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...Now Plan for Your 2006 Holiday Spending Despite our hope that this year would be different, my partner and I are spending more than we planned for the holidays. We don t want to get in the same rut next year. Any ideas? First, it s not too late to rein in spending this year. First, gure out how much you ve spent already. Once you and your partner see the cold, hard numbers in front of you, it may be easy to gure out where to cut back between now and the end of the year. Maybe you ll...
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Now Plan for Your 2006 Holiday Spending Despite our hope that this year would be different, my partner and I are spending more than we planned for the holidays. We don t want to get in the same rut next year. Any ideas? First, it s not too late to rein in spending this year. First, gure out how much you ve spent already. Once you and your partner see the cold, hard numbers in front of you, it may be easy to gure out where to cut back between now and the end of the year. Maybe you ll decide the best gift you can give each other is to stop from going further into debt. But I like your no-nonsense approach in planning ahead. In fact, this is the best time to make a spending plan for next year s holidays. Right now, you have a good idea of what you d like to spend if you had the money; you can use that as a baseline to gure out how much to set aside from each paycheck during 2006 to save enough to avoid using credit next year. For example, Myvesta, the nonpro t consumer education association, says the average American plans to spend an average of $747 on holiday gifts this year. If that sounds about right, and you also know you like to spend extra for special holiday meals or charitable donations, then you might decide an overall holiday expenditure of $900 will be about right for 2006. That means you d have to save $75 each month, or $35 every two weeks, to have $900 saved by the end of next year. Is that feasible? If not, gure how to cut back, either on your anticipated holiday spending or in your day-today purchases throughout the year, to come up with a plan that is possible. Maybe you can discuss the option of skipping gift-giving with extended family next year, or doing a round robin gift exchange instead of buying gifts for everyone. Or, maybe you ll decide to skip buying coffee whenever you ll your car with gas and stop any drivethrough fast-food purchases. Whatever you decide, keeping track of spending is essential. Often, that s hard to do when using a credit card. One idea, from a family economist from University of Nebraska Cooperative Extension, is to wrap credit your card with a folded index card. This makes it easy to write down the amount of the purchase every time you use your card. With a running total right in front of you, you ll be less likely to let your debt get out of control. The point is to treat your money all year long like it s a real, de nable, limited commodity -- which, in fact, it is. Ohio State University Extension offers a study-at-home course called Manage Your Money that can help. The lessons are free online at http://ohioline.osu.edu/mym. Lesson 3, entitled Stop Spending Leaks, can help you keep spending in line. Family Fundamentals is a monthly column on family issues especially regarding nances and relationships. It is a service of Ohio State University Extension and the Ohio Agricultural Research and Development Center. Send questions to Family Fundamentals, c/o Martha Filipic, 2021 Coffey Road, Columbus, OH 43210-1044, or lipic.3@osu.edu. THE OHIO STATE UNIVERSITY OHIO STATE UNIVERSITY EXTENSION OHIO AGRICULTURAL RESEARCH AND DEVELOPMENT CENTER For the month of December 2005 By Martha Filipic (614) 292-9833 lipic.3@osu.edu Dear Subscriber: Family Fundamentals is a new monthly column on family issues. This column, the fth in the series, was reviewed by Nancy Hudson, Extension Center Specialist in Family Resource Management at the OSU Extension Center at Wooster. To receive Family Fundamentals electronically, sign up at our subscription Web site, http://www.ag.ohiostate.edu/~news/subscribe. php. Section of Communications and Technology News and Media Relations 2021 Coffey Road Columbus, OH 43210-1044 (614) 292-2011 208 Research Services Building 1680 Madison Ave. Wooster, OH 44691-4096 (330) 263-3780 OSU Extension embraces human diversity and is committed to ensuring that all educational programs conducted by Ohio State University Extension are available to clientele on a nondiscriminatory basis without regard to race, color, age, gender identity or expression, disability, religion, sexual orientation, national origin, or veteran status. TDD# 1 (800) 589-8292 (Ohio only) or (614) 292-1868
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Ohio State >> EARTHSCI >> 622 (Spring, 2008)
The Columbus Dispatch : Global warming? Well, it\'s sizzling here http:/www.columbusdispatch.com/live/content/local_news/stories/2007/. WEATHER DEBATE Global warming? Well, it\'s sizzling here Does October\'s heat portend a mild winter? Tuesday, Octo...
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ECE 327: Electronic Devices and Circuits Laboratory I Procedure for Lab 6 (Digital-to-Analog Conversion (DAC) Lab) SEE LAB BOOK . The questions you must answer in your report are given in the book. Regulated power supply: BY NOW, you should be using ...
