Presentation is loading. Please wait.

Presentation is loading. Please wait.

SA2002 Test conditions: V out0= 4.7 V out1= 5 V I out 0/1= 1.9 A.

Published byEaster Norton Modified over 5 years ago

Similar presentations

Presentation on theme: "SA2002 Test conditions: V out0= 4.7 V out1= 5 V I out 0/1= 1.9 A."— Presentation transcript:

1 SA2002 Test conditions: V out0= 4.7 V out1= 5 V I out 0/1= 1.9 A

2 SA2002 transformer primary voltage
6Kgauss 7Kgauss 0Kgauss 4Kgauss 5Kgauss 20usec/div 20V/div 60V -20V

3 Voltage rise time 0KGauss 2KGauss 4KGauss 5KGauss 6KGauss 7KGauss 60V
200nsec/Div -20V 60V 20V/Div 0KGauss 2KGauss 4KGauss 5KGauss 6KGauss 7KGauss 200ns 180ns 120ns 100ns 80ns 70ns

4 Voltage fall time 0KGauss 2KGauss 4KGauss 5KGauss 6KGauss 7KGauss 60V
200nsec/Div -20V 60V 20V/Div 0KGauss 2KGauss 4KGauss 5KGauss 6KGauss 7KGauss 200ns 150ns 110ns 90ns 50ns 80ns

5 Effect Rise time and fall time reduction
Cause Magnetization current increment: it takes less time to charge and discharge the circuit’s capacitors.

6 Switch Current SA2002 (measured on 0.5 Ohm resistor)
0KGauss 1KGauss 2KGauss 3KGauss 5KGauss 6KGauss 4KGauss 1A 2A/div 7KGauss -6A 1usec/div 2usec/div 6A 2.7A 2.8A 3A 3.4A 3.8A 4A 4.4A 4.5A -0.6A -0.8A -1.2A -2.1A -3A -3.2A -4A -4.4A

7 Effect Current peak-to-peak value increment
Cause - reduction of the transformer inductance with the subsequent increment of the magnetization current and of the stored energy. (a 70% reduction of the transformer primary’s inductance has been estimated via computer simulations) - reduction of the primary-secondary coupling

8 SA2002-RIPPLE-2KG <5mV

9 SA2002-RIPPLE-4KG <5mV

10 Ripple values did not change remarkably during tests

11 SA2003 Test conditions: voltage = 3 V Iout = 20 mA

12 SA2003 voltage on the transformer primary
5Kgauss 6Kgauss 0Kgauss 2Kgauss 4Kgauss 5usec/div 20V/div 60V -20V 7Kgauss

13 SA2001 Test conditions: Vout = 8KV Rload =12M Ohm

14 SA2001 voltage on the transformer primary
2usec/div 5Kgauss 6Kgauss 0Kgauss 2Kgauss 4Kgauss 7Kgauss 10V/div

15 Average current absorbed by the primary measured on a 1.1 Ohm load
2KGauss 4KGauss 180mA/Div 342mA 500mA

16 Vout 12KV Rload 12M Ohm

17 SA2001 voltage on the transformer primary
5KGauss

18 Effects Accentuation of the two peaks in the transformer drive dead times. Primary current increment Cause Reduction of the transformer magnetization inductance with appearance of resonance phenomena.

Download ppt "SA2002 Test conditions: V out0= 4.7 V out1= 5 V I out 0/1= 1.9 A."

Similar presentations

First Order RL and RC Circuit 7.1-7.4,7.5, 7.7. Natural Response Definition: The currents and voltages that arise when stored energy in an inductor or.

