step up or Step down system > Maximum power : @ , : 10 - 500kHz > Step up or Step down system > Maximum power : @ Flyback Mode H Basic Circuit ... OCR Scan
datasheet

10 pages,
1679.47 Kb

DC/DC converter SAMWHA RH high frequency transformer step up transformer high frequency power transformer pin type transformer SD06AS6854 SD10AU1469 10/12 pin flyback transformer power transformer Samwha Electric samwha transformer 18 pin flyback transformer flyback transformer pin step down transformer 12 step down high frequency transformer 10 pin flyback transformer step down transformer high frequency step up transformer TEXT
datasheet frame
Abstract: > Operating Switching Frequency Range : 10 - 500kHz > Step up or Step down system > Maximum power : @ , : 10 - 500kHz > Step up or Step down system > Maximum power : @ Flyback Mode H Basic Circuit , > Step up or Step down system > Maximum power : @ Flyback Mode H Basic Circuit * Items not indicated , > Operating Switching Frequency Range : 10 - 500kHz > Step up or Step down system > Maximum power : @ , Frequency Range : 10 - 500kHz > Step up or Step down system > Maximum power : @ Flyback Mode H Basic ... OCR Scan
datasheet

7 pages,
1177.99 Kb

SD10AS1262 POWER STEP UP step up transformer step up transformer 12 "DC-DC Converter" for step down transformer transformer step up transformer step down flyback transformer SD06AS6840 SD06AS6854 power transformer step down transformer 12 pin type transformer step down transformer 11 pin flyback transformer flyback transformer pin 10 pin flyback transformer TEXT
datasheet frame
Abstract: iO BLACK BROWN MOUNTING SCREW VIOLET MOUNTING SCREW RED TRANSFORMER 2T (LEFT HAND PANEL) Step , transformer mounting screws. Step 2 Position the new transformer in the same location and secure with the screws removed in Step 1. Step 3 Reconnect the four wires to the new transformer as follows. â , the Silicon Adhesive (RTV) to the Current Transformer Bracket. Bend the Resistor Assembly leads down , 50404-002) & Transformer 21 (P/N 92401). Both the Contactor Interface Board and Transformer 2T must be ... OCR Scan
datasheet

4 pages,
380.33 Kb

50404-003 allen-bradley interface of step down transformer red IF transformer transformer manual tab FASTON screw J901 for step down transformer transformer step down step down transformer AC AC contactor 1335-LAB 1335-LAB 1335-NAB 1335-NAB TEXT
datasheet frame
Abstract: button for 3 seconds the SET menu is started. The STEP light is selected by means of the UP/DOWN , obtained by dividing the smallest capacitor step size “C” by the current transformer ratio “kâ , : C/k = Q / k Q: Power of the first step capacitor (kvar) k: Current Transformer Ratio.(CTR) Based , /k Adjustment 5.3 Cosϕ Adjustment 5.4 Step Time Adjustment 5.5 Step Number Selection 5.6 Switching Program Selection 5.7 Selection of C/k Value by the User 5.8 Selection of Current Transformer ... Vishay Intertechnology
Original
datasheet

21 pages,
502.17 Kb

ESTAMAT power factor MV1171 TEXT
datasheet frame
Abstract: mer Type Required (You may also need plug adaptors - pg. 74) Step Down None Required - or - , Isolation Will Not work Step Up None Required - or - Straight Isolation Step Down Will Not work None Required - or - Straight Isolation Step Down Will Not work None Required - or - Straight Isolation None , pages that follow: Tr ansfor mer Type (deter mined f r om char t abo v e) Step Up Step Down , Line Transformer - Selection Guide Steps To Proper Transformer Selection 1) What power is ... Hammond Manufacturing
Original
datasheet

1 pages,
86.19 Kb

TEXT
datasheet frame
Abstract: , different types of voltage converters can be made: - Step down "Buck" regulator - Step up "Boost" regulator - Step up / Step down "Buck - Boost" regulator II - 1 The "Buck" converter: Step down voltage , represented in figure 1: 1/18 APPLICATION NOTE Figure 1: The step down "Buck" regulator The , ) > Iout 3/18 APPLICATION NOTE II - 3 "Buck-Boost converter: Step up/Step down voltage regulator Figure 3 : The step up/step down "Buck-Boost" regulator iL For a duty cycle under 0.5 the ... STMicroelectronics
Original
datasheet