Ohio State >> ECE >> 741 (Winter, 2008)
ECE 327: Electronic Devices and Circuits Laboratory I Procedure for Lab 6 (Digital-to-Analog Conversion (DAC) Lab) SEE LAB BOOK . The questions you must answer in your report are given in the book. Regulated power supply: BY NOW, you should be using ...
Ohio State >> ECE >> 327 (Winter, 2008)
Procedures and Explanations Lab 3: Voltage Regulators ECE 327: Electronic Devices and Circuits Laboratory I Contents 1 Zener Diode Shunt Voltage Regulator Simple Zener Regulator Circuit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ....
Ohio State >> ECE >> 628 (Fall, 2008)
Procedures and Explanations Lab 3: Voltage Regulators ECE 327: Electronic Devices and Circuits Laboratory I Contents 1 Zener Diode Shunt Voltage Regulator Simple Zener Regulator Circuit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ....
Ohio State >> ECE >> 667 (Winter, 2008)
Procedures and Explanations Lab 3: Voltage Regulators ECE 327: Electronic Devices and Circuits Laboratory I Contents 1 Zener Diode Shunt Voltage Regulator Simple Zener Regulator Circuit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ....
Ohio State >> ECE >> 741 (Winter, 2008)
Procedures and Explanations Lab 3: Voltage Regulators ECE 327: Electronic Devices and Circuits Laboratory I Contents 1 Zener Diode Shunt Voltage Regulator Simple Zener Regulator Circuit . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ....
Ohio State >> ECE >> 327 (Winter, 2008)
6.002 CIRCUITS AND ELECTRONICS Energy and Power 6.002 Fall 2000 Lecture 22 1 Why worry about energy? - small batteries good Today: How long will the battery last? in standby mode in active use Will the chip overheat and self-destruct? 6.002...
Ohio State >> ECE >> 628 (Fall, 2008)
6.002 CIRCUITS AND ELECTRONICS Energy and Power 6.002 Fall 2000 Lecture 22 1 Why worry about energy? - small batteries good Today: How long will the battery last? in standby mode in active use Will the chip overheat and self-destruct? 6.002...
Ohio State >> ECE >> 667 (Winter, 2008)
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Ohio State >> ECE >> 741 (Winter, 2008)
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Ohio State >> ECE >> 327 (Winter, 2008)
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Phase-Shifter Circuit Lab 1: Introduction to Instrumentation ECE 209: Circuits and Electronics Laboratory RF Pin 1 (vin ) NC Pin 3 (vmore ) 12 V RF B 12 V Components not shown improve PSRR and robustness. Pin 3 is the output of a 2nd shifter (B) f...
Ohio State >> ECE >> 667 (Winter, 2008)
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Ohio State >> ECE >> 741 (Winter, 2008)
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Ohio State >> ECE >> 628 (Fall, 2008)
Bipolar Junction Transistor Circuits Biasing. BJT Operating Regimes. Lets start by reviewing the operating regimes of the BJT. They are graphically shown on Figure 1 along with the device schematic and relevant parameters. IC Saturation IB4 Active ...
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Bipolar Junction Transistor Circuits Biasing. BJT Operating Regimes. Lets start by reviewing the operating regimes of the BJT. They are graphically shown on Figure 1 along with the device schematic and relevant parameters. IC Saturation IB4 Active ...
Ohio State >> ECE >> 741 (Winter, 2008)
Bipolar Junction Transistor Circuits Biasing. BJT Operating Regimes. Lets start by reviewing the operating regimes of the BJT. They are graphically shown on Figure 1 along with the device schematic and relevant parameters. IC Saturation IB4 Active ...
Ohio State >> ECE >> 327 (Winter, 2008)
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Ohio State >> ECE >> 667 (Winter, 2008)
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Ohio State >> ECE >> 327 (Winter, 2008)
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Ohio State >> ECE >> 628 (Fall, 2008)
Operational Amplifier Circuits Comparators and Positive Feedback Comparators: Open Loop Configuration The basic comparator circuit is an op-amp arranged in the open-loop configuration as shown on the circuit of Figure 1. The op-amp is characterized b...
Ohio State >> ECE >> 667 (Winter, 2008)
Operational Amplifier Circuits Comparators and Positive Feedback Comparators: Open Loop Configuration The basic comparator circuit is an op-amp arranged in the open-loop configuration as shown on the circuit of Figure 1. The op-amp is characterized b...
Ohio State >> ECE >> 741 (Winter, 2008)
Operational Amplifier Circuits Comparators and Positive Feedback Comparators: Open Loop Configuration The basic comparator circuit is an op-amp arranged in the open-loop configuration as shown on the circuit of Figure 1. The op-amp is characterized b...
