The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT3439EFE#PBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#TRPBF Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LT3439EFE#TR Linear Technology LT3439 - Slew Rate Controlled Ultralow Noise 1A Isolated DC/DC Transformer Driver; Package: TSSOP; Pins: 16; Temperature Range: -40°C to 85°C
LTC5540IUH#PBF Linear Technology LTC5540 - 600MHz to 1.3GHz High Dynamic Range Downconverting Mixer; Package: QFN; Pins: 20; Temperature Range: -40°C to 85°C
LTC5544IUF#PBF Linear Technology LTC5544 - 4GHz to 6GHz High Dynamic Range Downconverting Mixer; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C

if transformer mitsumi Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - Mitsumi IF transformer

Abstract: C10-FR dehumidifier BP5035 BP5035-5
Text: many other electronic components without using a transformer . They also allow set PCBs to be kept , , sensors, and other similar devices !Features 1) Elimination of a transformer enables compact , drive for AC control. 6) Because no transformer is used, the power supply board is less vulnerable to , 22µF 200V 100µF / 50V (Low impedance) BP5035 : C10-FR 820µH ( MITSUMI ) BP5035-5 : C10-FR 470µH ( MITSUMI ) Fig.1 !Application example Basic power supply circuit Half wave rectifier circuit Full


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PDF BP5035 BP5035-5 BP5035-5 BP5035 Mitsumi IF transformer C10-FR dehumidifier
2001 - C13-FR-102

Abstract: 470uf 50v capacitor 470uf 50v BP5068 BP5068-15 31DF4 C13-FR RU30 SIP12 Mitsumi IF transformer
Text: many other electronic components without using a transformer . They also allow set PCBs to be kept , , sensors, and other similar devices. !Features 1) Elimination of a transformer enables compact , , with few attachments. 4) Because no transformer is used, the power supply board is less vulnerable to , BP5068-15 BP5068-15 12 10 7 5 3 1 A 470µH C13-FR-471( MITSUMI ) 100µF / 200V , 5 3 2 1 1mH C13-FR-102( MITSUMI ) VIN 100µF + + 31DF4 (Nihon Inter


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PDF BP5068-15 BP5068-24 BP5068-24 94Typ. SIP12 C13-FR-102 470uf 50v capacitor 470uf 50v BP5068 31DF4 C13-FR RU30 SIP12 Mitsumi IF transformer
1997 - Mitsumi IF transformer

Abstract: Intermediate frequency transformer mitsumi coil rf Mitsumi AM coil ift mitsumi ift coil mitsumi ift coil for 200 khz application pvc22ktl mitsumi bar antenna coil Mitsumi PVC-lyt mitsumi coil am
Text: band. 5.7 max Features 1.0 4.8 · AM : RF amp, MIX, OSC, IF amp, detector, AGC. 1 , Transformer ) 1. Using double tuning coil 2. Using ceramic filter Specified Test Circuit Diagram Test Circuit 1 : AM-MW (Sumida) ( Mitsumi ) Unit (resistance : , capacitance : F) ( Mitsumi ) Unit (resistance : , capacitance : F) (for PVC22KTL) (Sumida) ( Mitsumi ) No.2056-2/7 LA1600 tio n , adjust at each frequency. IF interference ICC no input Detection output (1kHz-30% mod, 100dB/m


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PDF EN2056B LA1600 LA1600, 3017B-SIP9 LA1600] Mitsumi IF transformer Intermediate frequency transformer mitsumi coil rf Mitsumi AM coil ift mitsumi ift coil mitsumi ift coil for 200 khz application pvc22ktl mitsumi bar antenna coil Mitsumi PVC-lyt mitsumi coil am
2001 - mitsumi dc motor 12V used in toys

Abstract: Mitsumi IF transformer BP5035 BP5035-5
Text: many other electronic components without using a transformer . They also allow set PCBs to be kept , , sensors, and other similar devices !Features 1) Elimination of a transformer enables compact , drive for AC control. 6) Because no transformer is used, the power supply board is less vulnerable to , 22µF 200V 100µF / 50V (Low impedance) BP5035 : C10-FR 820µH ( MITSUMI ) BP5035-5 : C10-FR 470µH ( MITSUMI ) Fig.1 !Application example Basic power supply circuit Half wave rectifier circuit Full