18 pages,
233.67 Kb

Boost Converter step up 500W buck converter 500W flyback converter smps 2000W circuit circuit diagram of smps 500w smps 500W Full bridge SMPS 500W buck regulator half bridge smps transformer design 500w half bridge smps diagram dc-dc of 1kw full bridge smps smps 2000W buck converter 2000w step down transformer 12 1kw full bridge converter design diagram of 1kw full bridge smps 1kw full bridge converter smps 500w Full bridge transformer smps 500w half bridge TEXT
datasheet frame
Abstract: drive line, SEC_DRIVE_OUTPUT, is used to drive a secondary step down stage for use with output LEDs , suggests using the step down stage when the diode voltage is lower than 21V (When LED array is hot and at , the primary stage. 28 V is the maximum VBOOST recommended when using the step down stage. For an output LED with a voltage greater than 21 V, the secondary step down stage can be ignored as greater , produce a voltage step down the 50/50 duty cycle output from the SEC_DRIVE_OUTPUT line will need to be ... Indice Semiconductor
Original
datasheet

28 pages,
1345.72 Kb

INDICE00A2 TEXT
datasheet frame
Abstract: ) 120V AC Step Down Transformer 240V AC Step Down Transformer 480V AC Step Down Transformer Contact , 126 246 486 Contactors Transformers step down to 6V. Transformer Ø 29mm Pushlock Turn Reset , Voltage (lamp determines voltage) 120V AC Step Down Transformer 240V AC Step Down Transformer 480V AC Step Down Transformer Circuit Breakers 1. Use only when interpreting part numbers. Do not use for , voltage) 120V AC Step Down Transformer 240V AC Step Down Transformer 480V AC Step Down Transformer ... IDEC
Original
datasheet

41 pages,
4111.71 Kb

12v to 220v step up transformer 240v - 12v transformer 440v ac to 24v dc 3 amp ABGW-400 110v to 50v step down transformer ASW21K20 asw3120 transformer 240v step down transformer 6v START SWITCH idec ASW21K22 230 to 24v step down transformer step down transformer 220V to 12V step down transformer ALW39911- NEMA A600 APW-199 6v step down transformers 220v Ac- 12v Dc transformer 60Hz TEXT
datasheet frame
Abstract: : 1NO/1NC 22: 2NO/2NC Full Voltage (lamp determines voltage) 120V AC Step Down Transformer 240V AC Step Down Transformer 480V AC Step Down Transformer To be used for interpreting part numbers only , Down Transformer 240V AC Step Down Transformer 480V AC Step Down Transformer Circuit Breakers , Step Down Transformer 240V AC Step Down Transformer 480V AC Step Down Transformer 10: 1NO 20: 2NO , W: White Y: Yellow Full Voltage (lamp determines voltage) 120V AC Step Down Transformer 240V ... IDEC
Original
datasheet

41 pages,
2879.03 Kb

ADAPTOR AC 220V 12V 1A ALFW-0600 AOW420- ASLW31 ASW21K11 ASW21K22 ASW222 ASW2K11 ASW33L22 VDE0660-200 APW-199 APQW1B246- ASW3K22 APW1246- 02NK ASW2L10 step down transformer transformer 240v step down transformer 220V to 12V 6v step down transformers TEXT
datasheet frame
Abstract: Transformer 246: 240V AC Step Down Transformer 486: 480V AC Step Down Transformer Lamp Type (illuminated , Circuit 99: Full Voltage (lamp determines voltage) 126:120V AC Step Down Transformer 246:240V AC Step Down Transformer 486:480V AC Step Down Transformer Lens Color Code A: Amber G: Green R: Red S , Step Down Transformer 246:240V AC Step Down Transformer 486:480V AC Step Down Transformer Contact , Illumination Circuit 99: Full Voltage (lamp determines voltage) 126: 120V AC Step Down Transformer 246: 240V ... IDEC
Original
datasheet