Ohio State >> ECE >> 327 (Winter, 2008)
Lab 2: Diodes and Transistors 2.1 Goals of this Lab Students should become familiar with the basic properties of diodes and transistors. 2.2 Diode V-I Characteristics Figure 1 below indicates the directionality of diode connections. For a forward...
Ohio State >> ECE >> 628 (Fall, 2008)
Lab 2: Diodes and Transistors 2.1 Goals of this Lab Students should become familiar with the basic properties of diodes and transistors. 2.2 Diode V-I Characteristics Figure 1 below indicates the directionality of diode connections. For a forward...
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Lab 2: Diodes and Transistors 2.1 Goals of this Lab Students should become familiar with the basic properties of diodes and transistors. 2.2 Diode V-I Characteristics Figure 1 below indicates the directionality of diode connections. For a forward...
Ohio State >> ECE >> 741 (Winter, 2008)
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Ohio State >> ECE >> 327 (Winter, 2008)
Regulated DC Supply Lab 4: Oscillators ECE 327: Electronic Devices and Circuits Laboratory I 1 Regulated 10 VDC Supply 1. Isolate two separate sets of 0 V and 10 V supply rails on your breadboard (or use two breadboards). 2. Connect LM317 regulated...
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Regulated DC Supply Lab 4: Oscillators ECE 327: Electronic Devices and Circuits Laboratory I 1 Regulated 10 VDC Supply 1. Isolate two separate sets of 0 V and 10 V supply rails on your breadboard (or use two breadboards). 2. Connect LM317 regulated...
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Ohio State >> ECE >> 327 (Winter, 2008)
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Ohio State >> ECE >> 628 (Fall, 2008)
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Ohio State >> ECE >> 667 (Winter, 2008)
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Ohio State >> ECE >> 741 (Winter, 2008)
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Ohio State >> ECE >> 327 (Winter, 2008)
Lab 4: Introduction to Operational Ampli ers A rst look at operational ampli ers op-amps\", their properties, and two fundamental op-amp circuit con gurations. We will use the two op-amp types, the 741 and the 411, which have identical external conne...
Ohio State >> ECE >> 628 (Fall, 2008)
Lab 4: Introduction to Operational Ampli ers A rst look at operational ampli ers op-amps\", their properties, and two fundamental op-amp circuit con gurations. We will use the two op-amp types, the 741 and the 411, which have identical external conne...
Ohio State >> ECE >> 667 (Winter, 2008)
Lab 4: Introduction to Operational Ampli ers A rst look at operational ampli ers op-amps\", their properties, and two fundamental op-amp circuit con gurations. We will use the two op-amp types, the 741 and the 411, which have identical external conne...
Ohio State >> ECE >> 741 (Winter, 2008)
Lab 4: Introduction to Operational Ampli ers A rst look at operational ampli ers op-amps\", their properties, and two fundamental op-amp circuit con gurations. We will use the two op-amp types, the 741 and the 411, which have identical external conne...
Ohio State >> ECE >> 327 (Winter, 2008)
ECE 327: Electronic Devices and Circuits Laboratory I Procedure for Lab 4 (Oscillators Lab) SEE LAB BOOK procedure for information on what you need for your lab report. 1. See Figure 4.3: Op-Amp Relaxation Oscillator Use 5 V supply rails Build 1 kH...
Ohio State >> ECE >> 628 (Fall, 2008)
ECE 327: Electronic Devices and Circuits Laboratory I Procedure for Lab 4 (Oscillators Lab) SEE LAB BOOK procedure for information on what you need for your lab report. 1. See Figure 4.3: Op-Amp Relaxation Oscillator Use 5 V supply rails Build 1 kH...
Ohio State >> ECE >> 667 (Winter, 2008)
ECE 327: Electronic Devices and Circuits Laboratory I Procedure for Lab 4 (Oscillators Lab) SEE LAB BOOK procedure for information on what you need for your lab report. 1. See Figure 4.3: Op-Amp Relaxation Oscillator Use 5 V supply rails Build 1 kH...
Ohio State >> ECE >> 741 (Winter, 2008)
ECE 327: Electronic Devices and Circuits Laboratory I Procedure for Lab 4 (Oscillators Lab) SEE LAB BOOK procedure for information on what you need for your lab report. 1. See Figure 4.3: Op-Amp Relaxation Oscillator Use 5 V supply rails Build 1 kH...
Ohio State >> ECE >> 327 (Winter, 2008)
6.012 - Microelectronic Devices and Circuits - Fall 2005 Lecture 14-1 Lecture 14 - Digital Circuits (III) CMOS October 27, 2005 Contents: 1. Complementary MOS (CMOS) inverter: introduction 2. CMOS inverter: noise margins 3. CMOS inverter: prop...
