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Inventor(s): Manu Jacob Kurian (Dallas, TX) Assignee(s): Bank of America Corporation (Charlotte, NC) Law Firm: Moore Van Allen PLLC (6 non-local offices) Application No., Date, Speed: 15050358 on 02/22/2016 (1051 days app to issue)

Detailed simulations have shown that the same network that started to fail at a 10% uptake with uncontrolled charging is able to sustain more than an 80% uptake when vehicle charging is shifted, using simple optimisation algorithms. Through this sort of demand management, most of our existing networks should be able to handle electric vehicles for decades to come.

This is fine, and you could use the parallel resistor calculator to figure out a value of R2 with a given load. For example, if the load were 333 Ω (about 24 mA load), the real value of R2 would need to be about 500 Ω. If you want to double check that math, you can.

The Flagshooter system was created to make flagging and painting marks for utility locating fast and effective. The flags are made of robust materials with the largest print in the industry.

Vbat -> G-VCC -> MOSFET gates (G- for gates) Vbat -> L-VCC -> motors, WiFi, spinney flashy thing (L-oad) Vbat -> 3VCC -> unregulated or 3v3 regulated rail

But if you're still in the market for a new pair of kicks (or two, or more), March has plenty to offer. Among the most popular sneakers set to drop in the next few weeks are a couple of Yeezys, several all-new Air Jordans, and the highly anticipated Game of Thrones x Adidas UltraBoost collection.

Ha! That’s really cool. I love Easter Eggs like this and having you pop in and share the story of your Dad being the one behind it makes me smile. Bil, you should play the Easter Egg as and outro for a future video

La bobina L, que vemos en la parte superior del gráfico, cuyo valor viene expresado usualmente en uH (microHenrios), no requiere de valores críticos como si pueden tener CT, RSC, R1 y R2. Valores de 100uH a 470uH funcionan sin inconvenientes en cualquier pequeño diseño Step-Up. Lo que NO debemos omitir es controlar la corriente que la misma pueda conducir. Digamos que si vamos a trabajar a 1Amper de corriente a la salida, debemos colocar una inductancia que soporte hasta 3Amperes al menos. Eso viene dado por el diámetro del alambre utilizado en la construcción del bobinado y, al momento de solicitarla en la tienda, será un valor a mencionar para poder comprar la que nos brindará un funcionamiento efectivo. Un buen margen de seguridad siempre es 3 veces la corriente a trabajar.

The outage lasted four minutes, long enough to provoke thoughts about a system upon which we are deeply dependent, but know little about.

Also, why are you saying that BJTs don’t dissipate power when on? The two huge advantages MOSFETs provide are the lack of DC base current and Vce saturation voltage. Even when a BJT is fully on, its collector-emitter voltage drop is at minimum around 0.2 volts. At 2 amps, that’s 400mW, very significant for all but large package BJTs. Further, a high power BJT will have *low* hFE/Beta, requiring maybe 1/40h or 1/20th of the collector current through the base, multiplied by .7 to 1v, that is a significant loss in itself. MOSFETs, on the other hand, when fully enhanced have an RDSon characteristic that can reduce that drop to the millivolts range, and require no DC gate current.

Use this simple app to detect electromagnetic fields and metals and amaze your friends with what your phone can do. Watch out because some people believe that sudden changes in the EM field might indicate the presence paranormal entities :p.

Experts at the Table, part 1: Shrinking features isn’t enough anymore. The big challenge now is how to achieve economies of scale and minimize complex integration issues.