First Order RL and RC Circuit ,7.5, 7.7. Natural Response Definition: The currents and voltages that arise when stored energy in an inductor or.
Regulated Linear Power Supply

Regulated Linear Power Supply
Alternating Current Circuits

Alternating Current Circuits
9/29/2004EE 42 fall 2004 lecture 131 Lecture #13 Power supplies, dependent sources, summary of ideal components Reading: Malvino chapter 3, 4.1-4.4 Next:

9/29/2004EE 42 fall 2004 lecture 131 Lecture #13 Power supplies, dependent sources, summary of ideal components Reading: Malvino chapter 3, Next:
Filter & Transfer Function Z1Z1 Z2Z2 V in V out To determine filter type, look how H V as a function of frequency Z 1 and Z 2 could include multiple components.

Filter & Transfer Function Z1Z1 Z2Z2 V in V out To determine filter type, look how H V as a function of frequency Z 1 and Z 2 could include multiple components.
Alternating Current Physics 102 Professor Lee Carkner Lecture 23.

Alternating Current Physics 102 Professor Lee Carkner Lecture 23.
Lecture 20-1 Alternating Current (AC) = Electric current that changes direction periodically ac generator is a device which creates an ac emf/current.

Lecture 20-1 Alternating Current (AC) = Electric current that changes direction periodically ac generator is a device which creates an ac emf/current.
ECE 442 Power Electronics1 Series Resonant Inverter with Bidirectional Switch.

ECE 442 Power Electronics1 Series Resonant Inverter with Bidirectional Switch.
Physics 121: Electricity & Magnetism – Lecture 13 Carsten Denker NJIT Physics Department Center for Solar–Terrestrial Research.

Physics 121: Electricity & Magnetism – Lecture 13 Carsten Denker NJIT Physics Department Center for Solar–Terrestrial Research.
1 High Speed Fully Integrated On-Chip DC/DC Power Converter By Prabal Upadhyaya Sponsor: National Aeronautics and Space Administration.

1 High Speed Fully Integrated On-Chip DC/DC Power Converter By Prabal Upadhyaya Sponsor: National Aeronautics and Space Administration.
ECE 442 Power Electronics1 Class E Resonant Inverter.

ECE 442 Power Electronics1 Class E Resonant Inverter.
ECE 442 Power Electronics1 Step Up Converter Close the switch to store energy in the inductor L Open the switch to transfer the energy stored in L to the.

ECE 442 Power Electronics1 Step Up Converter Close the switch to store energy in the inductor L Open the switch to transfer the energy stored in L to the.
Magnetically Coupled Circuits

Magnetically Coupled Circuits
Alternating Current Physics 102 Professor Lee Carkner Lecture 22.

Alternating Current Physics 102 Professor Lee Carkner Lecture 22.
Consider a long solenoid of cross-sectional area A, with number of turns N, and of length l. The flux is The magnitude of B is given by: Therefore, The.

Consider a long solenoid of cross-sectional area A, with number of turns N, and of length l. The flux is The magnitude of B is given by: Therefore, The.
Capacitors and Inductors.  A capacitor is a device that stores an electrical charge  It is made of two metallic plates separated by an insulator or.

Capacitors and Inductors.  A capacitor is a device that stores an electrical charge  It is made of two metallic plates separated by an insulator or.
Inductors. Inductance Electrons in motion create electromagnetic fields – Recall from previous section that electrons in motion also create an electrostatic.

Inductors. Inductance Electrons in motion create electromagnetic fields – Recall from previous section that electrons in motion also create an electrostatic.
Engineering Science EAB_S_127 Electricity Chapter 4.

Engineering Science EAB_S_127 Electricity Chapter 4.
1 Fly-back Converter fall 2012. 2 Basic Topology of a Fly-back Converter.

1 Fly-back Converter fall Basic Topology of a Fly-back Converter.
Chapter 31 Electromagnetic Oscillations and Alternating Current Key contents LC oscillations, RLC circuits AC circuits (reactance, impedance, the power.

Chapter 31 Electromagnetic Oscillations and Alternating Current Key contents LC oscillations, RLC circuits AC circuits (reactance, impedance, the power.

Similar presentations

Ads by Google