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PDF BP5035 BP5035-5 BP5035-5 mitsumi dc motor 12V used in toys Mitsumi IF transformer
2001 - Mitsumi IF transformer

Abstract: BP5062 BP5062-5 C13-FR SIP12 if transformer mitsumi
Text: , DC motors, heaters, LEDs, and many other electronic components without using a transformer . They , devices !Features 1) Elimination of a transformer enables compact, lightweight power supply boards. 2 , (BP5062-5) Suit for triac drive with AC control. 6) Because no transformer is used, the power supply , + 220µF /150V 470µH V C13-FR ( MITSUMI ) Use a low-impedance product for switching power , 8 7 5 + 3 L1 1 /150V 220µH A C2 + 220µF V C13-FR ( MITSUMI


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PDF BP5062 BP5062-5 BP5062-5 BP5062) BP5062-5) 500mA 05Max. Mitsumi IF transformer C13-FR SIP12 if transformer mitsumi
2001 - Mitsumi IF transformer

Abstract: C13-FR-102 SIP12 RU30 C13-FR BP5068-24 BP5068-15 BP5068 31DF4 Mitsumi capacitor
Text: many other electronic components without using a transformer . They also allow set PCBs to be kept , , sensors, and other similar devices. !Features 1) Elimination of a transformer enables compact , , with few attachments. 4) Because no transformer is used, the power supply board is less vulnerable to , BP5068-15 BP5068-15 12 10 7 5 3 1 A 470µH C13-FR-471( MITSUMI ) 100µF / 200V , 5 3 2 1 1mH C13-FR-102( MITSUMI ) VIN 100µF + + 31DF4 (Nihon Inter


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PDF BP5068-15 BP5068-24 BP5068-24 Mitsumi IF transformer C13-FR-102 SIP12 RU30 C13-FR BP5068 31DF4 Mitsumi capacitor
2001 - C10-FR-102

Abstract: BP5039 BP5039-12 BP5039-15 BP5039A SIP12
Text: other electronic components without using a transformer . They allow set PCBs to be kept compact and , , sensors, and other similar devices. !Features 1) Elimination of a transformer enables compact , ) DC power supply can be easily configured, with few attachments. 4) Because no transformer is used , 7 5 3 1 A 1.0mH C10-FR-102 ( MITSUMI ) VIN V 33µF / 200V 220µF / 50V Fig.1 BP5039-15 BP5039-15 12 10 7 5 3 1 A 1mH C10-FR-102 ( MITSUMI ) VIN V 33µF


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PDF BP5039-12 BP5039-15 BP5039A BP5039-12, BP5039A C10-FR-102 BP5039 SIP12
2009 - C536 transistor

Abstract: C536 transistor C536 transistor D545 Intermediate frequency transformer LA1600 b598 transistor Mitsumi de RF TN10896 D545
Text: radio-controlled receivers. Functions · AM : RF amplifier, MIX, OSC, IF amplifier, detector, AGC , AGC 6 0.015F 0.047F IF 2 22F 510 4 GND 1 RF MIX OSC 5 ILA01876 No.2056-2/9 LA1600 IFT (Intermediate Frequency Transformer ) 1. Using double tuning coil , 100k VCC T1 S-190-036 (Sumida) T2 HW-50447 ( Mitsumi ) ILA01879 Test Circuit 1 : AM-MW , 100F 22F L1 27pF 18pF 1 T2 T1 VCC AM OUT L1 TN-10896 ( Mitsumi ) (for


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PDF LA1600 EN2056C LA1600, C536 transistor C536 transistor C536 transistor D545 Intermediate frequency transformer LA1600 b598 transistor Mitsumi de RF TN10896 D545
2001 - BP5037

Abstract: BP5037B12 BP5037B15 SIP10
Text: components without using a transformer . They also allow set PCBs to be kept compact and lightweight, with , devices. !Features 1) Elimination of a transformer enables compact, lightweight power supply boards , configured, with few attachments. 4) Because no transformer is used, the power supply board is less , 10 7 5 3 1 A 820µH (C10-FR MITSUMI ) VIN 100µF/50V 22µF/200V V Use a , 1mH (C10-FR MITSUMI ) VIN 100µF/50V 22µF/200V V Use a low-impedance product for the