40 pages,
989.26 Kb

VDE0660-200 APQW1B246- APW1246- ASW400-1 a3140 IEC6068-2-6 240V A.C. to 30V D.C. transformer 230 to 24v step down transformer AVW411-R ABW111 transformer 480v marking colors step down transformer 220V to 12V pUsh button start switch idec ASW300-2 APW-199 VDE0660 ASW2L10 230 AC to 12V dc transformer step down transformer TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
POWER SUPPLY In most low cost applications the step down transformer is not used and the power supply the transformer. The consequence is that there is no insulation, the microcontroller is connected resistive load is not recommended with this method. 2/ The pulse transformer Figure 6 shows the circuit with a triac and a pulse transformer. The triac is working in the 2nd and 3rd quadrants. Figure 6 : Pulse transformer insulation. LINE LOAD Pulse transformer Figure 3 : Circuit without protection (Beware : this
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3576-v2.htm
STMicroelectronics 14/06/1999 8.04 Kb HTM 3576-v2.htm
low cost applications the step down transformer is not used and the power supply delivers low current be optimized to reduce the cost. Optimisation can be achieved by removing the transformer. The method. 2/ The pulse transformer Figure 6 shows the circuit with a triac and a pulse transformer. The triac is working in the 2nd and 3rd quadrants. Figure 6 : Pulse transformer insulation. LINE LOAD Pulse transformer Figure 3 : Circuit without protection (Beware : this circuit is dangerous). LINE LOAD POWER SUPPLY
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3576.htm
STMicroelectronics 20/10/2000 10.2 Kb HTM 3576.htm
low cost applications the step down transformer is not used and the power supply delivers low current be optimized to reduce the cost. Optimisation can be achieved by removing the transformer. The method. 2/ The pulse transformer Figure 6 shows the circuit with a triac and a pulse transformer. The triac is working in the 2nd and 3rd quadrants. Figure 6 : Pulse transformer insulation. LINE LOAD Pulse transformer Figure 3 : Circuit without protection (Beware : this circuit is dangerous). LINE LOAD POWER SUPPLY
/datasheets/files/stmicroelectronics/stonline/books/ascii/an/3576.htm
STMicroelectronics 17/09/1999 9.92 Kb HTM 3576.htm
- LOW COST POWER SUPPLY In most low cost applications the step down transformer is not used and Optimisation can be achieved by removing the transformer. The consequence is that there is no insulation current resistive load is not recommended with this method. 2/ The pulse transformer Figure 6 shows the circuit with a triac and a pulse transformer. The triac is working in the 2nd and 3rd quadrants. Figure 6 : Pulse transformer insulation. LINE LOAD Pulse transformer Figure 3 : Circuit without
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3576-v3.htm
STMicroelectronics 25/05/2000 9.88 Kb HTM 3576-v3.htm
POWER SUPPLY In most low cost applications the step down transformer is not used and the power supply the transformer. The consequence is that there is no insulation, the microcontroller is connected resistive load is not recommended with this method. 2/ The pulse transformer Figure 6 shows the circuit with a triac and a pulse transformer. The triac is working in the 2nd and 3rd quadrants. Figure 6 : Pulse transformer insulation. LINE LOAD Pulse transformer Figure 3 : Circuit without protection (Beware : this
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3576-v1.htm
STMicroelectronics 02/04/1999 8.07 Kb HTM 3576-v1.htm
types of voltage converters can be made: - Step down "Buck" regulator - Step up "Boost" regulator - Step up / Step down "Buck - Boost" regulator II - 1 The "Buck" converter: Step down voltage regulator AN513/0393 AN513/0393 1/18 Figure 1: The step down "Buck" regulator The power device is switched at a "Buck-Boost converter: Step up/Step down voltage regulator Figure 3 : The step up/step down "Buck-Boost" regulator For a duty cycle under 0.5 the conversion works in step down mode, for a duty cycle over 0.5, the
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3721.htm
STMicroelectronics 20/10/2000 17.29 Kb HTM 3721.htm
, different types of voltage converters can be made: - Step down "Buck" regulator - Step up "Boost" regulator - Step up / Step down "Buck - Boost" regulator II - 1 The "Buck" converter: Step down voltage and AN513/0393 AN513/0393 1/18 Figure 1: The step down "Buck" regulator The power device is switched at "Buck-Boost converter: Step up/Step down voltage regulator Figure 3 : The step up/step down "Buck-Boost" regulator For a duty cycle under 0.5 the conversion works in step down mode, for a duty cycle over 0.5
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3721-v1.htm
STMicroelectronics 25/05/2000 16.37 Kb HTM 3721-v1.htm
TOPSwitch, the design of the transformer and selection of input capacitor are critical steps in the design required component design parameters; the primary objective brings simplification of flyback transformer continuous and discontinuous mode flyback power supply designs and can be broken down into five distinct requirements. 2) Select the TOPSwitch. 3) Select transformer core. 4) Run Optimization or iterate the TOPSwitch and transformer parameters to achieve the desired results. 5) Review the data and print out the
/datasheets/files/power-integrations/piexpertsetup/readme.txt
Power-Integrations 27/04/2000 3.6 Kb TXT readme.txt
centre tapped transformer to facilitate power supply switching between 5.0V and a lower voltage. n Undedicated opamp with separate power down control (used as a transmit path filter in the reference design) n Separate power down control for Tx and Rx path n 48-pin TQFP (7x7x1.4mm) package directly drive the primary side of a center tapped transformer. The receive path contains a programmable setting control bit 1 11 TXPD DI Tx path power down control (Active low) 12 AMPPD 2 DI Undedicated
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/7442.htm
STMicroelectronics 07/12/2000 39.97 Kb HTM 7442.htm
regulator. Linear regulators only step down, and efficiency is equivalent to the output energy in discrete packets over a low-resistance switch, so they can step up, step down, and Regulator? A switching regulator is a circuit that uses an inductor, a transformer, or a limits of the circuit. The basic circuit can be configured to step up (boost), step down (buck), or invert output voltage with respect to input voltage. Why Use a
/datasheets/files/maxim/0012/view_033.htm
Maxim 04/04/2001 22.64 Kb HTM view_033.htm