Ohio State >> ECE >> 628 (Fall, 2008)
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Ohio State >> ECE >> 667 (Winter, 2008)
6.012 - Microelectronic Devices and Circuits - Fall 2005 Lecture 14-1 Lecture 14 - Digital Circuits (III) CMOS October 27, 2005 Contents: 1. Complementary MOS (CMOS) inverter: introduction 2. CMOS inverter: noise margins 3. CMOS inverter: prop...
Ohio State >> ECE >> 741 (Winter, 2008)
6.012 - Microelectronic Devices and Circuits - Fall 2005 Lecture 14-1 Lecture 14 - Digital Circuits (III) CMOS October 27, 2005 Contents: 1. Complementary MOS (CMOS) inverter: introduction 2. CMOS inverter: noise margins 3. CMOS inverter: prop...
Ohio State >> ECE >> 327 (Winter, 2008)
Diode Circuits Operating in the Reverse Breakdown region. (Zener Diode) In may applications, operation in the reverse breakdown region is highly desirable. The reverse breakdown voltage is relatively insensitive to the current flowing thought the dio...
Ohio State >> ECE >> 628 (Fall, 2008)
Diode Circuits Operating in the Reverse Breakdown region. (Zener Diode) In may applications, operation in the reverse breakdown region is highly desirable. The reverse breakdown voltage is relatively insensitive to the current flowing thought the dio...
Ohio State >> ECE >> 667 (Winter, 2008)
Diode Circuits Operating in the Reverse Breakdown region. (Zener Diode) In may applications, operation in the reverse breakdown region is highly desirable. The reverse breakdown voltage is relatively insensitive to the current flowing thought the dio...
Ohio State >> ECE >> 741 (Winter, 2008)
Diode Circuits Operating in the Reverse Breakdown region. (Zener Diode) In may applications, operation in the reverse breakdown region is highly desirable. The reverse breakdown voltage is relatively insensitive to the current flowing thought the dio...
Ohio State >> ECE >> 341 (Fall, 2008)
The Ohio State University Department of Electrical and Computer Engineering ECE 341 Autumn 2008 Quiz #1: Solution Name (print) _ Grade_ Notice: There is one problem on the following pages. Please read the problem carefully. Draw circuit diagrams...
Ohio State >> ECE >> 341 (Fall, 2008)
Operation of Induction Machines EE 341 Energy Conversion Ali Keyhani Induction Machines lecture #4 1 Problem. 3 Phase Trans. Load 11 KV (infinite bus) #1 Delta connected Resistive load R- 4.5 ohms Trans. 11/0.44 KV 300 KVA X=0.06 P.U LV TL m 3-p...
Ohio State >> ECE >> 341 (Fall, 2008)
The Ohio State University Department of Electrical Engineering EE 341 Energy Conversion Home work Set # 2 Print Your Name _ The Last Four Digits of Your OSU I.D. number: _ 1 Problem 1: Consider a 3- distribution system as shown below: Source bus...
Ohio State >> ECE >> 341 (Fall, 2008)
E 341 ENERGY CONVERSION The Ohio State University Department of Electrical Engineering EE 341 Energy Conversion Homework Set # 5 Print Your Name _ E 341 ENERGY CONVERSION Reading Assignments: 1. Chapter 4: AC Machinery Fundamentals Page 215~...
Ohio State >> ECE >> 341 (Fall, 2008)
Homework #4 Solutions 1. (2-18, page 138) Three 25-kVA 24,000/277-V distribution transformers are connected in -Y. The open-circuit test was performed on the low-voltage side of this transformer bank, and the following data were recorded: Vline ,OC =...
Ohio State >> ECE >> 341 (Fall, 2008)
The Ohio State University Department of Electrical and Computer Engineering ECE 341 Autumn 2008 Optional Mid Term I November 24, 2008 Name (print) _ Notice: There are 3 problems on the following pages. Please read the problems carefully. Draw c...
Ohio State >> ECE >> 341 (Fall, 2008)
ECE341 Spring 2005 Quiz #1 April 21, 2005 Name (print) _ Last 4 digits of your social security number _ Grade_ Notice: There are 2 problems on the 2 following pages. You have 30 minutes to finish the problems. Please read the problems carefully...
Ohio State >> ECE >> 341 (Fall, 2008)
Equivalent Circuit of Induction Machines EE 341 Energy Conversion Ali Keyhani Induction Machines lecture #2 1 alent Circuit of Induction Mo c ba Rext Stator 1 Rotor 2 Assumptions: Both stator and rotor have 3- Y-connected windings. The stator i...
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