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PDF BP5037B12 BP5037B15 BP5037B15 BP5037 SIP10
2005 - b598 transistor

Abstract: Mitsumi IF transformer TN10896 transistor C536 transistor c536 sanyo HW-50397 HW-50422 mitsumi coil am Mitsumi de RF mitsumi bar antenna coil
Text: and radio-controlled receivers. Functions · AM : RF amplifier, MIX, OSC, IF amplifier, detector , 510 5 22µF ILA01876 0.015µF IF Det 9 No.2056-2/9 LA1600 IFT (Intermediate Frequency Transformer ) 1. Using double tuning coil VCC 7 0.047µF 7 2. Using ceramic filter VCC 4 , T1 S-190-036 (Sumida) T2 HW-50447 ( Mitsumi ) ILA01879 Test Circuit 1 : AM-MW LA1600 1 2 3 4 , T1 VCC L1 TN-10896 ( Mitsumi ) (for PVC22KTL) T1 S-190-036 (Sumida) T2 HW-50447 ( Mitsumi


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PDF EN2056C LA1600 LA1600, b598 transistor Mitsumi IF transformer TN10896 transistor C536 transistor c536 sanyo HW-50397 HW-50422 mitsumi coil am Mitsumi de RF mitsumi bar antenna coil
Mitsumi AM coil ift

Abstract: Mitsumi PVC tuning capacitor mitsumi coil rf Mitsumi IF transformer fm frontend mitsumi Mitsumi 10.7MHZ COIL mitsumi coil am Mitsumi fm IFT mitsumi fm tuner block mitsumi pvc capacitor
Text: Transformer is employed before passing to IF IC to obtain peak IF Out and to filter unwanted harmonics thru , A N 7235K /S are m o n o lith ic in teg rated c ircu its w ith F M FE , A M /FM IF , A M FE, FM M PX , -Lead PANAFLAT Package (SO-24D) ■Block Diagram (js)— _T_ AM /FM IF AM P Vcc r % AM M , 85 89 dB|x fosc= 116.7MHz 72 F M FE IF Output Oscillator Output Vose mV FM , Det AM OSC 16 VCO 5 AGC/Pilot Det 17 IF Regulator 6 Vcc 18 AM IF


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PDF AN7235K/S AN7235K 7235K J326S2 Mitsumi AM coil ift Mitsumi PVC tuning capacitor mitsumi coil rf Mitsumi IF transformer fm frontend mitsumi Mitsumi 10.7MHZ COIL mitsumi coil am Mitsumi fm IFT mitsumi fm tuner block mitsumi pvc capacitor
2001 - dehumidifier

Abstract: Mitsumi IF transformer BP5047A24 C13-FR SIP12 transformer from 230V AC to 24V DC dc to ac power converter circuits
Text: industrial products !Features 1) Elimination of a transformer enables compact, lightweight power supply , transformer is used, the power supply board is less vulnerable to splitting or cracking from impact or shock , VIN 33µF / 450V + 1.5mH (C13-FR MITSUMI ) Fig.1 + 220µF / 50V V 2 , ripple current is 0.25Arms or more. (3) Coil C13-FR-152 ( Mitsumi ) is recommended. !Operation notes , 180mA. If there is any danger of the load being shorted or over current being produced, always use a


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PDF BP5047A24 BP5047A24 150mA 9822S 94Typ. 35Max. SIP12 dehumidifier Mitsumi IF transformer C13-FR SIP12 transformer from 230V AC to 24V DC dc to ac power converter circuits
china model inverter circuit diagram

Abstract: tdk lcd inverter inverter circuit diagram TDK CXA-L0612-VJL CTR-0737-A TDK inverter wire diagram dc-ac inverter M60-04-30-134P R6451A tdk capacitance year date code
Text: corrosive gas(salt,acid,base, etc.) is present. This product is subject to high voltage. If there is a , 's attention. This product is designed for use with general electronic equipment. If it is to be used with , may result in damage or electric shock. If the product does not have a built-in protective circuit , part No, Date code, Country of origin TOP VIEW M60-04-30-134P ( MITSUMI ) *CXA-L0612-VML , -3F01 MITSUMI M60-04-30-134P M63M83-04 PRODUCT NAME or MODEL,TITLE DC-AC INVERTER UNIT CXA-L0612-Vxx


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PDF CXA-L0612-Vxx CTR-0737-A 360pcs/one 210mm) 340mm) 480mm) china model inverter circuit diagram tdk lcd inverter inverter circuit diagram TDK CXA-L0612-VJL CTR-0737-A TDK inverter wire diagram dc-ac inverter M60-04-30-134P R6451A tdk capacitance year date code
2001 - dehumidifier

Abstract: Mitsumi IF transformer BP5061 BP5061-5 C13-FR SIP12
Text: components without using a transformer . They allow set PCBs to be kept compact and lightweight, with , similar devices. !Features 1) Elimination of a transformer enables compact, lightweight power supply , ) : -12V (BP5061) : - 5V (BP5061-5) Suit for triac drive with AC control. 6) Because no transformer is , Module !Measurement circuit BP5061 12 7 5 3 1 A 1.0mH C13-FR ( MITSUMI ) + + , 470µH C13-FR ( MITSUMI ) + 33µF 220µF / 50V (Low-impedance) V + Fig.2 !Application


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PDF BP5061 BP5061-5 BP5061-5 35Max. 25Max. dehumidifier Mitsumi IF transformer C13-FR SIP12
2001 - circuit diagram for split air conditioner

Abstract: Mitsumi IF transformer BP5048 BP5048-15 BP5048-24 C13-FR SIP12
Text: microcomputers, LEDs, and other electronic components without using a transformer . They also allow set PCBs to , other industrial products !Features 1) Elimination of a transformer enables compact, lightweight , power supplies can be easily configured, with few attachments. 4) Because no transformer is used, the , -15 BP5048 / BP5048-15 12 10 7 5 3 1 A 1mH (C13-FR MITSUMI ) VIN 220µF/50V 33µF , (C13-FR MITSUMI ) VIN V 220µF/50V 33µF/450V Use a low-impedance product for the output


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PDF BP5048 BP5048-15 BP5048-24 BP5048, BP5048-24 circuit diagram for split air conditioner Mitsumi IF transformer C13-FR SIP12
mitsumi fm tuner block

Abstract: Mitsumi fm IFT Mitsumi PVC tuning capacitor mitsumi tuner vco am fm if radio Mitsumi AM coil ift AM osc coil Mitsumi PVC 27 Mitsumi IF transformer ir 38khz emitter Mitsumi 10.7MHZ COIL
Text: Transformer is employed before passing to IF IC to obtain peak IF Out and to filter unwanted harmonics thru , Recorders ■Description The AN7235K/S are monolithic integrated circuits with FM FE, AM/FM IF , AM FE, FM , röcrH I PHASE I-1 MPX/ \ Vcc I aM/Fm ! LJ^ PET U DEMOD. f* IF AMP |~1 1 _ 1-" -J MIXER I—I AM I , mA Quiescent Current (AM) Ilot No input 6 11 23 mA FM FE IF Output V,F Vin = 55dB|i, fin = , OSC 16 VCO 5 AGC/Pilot Det 17 IF Regulator 6 Vcc 18 AM IF Input I Mute Switch 7 GND 19 FM IF In 8


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PDF AN7235K/S AN7235K/S AN7235K 326S2 mitsumi fm tuner block Mitsumi fm IFT Mitsumi PVC tuning capacitor mitsumi tuner vco am fm if radio Mitsumi AM coil ift AM osc coil Mitsumi PVC 27 Mitsumi IF transformer ir 38khz emitter Mitsumi 10.7MHZ COIL
Mitsumi PVC tuning capacitor

Abstract: mitsumi fm tuner block Mitsumi fm IFT fm variable capacitor -mitsumi mitsumi ift mitsumi modulator mitsumi ift coil Intermediate frequency transformer 455khZ AM osc coil L12M-102M-9604
Text: obtained from the Mixer after the Limiter. An Intermediate Transformer is employed before passing to IF IC , – Description The AN7235K/S are monolithic integrated circuits with FM FE, AM/FM IF , AM FE, FM MPX, AM Det and , . f* IF AMP |~1 1 _ 1-" -J MIXER I—I AM I]] L[M^] J_j VP DET QUAD DET AM DET AGC AF AMP , Current (FM) IIOI No Input 10 15 22 mA Quiescent Current (AM) Ilot No input 6 11 23 mA FM FE IF , Phase Det 4 AM OSC 16 VCO 5 AGC/Pilot Det 17 IF Regulator 6 Vcc 18 AM IF Input I Mute Switch 7 GND 19 FM


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PDF AN7235K/S AN7235K 24-Lead Mitsumi PVC tuning capacitor mitsumi fm tuner block Mitsumi fm IFT fm variable capacitor -mitsumi mitsumi ift mitsumi modulator mitsumi ift coil Intermediate frequency transformer 455khZ AM osc coil L12M-102M-9604
1999 - Not Available

Abstract: No abstract text available
Text: MITSUMI System Reset (with battery back-up) PST620, 621 System Reset (with battery back-up , on tin ue d MITSUMI System Reset (with battery back-up) PST620, 621 PST621 Pin No. 1 , output (power outage detection signal) GND MITSUMI System Reset (with battery back-up) PST620, 621 , where noted otherwise, VAC=5V, Vc=OPEN. * MITSUMI System Reset (with battery back-up) PST620 , 0 25 75 Temperature (°C) Temperature (°C) MITSUMI System Reset (with battery


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PDF PST620, PST620.
mitsumi HW-50425

Abstract: mitsumi 455KHz filter Intermediate frequency transformer TOKYO fi transformer 455KHZ HW-50426 Mitsumi IF 455Khz 8478M TN-10896 PVC-22KTL if transformer 455khz
Text: amp, MIX, OSC, IF amp, detector, AGC. Features . Minimum number of external parts required. . Low , Diagram o vcc 0015p m 22^ 1FT (Intermediate Frequency Transformer ) 1 . Using double tuning , T2 - `-0.015U 27P I tOOk L 1 TN-10896 ( Mitsumi ) (for PVC22KTL) T 1 S-19Q-036 (Sumida) T2 HW-50447( Mitsumi j Unit (resistance: Q, capacitance: F ) N o .2 0 5 6 -2 /7 LAI 600 MW Input/Output , | Tracking adjust at each freq. IF interference 2 0 O- y_ / V hlsi je naje. « 50 iaable - ^


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PDF 2056B LA1600, mitsumi HW-50425 mitsumi 455KHz filter Intermediate frequency transformer TOKYO fi transformer 455KHZ HW-50426 Mitsumi IF 455Khz 8478M TN-10896 PVC-22KTL if transformer 455khz
1999 - constant 5v ac power supply circuit diagram

Abstract: .47k capacitor backup block signal PST621DFT PST621DDB PST621 PST620DFT PST620DDB PST620 Mitsumi and shaver
Text: transformer secondary voltage detection System Reset (with battery back-up) PST620, 621 MITSUMI 1 , System Reset (with battery back-up) PST620, 621 MITSUMI System Reset (with battery back-up , signal output GND System Reset (with battery back-up) PST620, 621 MITSUMI PST621 Pin No , (with battery back-up) PST620, 621 MITSUMI Electrical Characteristics Item Detection voltage 1 , µA V V µA System Reset (with battery back-up) PST620, 621 MITSUMI Characteristics


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PDF PST620, PST620. constant 5v ac power supply circuit diagram .47k capacitor backup block signal PST621DFT PST621DDB PST621 PST620DFT PST620DDB PST620 Mitsumi and shaver
2001 - circuit diagram of split air conditioner

Abstract: BP5039 BP5039-12 BP5039-15 BP5039A SIP12 BA503
Text: other electronic components without using a transformer . They allow set PCBs to be kept compact and , , sensors, and other similar devices. !Features 1) Elimination of a transformer enables compact , ) DC power supply can be easily configured, with few attachments. 4) Because no transformer is used , 7 5 3 1 A 1.0mH C10-FR-102 ( MITSUMI ) VIN V 33µF / 200V 220µF / 50V Fig.1 BP5039-15 BP5039-15 12 10 7 5 3 1 A 1mH C10-FR-102 ( MITSUMI ) VIN V 33µF


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PDF BP5039-12 BP5039-15 BP5039A BP5039-12, BP5039A circuit diagram of split air conditioner BP5039 SIP12 BA503
Mitsumi IF transformer

Abstract: Intermediate frequency transformer TOKYO fi transformer 455KHZ mitsumi 455KHz filter Intermediate frequency transformer 455khZ LA4510 Mitsumi PVC-lyt
Text: amp, MIX, OSC, IF amp, detector, AGC. Features . Minimum number of external parts required. . Low , Diagram o vcc 0015p m 22^ 1FT (Intermediate Frequency Transformer ) 1 . Using double tuning , T2 - `-0.015U 27P I tOOk L 1 TN-10896 ( Mitsumi ) (for PVC22KTL) T 1 S-19Q-036 (Sumida) T2 HW-50447( Mitsumi j Unit (resistance: Q, capacitance: F ) N o .2 0 5 6 -2 /7 LAI 600 MW Input/Output , | Tracking adjust at each freq. IF interference 2 0 O- y_ / V hlsi je naje. « 50 iaable - ^


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PDF 2056B LA1600, Mitsumi IF transformer Intermediate frequency transformer TOKYO fi transformer 455KHZ mitsumi 455KHz filter Intermediate frequency transformer 455khZ LA4510 Mitsumi PVC-lyt
2005 - AC ENERGY SAVING CIRCUIT DIAGRAM

Abstract: No abstract text available
Text: MITSUMI Secondary Control for Energy-Saving AC Adaptor MM1548 Secondary Control for , 3 SOT-26 6 5 4 2 3 OUT CNT VCC 4 5 6 PO1 GND CS MITSUMI Secondary Control for Energy-Saving , control transformer secondary side RL1 RLB PO1 VCC CNT OUT 4 Photocoupler-turn-off 3 , detection resistor CS MITSUMI Secondary Control for Energy-Saving AC Adaptor MM1548 Pin , Resistor for overcurrent detection between GND pin. 6 MITSUMI Secondary Control for Energy-Saving


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PDF MM1548 MM1529, AC100V 520mA 4700p 1000p 2200p AC ENERGY SAVING CIRCUIT DIAGRAM
2007 - AC ENERGY SAVING CIRCUIT DIAGRAM

Abstract: ENERGY SAVING UNIT AC Diagram block diagram of energy saving block diagram of energy saving system Mitsumi IF transformer MITSUMI transformers energy saving constant current power supply circuit diagram RLB100 PHOTOCOUPLER SERIES with gnd
Text: Adaptor MM1548 MITSUMI Block Diagram Load detection resistor RLS PC1 RLB transformer , Secondary-side Control for Energy-Saving AC Adaptor MM1548 MITSUMI Secondary-side Control for , MM1548 MITSUMI Pin Description Pin No. Pin Name 1 OUT Function Internal equivalent , pin. 6 Secondary-side Control for Energy-Saving AC Adaptor MM1548 MITSUMI Absolute , Control for Energy-Saving AC Adaptor MM1548 MITSUMI Measuring Circuit 1 ICC1, ICC2, IOUT, ICS, IPO1


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PDF MM1548 MM1529, 2200p 520mA 1000p 4700p AC100V AC ENERGY SAVING CIRCUIT DIAGRAM ENERGY SAVING UNIT AC Diagram block diagram of energy saving block diagram of energy saving system Mitsumi IF transformer MITSUMI transformers energy saving constant current power supply circuit diagram RLB100 PHOTOCOUPLER SERIES with gnd
2001 - diagram rice cooker

Abstract: BP5048 BP5048-15 BP5048-24 C13-FR SIP12
Text: microcomputers, LEDs, and other electronic components without using a transformer . They also allow set PCBs to , other industrial products !Features 1) Elimination of a transformer enables compact, lightweight , power supplies can be easily configured, with few attachments. 4) Because no transformer is used, the , -15 BP5048 / BP5048-15 12 10 7 5 3 1 A 1mH (C13-FR MITSUMI ) VIN 220µF/50V 33µF , (C13-FR MITSUMI ) VIN V 220µF/50V 33µF/450V Use a low-impedance product for the output


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PDF BP5048 BP5048-15 BP5048-24 BP5048, BP5048-24 diagram rice cooker C13-FR SIP12
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